Toilet spray gun

Abstract

The present invention discloses a toilet spray gun, which includes an end cover, a shell, a gun body, a spray head, a pneumatic control mechanism, a buoyancy connection structure and a disinfection mechanism. The present invention adjusts the existing water pressure control spray gun telescopic movement mode to pneumatic telescopic movement through the setting of the pneumatic control mechanism, so that the clean water used by the spray gun does not need to overcome other forces, so the water pressure adjustment range of the spray gun cleaning liquid or clean water is expanded, further meeting customer needs and improving customer comfort; through the setting of the disinfection mechanism, the disinfection mechanism is set at the front end of the shell, so that the spray head is disinfected and cleaned by the disinfection mechanism when it is telescopically moved, which can effectively prevent pollutants from adhering to the spray head and prevent bacteria from growing, thereby preventing infection of human private parts, and does not require customers to manually clean, reducing the labor intensity of users and improving the quality of life of users.

Description

Technical Field

[0001] The invention relates to the technical field of toilets, and in particular to a toilet spray gun. Background Art

[0002] As one of the smart devices in modern home life, smart toilets integrate multiple functions to provide users with a more convenient, comfortable and hygienic experience. Smart toilets usually have multiple functions such as cleaning, heating, and sterilization. Among them, the cleaning function is usually achieved by installing a flushing pipeline in the seat of the toilet. A spray gun (nozzle) is set at the front end of the flushing pipeline, and the cleaning liquid of the flushing pipeline is sprayed from the spray gun to achieve the cleaning of private parts.

[0003] In the prior art, in order to ensure the spraying effect of the spray gun and facilitate use, a retractable spray gun is usually connected to the front end of the flushing pipeline. When the flushing operation is performed, the spray gun is extended from the seat ring to a set position, and then the spray is performed. After the flushing is completed, the nozzle is retracted into the seat ring. However, the existing spray gun still has the following problems: 1. Since the spray gun is constantly in and out of the toilet seat and performs cleaning actions, it is inevitably contaminated by the outside world and needs to be cleaned and sterilized regularly. However, existing spray guns generally only use clean water for self-cleaning, and the cleaning effect is poor. Moreover, since most spray guns extend from the rear end to the front end of the toilet seat to flush the private parts of the human body, there is a possibility that pollutants will adhere to the spray gun. Therefore, when the cleaning effect is poor, it is easy to cause bacteria to grow, which will cause infection risks to the private parts of the human body. 2. The existing spray guns can only be self-cleaned by water, and cannot remove bacteria on the spray guns. When bacteria grow on the spray guns, they need to be disinfected manually, which is very troublesome. In addition, it is impossible to determine whether the spray guns grow bacteria, which will cause users to frequently clean the spray guns, seriously increasing the cleaning workload of users and affecting the quality of life of users. 3. The extension and retraction of the existing spray gun is driven by water pressure, that is, the cleaning liquid with a certain pressure in the flushing pipeline pushes the spray gun to extend to flush the user's private parts. After the supply of cleaning liquid is stopped, the spray gun retracts under the action of the reset part. Since it is necessary to overcome the force of the reset part, a cleaning liquid with a higher pressure (clean water) is required. The cleaning liquid with a higher pressure causes poor comfort for the user when flushing, while the cleaning liquid with a lower pressure cannot ensure the reliable extension of the spray gun.

[0004] Therefore, it is a technical problem that is urgently needed to provide a spray gun that has a comfortable water spray pressure under the premise of reliable extension and can clean and disinfect the spray gun when the spray gun is in and out. Summary of the invention

[0005] The purpose of the present invention is to provide a toilet spray gun to solve the problems in the background technology that the telescopic and flushing comfort of the existing spray guns are incompatible, and the existing spray guns are prone to breeding bacteria and are troublesome to clean.

[0006] In order to achieve the above-mentioned purpose, the present invention proposes a toilet spray gun, which includes an end cover, a shell, a gun body, a nozzle, a pneumatic control mechanism, a buoyancy connection structure and a disinfection mechanism; the end cover is installed on one end of the shell, and a water inlet pipe is provided on the end cover; a cavity is provided at the middle position of the shell, and the shell includes a rear shell connected to the end cover, a front shell fixedly installed on the rear shell by welding, and the front shell and the rear shell form an integral structure by welding; the gun body is movably installed in the cavity of the shell; the nozzle is detachably installed on the end of the gun body away from the end cover by a buoyancy connection structure; the buoyancy connection structure is arranged on the nozzle and the gun body, and the nozzle is detachably installed on the gun body by the buoyancy of the water in the gun body; the pneumatic control mechanism is installed on the shell, and is used to control the movement of the gun body, change the position of the gun body and the amount of water in the gun body, and the pneumatic control mechanism controls the buoyancy connection structure by controlling the amount of water in the gun body, and then controls the disassembly and assembly of the nozzle; the disinfection mechanism is installed on the front end of the shell, and is used to disinfect the gun body.

[0007] Optionally, the pneumatic control mechanism includes an air source transmission component, a gun body control component, an air pressure monitoring component and a buoyancy control component; the air source transmission component is connected to the outer shell, and is used to provide an air source to the gun body; the gun body control component is installed on the outer shell and connected to the gun body, and the gun body is moved by controlling the gas of the air source transmission component; the air pressure monitoring component is used to provide feedback to the air source transmission component for precise control of the air pressure; the buoyancy control component is installed on the outer shell and the nozzle, and is used to control the amount of water in the nozzle and the gun body; the rear shell and the front shell are both provided with an air cavity and a mounting groove.

[0008] Optionally, the gas source transmission component includes a micro air pump, a reversing valve installed on the air outlet of the micro air pump, a transmission tube 1 and a transmission tube 2 installed on the reversing valve, and two electrically controlled exhaust valves installed on the transmission tube 1 and the transmission tube 2 respectively.

[0009] Optionally, the transmission tube 1 and the transmission tube 2 are respectively connected to two air cavities.

[0010] Optionally, the front shell is further provided with a sliding groove which is arranged perpendicularly to the mounting groove and is in communication with the mounting groove.

[0011] Optionally, the gun body control assembly includes a control ring movably installed in the air cavity, a control connecting plate connected to the control ring, a control buffer structure installed on the control connecting plate, and a limit block installed on the control connecting plate, wherein the limit block is made of magnetic conductive material.

[0012] Optionally, a boss is provided in the inner cavity of the front shell, and a buffer pad in contact with the control buffer structure is installed on the boss; a groove is formed between the outer wall of the boss and the inner wall of the front shell, and an electromagnet corresponding to the limit block is installed in the groove.

[0013] Optionally, the distance from the center position of the control ring to the limit block is greater than the distance from the center position of the control ring to the control buffer structure; a movable structure is installed in the mounting groove, the control connecting plate is connected to the movable structure, the control connecting plate corresponds to the slide groove, and the control connecting plate is connected to the gun body.

[0014] Optionally, the two air cavities are separated by a control ring, and the transmission tube 1 and the transmission tube 2 are respectively located on both sides of the control ring.

[0015] Optionally, the control buffer structure includes a telescopic column installed on the control connecting plate, a telescopic sleeve mounted on the telescopic column, a cover installed on the telescopic sleeve, a limit plate installed on the telescopic column and located in the telescopic sleeve, and a spring installed in the telescopic sleeve, wherein both ends of the spring are in contact with the limit plate and the cover respectively.

[0016] Optionally, the movable structure includes a fixed shell installed in the mounting groove, a movable groove arranged on the fixed shell, a movable plate movably installed in the movable groove, and the control connecting plate is arranged through the movable plate. The number of the fixed shells in each movable structure is two, which are respectively installed in the mounting groove of the rear shell and the mounting groove of the front shell, and there is a spacing between the two fixed shells; a sealing ring is installed on the control ring.

[0017] Optionally, the air pressure monitoring component includes air pressure sensors respectively installed in two air cavities.

[0018] Optionally, the buoyancy control assembly includes a buoyancy control tube having one end mounted on the front shell and connected to the air cavity, a water outlet arranged at the bottom of the nozzle, a mounting sleeve installed in the water outlet, a mounting plate arranged in the mounting sleeve, a connecting tube arranged at a middle position of the mounting plate, a lifting and movable tube movably installed in the connecting tube, and a control panel installed on the top of the lifting and movable tube.

[0019] Optionally, one end of the lifting and moving tube is connected to the connecting tube; an air vent is provided at the middle position of the lifting and moving tube; and a sealing ring in contact with the control panel is installed on the top of the mounting sleeve.

[0020] Optionally, the gun body includes a main body, a water blocking plate arranged at the rear end of the main body, a connecting part arranged at the front end of the main body, a water spraying part arranged on the connecting part, and a flow hole running through the gun body.

[0021] Optionally, a magnet is installed on the main body; a through hole is provided on the water blocking plate; a second sealing ring is mounted on the water spraying part; a magnetic conductive block corresponding to the magnet is installed on the nozzle; and the buoyancy connection structure is arranged on the nozzle and the connection part.

[0022] Optionally, the buoyancy connection structure includes a hole group arranged on the connection part, a buoyancy connection column movably installed in the hole group, and a connection hole arranged on the inner wall of the nozzle.

[0023] Optionally, the hole group includes concentrically arranged hidden holes, connecting holes and lifting holes, the hidden holes are located at the top of the connecting part, the connecting holes are located between the hidden holes and the lifting holes, and the apertures of the lifting holes and the hidden holes are both larger than the aperture of the connecting holes.

[0024] Optionally, the buoyancy connecting column includes an inserted column adapted to the hidden hole, a connecting column adapted to the connecting hole and connected to the inserted column, and a buoyancy column adapted to the lifting hole and connected to the connecting column; the inserted column is also adapted to the connecting hole; the length of the connecting column is greater than the hole depth of the connecting hole.

[0025] Optionally, the disinfection mechanism includes a liquid inlet pipe installed at the front end of the gun body, a guide groove arranged on the front shell body, a rotating column movably installed in the guide groove, and bristles installed on the rotating column.

[0026] Optionally, a liquid inlet connected to the liquid inlet pipe is provided in the guide groove, a disinfection hole connected to the liquid inlet is provided on the rotating column, and a plurality of liquid outlet holes are provided on the rotating column; and a disassembly and assembly structure for controlling the bristles is installed on the gun body.

[0027] Optionally, the disassembly and assembly structure includes a disassembly and assembly base plate installed on the nozzle, a disassembly and assembly block installed on the disassembly and assembly base plate, a disassembly and assembly groove installed on the disassembly and assembly block corresponding to the rotating column, a rotating groove arranged at the groove mouth of the disassembly and assembly groove, a limiting mounting plate movably installed in the rotating groove, a telescopic groove arranged on the disassembly and assembly block and perpendicular to the disassembly and assembly groove, a disassembly plate installed in the telescopic groove, a mounting column installed on the bottom of the disassembly and assembly groove and the disassembly plate, and a disassembly spring installed on the mounting column; a protrusion is installed in the guide groove.

[0028] Compared with the prior art, the present invention provides a toilet spray gun, which has the following beneficial effects: This toilet spray gun, through the setting of a pneumatic control mechanism, adjusts the existing water pressure control spray gun telescopic movement mode to pneumatic telescopic movement, so that the clean water used by the spray gun does not need to overcome other forces, so the water pressure adjustment range of the spray gun cleaning fluid or clean water is expanded, further meeting customer needs and improving customer comfort.

[0029] In addition, the present application sets a disinfection mechanism and sets the disinfection mechanism at the front end of the shell, so that the nozzle is disinfected and cleaned by the disinfection mechanism when it is telescopically moved, which can effectively prevent pollutants from adhering to the nozzle and prevent the growth of bacteria, thereby preventing infection of the human private parts, and does not require manual cleaning by the customer, thereby reducing the labor intensity of the user and improving the quality of life of the user. BRIEF DESCRIPTION OF THE DRAWINGS

[0030] Figure 1 It is a schematic diagram of the overall structure of the present invention.

[0031] Figure 2 It is a schematic diagram of the overall structure of the present invention from another perspective.

[0032] Figure 3 It is a sectional view of the overall structure of the present invention.

[0033] Figure 4 It is a cross-sectional view of the end cover and the outer shell of the present invention.

[0034] Figure 5 It is a structural schematic diagram of the rear housing of the present invention.

[0035] Figure 6 It is a structural schematic diagram of the front housing of the present invention.

[0036] Figure 7 It is a schematic diagram of the recent structure of the gun body control of the present invention.

[0037] Figure 8 It is a schematic diagram of the control buffer structure of the present invention.

[0038] Fig. 9 It is a structural schematic diagram of the movable plate of the present invention.

[0039] Fig.10 It is a structural schematic diagram of the buoyancy control assembly of the present invention.

[0040] Fig.11 It is a structural schematic diagram of the gun body of the present invention.

[0041] Fig.12 It is a schematic diagram of the buoyancy connection structure of the present invention.

[0042] Fig.13 It is a schematic diagram of the hole group on the gun body of the present invention.

[0043] Fig.14 It is a schematic diagram of the disinfection mechanism of the present invention.

[0044] Fig.15 It is a schematic structural diagram of the guide groove and the protrusion of the present invention.

[0045] Fig.16It is a structural schematic diagram of the disassembly and assembly structure and the disinfection mechanism of the present invention.

[0046] Fig.17 It is a schematic diagram of the disassembly and assembly structure of the present invention.

[0047] Markings in the figure: 1. end cover; 2. shell; 21. rear shell; 22. front shell; 221. boss; 222. buffer pad; 223. groove; 224. electromagnet; 23. air cavity; 24. mounting groove; 25. slide groove; 26. moving structure; 261. fixed shell; 262. moving groove; 263. moving plate; 3. gun body; 31. main body; 311. magnet; 32. water blocking plate; 321. through hole; 33. connecting part; 34. water spraying part; 341. sealing ring 2; 35, flow hole; 4, nozzle; 41, magnetic block; 5, pneumatic control mechanism; 51, air source transmission component; 511, micro air pump; 512, reversing valve; 513, transmission tube 1; 514, transmission tube 2; 515, electric control exhaust valve; 52, gun body control component; 521, control ring; 522, control connecting plate; 523, control buffer structure; 5231, telescopic column; 5232, telescopic sleeve; 5233, cover; 5234, limit plate; 5235, spring; 524 , limit block; 525, sealing ring; 53, air pressure monitoring assembly; 531, air pressure sensor; 54, buoyancy control assembly; 541, buoyancy control tube; 542, water outlet; 543, installation sleeve; 544, installation plate; 545, connecting pipe; 546, lifting and moving pipe; 547, control board; 548, air vent; 549, sealing ring 1; 6, buoyancy connection structure; 61, hole group; 611, hidden hole; 612, connecting hole; 613, lifting hole; 62, buoyancy connection column; 621. Insert column; 622. Connecting column; 623. Buoyancy column; 63. Connecting hole; 7. Disinfection mechanism; 71. Liquid inlet pipe; 72. Guide groove; 721. Liquid inlet; 722. Bump; 73. Rotating column; 731. Disinfection hole; 732. Liquid outlet; 74. Bristles; 8. Disassembly and assembly structure; 81. Disassembly and assembly bottom plate; 82. Disassembly and assembly block; 83. Disassembly and assembly groove; 84. Rotating groove; 85. Limiting mounting plate; 86. Telescopic groove; 87. Disassembly plate; 88. Mounting column; 89. Disassembly spring. DETAILED DESCRIPTION

[0048] The following is a detailed description in conjunction with the accompanying drawings and specific implementations. In the following description, many specific details are set forth to facilitate a full understanding of the present invention. However, the present invention can be implemented in many other ways different from those described herein, and those skilled in the art can make similar generalizations without violating the connotation of the present invention. Therefore, the present invention is not limited to the specific embodiments disclosed below.

[0049] The toilet spray gun of the present application can be used in situations such as cleaning the user's private parts in a toilet, and of course can also be used in other similar application scenarios. The toilet spray gun is described in detail below.

[0050] See attached Figure 1 — Fig.17 The figure shows a schematic structural diagram of a preferred embodiment of a toilet spray gun of the present application. The toilet spray gun comprises an end cover 1, a shell 2 mounted on the end cover 1, a gun body 3 movably mounted in the shell 2, a spray head 4 detachably mounted on the end of the gun body 3 away from the end cover 1 through a buoyancy connection structure 6, a pneumatic control mechanism 5 mounted on the shell 2, and a disinfection mechanism 7 mounted on the front end of the shell 2; wherein a water inlet pipe is provided on the end cover 1.

[0051] The present invention adjusts the original water pressure to drive the gun body 3 to move by the air pressure difference through the setting of the pneumatic control mechanism 5, thereby driving the gun body 3 to move, thereby driving the gun body nozzle 4 to move, reducing the water pressure requirement, and increasing the adjustable range of water pressure on the premise of ensuring that the gun body 3 can be telescopically moved, so that the user can adjust the water pressure according to his or her preferences, thereby increasing the user's comfort; through the setting of the buoyancy connection structure 6, compared with the existing connection method using bolts or buckles, as long as the gun body 3 is filled with water, the nozzle 4 will be moved by buoyancy. The connection structure 6 is limited, and when the water level in the gun body 3 drops to insufficient buoyancy, the connection strength between the nozzle 4 and the gun body 3 will decrease, and the user can easily remove and replace it without the use of tools, and the force required to overcome is also small; through the setting of the disinfection mechanism 7, the nozzle part of the nozzle 4 can be cleaned and disinfected during the telescopic movement of the gun body 3, which can effectively prevent dirt from adhering to the nozzle 4, avoid the growth of bacteria on the nozzle 4, and avoid the user's private parts from being infected by the bacteria on the nozzle 4, thereby providing protection for the health and safety of the user.

[0052] See attached Figure 1 — Figure 6 As shown, in the present invention, the shell 2 includes a rear shell 21 connected to the end cover 1, and a front shell 22 fixedly mounted on the rear shell 21 by welding. The front shell 22 and the rear shell 21 form an integral structure by welding. Both the front shell 22 and the rear shell 21 are provided with an air cavity 23 and a mounting groove 24. The front shell 22 is also provided with a slide groove 25 which is vertically arranged and connected to the mounting groove 24.

[0053] The present invention arranges the shell 2 to be fixedly connected by welding the rear shell 21 and the front shell 22, so as to facilitate the processing of the air cavity 23 and the mounting groove 24, and at the same time, to facilitate the installation of the pneumatic control mechanism 5; through the arrangement of the air cavity 23, conditions are provided for controlling the movement of the gun body 3 by the air pressure difference; and through the arrangement of the mounting groove 24, an installation position is provided for the gun body control component 52.

[0054] See attached Figure 1 — Figure 3 As shown, in the present invention, the pneumatic control mechanism 5 includes an air source transmission component 51, a gun body control component 52, an air pressure monitoring component 53 and a buoyancy control component 54; wherein, the air source transmission component 51 is connected to the outer shell 2, and is used to provide an air source for the gun body 3; the gun body control component 52 is installed on the outer shell 2 and is connected to the gun body 3, and the gun body 3 is moved by the gas of the air source transmission component 51; the air pressure monitoring component 53 is used to provide feedback to the air source transmission component 51, and to perform precise control of the air pressure; the buoyancy control component 54 is installed on the outer shell 2 and the nozzle 4, and is used to control the amount of water in the nozzle 4 and the gun body 3; and through the setting of the slide groove 25, it is used to provide necessary conditions for the movement of the gun body control component 52.

[0055] The present invention is used to provide an air source for the movement of the gun body 3 through the setting of the air source transmission component 51, and transmit the gas into the air cavity 23; through the setting of the gun body control component 52, the movement is generated by the air pressure difference between the two air cavities 23, thereby driving the gun body 3 to move, and the two air cavities 23 are isolated and sealed to improve the reaction speed of the movement of the gun body 3; through the setting of the air pressure monitoring component 53, the air pressure of the two air cavities 23 is accurately controlled, so as to achieve the control of the moving position of the gun body 3, so that the position of the gun body 3 when in use and when replacing the nozzle 4 is different. Specifically, there are two working positions when the gun body 3 is extended, one is for replacing the nozzle 4, and the extension distance of the gun body 3 is longer, which is convenient for replacing the nozzle 4, and the disinfection mechanism 7 can be used for cleaning or replacement, and the other working position is used for flushing the user's private parts.

[0056] See attached Figure 1 and Figure 3 As shown, in the present invention, the gas source transmission component 51 includes a micro air pump 511, a reversing valve 512 installed on the air outlet of the micro air pump 511, a transmission tube 1 513 and a transmission tube 2 514 installed on the reversing valve 512, and two electrically controlled exhaust valves 515 respectively installed on the transmission tube 1 513 and the transmission tube 2 514; the transmission tube 1 513 and the transmission tube 2 514 are respectively connected to the two air cavities 23.

[0057] The present invention provides an air source through the setting of a micro air pump 511, so that an air pressure difference is generated in the two air cavities 23; through the setting of a reversing valve 512, it is used to control the movement direction of the gas, that is, to control the gas of the micro air pump 511 to enter one of the air cavities 23, and the reversing valve 512 can be a two-position three-way reversing valve; through the setting of a transmission tube 1 513 and a transmission tube 2 514, it is used to connect the two air outlets of the reversing valve 512 to two different air cavities 23 respectively; through the setting of an electrically controlled exhaust valve 515, it is used to inflate one of the air cavities 23, and when the air pressure increases, the other air cavity 23 can be deflated.

[0058] See attached Figure 3 — Figure 7 As shown, in the present invention, the gun body control assembly 52 includes a control ring 521 movably installed in the air cavity 23, a control connecting plate 522 connected to the control ring 521, a control buffer structure 523 installed on the control connecting plate 522, and a limit block 524 installed on the control connecting plate 522, wherein the limit block 524 is made of magnetic conductive material.

[0059] The present invention is used to isolate and separate the two air cavities 23 through the setting of the control ring 521, so that the air pressure in the two air cavities 23 can form an air pressure difference, and the air pressure difference forms power to drive the gun body 3 to move; by controlling the setting of the connecting plate 522, the control ring 521 can transmit the moving power of the control ring 521 during the movement, so as to drive the gun body 3 to move; by controlling the setting of the buffer structure 523, the moving speed of the gun body 3 is buffered after the gun body 3 moves to the specified position, so as to prevent the gun body 3 from moving too fast and causing collision, avoid damage to the gun body 3 due to collision after long-term use, and avoid vibration caused by collision affecting the air tightness between the air cavity 23 and the control ring 521, thereby extending the service life of the spray gun; by setting the limit block 524, after the gun body 3 moves to the extreme position for replacing the spray head 4, the position of the gun body 3 can be limited, so as to ensure that the user has enough time to replace the spray head 4.

[0060] See attached Figure 3 — Figure 6As shown, in the present invention, a boss 221 is provided in the inner cavity of the front shell 22, and a buffer pad 222 in contact with the control buffer structure 523 is installed on the boss 221; a groove 223 is formed between the outer wall of the boss 221 and the inner wall of the front shell 22, and an electromagnet 224 corresponding to the limit block 524 is installed in the groove 223; the distance from the center position of the control ring 521 to the limit block 524 is greater than the distance from the center position of the control ring 521 to the control buffer structure 523; wherein, a moving structure 26 is installed in the mounting groove 24, and a control connecting plate 522 is connected to the moving structure 26, and the control connecting plate 522 corresponds to the slide groove 25, and the control connecting plate 522 is connected to the gun body 3; the two air cavities 23 are separated by the control ring 521, and the transmission tube 1 513 and the transmission tube 2 514 are respectively located on both sides of the control ring 521.

[0061] The present invention cooperates with the control buffer structure 523 through the setting of the boss 221, so that the gun body 3 can be buffered before the gun body 3 is extended; the buffer pad 222 is set to prevent hard collision and reduce vibration; the groove 223 is set to provide an installation position for the electromagnet 224, ensuring that the control buffer structure 523 contacts the buffer pad 222 first, and the limit block 524 will contact the electromagnet 224 only after the control buffer structure 523 is contacted and compressed.

[0062] See attached Figure 7 and Figure 8 As shown, in the present invention, the control buffer structure 523 includes a telescopic column 5231 installed on the control connecting plate 522, a telescopic sleeve 5232 mounted on the telescopic column 5231, a cover 5233 installed on the telescopic sleeve 5232, a limit plate 5234 installed on the telescopic column 5231 and located in the telescopic sleeve 5232, and a spring 5235 installed in the telescopic sleeve 5232, and the two ends of the spring 5235 are in contact with the limit plate 5234 and the cover 5233 respectively.

[0063] The working principle of the control buffer structure 523 is as follows: when the gun body 3 moves to a certain distance, the cover 5233 on the telescopic sleeve 5232 contacts the buffer pad 222. As the control connecting plate 522 continues to move, the telescopic column 5231 will continue to move, and the spring 5235 will be squeezed and buffered through the limit plate 5234.

[0064] See attached Figure 7 — Fig. 9As shown, in the present invention, the movable structure 26 includes a fixed shell 261 installed in the mounting groove 24, a movable groove 262 arranged on the fixed shell 261, a movable plate 263 movably installed in the movable groove 262, and a control connecting plate 522 is arranged through the movable plate 263. There are two fixed shells 261 in each movable structure 26, which are respectively installed in the mounting groove 24 of the rear shell 21 and the mounting groove 24 of the front shell 22, and there is a spacing between the two fixed shells 261; a sealing ring 525 is installed on the control ring 521.

[0065] The present invention is used to reduce the processing accuracy of the installation groove 24, reduce the overall processing difficulty, improve the processing efficiency, and reduce the distance of the movable plate 263 through the setting of the fixed shell 261; through the setting of the movable groove 262, it is used to provide conditions for the movement of the movable plate 263, so that the movable plate 263 can move along the movable groove 262, and provide guidance for the movement of the movable plate 263; through the setting of the spacing between the two fixed shells 261, it is ensured that when the movable plate 263 moves, the control connecting plate 522 will not interfere with the fixed shell 261; through the setting of the sealing ring 525, the sealing between the control ring 521 and the air cavity 23 is further strengthened; it should be particularly noted that the length of the movable plate 263 is greater than the minimum distance between the two fixed shells 261.

[0066] See attached Figure 3 As shown, in the present invention, the air pressure monitoring assembly 53 includes air pressure sensors 531 respectively installed in the two air cavities 23. The present invention is used to monitor the two air cavities 23 respectively and accurately monitor the air pressure of the air cavities 23 through the arrangement of the air pressure sensors 531; it should be particularly noted that even when the gun body 3 moves to the end of the stroke, the two air pressure sensors 531 are still on both sides of the control ring 521.

[0067] See attached Figure 3 and Fig.10 As shown, in the present invention, the buoyancy control assembly 54 includes a buoyancy control tube 541 having one end mounted on the front shell 22 and connected to the air cavity 23, a water outlet 542 arranged at the bottom of the nozzle 4, a mounting sleeve 543 installed in the water outlet 542, a mounting plate 544 arranged in the mounting sleeve 543, a connecting tube 545 arranged at the middle position of the mounting plate 544, a lifting and moving tube 546 movably installed in the connecting tube 545, and a control panel 547 installed on the top of the lifting and moving tube 546.

[0068] The present invention is used to communicate with the air cavity 23 on the front shell 22 through the setting of the buoyancy control tube 541, so that the gas in the air cavity 23 on the front shell 22 can flow into the buoyancy control tube 541; through the setting of the water outlet 542, it is used to discharge the clean water in the gun body 3 and provide an installation position for the installation sleeve 543; through the setting of the installation plate 544, an installation position is provided for the connecting tube 545, so that the connecting tube 545 can be fixedly installed; through the setting of the lifting and moving tube 546, it is used to guide the lifting and moving of the control panel 547; through the setting of the control panel 547, it is used to block the connecting tube 545 to ensure that the air pressure of the front shell 22 can rise, and to ensure that the control panel 547 can be pushed up to discharge water only after the air pressure reaches a certain value.

[0069] See attached Fig.10 As shown, in the present invention, one end of the lifting and moving tube 546 is connected to the connecting tube 545; a vent hole 548 is provided at the middle position of the lifting and moving tube 546; and a sealing ring 549 in contact with the control board 547 is installed on the top of the mounting sleeve 543.

[0070] The present invention connects the lifting and moving tube 546 and the connecting tube 545 so that gas can enter the lifting and moving tube 546; through the setting of the air hole 548, when the lifting and moving tube 546 rises to a certain distance, the air hole 548 is connected with the inner cavity of the nozzle 4, so that the clean water in the nozzle 4 flows out; through the setting of the sealing ring 549, the sealing between the control board 547 and the installation sleeve 543 is improved; it should be particularly noted that before the air hole 548 is connected with the inner cavity of the nozzle 4, the control board 547 and the installation sleeve 543 have been separated, and the clean water can already flow out.

[0071] See attached Figure 3 and Fig.11 As shown, in the present invention, the gun body 3 includes a main body 31, a water blocking plate 32 arranged at the rear end of the main body 31, a connecting part 33 arranged at the front end of the main body 31, a water spraying part 34 arranged on the connecting part 33, and a flow hole 35 running through the gun body 3.

[0072] The present invention blocks clean water by setting a water blocking plate 32, so that the clean water can generate a certain pressure on the gun body 3, assist the movement of the gun body 3, increase the extension speed of the gun body 3, and effectively avoid the movement of the gun body 3 due to the reduction of the air pressure difference between the two air cavities 23; through the setting of the flow hole 35, it is ensured that clean water can enter the nozzle 4.

[0073] See attached Figure 3 and Fig.13As shown, in the present invention, a magnet 311 is installed on the main body 31; a through hole 321 is provided on the water blocking plate 32; a sealing ring 341 is mounted on the water spraying part 34; a magnetic conductive block 41 corresponding to the magnet 311 is installed on the nozzle 4; and a buoyancy connection structure 6 is arranged on the nozzle 4 and the connection part 33.

[0074] The present invention can magnetically limit the nozzle 4 by setting the magnet 311 and the magnetic conductive block 41 to prevent the nozzle 4 from falling directly when the water level in the nozzle 4 is insufficient; the through hole 321 is set to ensure that clean water can flow into the gun body 3; the sealing ring 341 is set to ensure the sealing between the water spray part 34 and the inner cavity of the nozzle 4; it should be particularly noted that the connecting pipe 545 is a hose, See attached Fig.12 and Fig.13 As shown, in the present invention, the buoyancy connection structure 6 includes a hole group 61 arranged on the connecting portion 33 , a buoyancy connection column 62 movably installed in the hole group 61 , and a connection hole 63 arranged on the inner wall of the nozzle 4 .

[0075] The present invention provides an installation position for the buoyancy connecting column 62 through the setting of the hole group 61; through the setting of the buoyancy connecting column 62, the nozzle 4 is limited and installed by lifting and moving it through buoyancy; through the setting of the connecting hole 63, the buoyancy connecting column 62 is matched to limit the nozzle 4.

[0076] See attached Fig.12 and Fig.13 As shown, in the present invention, the hole group 61 includes a concentrically arranged hidden hole 611, a connecting hole 612 and a lifting hole 613, the hidden hole 611 is located at the top of the connecting part 33, the connecting hole 612 is located between the hidden hole 611 and the lifting hole 613, and the apertures of the lifting hole 613 and the hidden hole 611 are both larger than the aperture of the connecting hole 612.

[0077] The present invention is used to hide the buoyancy connection column 62 through the setting of the hidden hole 611; the setting of the connecting hole 612 is used to connect the hidden hole 611 and the lifting hole 613 to ensure that the buoyancy connection column 62 can pass through the connection part 33; the setting of the lifting hole 613 is used to provide conditions for the lifting and lowering movement of the buoyancy connection column 62.

[0078] See attached Fig.12 and Fig.13 As shown, in the present invention, the buoyancy connecting column 62 includes an inserted column 621 adapted to the hidden hole 611, a connecting column 622 adapted to the connecting hole 612 and connected to the inserted column 621, and a buoyancy column 623 adapted to the lifting hole 613 and connected to the connecting column 622; the inserted column 621 is also adapted to the connecting hole 63; the length of the connecting column 622 is greater than the hole depth of the connecting hole 612.

[0079] The present invention uses the arrangement of the plug column 621 to cooperate with the connecting hole 63. After the plug column 621 is inserted into the connecting hole 63, the nozzle 4 can be installed on the gun body 3; the connection column 622 is used to connect the plug column 621 with the buoyancy column 623, so that when the buoyancy column 623 is subjected to buoyancy, it can drive the plug column 621 to move; the buoyancy column 623 is used to provide buoyancy to drive the plug column 621 to rise, and the buoyancy column 623 is made of solid buoyancy material, foam or other lightweight and high-strength buoyancy material; by limiting the length of the connecting column 622, it is ensured that the plug column 621 and the buoyancy column 623 can be raised and lowered.

[0080] See attached Fig.14 — Fig.16 As shown, in the present invention, the disinfection mechanism 7 includes a liquid inlet pipe 71 installed at the front end of the gun body 3, a guide groove 72 arranged on the front shell 22, a rotating column 73 movably installed in the guide groove 72, and bristles 74 installed on the rotating column 73.

[0081] The present invention is used to guide the disinfectant liquid through the provision of the liquid inlet pipe 71 so that the disinfectant can disinfect the nozzle 4, and the disinfectant can be a liquid such as electrolyzed water that can disinfect bacteria; the guide groove 72 is used to guide the movement of the rotating column 73 for assembly and disassembly; the bristles 74 are used to clean the nozzle 4 to prevent dirt from adhering; it should be particularly noted that the groove depth of the guide groove 72 gradually decreases from the end of the nozzle 4 away from the gun body 3 to the end close to the gun body 3.

[0082] See attached Fig.14 — Fig.16 As shown, in the present invention, a liquid inlet 721 connected to the liquid inlet pipe 71 is provided in the guide groove 72, a disinfection hole 731 connected to the liquid inlet 721 is provided on the rotating column 73, and a plurality of liquid outlet holes 732 are provided on the rotating column 73; a disassembly and assembly structure 8 for controlling the bristles 74 is installed on the gun body 3.

[0083] The present invention provides a liquid inlet 721 and a disinfection hole 731 so that the disinfectant can flow out of the rotating column 73 ; and provides a liquid outlet 732 so that the disinfectant in the disinfection hole 731 can flow out to disinfect the nozzle 4 .

[0084] See attached Fig.17As shown, in the present invention, the disassembly structure 8 includes a disassembly base plate 81 installed on the nozzle 4, a disassembly block 82 installed on the disassembly base plate 81, a disassembly groove 83 installed on the disassembly block 82 and corresponding to the rotating column 73, a rotating groove 84 arranged at the notch of the disassembly groove 83, a limit mounting plate 85 movably mounted in the rotating groove 84, a telescopic groove 86 arranged on the disassembly block 82 and perpendicular to the disassembly groove 83, a disassembly plate 87 installed in the telescopic groove 86, a mounting column 88 installed on the bottom of the disassembly groove 83 and the disassembly plate 87, and a disassembly spring 89 installed on the mounting column 88; a protrusion 722 is installed in the guide groove 72.

[0085] The present invention is used to fix the entire disassembly and assembly structure 8 on the nozzle 4 through the provision of a disassembly and assembly bottom plate 81; to control the disassembly and assembly of the rotating column 73 through the provision of a disassembly and assembly groove 83; to provide an installation position for the limiting mounting plate 85 through the provision of a rotating groove 84; to limit the rotating column 73 through the provision of the limiting mounting plate 85 so that the rotating column 73 can be installed in the guide groove 72; to guide the movement of the disassembly plate 87 through the provision of a telescopic groove 86; to provide an installation position for the disassembly spring 89 through the provision of a mounting column 88 to prevent the disassembly spring 89 from moving during the compression process; to provide an elastic reset force through the provision of a disassembly spring 89 to push the rotating column 73 to separate from the guide groove 72, so as to disassemble and replace the rotating column 73 and the disinfection mechanism 7; and to limit the position of the rotating column 73 through the provision of a protrusion 722 to prevent the rotating column 73 from moving at will in the guide groove 72.

[0086] See attached Figure 1 — Fig.17 As shown, the use process of the present invention is as follows: Flushing process: First, the user issues a command to the controller to flush the private parts through an external button. After receiving the command, the controller of the toilet controls the micro air pump 511 to start working, controls the reversing valve 512 to allow the gas generated by the micro air pump 511 to enter the air cavity 23 in the rear shell 21 through the transmission tube 1 513, and simultaneously opens the electrically controlled exhaust valve 515 on the transmission tube 2 514 to discharge the gas in the air cavity 23 on the front shell 22. A pressure difference is generated between the two air cavities 23, which pushes the control ring 521 to move. The control ring 521 drives the gun body 3 and the moving plate 263 to move by controlling the connecting plate 522, so that the gun body 3 drives the nozzle 4 to extend. In the process of the movement of the gun body 3, the buffer structure 523 is controlled to buffer until the gas in the air cavity 23 is filled. The air pressure value reaches the specified value, so that the air pressure difference reaches the specified value, so that the gun body is in the specified position; then the controller controls the pump body of the toilet to work, and adds pressurized clean water to the end cover 1. The clean water flows into the gun body 3 through the through hole 321 on the water blocking plate 32, enters the nozzle 4 through the flow hole 35 of the gun body 3, and is finally sprayed out from the nozzle 4 to rinse the user's private parts; after the cleaning is completed, the controller controls the reversing valve 512 to start working, and applies the gas generated by the micro air pump 511 into the air cavity 23 of the front shell 22, closes the electrically controlled exhaust valve 515 on the transmission tube 2 514, and opens the electrically controlled exhaust valve 515 on the transmission tube 1 until the gun body 3 is reset. The air pressure in the air cavity 23 on the rear shell 21 can be used to judge whether the gun body 3 is reset.

[0087] Disinfection process: When the controller receives the instruction to flush the private parts, the controller controls the micro air pump 511 to start working. When performing the flushing step, it also controls the disinfectant to start discharging. The disinfectant enters the disinfection hole 731 of the rotating column 73 through the liquid inlet pipe 71 and the liquid inlet 721, and then flows out from the liquid outlet 732 to disinfect the nozzle 4. At the same time, when the gun body 3 is telescopically moved, the nozzle 4 will contact the bristles 74, and the bristles 74 will scrub the nozzle 4, thereby cleaning the dirt, and the disinfectant will remain along the bristles 74 to disinfect the nozzle 4. It should be noted that the controller will wait for the time to discharge the disinfectant and disinfect the nozzle 4 regularly.

[0088] The process of replacing the nozzle 4 and the bristles: the user sends a replacement signal to the controller through an external button. After the controller receives the replacement signal, the controller controls the micro air pump 511 to start working, controls the reversing valve 512 to allow the gas generated by the micro air pump 511 to enter the air cavity 23 in the rear shell 21 through the transmission tube 1 513, and at the same time opens the electrically controlled exhaust valve 515 on the transmission tube 2 514 to discharge the gas in the air cavity 23 on the front shell 22. The two air cavities 23 produce an air pressure difference, which pushes the control ring 521 to move. The control ring 521 drives the gun body 3 and the moving plate 263 to move by controlling the connecting plate 522, so that the gun body 3 drives the nozzle 4 to extend. In the process of the movement of the gun body 3, the buffer structure 523 is controlled to buffer. At the same time, the controller controls the electromagnet 224 to be energized, and the spring 5235 in the buffer structure 523 is continuously compressed until the limit block 524 contacts the electromagnet 224; then the controller controls the reversing valve 512 to change The electric-controlled exhaust valve 515 on the transmission pipe 514 is closed. At this time, the air pressure in the air cavity 23 on the front shell 22 increases. As the pressure in the air cavity 23 on the front shell 22 increases, the gas will enter the lifting and moving pipe 546 along the buoyancy control pipe 541 through the connecting pipe 545. As the air pressure continues to rise, the control board 547 will be lifted up. As the control board 547 rises, the clean water in the nozzle 4 and the gun body 3 will flow out through the water outlet 542, and the control board 547 will continue to rise. It rises until the air hole 548 is connected with the inner cavity of the nozzle 4. As the clean water in the gun body 3 and the nozzle 4 flows out, the buoyancy connection column 62 drops, so that the plug column 621 is separated from the connection hole 63. At this time, the nozzle 4 is only magnetically attracted by the magnetic block 41 and the magnet 311. The user can easily remove the nozzle 4, and then install a new nozzle 4 on the gun body 3. It can be reset by controlling the external controller. When replacing the nozzle 4, the bristles 74 on the nozzle 4 are also replaced. During the reset process, the controller will first close the cover of the toilet, open the electrically controlled exhaust valve 515 on the second transmission pipe 514, and reduce the air pressure in the air cavity 23 on the front shell 22. After the air pressure drops to a specified level, clean water is introduced into the gun body 3, and then the electromagnet 224 is powered off to reset in the same way as the flushing process. When replacing the nozzle 4, as the nozzle 4 moves, the disassembly spring 89 will be compressed at the beginning, and as the nozzle 4 continues to move, the elastic force of the disassembly spring 89 continues to increase. When it moves to the end, the elastic force generated by the disassembly spring 89 is sufficient to make the rotating column 73 overcome the protrusion 722 and slide out; it should be particularly noted that the rotating column 73 can be removed from the disassembly groove 83 by rotating the limiting mounting plate 85, and then a new rotating column 73 can be replaced or the bristles 74 can be cleaned and reinstalled; and in the process of resetting the gun body 3, the limiting mounting plate 85 limits the rotating column 73, and the rotating column is rotated to pass over the protrusion 722 during resetting.

[0089] The above embodiments are intended to illustrate the present application, not to limit the present application. Any solution that is a simple transformation of the present application falls within the protection scope of the present application.

Claims

1. A toilet spray gun, characterized in that: It comprises an end cover (1), a shell (2), a gun body (3), a nozzle (4), a pneumatic control mechanism (5), a buoyancy connection structure (6) and a disinfection mechanism (7); The end cover (1) is mounted on one end of the housing (2), and a water inlet pipe (11) is provided on the end cover (1); A cavity is provided at the middle of the housing (2), and the housing (2) comprises a rear housing (21) connected to the end cover (1), and a front housing (22) fixedly mounted on the rear housing (21) by welding, wherein the front housing (22) and the rear housing (21) are welded to form an integral structure; The gun body (3) is movably mounted in the cavity of the housing (2); The nozzle (4) is detachably mounted on an end of the gun body (3) away from the end cover (1) via a buoyancy connection structure (6); The buoyancy connection structure (6) is arranged on the nozzle (4) and the gun body (3), and the nozzle (4) is detachably mounted on the gun body (3) by means of the buoyancy of water in the gun body (3); The pneumatic control mechanism (5) is mounted on the housing (2) and is used to control the movement of the gun body (3), change the position of the gun body (3) and the amount of water in the gun body (3), and the pneumatic control mechanism (5) controls the buoyancy connection structure (6) by controlling the amount of water in the gun body (3), thereby controlling the assembly and disassembly of the nozzle (4); The disinfection mechanism (7) is mounted on the front end of the housing (2) and is used to disinfect the gun body (3).

2. The toilet spray gun according to claim 1, characterized in that: The pneumatic control mechanism (5) comprises an air source transmission component (51), a gun body control component (52), an air pressure monitoring component (53) and a buoyancy control component (54); The gas source transmission component (51) is connected to the housing (2) and is used to provide a gas source for the gun body (3); The gun body control component (52) is mounted on the housing (2) and connected to the gun body (3), and controls the movement of the gun body (3) through the gas of the gas source transmission component (51); The air pressure monitoring component (53) is used to provide feedback to the air source transmission component (51) to perform precise control of the air pressure; The buoyancy control assembly (54) is mounted on the housing (2) and the nozzle (4) and is used to control the amount of water in the nozzle (4) and the gun body (3); The rear shell (21) and the front shell (22) are both provided with an air cavity (23) and a mounting groove (24).

3. The toilet spray gun according to claim 2, characterized in that: The gas source transmission component (51) comprises a micro air pump (511), a reversing valve (512) mounted on the gas outlet of the micro air pump (511), a transmission tube 1 (513) and a transmission tube 2 (514) mounted on the reversing valve (512), and two electrically controlled exhaust valves (515) mounted on the transmission tube 1 (513) and the transmission tube 2 (514), respectively; The transmission tube 1 (513) and the transmission tube 2 (514) are respectively connected to the two air cavities (23).

4. The toilet spray gun according to claim 2, characterized in that: The front housing (22) is also provided with a slide groove (25) which is arranged vertically and communicates with the mounting groove (24). The gun body control assembly (52) comprises a control ring (521) movably mounted in the air cavity (23), a control connecting plate (522) connected to the control ring (521), a control buffer structure (523) mounted on the control connecting plate (522), and a limit block (524) mounted on the control connecting plate (522), wherein the limit block (524) is made of a magnetic conductive material; A boss (221) is provided in the inner cavity of the front housing (22), and a buffer pad (222) in contact with the control buffer structure (523) is mounted on the boss (221); A groove (223) is formed between the outer wall of the boss (221) and the inner wall of the front shell (22), and an electromagnet (224) corresponding to the limit block (524) is installed in the groove (223); The distance from the center position of the control ring (521) to the limit block (524) is greater than the distance from the center position of the control ring (521) to the control buffer structure (523); A movable structure (26) is installed in the installation groove (24), the control connecting plate (522) is connected to the movable structure (26), the control connecting plate (522) corresponds to the slide groove (25), and the control connecting plate (522) is connected to the gun body (3); The two air cavities (23) are separated by a control ring (521), and the transmission tube 1 (513) and the transmission tube 2 (514) are respectively located on both sides of the control ring (521).

5. The toilet spray gun according to claim 4, characterized in that: The control buffer structure (523) comprises a telescopic column (5231) mounted on the control connecting plate (522), a telescopic sleeve (5232) sleeved on the telescopic column (5231), a cover (5233) mounted on the telescopic sleeve (5232), a limit plate (5234) mounted on the telescopic column (5231) and located inside the telescopic sleeve (5232), and a spring (5235) mounted inside the telescopic sleeve (5232), wherein two ends of the spring (5235) are in contact with the limit plate (5234) and the cover (5233) respectively; The movable structure (26) comprises a fixed housing (261) installed in the mounting groove (24), a movable groove (262) arranged on the fixed housing (261), and a movable plate (263) movably installed in the movable groove (262); the control connecting plate (522) is arranged to penetrate the movable plate (263); the number of the fixed housings (261) in each movable structure (26) is two, which are respectively installed in the mounting groove (24) of the rear housing (21) and the mounting groove (24) of the front housing (22); and there is a spacing between the two fixed housings (261); A sealing ring (525) is mounted on the control ring (521).

6. The toilet spray gun according to claim 2, characterized in that: The air pressure monitoring component (53) comprises air pressure sensors (531) respectively installed in two air cavities (23); The buoyancy control assembly (54) comprises a buoyancy control tube (541) having one end mounted on the front shell (22) and connected to the air cavity (23), a water outlet hole (542) arranged at the bottom of the nozzle (4), a mounting sleeve (543) mounted in the water outlet hole (542), a mounting plate (544) arranged in the mounting sleeve (543), a connecting tube (545) arranged at a middle position of the mounting plate (544), a lifting and moving tube (546) movably mounted in the connecting tube (545), and a control plate (547) mounted on the top of the lifting and moving tube (546); One end of the lifting and moving tube (546) is connected to the connecting tube (545); A ventilation hole (548) is provided at the middle position of the lifting and moving tube (546); A sealing ring 1 (549) in contact with the control panel (547) is installed on the top of the installation sleeve (543).

7. The toilet spray gun according to claim 1, characterized in that: The gun body (3) comprises a main body (31), a water blocking plate (32) arranged at the rear end of the main body (31), a connecting portion (33) arranged at the front end of the main body (31), a water spraying portion (34) arranged on the connecting portion (33), and a flow hole (35) penetrating the gun body (3); The main body (31) is provided with a magnet (311); the water blocking plate (32) is provided with a through hole (321); and the water spraying portion (34) is provided with a second sealing ring (341); A magnetic conductive block (41) corresponding to the magnet (311) is mounted on the nozzle (4); and the buoyancy connection structure (6) is arranged on the nozzle (4) and the connection portion (33).

8. The toilet spray gun according to claim 7, characterized in that: The buoyancy connection structure (6) comprises a hole group (61) arranged on the connection portion (33), a buoyancy connection column (62) movably mounted in the hole group (61), and a connection hole (63) arranged on the inner wall of the nozzle (4); The hole group (61) comprises a hidden hole (611), a connecting hole (612) and a lifting hole (613) which are arranged concentrically, the hidden hole (611) being located at the top of the connecting portion (33), the connecting hole (612) being located between the hidden hole (611) and the lifting hole (613), and the apertures of the lifting hole (613) and the hidden hole (611) being larger than the aperture of the connecting hole (612); The buoyancy connection column (62) comprises an insertion column (621) adapted to the hidden hole (611), a connection column (622) adapted to the communication hole (612) and connected to the insertion column (621), and a buoyancy column (623) adapted to the lifting hole (613) and connected to the connection column (622); The plug post (621) is also compatible with the connecting hole (63); the length of the connecting post (622) is greater than the depth of the connecting hole (612).

9. The toilet spray gun according to claim 1, characterized in that: The disinfection mechanism (7) comprises a liquid inlet pipe (71) mounted on the front end of the gun body (3), a guide groove (72) provided on the front shell (22), a rotating column (73) movably mounted in the guide groove (72), and bristles (74) mounted on the rotating column (73); The guide groove (72) is provided with a liquid inlet (721) connected to the liquid inlet pipe (71), the rotating column (73) is provided with a disinfection hole (731) connected to the liquid inlet (721), and the rotating column (73) is provided with a plurality of liquid outlet holes (732); The gun body (3) is provided with a disassembly and assembly structure (8) for controlling the bristles (74).

10. The toilet spray gun according to claim 9, characterized in that: The disassembly structure (8) comprises a disassembly base plate (81) mounted on the nozzle (4), a disassembly block (82) mounted on the disassembly base plate (81), a disassembly groove (83) mounted on the disassembly block (82) and corresponding to the rotating column (73), a rotating groove (84) arranged at the groove mouth of the disassembly groove (83), a limit mounting plate (85) movably mounted in the rotating groove (84), a telescopic groove (86) arranged on the disassembly block (82) and perpendicular to the disassembly groove (83), a disassembly plate (87) mounted in the telescopic groove (86), a mounting column (88) mounted on the bottom of the disassembly groove (83) and the disassembly plate (87), and a disassembly spring (89) mounted on the mounting column (88); A protrusion (722) is installed in the guide groove (72).

Images