CN210077918U - Intelligent dental implant treatment machine - Google Patents

Abstract

The utility model relates to an oral treatment instrument, in particular to an intelligent oral implant treatment machine, comprising a dental operating chair, a surgical lighting system, an intelligent saliva suction and disinfection system, a floor-standing side box, a spittoon bowl and an electrocardiogram monitoring system. One side of the dental operating chair is provided with a floor-type side box, the top surface of the floor-type side box supports the surgical lighting system and the spittoon bowl, the pipeline of the intelligent saliva suction and disinfection system is arranged inside the floor-type side box, and the other side of the dental operating chair is. A mobile workbench is set on one side. The utility model provides a systematic platform for the oral implantation operation, and realizes the automatic aseptic treatment of the waste liquid of the dental implantation operation.

Description

Intelligent dental implant treatment machine

technical field

The utility model relates to an oral treatment instrument, in particular to an intelligent oral implant treatment machine.

Background technique

Compared with traditional restoration methods, dental implants can be directly implanted with artificial teeth in the edentulous area, without the need to wear healthy adjacent teeth, and there is no foreign body sensation. It has excellent biocompatibility and can restore the chewing function of teeth well. The color is realistic like real teeth. With the development of the oral medical industry, oral implant surgery has been gradually accepted by ordinary people in terms of price and technology.

Oral implant surgery, like ordinary surgery, also requires a special operating room, operating bed, and surgical lighting system, and oral implant surgery also requires a special saliva suction system. In the process of oral implantation, a large amount of viscous waste such as saliva, blood, bone debris, etc. will be produced in the patient's mouth. These are difficult to attract with ordinary saliva suction equipment, including the treatment of waste liquid after suction, which requires professional equipment to Finish.

At present, the problems faced by most dental clinics in carrying out implant surgery are the lighting problems, saliva suction problems and waste liquid disposal problems.

Utility model content

In order to solve the above technical problems, the purpose of this utility model is to provide an intelligent cleaning and disinfection pipeline of the dental implant treatment machine, to provide a systematic platform for the dental implant surgery, and to realize the automatic aseptic treatment of the waste liquid of the dental implant surgery.

The technical scheme adopted by the utility model for solving its technical problems is:

The intelligent oral implant treatment machine includes a dental operating chair, a surgical lighting system, an intelligent saliva suction and disinfection system, a floor-mounted side box, a spittoon basin and an ECG monitoring system, and a floor-mounted side box is provided on one side of the dental operating chair. The top surface of the floor-mounted side box supports the surgical lighting system and the spittoon bowl, the pipeline of the intelligent saliva suction and disinfection system is arranged inside the floor-mounted side box, and the other side of the dental operating chair is provided with a mobile worktable.

In the process of oral implant treatment, the dental operating chair provides the patient with a lying platform, the surgical lighting system provides lighting for the dentist's treatment, and the ECG monitoring system monitors the patient's heart rate, blood pressure, blood oxygen, etc. in real time during the treatment process. Body parameters, saliva, blood, bone debris and other surgical wastes generated in the oral cavity during the patient's treatment are automatically sterilized by the intelligent saliva suction and disinfection system. The pipelines of the intelligent saliva suction and disinfection system are centrally located on the floor side. Inside the box, the floor-mounted side box provides stable support for the spittoon basin and the surgical lighting system. After the patient is treated, the mouthwash is discharged from the spittoon basin. The mobile table can move freely in the consultation room, and the table can be placed on the planter and surgical instruments. Wait.

Among them, the preferred solution is:

The surgical lighting system includes a lighting bracket, an articulated arm and a surgical shadowless lamp, the lighting bracket is fixed on the top surface of the floor-standing side box, and the lighting bracket fixes the surgical shadowless lamp through the articulated arm to provide sufficient illuminance, shadowless rate, and central illuminance for surgical operations. >110000Lux, veneer shadowless rate of 80.5%, color rendering index Ra: 95, preferably a surgical shadowless lamp that can adjust the lamp head 360 degrees in the horizontal range to achieve omnidirectional irradiation.

The mobile workbench includes a mobile trolley. The top surface of the mobile trolley is provided with a working table. The specific structure of the mobile trolley is not limited, as long as it can drive the working table to move freely. To store or place daily necessities or equipment.

The intelligent saliva suction and disinfection system includes a liquid storage tank, a liquid level sensor is arranged inside the liquid storage tank, a stirring device is arranged at the bottom of the liquid storage tank, and a sealing cover is arranged on the top of the liquid storage tank, and the sealing cover is respectively connected to the saliva suction pipeline and the cleaning water pipeline. and a vacuuming pipeline, the saliva suction pipeline includes a fixed pipe and a primary pipe connected by a quick joint, the fixed pipe is connected to the cleaning and disinfection branch pipe, and the cleaning and disinfection branch pipe is connected to the parallel cleaning enzyme pipeline and disinfectant pipeline, and the cleaning The enzyme pipeline is provided with a cleaning enzyme storage tank and a cleaning enzyme inlet solenoid valve, and the disinfectant inlet pipeline is provided with a disinfection solution storage tank and a disinfection solution inlet solenoid valve. The air pipe and the air intake pipe are provided with an air pressure reducing valve and an air release valve, a saliva suction valve is provided on the fixed pipe pipeline between the cleaning and disinfection branch pipe and the sealing cover, and a cleaning water inlet solenoid valve is provided on the cleaning water pipeline. The end away from the sealing cover is connected to a vacuum pump, the vacuuming pipeline is connected to a vacuuming solenoid valve, the bottom of the liquid storage tank is also connected to a draining pipeline, and a draining valve is set on the draining pipeline. The vacuum solenoid valve, the cleaning enzyme inlet solenoid valve, the disinfectant inlet solenoid valve and the stirring device are all connected with the control unit.

When working, insert the primary tube into the patient's mouth, turn on the vacuum pump, and suck the waste liquid in the patient's mouth into the storage tank. The liquid level sensor detects the waste liquid level in the storage tank. When the liquid level in the storage tank reaches a certain position , prompting the liquid level alarm to enter the waste liquid disinfection process, or, after completing an implantation operation, even if the liquid level in the storage tank does not reach the predetermined alarm level, it also enters the waste liquid disinfection process.

Enter the waste liquid disinfection process, open the solenoid valve for entering the disinfectant, and the compressed air enters the disinfectant storage tank through the air pressure reducing valve. The disinfectant in the disinfectant storage tank enters the storage tank through the disinfectant pipeline under the action of pressure. Set the disinfectant liquid feeding time. When the liquid feeding time is reached, stop the liquid feeding. During the liquid feeding process, the stirring device works for a period of time to mix and stir the waste liquid and the disinfectant, and then let it stand until the disinfection time is completed, and then turn on the liquid discharge. The valve drains the liquid in the liquid storage tank and enters the first cleaning procedure of the liquid storage tank.

Enter the initial cleaning procedure of the liquid storage tank, open the electromagnetic valve of the incoming cleaning water, and the cleaning water enters the storage tank through the action of hydraulic pressure. After reaching the preset water level, close the electromagnetic valve of the incoming cleaning water, start the stirring device and maintain it for a period of time, and open the drainage. The valve discharges the waste liquid in the tank, and opens the cleaning enzyme solenoid valve and the air pressure reducing valve. The cleaning enzyme in the cleaning enzyme storage tank enters the liquid storage tank under the action of pressure, and the cleaning enzyme enters the liquid storage tank when the required amount is reached. Open the cleaning water solenoid valve, the cleaning water enters the storage tank until it reaches the preset water level, start the stirring device, open the drain valve after a period of time to drain the cleaning liquid, and finally, turn on the cleaning water solenoid valve again, the cleaning water is in Under the action of water pressure, it enters the storage tank. After reaching the water level, the stirring device is started to perform the final rinsing of the storage tank. After a period of time, the drain valve is opened to drain the cleaning water, and the cleaning is completed.

Two air pressure reducing valves are cascaded on the air inlet pipe, and the compressed air is reduced to 0.2MPa through the two air pressure reducing valves, and then acts on the liquid in the subsequent tank. When the cleaning enzyme storage tank and the disinfectant storage tank need to be replenished, First, open the vent valve to release the air to restore an atmospheric pressure in the tank, so that the tank lid can be opened for rehydration.

The air intake pipeline between the air pressure reducing valve and the air release valve is connected to the pressurized air release pipe, the pressurized air release pipe is connected to the sealing cover of the storage tank, and a pressurized air release solenoid valve is arranged on the pressurized air release pipe to pressurize the air release pipe. The discharge solenoid valve is connected to the control unit. When the discharge valve is opened, the pressurized discharge solenoid valve is opened, and the pressurized gas is transported into the liquid storage tank through the pressurized discharge pipeline to accelerate the discharge of waste liquid and effectively avoid Waste residue appears.

The sealing cover of the liquid storage tank is connected to a safety pipeline, a safety valve and a pressure controller are arranged on the safety pipeline, and the pressure controller is connected with the control unit. The air intake ratio of compressed air can adjust the suction negative pressure value in real time, which can effectively protect the patient's oral mucosa from the high negative pressure suction force while meeting the suction requirements.

The vacuum pump is correspondingly equipped with a pneumatic electric switch, the pneumatic electric switch is controlled by a foot valve, and the air pressure reducing valve is also controlled by the foot valve. The opening and closing are manually controlled by different foot valves.

An air filter is arranged on the air outlet pipeline of the vacuum pump.

A water filter and a water pressure reducing valve are arranged at the water inlet end of the cleaning water pipeline.

The cleaning water pipeline is connected in parallel with the spittoon flushing water pipeline and the mouthwash pipeline, the spittoon flushing water pipeline is provided with a spittoon flushing solenoid valve, the mouthwash pipeline is provided with a mouthwash solenoid valve, the spittoon flushing solenoid valve and the mouthwash solenoid valve and a control unit are connected to each other, provide mouthwash through the mouthwash pipeline, and provide flushing water for the spittoon bowl through the spittoon flushing water pipeline.

A saliva suction handle and a filter are arranged on the primary tube, and the saliva, blood and debris in the patient's mouth are sucked through the saliva suction handle, and the filter performs preliminary filtration to prevent the fixed tube from being blocked after repeated use. Use existing products.

The stirring device includes a stirring impeller, which is driven by a stirring motor, and the stirring motor is connected with the control unit.

Compared with the prior art, the utility model has the following beneficial effects:

The utility model provides a systematic platform for the oral implantation operation, and realizes the automatic aseptic treatment of the waste liquid of the dental implantation operation. In the process of oral implant treatment, the dental operating chair provides the patient with a lying platform, the surgical lighting system provides lighting for the dentist's treatment, and the ECG monitoring system monitors the patient's heart rate, blood pressure, blood oxygen, etc. in real time during the treatment process. Body parameters, saliva, blood, bone debris and other surgical wastes generated in the oral cavity during the patient's treatment are automatically sterilized by the intelligent saliva suction and disinfection system. The pipelines of the intelligent saliva suction and disinfection system are centrally located on the floor side. Inside the box, the floor-mounted side box provides stable support for the spittoon basin and the surgical lighting system. After the patient is treated, the mouthwash is discharged from the spittoon basin. The mobile table can move freely in the consultation room, and the table can be placed on the planter and surgical instruments. Wait.

Description of drawings

Figure 1 is a structural diagram of the present utility model.

Figure 2 is a structural diagram of an intelligent saliva suction and disinfection system.

In the picture: 1. Dental operating chair; 2. Surgical lighting system; 3. Floor-mounted side box; 4. Spit bowl; 5. ECG monitoring system; 6. Mobile worktable; 7. Lighting bracket; 8. Articulated arm 9. Surgical shadowless lamp; 10. Water filter; 11. Water pressure reducing valve; 12. Air pressure reducing valve; 13. Air release valve; 14. Cleaning enzyme storage tank; 15. Disinfectant storage tank; 16. Inlet cleaning Solenoid valve for water; 17. Solenoid valve for disinfectant; 18. Solenoid valve for cleaning enzyme; 19. Solenoid valve for pressurization and release; 20. Air filter; 21. Vacuum pump; 22. Solenoid valve for vacuuming; 23. Liquid storage Tank; 24, liquid level sensor; 25, drain valve; 26, stirring motor; 27, pneumatic electric switch; 28, fixed pipe; 29, suction valve; 30, quick connector; 31, filter; 32, suction Saliva handle; 33, primary tube; 34, safety valve; 35, pressure controller; 36, mouthwash solenoid valve; 37, spittoon water solenoid valve; 38, foot valve.

Detailed ways

The embodiments of the present utility model are further described below in conjunction with the accompanying drawings:

Example 1:

As shown in Figure 1, the intelligent oral implant treatment machine of the present invention includes a dental operating chair 1, a surgical lighting system 2, an intelligent saliva suction and disinfection system, a floor-standing side box 3, a spittoon bowl 4 and an ECG monitoring system 5. A floor-mounted side box 3 is set on one side of the dental operating chair 1. The top of the floor-mounted side box 3 supports the surgical lighting system 2 and the spittoon bowl 5. The pipeline of the intelligent saliva suction and disinfection system is set on the floor-mounted side. Inside the box 3 , a movable table 6 is arranged on the other side of the dental operating chair 1 .

The surgical lighting system 2 includes a lighting bracket 7 , an articulated arm 8 and a surgical shadowless lamp 9 . The lighting bracket 7 is fixed on the top surface of the floor-mounted side box 3 , and the lighting bracket 7 fixes the surgical shadowless lamp 9 through the articulated arm 8 , which provides the surgical operation. Sufficient illuminance, shadowless rate, central illuminance > 110000Lux, veneer shadowless rate of 80.5%, color rendering index Ra: 95, preferably surgical shadowless lamp 9 that can adjust the lamp head 360 degrees in the horizontal range to achieve omnidirectional irradiation; mobile worktable 6 Including a mobile trolley, a working table is set on the top of the mobile trolley, and the specific structure of the mobile trolley is not limited, as long as it can drive the working table to move freely, preferably a mobile trolley with a storage cabinet on the car body, which is convenient for storage or storage. supplies or equipment.

As shown in FIG. 2, the intelligent saliva suction and disinfection system includes a liquid storage tank 23, a liquid level sensor 24 is arranged inside the liquid storage tank 23, a stirring device is arranged at the bottom of the liquid storage tank 23, a sealing cover is arranged on the top of the liquid storage tank 23, and the sealing covers are respectively Connecting the saliva suction pipeline, the cleaning water pipeline and the vacuuming pipeline, the saliva suction pipeline includes a fixed pipe 28 and a primary pipe 33 connected by a quick joint 30, the fixed pipe 28 is connected to the cleaning and disinfection branch pipe, and the cleaning and disinfection branch pipe is connected to the parallel inlet pipe. The cleaning enzyme pipeline and the disinfectant inlet pipeline are provided with a cleaning enzyme storage tank 14 and a cleaning enzyme solenoid valve 18 on the cleaning enzyme pipeline, and a disinfectant storage tank 15 and a disinfectant inlet solenoid valve 17 are arranged on the disinfectant inlet pipeline. , the inlets of the inlet cleaning enzyme storage tank 14 and the inlet disinfectant storage tank 15 are connected to the air inlet pipe, the air pressure relief valve 12 and the air release valve 13 are arranged on the inlet pipe, and the fixed pipe between the cleaning and disinfection branch pipe and the sealing cover is arranged on the pipeline. The saliva suction valve 29, the cleaning water inlet solenoid valve 16 is arranged on the cleaning water pipeline, the vacuum pump 21 is connected to the end of the vacuuming pipeline away from the sealing cover, the vacuuming solenoid valve 22 is connected to the vacuuming pipeline, and the bottom of the liquid storage tank 23 is also connected to the drain The liquid pipeline, the drain valve 25 is set on the drain pipeline, the saliva suction valve 29, the cleaning water solenoid valve 16, the vacuum solenoid valve 22, the cleaning enzyme solenoid valve 18, the disinfectant liquid solenoid valve 17 and the stirring device are connected to the control unit.

Two air pressure reducing valves 12 are cascaded on the intake pipe, and the compressed air is reduced to 0.2MPa through the two air pressure reducing valves 12 and then acts on the liquid in the subsequent tank. When cleaning the enzyme storage tank 14 and the disinfectant storage tank 15, it is necessary to replenish the liquid When the pressure is reached, firstly open the air release valve 13 to release the air to restore an atmospheric pressure in the tank, so as to open the tank cover for liquid replenishment; The discharge gas pipe is connected to the sealing cover of the storage tank 23, and a pressurized discharge solenoid valve 19 is arranged on the pressurized discharge gas pipe. The pressurized discharge solenoid valve 19 is connected with the control unit, and the pressurized discharge valve is opened at the same time as the liquid discharge valve 25 is opened. The solenoid valve 19 transports pressurized gas through the pressurized discharge pipeline and the liquid storage tank 23 to accelerate the discharge of waste liquid and effectively avoid the occurrence of waste liquid residue; the cleaning water pipeline is connected in parallel with the spittoon water pipeline and the mouthwash water pipeline A spittoon flushing solenoid valve 37 is set on the spittoon flushing water pipeline, and a mouthwash solenoid valve 36 is set on the mouthwash pipeline. The spittoon flushing solenoid valve 37 and the mouthwash solenoid valve 36 are connected to the control unit and provide mouthwash through the mouthwash pipeline. , and provide flushing water for the spittoon basin 4 through the flushing spittoon water pipeline.

A saliva suction handle 32 and a filter 31 are arranged on the primary tube 33, and the saliva, blood and debris in the patient's mouth are sucked through the saliva suction handle 32, and the filter 31 performs preliminary filtering to prevent the fixed tube 28 from being blocked after repeated use. 32 and filter 31 all use existing products; the sealing cover of the liquid storage tank 23 is connected to a safety pipeline, a safety valve 34 and a pressure controller 35 are arranged on the safety pipeline, and the pressure controller 35 is connected with the control unit, and real-time through the pressure controller 35 Monitor the negative pressure value of saliva suction, adjust the intake ratio of compressed air through the control system, and adjust the negative pressure value of saliva suction in real time. While meeting the requirements of saliva suction, it can effectively protect the oral mucosa of patients from high negative pressure suction. The damage caused by saliva force; the vacuum pump 21 is correspondingly provided with an air-controlled electric switch 27, the air-controlled electric switch 27 is controlled by the foot valve 38, the air pressure reducing valve 12 is also controlled by the foot valve 38, and the foot valve 38 of the equipment is centrally set At the same position, the opening and closing of the vacuum pump 21 and the air pressure reducing valve 12 are manually controlled by different foot valves 38; an air filter 20 is provided on the air outlet line of the vacuum pump 21; a water filter 10 is provided on the water inlet end of the cleaning water line and water pressure reducing valve 11; the stirring device includes a stirring impeller, which is driven by a stirring motor 26, and the stirring motor 26 is connected with the control unit.

In the process of oral implant treatment, the dental operating chair 1 provides the patient with a lying platform, the surgical lighting system 2 provides lighting for the dentist's treatment, and the ECG monitoring system 5 monitors the patient's heart rate, blood pressure, Body parameters such as blood oxygen, saliva, blood, bone debris and other surgical waste fluids generated in the oral cavity during the patient's treatment are automatically sterilized by the intelligent saliva suction and disinfection system. The pipelines of the intelligent saliva suction and disinfection system are centralized in Inside the floor-mounted side box 3, and provide stable support for the spittoon basin 4 and the surgical lighting system 2 through the floor-mounted side box 3. After the patient is treated, the mouthwash is discharged from the spittoon basin, and the mobile table can move freely in the consultation room. Planters, surgical instruments, etc. can be placed.

The specific workflow of the intelligent saliva suction and disinfection system is as follows:

1. Insert the saliva suction handle 32 into the patient's mouth, turn on the vacuum pump 21, suck the waste liquid in the patient's mouth into the storage tank 23, and detect the waste liquid level in the storage tank 23 by the liquid level sensor 24. After the liquid level reaches a certain position, the liquid level alarm is prompted to enter the waste liquid disinfection procedure, or, after an implantation operation is completed, even if the liquid level in the storage tank 23 does not reach the predetermined alarm level, the waste liquid disinfection procedure is also entered.

2. Enter the waste liquid disinfection process, open the disinfectant inlet solenoid valve 15, the compressed air enters the disinfectant liquid storage tank 15 through the air pressure reducing valve 12, and the disinfectant liquid in the disinfectant liquid storage tank 15 passes through the disinfectant liquid pipeline under the action of pressure. Enter into the storage tank 23, pre-set the disinfectant liquid feeding time, stop the liquid feeding after reaching the liquid feeding time, during the liquid feeding process, the stirring device works for a period of time to mix and stir the waste liquid and the disinfectant, and then let it stand for a while. After the sterilization time is completed, open the drain valve to drain the liquid in the liquid storage tank 23, and enter the initial cleaning procedure of the liquid storage tank 23.

3. Enter the initial cleaning procedure of the liquid storage tank 23, open the cleaning water solenoid valve 16, and the cleaning water enters the storage tank 23 through the action of hydraulic pressure. After reaching the preset water level, close the inlet cleaning water solenoid valve 16, start the stirring device and maintain After a period of time, open the drain valve 25 to discharge the waste liquid in the tank, open the cleaning enzyme solenoid valve 18 and the air pressure reducing valve, the cleaning enzyme in the cleaning enzyme storage tank 14 enters the liquid storage tank 23 under the action of pressure, and enters the storage liquid After the cleaning enzyme in the tank 23 reaches the required amount, the cleaning water inlet solenoid valve 16 is opened again, and the cleaning water enters the storage tank 23 until it reaches the preset water level, and the stirring device is started. After a period of time, the drain valve 25 is opened to drain the cleaning liquid. , Finally, open the cleaning water solenoid valve 16 again, and the cleaning water enters the storage tank 23 under the action of hydraulic pressure. After reaching the water level, the stirring device is started to perform final rinsing on the storage tank 23, and the drain valve 25 is opened after a period of action. Drain the cleaning water and the cleaning is complete.

Claims (9)

1. The utility model provides an intelligent oral cavity planting therapeutic machine, its characterized in that inhales saliva and disinfection system, console mode side case (3), spittoon basin (4) and electrocardio monitor system (5) including dental surgery chair (1), operation lighting system (2), intelligence, dental surgery chair (1) one side sets up console mode side case (3), and console mode side case (3) top surface supports operation lighting system (2) and spittoon basin (4), intelligence is inhaled the pipeline of saliva and disinfection system and is located inside console mode side case (3), and dental surgery chair (1) opposite side sets up portable workstation (6).

2. The intelligent oral implant treatment machine according to claim 1, wherein the surgical lighting system (2) comprises a lighting bracket (7), a joint arm (8) and a surgical shadowless lamp (9), the lighting bracket (7) is fixed on the top surface of the floor-standing side box (3), and the lighting bracket (7) fixes the surgical shadowless lamp (9) through the joint arm (8).

3. The intelligent oral implant therapeutic machine according to claim 1, wherein the movable workbench (6) comprises a movable trolley, and a working table surface is arranged on the top surface of the movable trolley.

4. The intelligent oral cavity planting therapeutic machine according to claim 1, wherein the intelligent saliva sucking and disinfecting system comprises a liquid storage tank (23), a liquid level sensor (24) is arranged inside the liquid storage tank (23), a stirring device is arranged at the bottom of the liquid storage tank (23), a sealing cover is arranged at the top of the liquid storage tank (23), the sealing cover is respectively communicated with a saliva sucking pipeline, a cleaning water pipeline and a vacuum pumping pipeline, the saliva sucking pipeline comprises a fixed pipe (28) and a primary pipe (33) which are connected through a quick connector (30), the fixed pipe (28) is communicated with a cleaning and disinfecting branch pipe, the cleaning and disinfecting branch pipe is communicated with a cleaning enzyme inlet pipeline and a disinfecting liquid inlet pipeline which are connected in parallel, a cleaning enzyme storage tank (14) and a cleaning enzyme inlet electromagnetic valve (18) are arranged on the cleaning enzyme inlet pipeline, an electromagnetic valve (15) and a disinfecting liquid inlet valve (17) are arranged on the disinfecting liquid inlet pipeline, and inlets of the cleaning enzyme storage tank (14) and the, set up air relief pressure valve (12) and bleed valve (13) in the intake pipe, set up on fixed pipe (28) pipeline between washing and disinfecting branch pipe and the sealed lid and inhale saliva valve (29), set up into washing water solenoid valve (16) on the washing water pipeline, the one end that sealed lid was kept away from to the evacuation pipeline is connected vacuum pump (21), connects evacuation solenoid valve (22) on the evacuation pipeline, and liquid storage pot (23) bottom still communicates the drainage pipe, sets up drain valve (25) on the drainage pipe, inhale saliva valve (29), advance to wash water solenoid valve (16), evacuation solenoid valve (22), advance to wash enzyme solenoid valve (18), advance to disinfect solenoid valve (17) and agitating unit and all link to each other with the control unit.

5. The intelligent oral cavity planting therapeutic machine according to claim 4, wherein the cleaning enzyme storage tank (14) and the disinfectant storage tank (15) of the intelligent saliva sucking and disinfecting system are arranged outside the floor-type side box (3), the fixed pipe (28) of the intelligent saliva sucking pipeline extends to the outside of the floor-type side box, and the rest are arranged inside the floor-type side box (3).

6. The intelligent oral implant therapeutic machine according to claim 4, wherein an air inlet pipeline between the air pressure reducing valve (12) and the air release valve (13) is communicated with a pressurized release air pipe, the pressurized release air pipe is communicated with a sealing cover of the liquid storage tank (23), a pressurized release electromagnetic valve (19) is arranged on the pressurized release air pipe, and the pressurized release electromagnetic valve (19) is connected with the control unit.

7. The intelligent oral implant therapeutic machine according to claim 4, wherein the sealing cover of the liquid storage tank (23) is communicated with a safety pipeline, a safety valve (34) and a pressure controller (35) are arranged on the safety pipeline, and the pressure controller (35) is connected with the control unit.

8. The intelligent oral implant therapeutic machine according to claim 4, wherein the vacuum pump (21) is correspondingly provided with an air control electric switch (27), the air control electric switch (27) is controlled by a foot valve (38), and the air pressure reducing valve (12) is also controlled by the foot valve (38).

9. The intelligent oral implant therapy apparatus according to claim 4, wherein the washing water pipeline is connected with the spittoon water pipeline and the mouth wash pipeline in parallel, the spittoon water electromagnetic valve (37) is arranged on the spittoon water pipeline, the mouth wash electromagnetic valve (36) is arranged on the mouth wash pipeline, and the spittoon water electromagnetic valve (37) and the mouth wash electromagnetic valve (36) are connected with the control unit.

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