WO2017211218A1 - 多功能可视口腔清洁仪 - Google Patents

多功能可视口腔清洁仪 Download PDF

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Publication number
WO2017211218A1
WO2017211218A1 PCT/CN2017/086824 CN2017086824W WO2017211218A1 WO 2017211218 A1 WO2017211218 A1 WO 2017211218A1 CN 2017086824 W CN2017086824 W CN 2017086824W WO 2017211218 A1 WO2017211218 A1 WO 2017211218A1
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WO
WIPO (PCT)
Prior art keywords
oral
connection
dental
irrigator
visible
Prior art date
Application number
PCT/CN2017/086824
Other languages
English (en)
French (fr)
Inventor
周星
Original Assignee
周星
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Priority claimed from CN201610395433.0A external-priority patent/CN107456289B/zh
Priority claimed from CN201610652404.8A external-priority patent/CN107714214A/zh
Priority claimed from CN201610864603.5A external-priority patent/CN107865703B/zh
Priority claimed from CN201611267716.3A external-priority patent/CN108261249A/zh
Priority claimed from CN201710029557.1A external-priority patent/CN107874857A/zh
Application filed by 周星 filed Critical 周星
Priority to EP17809657.4A priority Critical patent/EP3466369B1/en
Priority to EP21193105.0A priority patent/EP3932364B1/en
Priority to JP2018553120A priority patent/JP7016320B2/ja
Publication of WO2017211218A1 publication Critical patent/WO2017211218A1/zh
Priority to US16/211,141 priority patent/US11076938B2/en
Priority to US17/354,867 priority patent/US11980515B2/en

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Classifications

    • A—HUMAN NECESSITIES
    • A46—BRUSHWARE
    • A46B—BRUSHES
    • A46B15/00—Other brushes; Brushes with additional arrangements
    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
    • A61B1/00—Instruments for performing medical examinations of the interior of cavities or tubes of the body by visual or photographical inspection, e.g. endoscopes; Illuminating arrangements therefor
    • A61B1/24—Instruments for performing medical examinations of the interior of cavities or tubes of the body by visual or photographical inspection, e.g. endoscopes; Illuminating arrangements therefor for the mouth, i.e. stomatoscopes, e.g. with tongue depressors; Instruments for opening or keeping open the mouth
    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61C—DENTISTRY; APPARATUS OR METHODS FOR ORAL OR DENTAL HYGIENE
    • A61C17/00—Devices for cleaning, polishing, rinsing or drying teeth, teeth cavities or prostheses; Saliva removers; Dental appliances for receiving spittle
    • A61C17/16—Power-driven cleaning or polishing devices
    • A61C17/22—Power-driven cleaning or polishing devices with brushes, cushions, cups, or the like

Definitions

  • the present invention relates to an oral cleaning tool, and more particularly to a multifunctional visual oral cleaning device for cleaning a tooth gap.
  • the multifunctional visual oral cleansing device of the present invention comprises visible floss, and/or visible oral forceps, and/or visible dental irrigators, and/or visible toothbrushes, and/or detachable visual interdental spaces Brush and other functions.
  • the floss, and/or the oral forceps, and/or the dental irrigator, and/or the toothbrush, and/or the interdental brush are coupled together by a connection mechanism and an oral viewer.
  • the visible floss 901 includes a dental floss 100, an oral observation instrument 200, and a connection mechanism 300;
  • the dental floss 100 includes a wire 11, a bracket 12, and a mounting seat 13; the two ends of the wire 11 of the dental floss 100 are divided into two Not fixed to the left arm 12-1 and the right arm 12-2 of the bracket 12, the bracket 12 is disposed on the mounting seat 13;
  • the oral observation apparatus 200 includes a housing 21, a power supply system 22, an illumination system 23, an observation system 24, a circuit system 25, and a switch 26; the illumination system 23, the observation system 24, the circuit system 25, and The power system 22 is mounted in the housing 21, the switch 26 is mounted on the housing 21; the illumination system 23, the viewing system 24, the power system are passed through the circuitry 25 22 and the switch 26 are connected together;
  • the floss 100 is mounted on the oral cavity monitor 200 by the connection mechanism 300.
  • the dental floss 100 can be detachably mounted on the oral scope 200 by the attachment mechanism 300.
  • the line 11 of the floss 100 is within the field of view of the viewing system 24 of the oral view meter 200. In this way, the gap between the dental floss and the teeth can be clearly seen, and the cleaning and treatment of the dental sulcus can be conveniently performed under direct vision, and the cleaning effect of the dental sulcus can be observed in real time.
  • the angle ⁇ between the line 11 of the floss 100 and the center line of the head 21-1 of the housing of the oral view meter 200 is adjustable. In this way, the angle ⁇ can be adjusted according to the angle of the teeth of different parts, and the dental floss can be easily entered into the teeth to clean the teeth.
  • the adjustable angle ⁇ can be realized by a passive mechanical structure such as a thread structure, a concave-convex card matching structure, or a moderate interference fit structure; or an active electronic control method such as a motor drive To achieve the adjustment of the angle ⁇ .
  • the connecting mechanism 300 is a detachable mechanical connecting mechanism; it can be a separate component, can be disposed on the dental floss 100, or on the oral cavity monitor 200; or the detachable mechanical connecting mechanism A part of the dental floss 100 is provided, and another part is provided on the oral observation apparatus 200 to form a combined mechanical connection mechanism.
  • the attachment mechanism 300 can be a separate component that is coupled to the floss 100 and the oral viewer 200, respectively, to connect the floss 100 and the oral viewer 200 as a single unit.
  • the connecting mechanism 300 can also be integrally formed with the dental floss 100 or the oral cavity monitor 200, and then connected to the oral cavity viewer 200 or the dental floss 100 to form an integral body.
  • connection mechanism 300 only needs to be able to achieve a detachable mechanical connection with one of the dental floss 100 or the oral cavity monitor 200 to achieve between the dental floss 100 and the oral cavity viewer 200. Removable connection.
  • the mechanical attachment mechanism may be a embossed card mating connection, or a chute connection, or a pin connection, or a key connection, or a threaded connection, or a screw connection, or a snap connection, or a hook connection, or an interference fit connection, or the like.
  • a embossed card mating connection or a chute connection, or a pin connection, or a key connection, or a threaded connection, or a screw connection, or a snap connection, or a hook connection, or an interference fit connection, or the like.
  • the mounting seat 13 of the dental floss 100 is provided with a through hole 13-1, and the head 21-1 of the housing of the oral scope 200 can be embedded in the through hole 13-1, in the dental floss
  • a detachable connection is formed between the 100 and the oral viewer 200.
  • the head 21-1 of the housing of the oral scope 200 can be inserted into the through hole 13-1 to form a connection.
  • the oral observation apparatus 200 and the external force are pulled out slightly.
  • the floss 100 can be used to remove the floss 100 from the oral cavity monitor 200, which is very convenient to use.
  • the mounting seat 13 of the dental floss 100 is provided with a positioning groove 13-2; the connecting mechanism 300 is provided with a positioning hook 31 and a positioning block 32; the connecting mechanism 300 is installed in the oral cavity through the positioning block 32.
  • the positioning hook 31 on the connecting mechanism 300 is embedded in the positioning groove 13-2 of the dental floss 100 to form a concave-convex card mating connection, and is formed between the dental floss 100 and the oral cavity viewer 200. Removable connection. When disassembled, the floss 100 can be detached from the oral view meter 200 by pressing the positioning hook 31.
  • the positioning of the positioning hook 31 and the concave-convex card formed by the positioning groove 13-2 is more secure and reliable than the ordinary through-hole connection mode due to the effective positioning of the positioning hook 31.
  • the mounting seat 13 of the dental floss 100 is provided with a thread 13-3; the connecting mechanism 300 is a threaded connecting mechanism 33, and the threaded connecting mechanism 33 is matched with the thread 13-3, and is disposed in the oral cavity
  • the head 21-1 of the housing of the scope 200; rotating the floss 100, the thread 13-3 of the dental floss 100 can be mounted on the threaded connection mechanism 33; rotating the tooth in the opposite direction
  • the thread 100 can be removed from the threaded connection mechanism 33 of the floss 100.
  • the thread 13-3 on the mounting seat 13 can be set to a screw or a screw type, and the threaded connection mechanism 33 of the connecting mechanism 300 is a corresponding nut; otherwise, the thread 13 on the mounting seat 13
  • the -3 can be set to a nut type, and the screw-type connection mechanism 33 of the connection mechanism 300 is a corresponding screw or screw.
  • Rotating the thread 13-3 of the floss 100 can adjust the angle ⁇ between the line 11 of the floss 100 and the center line of the head 21-1 of the housing of the oral view meter 200.
  • the angle ⁇ can be adjusted in time according to the angle of the teeth of different parts, and the dental floss can be easily entered into the teeth to clean the teeth.
  • the connecting mechanism 300 includes a sliding bar 30, a positioning hook 31, a left positioning hook 31-1, a right positioning hook 31-2, a positioning block 32, and a non-slip emboss 34; the positioning hook 31, the left positioning hook 31-1, The right positioning hook 31-2 is disposed at the front end of the sliding bar 30, the positioning hook 31 is centered, and the left positioning hook 31-1 and the right positioning hook 31-2 are arranged on both sides; the positioning block 32 is located at the a middle portion of the slide bar 30; the anti-slip ridge 34 is provided with a tail portion of the slide bar 30; the positioning block 32 is mounted in a positioning groove 35 of the housing 21 of the oral view meter 200, the oral cavity watcher The block 36 of the housing 21 of the 200 is placed against the tail of the slide bar 30, and the connecting mechanism 300 is detachably mounted and fixed on the housing 21 of the oral view meter 200; the shell of the oral view meter 200 The head 21-1 of the body 21 is embedded in the through hole 13-1 of the mounting seat of the floss 100
  • the positioning block 32 of the connecting mechanism 300 When mounting, the positioning block 32 of the connecting mechanism 300 is first embedded in the housing of the oral observation apparatus 200. In the positioning groove 35 of the 21, the slide bar 30 of the connecting mechanism 300 is slid forward until the block 36 of the housing 21 of the oral scope 200 bounces up against the tail of the slide bar 30.
  • the left positioning hook 31-1 and the right positioning hook 31-2 surround the head 21-1 of the housing 21 of the oral scope 200 from the left and right sides, and the connecting mechanism 300 is mounted and connected to the On the oral observation instrument 200.
  • the design of the anti-slip ridge 34 can effectively prevent the slider 30 from slipping when sliding back and forth.
  • the encircling action of the left positioning hook 31-1 and the right positioning hook 31-2 and the concave-convex card engagement of the positioning block 32 and the positioning groove 35 can be effectively and securely connected to the oral observation device 200.
  • the head 21-1 of the housing 21 of the oral scope 200 is embedded in the through hole 13-1 of the mounting seat of the dental floss 100, and the floss 100 is pushed toward the connecting mechanism 300,
  • the positioning hook 31 of the connecting mechanism 300 can be embedded in the positioning groove 13-2 of the mounting seat 13.
  • pressing the top of the positioning hook 31 of the connecting mechanism 300 and retracting the floss 100 can release the concave-convex card engagement between the connecting mechanism 300 and the floss 100.
  • the slide bar 30 is forced back, the block 36 of the oral viewer 200 is depressed, and the positioning of the connecting mechanism 300 is performed.
  • the block 32 is withdrawn from the positioning slot 35 of the inlaid mouthpiece 200 until the connection of the attachment mechanism 300 and the oral scope 200 is completely removed.
  • the positioning block 32 of the connecting mechanism 300 adopts an inverted T-shaped structure
  • the bottom of the inverted T-shaped structure can form with the positioning groove 35.
  • the embossing card mating structure can effectively restrict the movement of the connecting mechanism 300 in the vertical direction, thereby preventing the connecting mechanism 300 and the oral finder 200 from being detached in the vertical direction during use.
  • the block 36 of the oral observation apparatus 200 is disposed at the rear end of the connection mechanism 300, and when the block 36 of the oral observation apparatus 200 is lifted up, due to the top position of the block 36 Above the height of the tail of the connecting mechanism 300, the connecting mechanism 300 can be effectively prevented from retreating, and only the connecting mechanism 300 can be retracted consciously, and the connecting mechanism 300 can be withdrawn along the guiding surface of the block 36. After being released from the oral cavity monitor 200, the dental floss 100 can be effectively prevented from being accidentally released from the oral cavity monitor 200 because the connecting mechanism 300 can be easily retracted.
  • the observation system 24 is an imaging system 24-1.
  • the imaging system 24-1 includes a camera 24-1-1, a data processing and output system 24-1-2, a circuit system 25, and a power system 22.
  • the data processed by the data processing and output system 24-1-2 of the camera system 24-1 can be displayed on the display 24-1-3 by means of a wired connection or a wireless connection, the display 24-1-3 including : Smartphone 24--1-31, or computer 24--1-32, or LCD/TV 24-3-1, or tablet 24--1-34.
  • the illumination system 6 is disposed at the periphery of the camera 24-1-1.
  • the oral observation device 200 adopts a waterproof design, and includes a sealing device 21-4 for sealing the charging interface 25-3; the sealing device 21-4 includes a sealing ring 21-4-1, a pressure plate 21-4-2 and a sliding plate 21-4-3; the sealing ring 21-4-1 is installed at In the sealing groove 21-4-0 of the tail portion of the casing 21, the pressing plate 21-4- is pressed on the sealing ring 21-4-1, and the sliding plate 21-4-3 is detachably pressed The platen 21-4-2 is pressed; when the sliding plate 21-4-3 slides into the sliding plate positioning groove 35-4-4 at the tail of the casing 21, the sliding plate 21-4-3 presses the pressing plate 21-4-2, the pressure plate 21-4-2 is pressed against the sealing ring 21-4-1 to form a seal; when the sliding plate 21-4-3 is pushed outward, the sliding plate 21-4-3 Disengaged from the sliding plate positioning groove 35-4-4 at the tail of the casing 21, the sliding plate 21-4-3 is lifted, the pressure of the pressing plate 21-4-2 is released, and can be lifted
  • the oral observation apparatus 200 adopts a waterproof design, when the oral observation apparatus 200 does not need to be charged, the slide plate 21-4-3 slides into the slide positioning groove 35-4-4, and the sealing ring 21- 4-1 forms a seal, and the oral cavity watch 200 has good waterproof performance at this time, and can be conveniently cleaned and cleaned.
  • the visible floss 901 of the present invention includes a dental floss 100, an oral cavity monitor 200, and a connection mechanism 300.
  • the dental floss 100 and the oral cavity monitor 200 are detachably coupled together by the connection mechanism 300.
  • the connecting mechanism 300 can be fixedly connected to the floss 100 and the oral cavity monitor 200 as a whole, or can be a detachable mechanical connecting mechanism.
  • the attachment mechanism 300 is a detachable mechanical attachment mechanism, it may be a separate component or may be provided on the dental floss 100 or the oral cavity monitor 200.
  • the line 11 of the floss 100 is within the field of view of the viewing system 24 of the oral view meter 200. When used, the gap between the dental floss and the teeth can be clearly seen, so that the teeth can be cleaned and processed under direct vision, and the cleaning effect of the teeth can be observed in real time.
  • the visual oral forceps 902 comprises an oral forceps 400, an oral observation apparatus 200 and a connection mechanism 300;
  • the oral forceps 400 includes a forceps head 41, an opening/closing mechanism 42, and a mounting seat 43;
  • the jaw 41 of the oral forceps 400 includes a left arm 41-1 and a right arm 41-2, the left arm An anastomotic clamping structure is formed between the 41-1 and the right arm 41-2;
  • the opening/closing mechanism 42 capable of controlling the closing or opening movement of the jaw 41 is disposed on the mounting seat 43;
  • the oral observation apparatus 200 includes a housing 21, a power supply system 22, an illumination system 23, an observation system 24, a circuit system 25, and a switch 26; the illumination system 23, the observation system 24, the circuit system 25, and The power system 22 is mounted in the housing 21, the switch 26 is mounted on the housing 21; the illumination system 23, the viewing system 24, the power system are passed through the circuitry 25 22 and the switch 26 are connected together;
  • the oral forceps 400 is mounted on the oral cavity monitor 200 by the connection mechanism 300.
  • jaws 41 are conveniently viewed within the field of view of the viewing system 24 of the oral view meter 200.
  • the jaws 41 of the oral forceps 400 are provided with engaging teeth 41-3 which are matched with each other to increase the biting force.
  • the jaw 41 of the oral forceps 400 has a curved curvature 41-4 that meets the requirements of the human oral cavity, facilitating the picking of foreign objects.
  • the opening/closing mechanism 42 of the oral forceps 400 includes: a sleeve slide opening/closing mechanism, or a hinge opening/closing mechanism, or a lever adjustment opening/closing mechanism, or a button adjustment opening/closing mechanism, or a spring adjustment opening /closing mechanism, or push-pull adjustment opening/closing mechanism, or rotating adjustment opening/closing mechanism and the like, the person skilled in the art can perform various specific product designs according to the technical solution disclosed by the present invention without departing from The scope of protection of this patent.
  • the mounting seat 43 of the oral forceps 400 is provided with a positioning block 32 for connection with the oral scope 200.
  • connection mechanism 300 is a detachable mechanical connection mechanism; it can be a separate component, can be disposed on the oral forceps 400, or on the oral cavity monitor 200; or the detachable mechanical connection mechanism One portion is disposed on the oral forceps 400 and the other portion is disposed on the oral cavity monitor 200 to form a combined mechanical connection mechanism.
  • the mechanical connection mechanism includes: a concave-convex card mating connection, or a chute connection, or a pin connection, or a key connection, or a screw connection, or a screw connection, or a buckle connection, or a hook connection, or an interference fit connection, etc.
  • the housing 21 of the oral observation apparatus 200 is provided with a positioning groove 35 and a block 36.
  • the positioning block 32 of the oral forceps 400 can be embedded in the positioning groove 35, and the block 36 can block the oral cavity.
  • the mounting seat 43 of the caliper 400 slides rearward; the coordinating action of the positioning block 32, the positioning groove 35 and the block 36 constitutes the connecting mechanism 300.
  • the observation system 24 is an imaging system 24-1.
  • the imaging system 24-1 includes a camera 24-1-1, a data processing and output system 24-1-2, a circuit system 25, and a power system 22.
  • the data processed by the data processing and output system 24-1-2 of the camera system 24-1 can be displayed on the display 24-1-3 by means of a wired connection or a wireless connection, the display 24-1-3 including : Smartphone 24-1-31, or computer 24--1-32, or LCD 24-1-33, or TV 24--1-34.
  • the illumination system 23 is provided at the periphery of the camera 24-1-1. In order to increase the illumination, more LED lights can also be placed on the housing 21 of the oral view meter 200 for adjusting the illumination brightness.
  • the oral viewer 200 is waterproof in design to facilitate cleaning and handling.
  • the jaw 41 of the oral forceps 400 is made of an elastic material, and the jaw 41 is kept in an open state when no external force is applied; the rear end of the jaw 41 is fixed to the mounting seat 43 Connection mechanism 300 Removably coupled to the oral scope 200; the front end of the jaw 41 passes through the aperture 42-2-1 of the sleeve 42-2 of the opening/closing mechanism 42; Pushing the push rod 42-1 of the opening/closing mechanism 42 to move the front end of the jaw 41 to gather the jaw 41 until the left arm 41 of the jaw 41 -1 and the right arm 41-2 are fitted together; the push rod 42-1 of the opening/closing mechanism 42 is pulled backward, and the sleeve 42-2 is moved toward the rear end of the jaw 41, The jaw 41 is opened by the left arm 41-1 and the right arm 41-2 of the jaw 41 under the action of the elastic force.
  • the elastic material is manufactured by using a medical elastic material, including but not limited to: an elastic polymer material, an elastic metal material, a metal-plastic composite elastic material, and the like; for example, a polyurethane material (PU), a polypropylene material (PP), an elastic stainless steel, Shape memory metal, etc.
  • a medical elastic material including but not limited to: an elastic polymer material, an elastic metal material, a metal-plastic composite elastic material, and the like; for example, a polyurethane material (PU), a polypropylene material (PP), an elastic stainless steel, Shape memory metal, etc.
  • the jaw 41 of the oral forceps 400 adopts a hinge structure, and is provided with a pin 41-5; the left arm 41-1 and the right arm 41-2 of the jaw 41 are movably mounted by the pin 41-5.
  • the sleeve 42-2 is disposed on the mounting seat 43 and is detachably coupled to the oral scope 200 by the connecting mechanism 300; the clamping head 41 The rear end is coupled to the push rod 42-1 of the opening/closing mechanism 42 which, when the push rod 42-1 is pulled backward, the left arm 41-1 and the right arm 41-2 of the jaw 41 Rotating around the pin 41-5, the left arm 41-1 and the right arm 41-2 of the jaw 41 are gathered until they are brought together; when the pusher 42-1 is pushed forward, the jaw 41 The left arm 41-1 and the right arm 41-2 are rotated about the pin 41-5, and the left end 41-1 and the right arm 41-2 of the jaw 41 are opened.
  • the visual oral forceps 902 of the present invention includes an oral forceps 400, an oral view meter 200, and a connection mechanism 300.
  • the oral forceps 400 includes a forceps head 41, an opening/closing mechanism 42, and a mounting seat 43;
  • the jaw 41 of the oral forceps 400 includes a left arm 41-1 and a right arm 41-2, and the left arm 41-
  • the oral forceps 400 and the oral cavity monitor 200 are detachably coupled together by the attachment mechanism 300.
  • the oral observation apparatus 200 includes the illumination system 23, the observation system 24, and the observed video can be transmitted to a display such as a mobile phone in a wired or wireless manner
  • the visible oral forceps 902 of the present invention can be used in Directly, the food residue such as food residue or fishbone in the mouth can be taken out from the oral cavity safely and conveniently. Not only the removal process can be observed, but also the effect after removal can be observed, and photographed or photographed for recording.
  • the visible tooth irrigator of the present invention is characterized in that the visible tooth irrigator 903 comprises a dental irrigator 500, an oral scope 200 and a connection mechanism 300;
  • the dental irrigator 500 includes a spray head 51, a spray gun 52, a control switch 53, a pressure vessel 54, and a connecting tube 55 and a connector 56;
  • the spray head 51 is disposed at a front end of the spray gun 52;
  • the control switch 53 can control the injection of fluid in the spray gun 52;
  • the fluid in the pressure vessel 54 passes through the connecting pipe 55 and
  • the connector 56 is coupled to the spray gun 52;
  • the oral observation apparatus 200 includes a housing 21, a power supply system 22, an illumination system 23, an observation system 24, a circuit system 25, and a switch 26; the illumination system 23, the observation system 24, the circuit system 25, and The power system 22 is mounted in the housing 21, the switch 26 is mounted on the housing 21; the illumination system 23, the viewing system 24, the power system are passed through the circuitry 25 22 and the switch 26 are connected together;
  • the dental irrigator 500 is mounted on the oral scope 200 by the connection mechanism 300.
  • the control switch 53 may be disposed on the spray gun 52 or on the oral cavity monitor 200, as long as the control switch 53 can control the injection of fluid in the spray gun 52, and does not deviate from the patent application. The scope of protection.
  • the fluid ejected by the spray head 51 is within the field of view of the viewing system 24 of the oral view meter 200. Therefore, during the use process, the cleaning effect of the parts to be cleaned can be observed in real time, and the use process is more convenient.
  • the head 51 of the tooth irrigator 500 is provided with a regulating valve 51-1 capable of adjusting the shape and speed of the discharged fluid.
  • the head 51 of the dental irrigator 500 has a curved curvature 51-2 that meets the requirements of the human oral cavity.
  • the bending curvature 51-2 allows the head 51 to smoothly reach the position of the molars, and the use process is more comfortable.
  • the control switch 53 of the dental irrigator 500 includes a sleeve slider opening/closing mechanism, or a button adjustment opening/closing mechanism, or a rotation adjustment opening/closing mechanism, or an electromagnetic control switch.
  • a sleeve slider opening/closing mechanism or a button adjustment opening/closing mechanism, or a rotation adjustment opening/closing mechanism, or an electromagnetic control switch.
  • the spray gun 52 of the dental irrigator 500 includes a flow passage 52-1 through which a fluid can pass, a housing 52-2, and a mount 52-3; the flow passage 52-1 is inside the housing 52-2; The mounting seat 52-3 is disposed on the housing 52-2, and the mounting seat 52-3 includes a positioning block 32 connectable to the oral cavity viewer 200.
  • connection mechanism 300 is a detachable mechanical connection mechanism; it can be a separate component, can be disposed on the dental irrigator 500, or on the oral cavity monitor 200; or the detachable mechanical connection mechanism One portion is disposed on the dental irrigator 500 and another portion is disposed on the oral cavity monitor 200 to form a combined mechanical linkage.
  • the mechanical connection mechanism includes: a embossed card mating connection, or a chute connection, or a pin connection, or a key connection, or a screw connection, or a screw connection, or a buckle connection, or a hook connection, or an interference fit connection.
  • the housing 21 of the oral observation apparatus 200 is provided with a positioning groove 35 and a clamping block 36 which can be connected to the spray gun 52.
  • the positioning block 32 on the spray gun 52 can be embedded in the positioning groove 35.
  • the block 36 can prevent the mounting seat 52-3 of the spray gun 52 from sliding backward; the coordination action of the positioning block 32, the positioning groove 35 and the block 36 constitutes the connecting mechanism 300.
  • the observation system 24 is an imaging system 24-1.
  • the imaging system 24-1 includes a camera 24-1-1, a data processing and output system 24-1-2, a circuit system 25, and a power system 22.
  • the data processed by the data processing and output system 24-1-2 of the camera system 24-1 can be displayed on the display 24-1-3 by means of a wired connection or a wireless connection, the display 24-1-3 including : Smartphone 24-1-31, or computer 24--1-32, or LCD 24-1-33, or TV 24--1-34.
  • the illumination system 23 is provided at the periphery of the camera 24-1-1. In order to increase the illumination, more LED lights can also be placed on the housing 21 of the oral view meter 200 for adjusting the illumination brightness.
  • the oral viewer 200 is waterproof in design to facilitate cleaning and handling.
  • the pressure vessel 54 of the dental irrigator 500 includes a pressurizing device 54-1, a housing 54-2, and a fluid accommodating space 54-3; the pressurizing device 54-1 capable of increasing fluid pressure is mounted on the housing 54-2.
  • the pressure vessel 54 of the dental irrigator 500 may also be provided with a water injection port 54-4; the water injection port 54-4 is provided on the casing 54-2 of the pressure vessel 54, and includes an interface 54-41 and a seal. Covers 54-42, the distal ends of the interfaces 54-41 are in communication with the fluid containment space 54-3 of the pressure vessel 54, and the seal caps 54-42 are removably mounted on the ports 54-41.
  • the water injection port 54-4 is added, and when the water in the pressure container 54 is used up, water can be conveniently injected into the pressure container 54 to perform tooth washing.
  • the pressure vessel 54 of the dental irrigator 500 can be mounted at the proximal end of the oral scope 200.
  • the pressure vessel 54 is detachably mounted at the proximal end of the oral cavity monitor 200 for ease of installation. After use, it can be removed from the proximal end of the oral observation instrument 200, conveniently stored and carried.
  • the supercharging device 54-1 is a mechanical supercharging device or an electric supercharging device.
  • the supercharging device 54-1 is a manual supercharging device 541;
  • the manual supercharging device 541 includes a front check valve 541-1, a rear check valve 541-2, a valve cylinder 541-3, and a piston 541- 4.
  • the push rod 541-5 and the core rod 541-6; the front check valve 541-1, the rear check valve 541-2, the piston 541-4, and the core rod 541-6 are mounted on The valve cylinder 541-3 is provided; the front end of the push rod 541-5 is provided with the piston 541-4, and the front check valve 541-1 is disposed at the distal end of the core rod 541-6.
  • the rear check valve (541-2) is disposed at a proximal end of the core rod 541-6; the push rod 541-5
  • the piston 541-4 can be pushed to reciprocate within the valve cylinder 541-3; when the push rod 541-5 is stretched outward, the front check valve 541-1 is in a closed state, the pressure
  • the fluid in the fluid accommodating space 54-3 of the container 54 cannot enter the valve cylinder 541-3, the rear check valve 541-2 is in an open state, and external fluid can enter the valve cylinder 541-3;
  • the push rod 541-5 is advanced inward, the rear check valve 541-2 is in a closed state, the fluid in the valve cylinder 541-3 is compressed, and the pressure in the valve cylinder 541-3 is increased.
  • the front check valve 541-1 is in an open state under the action of pressure, and the fluid compressed in the valve cylinder 541-3 enters the fluid receiving space 54-3 through the front check valve 541-1. In this cycle, the pressure in the fluid accommodating space 54-3 of the pressure vessel 54 can be continuously increased.
  • the front check valve 541-1 includes a front return spring 541-11-1, a front stop 541-41-2, and a front seal ring 541-1-1-3, and the front return spring 541-1-1 is in abutment
  • the distal end of the front stopper 541-11-2 is disposed at a proximal end of the front stopper 541-11-2; the rear check valve 541-2 is included
  • the return spring 541-2-1, the rear stop 541-2-2 and the rear seal ring 541-2-3, the rear return spring 541-4-1 is at the far end of the rear stop 541-2-2
  • the rear sealing ring 541-2-3 is disposed at a proximal end of the rear block 541-2-2; and the rear block 541-2-2 is provided with a through hole 541 for allowing a fluid to pass therethrough. 2-21.
  • the supercharging device 54-1 is an electric supercharging device 542.
  • the electric supercharging device 542 can automatically increase the power only when the power is turned on, and keep the pressure stable, and the use process is more convenient.
  • the boosting device 54-1 is the electric boosting device 542
  • the power system 22 may be provided with a boosting device 22-1 to increase the voltage of the power system 22 to better drive the electric boost.
  • the pressure device 542 operates.
  • the electric supercharging device 542 is an electric air boosting device 542-1 or an electric water boosting device 542-2.
  • the electric air boosting device 542-1 is an electric air compressor 542-51.
  • the electric air compressors 542-51 include an air inlet 542-51-1, an air tube 542-51-2, and a compressor 542-51-3.
  • the gas inlets 542-51-21 of the gas-filled tubes 542-51-2 of the electric air compressors 542-51 are placed above the surface of the water to be pressurized, and the switch 26 is opened, the electric air compressor 542- 51 operates to inflate the pressure vessel 54 to increase the water pressure within the fluid containing space 54-3.
  • the control switch 53 When the control switch 53 is turned on, the pressurized water enters the lance 52 through the connecting pipe 55, and is ejected from the head 51 to clean the teeth.
  • the electric water boosting device 542-2 is a submersible pump 542-21 or a water pump 542-22.
  • the electric water boosting device 542-2 is a submersible pump 542-21, and the submersible pump 542-21 includes a water inlet system 542-21-1, a boosting system 542-21-2, and a drainage system 542-21-3.
  • the submersible pump 542-21 is installed at a lower portion of the casing 52, and the drainage system 542-21-3 is connected to the connecting pipe 55; after the power supply system 22 supplies power to the submersible pump 542-21
  • the pressurization system 542-21-2 operates to pressurize the liquid entering the submersible pump 542-21 through the water inlet system 542-21-1, and then pass through the drainage system 542-21-3 The pressurized fluid is discharged through the connecting tube 55 to rinse the teeth.
  • the submersible pump 542-21 is placed in the lower portion of the pressure vessel 54, and the water outlets 542-21-31 of the drainage system 542-21-3 are connected to the connecting pipe 55.
  • the water surface exceeds the water inlet 542-21-51 of the water inlet system 542-21-1, and the power system 22 drives the pressurization system 542-21-2 to operate, and water from the water inlet system 542.
  • the water inlet 542-21-51 of the -21-1 enters the pressurization system 542-21-2, and after the pressurization system 542-21-2 pressurizes the water, the water flows from the drain system 542-21
  • the water outlet 542-21-31 of -3 is discharged and enters the connecting pipe 55.
  • the control switch 53 is opened, the pressurized water in the connecting pipe 55 enters the spray gun 52 and from the spray head The spout in 51 rinsing the teeth.
  • the electric water boosting device 542-2 is a water pump 542-22, and the water pump 542-22 includes a pumping system 542-22-1, a vacuum suction system 542-22-2, and a drainage system 542-22-3;
  • the drainage system 542-22-3 is connected to the connecting pipe 55; after the power supply system 22 supplies power to the pump 542-22, the vacuum suction system 542-22-2 operates to accommodate the fluid receiving space.
  • the pressurized liquid is discharged through the connecting pipe 55 through the drainage system 542-22-3 to perform the tooth on the tooth. Cleaning.
  • the water pumping port 542-22-51 of the water pump 542-22 pumping system 542-22-1 is placed at the bottom of the fluid accommodating space 53, and when the power source system 22 drives the water pump 542-22 to work, the water After entering the vacuum suction system 5432-22-2 from the water suction port 542-22-51, the connection pipe 55 is discharged from the water outlet 542-22-31 of the drainage system 542-22-3.
  • the control switch 53 When the control switch 53 is turned on, the pressurized water enters the lance 52 through the connecting pipe 55, and is ejected from the head 51 to clean the teeth.
  • the spray gun 52 When assembled, the spray gun 52 is first installed at the front of the oral cavity monitor 200; water is further added to the pressure vessel 54, and then the pressure vessel 54 is installed at the proximal end of the oral cavity monitor 200; The pressure vessel 54 is coupled to the lance 52 by a joint 56 through a joint 56, i.e., the operation of mounting the dental irrigator 500 on the oral scope 200 is completed.
  • the water pressure is increased by the supercharging device 54-1.
  • the observation system 24 of the oral observation device 200 teeth or teeth can be clearly seen on a display such as a mobile phone, and the food residue remains.
  • the control switch 53 is turned on, and water is ejected from the head 51 of the lance 52, so that the teeth and the oral cavity can be cleaned under direct vision.
  • the head 51 and the lance 52 are built into the housing 21 of the oral scope 200.
  • the spray head 51 and the spray gun 52 are built in the housing 21 of the oral observation apparatus 200, which can save space and facilitate the simultaneous installation of other cleaning devices at the front end of the oral observation apparatus 200.
  • the cleaning function allows the user to select different combinations of functions according to their needs, and the use process is more convenient.
  • the spray head 51 is located adjacent the viewing system 24, and the fluid ejected by the spray head 51 is within the field of view of the viewing system 24.
  • the front end of the oral view meter 200 may also be mounted with other oral cleaning devices through the connection mechanism 300, which may be an interdental brush 700, or a dental floss 100, or a toothbrush 600, or an oral forceps 400, etc. .
  • the front end 903-1 of the visible tooth irrigator 903 and the main body 903-2 of the visible tooth rinsor 903 are connected together by a detachable connecting mechanism 903-3, or the visible tooth rinsing
  • the front end 903-1 of the 903 is coupled to the main body 903-2 of the visible tooth rinsor 903 by a foldable attachment mechanism 903-4.
  • the visible tooth cleaner of the present invention is designed to be portable and accommodating, and is also designed in a detachable structure and a foldable structure.
  • the oral cavity watch 200 therein may be separately designed as a detachable structure or a foldable structure, or the dental irrigator 500 may be separately designed therein. Both the oral viewer 200 and the dental rinser 500 are simultaneously designed as a detachable or foldable structure.
  • the detachable structure or the foldable mechanism of the oral scope 200 and the dental irrigator 500 can be designed differently by those skilled in the art without departing from the scope of protection of the present patent application.
  • the front end 200-1 of the oral scope 200 of the visible tooth rinsor 903 and the main body 200-2 of the oral observation apparatus 200 are connected together by a detachable connection mechanism 903-3, or the oral cavity
  • the front end 200-1 of the scope 200 and the main body 200-2 of the oral view meter 200 are connected together by a foldable connecting mechanism 903-4.
  • the front end 500-1 of the dental irrigator 500 of the visible tooth irrigator 903 and the main body 500-2 of the dental irrigator 500 are connected together by a detachable connecting mechanism 903-3, or the teeth
  • the front end 500-1 of the irrigator 500 is coupled to the body 500-2 of the dental rinser 500 by a foldable attachment mechanism 903-4.
  • the detachable connecting mechanism 903-3 includes a connection fixing mechanism 903-3-1.
  • the connection fixing mechanism 903-3-1 can connect the front end 200-1 of the oral observation apparatus 200 with the main body 200-2 of the oral observation apparatus 200,
  • the front end 500-1 of the dental rinser 500 can also be coupled to the body 500-2 of the dental rinser 500.
  • connection fixing mechanism 903-3-1 is a concave-convex card-fit connection fixing mechanism, or a rotary connection fixing mechanism, or a magnetic connection fixing mechanism.
  • connection fixing mechanism of the above three modes the applicant only cites the connection fixing mechanism of the above three modes, and those skilled in the art can also design other different connection fixing mechanisms in combination with the related knowledge, without departing from the scope of protection of the present application.
  • the foldable connection mechanism 903-4 is a hinge type motion mechanism or a concave-convex card engagement mechanism.
  • the applicant only cites the foldable connection fixing mechanism of the above two modes, and those skilled in the art can also design other different foldable connection fixing mechanisms according to the related knowledge, without departing from the scope of protection of the present application. .
  • the foldable connecting mechanism 903-4 is a hinge type connecting mechanism, and the foldable connecting mechanism 903-4 includes a rotating shaft 903-4-1, and a rotating shaft hole 903-4-2, and the rotating shaft 903- 4-1 can move within the shaft hole 903-4-2.
  • the front end 200-1 of the oral scope 200 and the main body 200-2 of the cavity viewer 200 are connected together by the detachable connecting mechanism 903-3; the detachable connecting mechanism 903-3
  • the electrical connector 903-3-2 is further included; the connection fixing mechanism 903-3-1 can connect and fix the front end 200-1 of the oral observation apparatus 200 to the main body 200-2; the electrical connector 903- 3-2
  • the circuit 25-1 of the front end 200-1 of the oral observation apparatus 200 can be connected to the circuit 25-2 of the main body 200-2.
  • connection fixing mechanism 903-3-1 and the electrical connector 903-3-2 may be combined and manufactured integrally to strengthen the oral observation instrument 200.
  • the connection strength can also be separately manufactured by the connection fixing mechanism 903-3-1 and the electrical connector 903-3-2.
  • connection fixing mechanism 903-3-1 and the electrical connector 903-3-2 are separated, and the front end 200-1 of the oral observation apparatus 200 is from the main body 200-2 of the oral observation apparatus 200.
  • the front end 200-1 and the main body 200-2 can be separately stored, which saves the storage space and is convenient for carrying out. In use, it is only necessary to re-insert the fixing mechanism 903-3-1 and the electrical connector 903-3-2 to connect the oral cavity monitor 200 for use.
  • the front end 200-1 of the oral scope 200 and the main body 200-2 of the cavity viewer 200 are connected together by the foldable connection mechanism 903-4; the front end 200-1 of the oral observation apparatus 200 is wound
  • the rotating shaft 903-4-1 of the foldable connecting mechanism 903-4 is rotated, the front end 200-1 of the oral observation apparatus 200 can be unfolded relative to the main body 200-2 of the oral observation apparatus 200 or
  • the circuit 25-1 of the front end 200-1 of the oral observation apparatus 200 is connected to the circuit 25-2 of the main body 200-2 of the oral observation apparatus 200 by a bendable flexible circuit.
  • circuit 25-1 of the front end 200-1 of the oral observation apparatus 200 and the circuit 25-2 of the main body 200-2 of the oral observation apparatus 200 are connected by a flexible circuit capable of bending, after use, Oral observation
  • the front end 200-1 of the instrument 200 is rotated about the rotating shaft 903-4-1, so that the front end 200-1 of the oral observation apparatus 200 can be folded relative to the main body 200-2 of the oral observation apparatus 200, which is convenient for storage and carry. If it is required to use, the front end 200-1 of the oral observation apparatus 200 is rotated in the opposite direction around the rotating shaft 903-4-1 to deploy the oral observation apparatus 200.
  • the front end 200-1 of the oral view meter 200 and the main body 200-2 of the cavity view meter 200 are connected together by the foldable connection mechanism 903-4; the front end 200-1 of the oral view meter 200
  • the circuit 25-1 is connected to the circuit of the main body 200-2 of the oral observation apparatus 200 by a flexible circuit capable of bending; the front end 200-1 of the oral observation apparatus 200 can observe the oral cavity by a concave-convex card fitting mechanism
  • the front end 200-1 of the meter 200 is unfolded or collapsed relative to the main body 200-2 of the oral scope 200.
  • the front end 500-1 of the dental irrigator 500 and the main body 500-2 of the dental irrigator 500 are connected together by a detachable connecting mechanism 903-3; the detachable connecting mechanism 903-3 is also An aqueous joint 903-3-3; the attachment fixing mechanism 903-3-1 can connect the front end 500-1 of the dental irrigator 500 to the main body 500-2; the water joint 903-3- 3
  • the water path of the front end 500-1 of the dental irrigator 500 can be connected to the water path of the main body 500-2.
  • the dental rinser 500 can also be designed such that the front end 500-1 of the dental rinser 500 is detachably coupled to the rear end 500-2 of the dental rinser 500. If the connection strength of the water joint 903-3-3 is sufficient, the connection fixing mechanism 903-3-1 and the water joint 903-3-3 may be combined and manufactured integrally, if it is desired to further strengthen the dental irrigator The connection strength of 500 may be separately manufactured by the connection fixing mechanism 903-3-1 and the water joint 903-3-3.
  • connection fixing mechanism 903-3-1 and the water joint 903-3-3 are separated, and the front end 500-1 of the dental irrigator 500 is from the main body 500-2 of the dental irrigator 500.
  • the front end 500-1 and the main body 500-2 can be separately stored, and the storage space can be saved, which is convenient for carrying out. In use, it is only necessary to re-insert the fixing mechanism 903-3-1 and the water joint 903-3-3 to connect the dental irrigator 500 and then rinse the teeth.
  • the front end 500-1 of the dental irrigator 500 and the main body 500-2 of the dental irrigator 500 are connected together by a foldable connecting mechanism 903-4; the front end 500-1 of the dental irrigator 500
  • the rotating shaft 903-4-1 of the foldable connecting mechanism 500-4 is rotated, the front end 500-1 of the dental irrigator 500 can be unfolded relative to the main body 500-2 of the dental irrigator 500.
  • the water path of the front end 500-1 of the dental irrigator 500 is connected to the water path of the main body 500-2 of the dental irrigator 500 through a flexible water path that can be bent.
  • the front end 500-1 of the dental irrigator 500 and the main body 500-2 are connected by a flexible water path that can be bent. Therefore, when accommodating, it is only necessary to rotate the dental irrigator 500 around the rotating shaft 903-4-1.
  • the dental irrigator 500 can be gathered for easy storage and carrying. When it is required to use, it is only necessary to rotate the dental irrigator 500 in the opposite direction around the rotating shaft 903-4-1, so that the dental irrigator 500 can be deployed, and the dental irrigator 500 can be used to face the teeth. Rinse.
  • the front end 500-1 of the dental irrigator 500 and the main body 500-2 of the dental irrigator 500 are coupled together by the foldable connecting mechanism 903-4 to the front end 500-1 of the dental irrigator 500.
  • the waterway is connected to the waterway of the body 500-2 of the dental irrigator 500 through a flexible water path that can be bent; the front end 500-1 of the dental irrigator 500 can be used to engage the dental irrigator 500 by a embossing card engagement mechanism
  • the front end 500-1 is unfolded or collapsed relative to the body 500-2 of the dental rinser 500.
  • the front end 500-1 of the dental irrigator 500 and the main body 500-2 of the dental irrigator 500 and the front end 200-1 of the oral observation apparatus 200 are simultaneously with the main body 200-2 of the oral observation apparatus 200. They are joined together by a detachable attachment mechanism 903-3 or by a foldable attachment mechanism 903-4.
  • the foregoing is the case when the oral observation apparatus 200 and the dental irrigator 500 enumerated by the applicant are respectively detachably connected or foldably connected, and the oral observation apparatus 200 and the teeth are further facilitated for storage and use.
  • the washer 500 can be coupled together by the detachable attachment mechanism 903-3 or the foldable attachment mechanism 903-4 at the same time.
  • the detachable connecting mechanism 903-3 includes a connecting fixing mechanism 9033-1, an electrical joint 903-3-2, and a water joint 903-3-3; the connecting fixing mechanism 903-3-1 can simultaneously The front end 500-1 of the dental irrigator 500 and the front end 200-1 of the oral scope 200 are connected and fixed to the main body 500-2 of the dental irrigator 500 and the main body 200-2 of the oral observation apparatus 200, respectively.
  • the electrical connector 903-3-2 can connect the circuit 25-1 of the front end 200-1 of the oral scope 200 to the circuit 25-2 of the main body 200-2; the water joint 903- 3-3
  • the water path of the front end 500-1 of the dental irrigator 500 can be connected to the water path of the main body 500-2.
  • connection fixing mechanism 903-3-1 and the electrical connector 903-3-2 or the water connector 903-3-3 are designed to be integrated; of course, in order to further strengthen the connection strength, the connection fixing mechanism 903-3-1 can also be separately set. .
  • connection fixing mechanism 9033-1, the electrical connector 9033-2, and the water connector 903-3-3 are simultaneously disconnected, and the front end 903-1 of the visible tooth rinsing device 903 is
  • the main body 903-2 is separated, and the front end 903-1 and the main body 903-2 of the visible tooth rinsing device 903 can be accommodated separately.
  • connection fixing mechanism 9033-1, the electrical connector 9033-2, and the water connector 903-3-3 can be reconnected.
  • the foldable connecting mechanism 903-4 is a rotating shaft connecting mechanism, and the foldable connecting mechanism 903-4 includes a rotating shaft 903-4-1, and a rotating shaft hole 903-4-2, the rotating shaft 903-4- 1 can move within the shaft hole 903-4-2;
  • the front end 200-1 of the oral observation apparatus 200 is rotated about the rotating shaft 903-4-1 of the foldable connecting mechanism 903-4, the front end 200-1 of the oral observation apparatus 200 can be opposed to the oral cavity
  • the main body 200-2 of the scope 200 is unfolded or collapsed; the circuit 25-1 of the front end 200-1 of the oral observation apparatus 200 passes through a flexible circuit capable of bending and a circuit 25 of the main body 200-2 of the oral observation apparatus 200- 2 phase connection;
  • the front end 500-1 of the dental irrigator 500 is rotated about the rotating shaft 903-4-1 of the foldable connecting mechanism 903-4, the front end 500 of the dental irrigator 500 can be 1 unfolded or collapsed relative to the body 500-2 of the dental rinser 500; the water
  • the foldable connecting mechanism 903-4 is a concave-convex card mating connection mechanism; the circuit 25-1 of the front end 200-1 of the oral scope 200 passes through a bendable flexible circuit and the main body 200 of the oral view meter 200- The circuit of 2 is connected; the front end 200-1 of the oral observation apparatus 200 can expand the front end 200-1 of the oral observation apparatus 200 with respect to the main body 200-2 of the oral observation apparatus 200 by a concave-convex card fitting mechanism.
  • the water path of the front end 500-1 of the dental irrigator 500 is connected to the water path of the main body 500-2 of the dental irrigator 500 through a bendable flexible water path; the front end 500-1 of the dental irrigator 500
  • the front end 500-1 of the dental rinser 500 can be deployed or gathered relative to the main body 500-2 of the dental rinser 500 by a embossing card engagement mechanism.
  • the foldable attachment mechanism 903-4 When the oral scope 200 of the visible tooth rinsor 903 and the dental irrigator 500 are simultaneously connected by the foldable attachment mechanism 903-4, it is only necessary to wind the front end 903-1 of the visible dental irrigator 903.
  • the foldable connecting mechanism 903-4 is rotated to realize the folding and unfolding of the visible tooth rinsing device 903, which is not only convenient for storage, but also has a simple and convenient folding and unfolding process.
  • the visible tooth irrigator 903 of the present invention includes a dental irrigator 500, an oral scope 200, and a connection mechanism 300.
  • the dental irrigator 500 includes a spray head 51, a spray gun 52, a control switch 53, a pressure vessel 54, a connecting tube 55, and a connecting head 56; the spray head 51 is disposed at a front end of the spray gun 52; and the control switch 53 is disposed at the
  • the fluid in the pressure vessel 54 is connected to the spray gun 52 through the connecting pipe 55 and the connecting head 56.
  • the dental irrigator 500 is mounted on the oral scope 200 by the attachment mechanism 300.
  • the spray head 51 of the spray gun 52 is within the field of view of the viewing system 24 of the oral view meter 200.
  • the pressure vessel 54 of the dental irrigator 500 includes a pressurizing device 54-1, a housing 54-2, and a fluid receiving space 54-3.
  • the fluid pressure is increased by the supercharging device 54-1, the control switch 53 is opened, and water is ejected from the spray head 51 of the spray gun 52, so that the teeth and the oral cavity can be cleaned under direct vision, and the cleaning process can be photographed and photographed. recording.
  • the visible tooth irrigator 903 of the present invention is convenient to use, and can clearly observe the teeth, gums, crowns and oral mucosa, and can observe the position of the food residue in real time and clean it under direct vision.
  • the visible toothbrush 904 comprises a toothbrush 600, an oral scope 200 and a connection mechanism 300;
  • the toothbrush 600 includes a brush head 61, a brush bar 62, and a mounting seat 63.
  • the brush head 61 of the toothbrush 600 includes at least one bristles 61-1.
  • the brush head 61 is disposed on the brush bar 62.
  • a front end, the mounting seat 63 is disposed at a rear end of the brush bar 62;
  • the oral observation apparatus 200 includes a housing 21, a power supply system 22, an illumination system 23, an observation system 24, a circuit system 25, and a switch 26; the illumination system 23, the observation system 24, the circuit system 25, and The power system 22 is mounted in the housing 21, the switch 26 is mounted on the housing 21; the illumination system 23, the viewing system 24, the power system are passed through the circuitry 25 22 and the switch 26 are connected together;
  • the toothbrush 600 is mounted on the oral scope 200 by the connection mechanism 300.
  • the brush head 61 can directly implant the bristles 61-1 directly on the front end of the brush rod 62 by integral manufacturing, and form the whole with the brush rod 62, or can be detachably connected to the brush rod 62. front end.
  • the toothbrush 600 is mounted on the oral cavity monitor 200 through the connection mechanism 300, and by the observation function of the oral observation apparatus 200, in the case of direct vision, the brush head 61 of the toothbrush 600 is utilized.
  • the cleaning of the oral cavity is very convenient, especially for deep mouths.
  • the observation function of the oral observation device 200 the user can clearly know whether the required cleaning site is clean.
  • this visible toothbrush is also particularly suitable for cleaning food residue between the teeth and the gums for precise cleaning.
  • the brush head 61 is clearly visible in the field of view of the viewing system 24 of the oral viewer 200 by the viewing system 24 in the area where the brush head 61 is cleaned and the effect of cleaning.
  • the angle ⁇ between the brush head 61 and the brush bar 62 is between 90° and 170°.
  • the angle ⁇ between the brush head 61 and the brush rod 62 is greater than 90°, in order to ensure the observation effect.
  • the angle ⁇ between the brush head 61 and the brush bar 62 is controlled to be between 600° and 150°.
  • the brush head 61 of the toothbrush 600 and the brush bar 62 have a bending curvature 61-4 that meets the requirements of the human oral cavity.
  • the curved curvature 61-4 between the brush head 61 and the brush bar 62 conforming to the requirements of the human oral cavity can conveniently serve the brush head 61 to the depth of the oral cavity to be cleaned.
  • the mounting seat 63 of the toothbrush 600 is provided with a positioning block 32 for connection with the oral scope 200.
  • the attachment mechanism 300 is a detachable mechanical attachment mechanism; it can be a separate component, can be disposed on the toothbrush 600, or on the oral cavity viewer 200; or be part of the detachable mechanical attachment mechanism
  • a toothbrush 600 is disposed on the toothbrush 600 and another portion is disposed on the oral cavity monitor 200 to form a combined mechanical coupling mechanism.
  • the detachable mechanical connecting mechanism can facilitate the user to replace the toothbrush 600, and the use process is more convenient and sanitary, and the user's use cost is also saved.
  • the mechanical connection mechanism comprises: a bump card mating connection, or a chute connection, or a pin connection, or a key connection, or a screw connection, or a screw connection, or a buckle connection, or a hook connection, or an interference fit connection, in the art
  • a bump card mating connection or a chute connection, or a pin connection, or a key connection, or a screw connection, or a screw connection, or a buckle connection, or a hook connection, or an interference fit connection
  • the housing 21 of the oral observation apparatus 200 is provided with a positioning groove 35 and a block 36.
  • the positioning block 32 of the toothbrush 600 can be embedded in the positioning groove 35, and the block 36 can block the toothbrush 600.
  • the mounting seat 63 slides rearward; the coordination of the positioning block 32, the positioning groove 35 and the block 36 constitutes the connecting mechanism 300.
  • the observation system 24 is an imaging system 24-1.
  • the imaging system 24-1 includes a camera 24-1-1, a data processing and output system 24-1-2, a circuit system 25, and a power system 22.
  • the data processed by the data processing and output system 24-1-2 of the camera system 24-1 can be displayed on the display 24-1-3 by means of a wired connection or a wireless connection, the display 24-1-3 including : Smartphone 24-1-31, or computer 24--1-32, or LCD 24-1-33, or TV 24--1-34.
  • the camera 24-1-1 can take a picture and capture the cleaning process, and the video data outputted by the data processing and output system 24-1-2 can be displayed on the display 24-1-3 in real time.
  • the user only needs to observe the cleaning process in real time through the real-time picture of the cleaning process displayed on the display 24-1-3, and clearly see which parts have been cleaned and which parts have not been cleaned.
  • the illumination system 23 is provided at the periphery of the camera 24-1-1.
  • the illumination system 23 employs an LED illumination system 23-1.
  • the camera 24-1-1 is in the heat affected zone of the illumination system 23, and the heat generated by the illumination system 23 can heat the camera 24-1-1 to prevent the camera 24-1-1 from being used. A mist is generated during the process.
  • the heat generated by the illumination system 23 can raise the temperature of the camera 24-1-1 to 35 ° C to 45 ° C.
  • the housing 21 can generate a dynamic thermal balance between the heat dissipation capability of the housing 21-5 near the camera 24-1-1 and the heat generated by the illumination system 23, such that the camera 24-1-1 And the attached waterproof lens 24-1-4
  • the temperature is in the range of 35 ° C ⁇ 45 ° C, to achieve the purpose of anti-fog.
  • the temperature of the camera 24-1-1 and its surroundings is maintained at a required level.
  • a plurality of LED lamps can be disposed around the periphery of the camera 24-1-1 as needed, for example, four, six or eight LED lamps can be provided.
  • the illumination intensity of the LED illumination system 23-1 is increased by a plurality of LED lamps, the resolution of the camera 24-1-1 is increased, and on the other hand, the LEDs of the LED illumination system 23-1 are passed.
  • the heat of the lamp ensures that the heat generated by the LED lamp is cooled by the housing 21-5 near the camera 24-1-1, and the camera 24-1-1 and its attached waterproof lens 24-
  • the temperature of 1-4 is maintained between 35 ° C and 45 ° C to achieve the purpose of anti-fog.
  • the front end of the camera 24-1-1 is provided with a waterproof lens 24-1-4, and the waterproof lens 24-1-4 is treated by an anti-fog coating.
  • the waterproof lens 24-1-4 is treated by the anti-fog coating, even if a small amount of water vapor is formed on the front end of the waterproof lens 24-1-4 to dew on the surface of the waterproof lens 24-1-4, It does not exist in the form of water droplets, but is transformed into a transparent water film, which does not form a mist before the camera 24-1-1, further enhancing the anti-fog effect.
  • the oral view meter 200 is of a waterproof design.
  • the oral observation instrument 200 adopts a waterproof design, and the user can timely clean the visible toothbrush of the present invention during use, and the waterproof design can ensure that the oral observation instrument is not entered by water or human conductive secretions during use.
  • the interior of the 200 affects the functions of the power system 22, the illumination system 23, the viewing system 24, the circuitry 25, or the switch 26 within the housing 21, and the process of use is more convenient and safe.
  • the visible toothbrush of the present invention comprises a toothbrush 600, an oral scope 200 and a connection mechanism 300.
  • the toothbrush 600 includes a brush head 61, a brush bar 62, and a mounting seat 63.
  • the mounting seat 63 is provided with a positioning block 32.
  • the housing 21 of the oral observation apparatus 200 is provided with a positioning groove 35 and a block 36.
  • the positioning block 32 of the toothbrush 600 can be embedded in the positioning groove 35, and the block 36 can prevent the mounting seat 63 of the toothbrush 600 from sliding backward.
  • the coordination function of the positioning block 32, the positioning groove 35 and the block 36 constitutes the connection mechanism 300.
  • the toothbrush 600 and the oral viewer 200 are detachably coupled together by the attachment mechanism 300.
  • the oral observation apparatus 200 includes the illumination system 23, the observation system 24, and the observed video can be transmitted to the display 24-1-3 in a wired or wireless manner, the visible toothbrush is passed through the present invention.
  • the mouth can be cleaned under direct vision, not only can the cleaning process be observed, but also the effect after cleaning can be observed, and photographed or photographed for recording.
  • the detachable visible interdental brush of the present invention is characterized in that: the detachable visible interdental brush 905 comprises a built-in interdental brush 701, an oral scope 200 and a connection mechanism 300;
  • the built-in interdental brush 701 includes a brush body 71, a delivery device 72; the brush body 71 is movably built into the elbow 72-1-1 at the front end of the delivery device 72;
  • the oral observation apparatus 200 includes a housing 21, a power supply system 22, an illumination system 23, an observation system 24, a circuit system 25, and a switch 26; the illumination system 23, the observation system 24, and the power supply system 22 are mounted.
  • the switch 26 is mounted on the housing 21; the illumination system 23, the viewing system 24, the power system 22 and the switch 26 are connected by the circuitry 25 together;
  • the built-in interdental brush 701 is detachably mounted on the oral cavity monitor 200 by the connecting mechanism 300.
  • the core of the present invention is the use of two units that can be used independently, the built-in interdental brush 701 and the oral viewer 200 being flexibly assembled by the connection mechanism 300. It can be assembled together for one-hand operation, cleaning the teeth; it can also be disassembled, the hand-held oral observation instrument 200 can be observed by hand, and the other hand-held interdental brush 701 can be used for the interdental cleaning, which is convenient to carry.
  • the connecting mechanism 300 is a detachable mechanical connecting mechanism, and may be a separate component or may be provided on the built-in interdental brush 701 or the oral cavity monitor 200.
  • the connecting mechanism 300 may be a separate component that is connected to the built-in interdental brush 701 and the oral cavity monitor 200, respectively, and the built-in interdental brush 701 and the oral cavity monitor 200 are connected. A whole.
  • the connection mechanism 300 may be integrally formed with the built-in interdental brush 701 or the oral observation instrument 200, and then connected to the oral observation instrument 200 or the built-in interdental brush 701 to form a single body. Regardless of the type of attachment, the ultimate goal is to enable a detachable connection between the built-in interdental brush 701 and the oral viewer 200.
  • connection mechanism 300 only needs to be capable of realizing a detachable mechanical connection with one of the built-in interdental brush 701 or the oral cavity monitor 200 to realize the built-in interdental brush 701 and the oral cavity.
  • the mechanical connection mechanism may be a embossed card mating connection, or a chute connection, or a pin connection, or a key connection, or a screw connection, or a screw connection, or a buckle connection, or a hook connection, or an interference fit connection, or the like.
  • a embossed card mating connection or a chute connection, or a pin connection, or a key connection, or a screw connection, or a screw connection, or a buckle connection, or a hook connection, or an interference fit connection, or the like.
  • the brush body 71 of the built-in interdental brush 701 includes a working portion 71-1 and a connecting body 72; the working portion 71-1 is provided at the front end of the connecting body 72; the delivery device 72 includes a guiding head 72-1, a sliding mechanism 72-2; the guiding head 72-1 is disposed on the front end 721 of the delivery device 72; the guiding head 72-1 includes an elbow 72-1-1, the elbow 72-1- An outlet 72-1-2 of 1 is provided at an end portion 72-1-3 of the guide head 72-1; the brush body 71 is mounted in the elbow 72-1-1, and the brush body 71
  • the working portion 71-1 is slidable within the elbow 72-1-1, and the connecting body 72 of the brush body 71 is mounted on the sliding mechanism 72-2 of the delivery device 72; the movement of the sliding mechanism 72-2
  • the working part capable of driving the brush body 71 71-1 slides in the elbow 72-1-1; driving the sliding mechanism 72-2 enables the working portion 71-1 of the brush body 71 to be bent from the end
  • the sliding mechanism 72-2 of the built-in interdental brush 701 includes an interdental brush connecting mechanism 72-2-1 and a slider 72-2-2, and the interdental brush connecting mechanism 72-2-1 is provided in the The slider 72-2-2 is connected to the interdental brush connecting mechanism 72-2-1, and the slider 72-2-2 can be driven to drive the brush body 71. Reciprocating motion in the elbow 72-1-1 such that the working portion 71-1 of the interdental brush protrudes from the elbow outlet 72-1-2 at the end of the guiding head 72-1 or Recycling.
  • the built-in interdental brush 701 adopts a structure in which the brush body 71 is built in the bent pipe 72-1-1 of the guide head 72-1 of the delivery device 72, and the working portion 71-1 of the brush body 71 made of an elastic material After the guiding head 72-1 is aligned with the interdental, the sliding mechanism 72-2 on the delivery device 72 is pushed to drive the working portion 71-1 of the brush body 71 to automatically bend along the curvature of the elbow 72-1-1. Aligning and entering the interdental, by sliding the slider 72-2-2 on the sliding mechanism 72-2 of the delivery device 72, so that the working portion 71-1 of the interdental brush moves back and forth in the interdental, cleaning the interdental .
  • the delivery device 72 Since the delivery device 72 has good rigidity, after the elbow outlet 72-1-2 of the guide head 72-1 of the delivery device 72 is aligned with the interdental, the working portion 71-1 of the ejected brush body 71 directly enters.
  • the interdental opening is because the elbow outlet 72-1-2 of the guiding head 72-1 of the delivery device 72 is almost close to the interdental, close to the interdental, and the interdental brush working portion 71-1 is not easily bent, so
  • the conductivity of the brush body 71 is greatly improved, the handling property of the brush body 71 is improved, and the disadvantage that the prior art interdental brush is easily bent when cleaning the gap between the molars is avoided, and the gums are easily injured.
  • the connecting mechanism 300 is disposed on the guiding head 72-1 of the built-in interdental brush 701; the connecting mechanism 300 includes a positioning block 32.
  • the connecting mechanism 300 and the guiding head 72-1 of the built-in interdental brush 701 may be integrally manufactured to be connected, or bonded together, or detachably connected.
  • the housing 21 of the oral observation apparatus 200 is provided with a chute 211-2 for allowing the slider 72-2-2 of the built-in interdental brush 701 to reciprocate, and a fixing mechanism 300 capable of fixing the connecting mechanism 300. Positioning groove 35.
  • the slider 72-2-2 of the sliding mechanism 72-2 of the built-in interdental brush 701 includes an arcuate housing 72-2-21, and a guide block 72 is disposed inside the arcuate housing 72-2-21. -2-22;
  • the guide block 72-2-22 can reciprocate within the chute 211-2 of the oral scope 200.
  • an anti-slip pattern may be disposed on the arcuate housing 72-2-21.
  • the arcuate housing 72-2-21 is gently pressed downward, and the guiding block 72-2-22 can be embedded in the sliding slot 211-2 of the oral scope 200, and the arcuate housing 72 is pushed back and forth. 2-21, under the guiding action of the guiding block 72-2-22, the slider 72-2-2 can conveniently slide back and forth along the chute 211-2 of the oral scope 200.
  • the positioning block 32 of the connecting mechanism 300 is an inverted T-shaped positioning block 32-1; the inverted T-shaped positioning block 32-1 is disposed at a lower portion of the connecting mechanism 300; a housing mechanism 21 of the oral scope 200 is provided with a fixing mechanism 211, the fixing mechanism 211 includes a positioning groove 35, a chute 211-2, and a block 36; The positioning block 32-1 is detachably embedded in the positioning groove 35, and the upwardly bounced block 36 can prevent the connecting mechanism 300 from retreating, preventing the built-in interdental brush 701 from the oral cavity viewer The cover block is accidentally released; the block 36 is depressed while the link mechanism 300 is pulled back to release the link mechanism 300 from the oral view meter 200.
  • the connecting mechanism 300 is first fixed at an appropriate position on the guide head 72-1 of the delivery device 72 of the built-in interdental brush 701; then the brush body 71 of the built-in interdental brush 701 and The slider 72-2-2 of the delivery device 72 is connected; the brush body 71 is then mounted in the elbow 72-1-1 of the guide head 72-1 of the delivery device 72; The slider 72-2-2 abuts the connecting mechanism 300 and the slider 72-2-2 of the built-in interdental brush 701.
  • the built-in interdental brush 701 and the connecting mechanism 300 are fixed to the fixing mechanism 211 of the housing 21 of the oral observation apparatus 200 along the positioning end 212 of the housing 21 of the oral scope 200.
  • the inner interdental brush 701 and the connecting mechanism 300 are pressed downward, and the guide block 72 on the inner side of the arcuate housing 72-2-21 of the slider 72-2-2 of the built-in interdental brush 701 -2-22 is embedded in the chute 211-2 of the oral observation instrument 200; at the same time, the block 36 is depressed, and the inverted T-shaped positioning block 32-1 enters the positioning groove of the oral observation instrument 200 35.
  • the slider 72-2-2 and the brush body 71 of the built-in interdental brush 701 are kept stationary, and the connecting mechanism 300 is pushed forward, so that the inverted T-shaped positioning block 32-1 of the connecting mechanism 300 is inlaid.
  • the connecting mechanism 300 is installed in position, the built-in dental compartment A strong connection is established between the brush 701 and the oral viewer 200.
  • the connecting mechanism 300 is forced back, the blocking block 36 is depressed, and the connecting mechanism 300 can be retracted.
  • the inverted T-shaped positioning block 32-1 is The inlaid positioning groove 35 is withdrawn until the connection between the T-shaped positioning block 32-1 and the positioning groove 35 is released, so that the built-in interdental brush 701 can be removed from the oral observation instrument 200. Disassemble.
  • the inverted T-shaped positioning block 32-1 adopts an inverted T-shaped structure
  • the bottom of the inverted T-shaped structure can be positioned with the positioning
  • the groove 35 forms a concave-convex card fitting structure, which can effectively restrict the movement of the connecting mechanism 300 in the vertical direction, thereby preventing the built-in interdental brush 701 and the oral cavity monitor 200 from being detached in the vertical direction during use.
  • the block 36 is disposed at the rear end of the connecting mechanism 300.
  • the connection mechanism 300 is effectively prevented from retreating, and only the connection mechanism 300 is consciously forced back.
  • the connection mechanism 300 can be released from the oral observation device 200 after exiting the guide surface of the block 36. Effectively preventing the built-in interdental brush 701 from being easily retracted due to the connecting mechanism 300 The oral observer 200 is accidentally released.
  • the positioning block 32 of the connecting mechanism 300 is a curved positioning hook 32-2;
  • the curved positioning hook 32-2 includes a positioning groove 32-2-1; in the positioning groove 35 on the oral observation instrument 200 And a positioning convex step 211-21-1 matching the positioning groove 32-2-1;
  • the curved positioning hook 32-2 is embedded in the positioning groove 35 to form a concave-convex card fit, which limits the The movement of the connecting mechanism 300 in the vertical direction;
  • the positioning convex step 211-2-1 is embedded in the positioning groove 32-2-1, restricting the forward and backward movement of the connecting mechanism 300.
  • the slider 72-2-2 of the built-in interdental brush 701 is aligned with the oral observation instrument 200.
  • a chute 211-2 on the casing 21 the arc-shaped positioning hook 32-2 of the connecting mechanism 300 is aligned with the positioning groove 35 on the casing 21 of the oral observation apparatus 200;
  • the interdental brush 701 and the connecting mechanism 300 are mounted on the guide block 72-2-22 inside the arcuate housing 72-2-21 of the slider 72-2-2 of the built-in interdental brush 701.
  • the arcing positioning hook 32-2 of the connecting mechanism 300 is embedded in the positioning groove 35 to form a concave-convex card fit, and the connecting mechanism 300 is restricted from being vertical.
  • the double-shaped concave-convex card forming connection formed by the curved positioning hook 32-2 and the positioning groove 35, the positioning convex step 211-1-1 and the positioning groove 32-2-1 can realize the connection
  • the mechanism 300 and the oral cavity monitor 200 are effectively connected and fixed.
  • the connecting mechanism 300 is disposed on the oral cavity monitor 200; the connecting mechanism 300 is a connecting ring 32-3, and the built-in interdental brush 701 is installed from the mounting hole 322-3 of the connecting ring 32-3.
  • the built-in interdental brush 701 is fixed to the oral cavity monitor 200 through 1 .
  • the annular structure of the connecting ring 32-3 can more effectively prevent the built-in interdental brush 701 from being separated from the oral scope 200 in the vertical direction, which is more safe and reliable than the concave-convex card.
  • the connecting mechanism 300 is a embracing arm 32-4 through which the built-in interdental brush 701 and the oral viewer 200 are detachably coupled together.
  • the embracing arm 32-4 may be disposed on the built-in interdental brush 700, and then entangled with the oral viewer 200 to achieve a detachable connection between the two, or may be disposed on the oral observation apparatus 200, and then hung around the living room.
  • the built-in interdental brush 701 is described to achieve a detachable connection between the two.
  • the observation system 24 is an imaging system 24-1, and the imaging system 24-1 includes a camera 24-1-1, data processing And an output system 24-1-2, a circuit system 25, and a power supply system 22.
  • the data processed by the data processing and output system 24-1-2 of the camera system 24-1 can be displayed on the display 24-1-3 by means of a wired connection or a wireless connection, the display 24-1-3 including : Smartphone 24-1-31, or computer 24--1-32, or LCD 24-1-33, or TV 24--1-34.
  • the illumination system 23 is provided at the periphery of the camera 24-1-1.
  • the detachable visible interdental brush 905 of the present invention includes a built-in interdental brush 701, an oral scope 200, and a connection mechanism 300.
  • the built-in interdental brush 701 and the oral view monitor 200 are detachably coupled together by the connecting mechanism 300.
  • the connecting mechanism 300 is a detachable mechanical connecting mechanism, and may be a separate component or may be provided on the built-in interdental brush 701 or the oral cavity monitor 200.
  • the detachable visible interdental brush of the present invention can be freely combined according to the user's usage habits and preferences, and the built-in interdental brush 701 and the oral viewer 200 are flexibly assembled by the connecting mechanism 300.
  • the utility model has the advantages of convenient carrying, convenient assembly and flexible use.
  • FIG. 1 is a schematic perspective view of a visible dental floss of the present invention.
  • Figure 1-1 is an exploded view of Figure 1.
  • 1-2 is a perspective view showing the visual floss of the present invention taken along the center line and looking from the front to the back.
  • FIG. 1-3 is a perspective view showing the visible floss of the present invention taken along the center line of FIG.
  • FIG. 1 is schematic cross-sectional views showing a partial cross-sectional view taken along line A-A of FIG. 1.
  • FIG. 1-5 are front views of Fig. 1.
  • Figure 1-6 is a cross-sectional view taken along line B-B of Figure 1-5.
  • Fig. 2 is a perspective view showing the visual floss of the present invention as seen from the front end to the rear end.
  • Figure 2-1 is an enlarged view of C at Fig. 2.
  • FIG. 3 is a schematic perspective view showing the dental floss of the visible floss of the present invention.
  • 3-1 is a schematic perspective view showing the dental floss of the visible floss of the present invention.
  • 3-2 is a schematic perspective view showing the dental floss of the visible floss of the present invention.
  • Fig. 4 is a perspective view showing the connection structure of the visible floss of the present invention.
  • Fig. 4-1 is a perspective view showing the connection mechanism of the visible floss of the present invention in a bottom view.
  • Fig. 5 is a perspective view showing the structure of a visible floss of the present invention in a nut-connecting type.
  • Figure 5-1 is an enlarged view of the portion D of Figure 5.
  • Fig. 6 is a perspective view showing the structure of a visible floss of the present invention in a screw-connected type.
  • Figure 6-1 is an enlarged view of E at Figure 6.
  • Fig. 7 is a perspective view showing the structure of the charging interface sealing device of the visible floss of the present invention when sealed.
  • Figure 7-1 is an enlarged view of the portion F of Figure 7.
  • Fig. 8 is a perspective view showing the structure of the charging interface sealing device of the visible floss of the present invention when it is opened.
  • FIG. 8-1 is an enlarged view of a portion G of Fig. 8.
  • Figure 9 is a schematic view of the visible floss of the present invention connected to the display by means of a wired connection.
  • Figure 10 is a schematic illustration of the visible floss of the present invention when connected to a display by wireless connection.
  • Figure 11 is a perspective view showing the structure of a visual oral forceps of the present invention.
  • Figure 11-1 is a plan view of Figure 11.
  • Figure 11-2 is a side view of Figure 11.
  • Figure 11-3 is a bottom view of Figure 11.
  • 11-4 is a top plan view showing the jaw of the visual oral forceps of FIG. 11 when it is opened.
  • Figure 11-5 is a cross-sectional view taken along line G-G of Figure 11-4.
  • Figure 11-6 is a top plan view showing the jaw of the visual oral forceps of Figure 11 when it is closed.
  • FIG. 11-7 is a cross-sectional view taken along line H-H of Fig. 11-6.
  • FIG. 11-8 are exploded views of Fig. 11.
  • Fig. 12 is a perspective view showing the structure of the oral forceps of the visual oral forceps of the present invention in an open state.
  • Figure 12-1 is an exploded view of Figure 12.
  • FIG. 12-2 is a schematic front perspective view of FIG.
  • Figure 12-3 is a schematic view showing the structure of the jaw of the oral forceps of Figure 12 and the mounting seat in a plan view.
  • FIG. 12-4 is a schematic view showing the structure of the jaw of the oral forceps of FIG. 12 and the mounting seat in a bottom view.
  • FIG. 12-5 is a schematic view showing the structure of the opening/closing mechanism of the oral forceps of Fig. 12 in plan view.
  • FIG. 12-6 is a schematic view showing the structure of the opening/closing mechanism of the oral forceps of Fig. 12 in a bottom view.
  • 12-7 is a schematic view showing the structure of the oral forceps of the visual oral forceps of the present invention in an open state.
  • 12-8 are schematic views showing the structure of the oral forceps of the visual oral forceps of the present invention in a closed state.
  • Figure 13 is a schematic view showing the structure of the hinged visual oral forceps of the present invention in an open state.
  • Figure 13-1 is a schematic view showing the structure of the hinged visual oral forceps of the present invention in a closed state.
  • Figure 14 is a schematic view showing the structure of a visual oral forceps having a curved jaw according to the present invention.
  • Figure 15 is a schematic view showing the structure of a hinged visual oral forceps having a curved jaw according to the present invention.
  • Figure 16 is a schematic view showing the structure of the visual oral forceps of the present invention when connected to a display by wire.
  • Figure 17 is a schematic view showing the structure of the visual oral forceps of the present invention when it is wirelessly connected to the display.
  • Figure 18 is a perspective view showing the structure of a visible tooth irrigator of the present invention.
  • Figure 18-1 is an exploded view of Figure 18.
  • Figure 19 is a perspective view showing the structure of a dental irrigator of the visible tooth irrigator of the present invention.
  • Figure 19-1 is an exploded view of Figure 19.
  • Figure 20 is a diagram showing the mounting relationship of the visible tooth irrigator of the present invention.
  • Figure 21 is a perspective view showing the structure of a spray gun of the visible tooth irrigator of the present invention.
  • Fig. 21-1 is a bottom view of Fig. 21.
  • Figure 21-2 is a side view of Figure 21.
  • Figure 21-3 is a cross-sectional view taken along line I-I of the lance of Figure 21 in a closed state.
  • Figure 21-4 is a cross-sectional view taken along line I-I of the lance of Figure 21 in an ON state.
  • Figure 22 is a top plan view of a visible tooth rinser of the present invention.
  • 22-1 is a cross-sectional view taken along line J-J of Fig. 22.
  • Figure 22-2 is an enlarged view of the pressure vessel K when the piston of Figure 22-1 moves outward.
  • Figure 22-3 is an enlarged view of the pressure vessel K when the piston of Figure 22-1 is moved inward (when pressurized).
  • Figure 23 is a perspective view showing the structure of a visible tooth irrigator of the adjustable head of the present invention.
  • Figure 23-1 is a side view of Figure 23.
  • FIG. 23-2 is a plan view of Fig. 23.
  • Figure 23-3 is a cross-sectional view taken along line L-L of Figure 23-2.
  • Figure 23-4 is an enlarged view of M at the state of the multi-spray nozzle of the adjustable nozzle of Figure 23-3.
  • Figure 23-5 is an enlarged view of M of the adjustable nozzle of Figure 23-3 in the state of a single water jet.
  • Figure 24 is a perspective view showing the structure of a visible tooth irrigator with a water injection port of the present invention.
  • Figure 25 is a schematic view showing the structure of the visible tooth irrigator of the present invention and the display by wire connection.
  • Figure 26 is a schematic view showing the structure of the visual dental irrigator of the present invention and the display by wireless connection.
  • Figure 27 is a schematic view showing the structure of a visible tooth irrigator for an electric air compressor according to the present invention.
  • Figure 27-1 is an exploded view of Figure 27.
  • Figure 28 is a perspective view showing the structure of a visual dental irrigator including a submersible pump of the present invention.
  • 28-1 is a schematic perspective view of the back side of FIG. 28.
  • Figure 29 is a schematic view showing the structure of a visual dental irrigator including a submersible pump of the present invention.
  • Figure 29-1 shows the exploded view of Figure 29.
  • Figure 30 is a schematic view showing the structure of a visible tooth irrigator including a water pump of the present invention.
  • Figure 30-1 is an exploded view of Figure 30.
  • Figure 31 is a multifunctional visual tooth irrigator of the present invention comprising an interdental brush.
  • Fig. 31-1 is an enlarged view of N of Fig. 31.
  • Figure 31-2 is a schematic view showing the structure of the interdental brush when it is removed from the multifunctional visual tooth washer of the present invention.
  • Figure 32 is a multi-functional visual tooth rinser of the present invention containing floss.
  • Figure 32-1 is an enlarged view of the portion O of Figure 32.
  • Figure 32-2 is a schematic view showing the structure of the floss when it is removed from the multifunctional visual tooth washer of the present invention.
  • Figure 33 is a multifunctional visual tooth rinser of the present invention containing a toothbrush.
  • Fig. 33-1 is an enlarged view of P at Fig. 33.
  • Figure 33-2 is a schematic view showing the structure of the toothbrush when it is removed from the multifunctional visual tooth washer of the present invention.
  • Figure 34 is a multifunctional visual tooth rinser of the present invention containing an oral forceps.
  • Fig. 34-1 is an enlarged view of the position Q of Fig. 34.
  • Figure 34-2 is a schematic view showing the structure of the oral forceps when it is removed from the multifunctional visual tooth washer of the present invention.
  • Figure 35 is a schematic view showing the structure of the multifunctional visual tooth irrigator of the present invention connected to the display by wire.
  • Figure 36 is a schematic view showing the structure of the multifunctional visual tooth irrigator of the present invention and the display by wireless connection.
  • Figure 37 is a schematic view showing the structure of a collapsible visual tooth irrigator of the present invention.
  • Figure 37-1 is a schematic view showing the structure of the visible tooth irrigator of the present invention in a folded state.
  • Figure 37-2 is a perspective view showing the structure of the visible tooth irrigator of the present invention in an unfolded state.
  • Figure 38 is a schematic view showing the structure of a detachable visible tooth irrigator of the present invention.
  • 38-1 is an enlarged view of R of Fig. 38.
  • Figure 38-2 is a schematic view showing the structure of the visible tooth irrigator of the present invention in a disassembled state.
  • Figure 38-3 is an exploded view of Figure 21.
  • Figure 39 is a perspective view showing the structure of a visible toothbrush of the present invention.
  • Figure 39-1 is an enlarged view of the S area of Figure 39.
  • Figure 39-2 is a perspective view showing the structure of the visible toothbrush of the present invention when the toothbrush and the oral cavity are separated.
  • Figure 39-3 is an enlarged view of the T area of Figure 39-2.
  • Figure 40 is a schematic view showing the structure of the toothbrush.
  • 40-1 is a schematic front perspective view of FIG.
  • 40-2 is a schematic view showing the structure of the brush head and the mount of the toothbrush of FIG. 40 in a bottom view.
  • Figure 41 is a perspective view showing the structure of a visible toothbrush of the present invention with one bristles.
  • 41-1 is an enlarged view of the U area of FIG. 41.
  • FIG. 41-2 is a schematic perspective view showing the waterproof lens of FIG. 41 removed.
  • Figure 41-3 is an enlarged view of the V area of Figure 41-2.
  • Figure 42 is a schematic view showing the structure of the visible toothbrush of the present invention when it is wirelessly connected to the display.
  • 42-1 is a schematic view showing the structure of the visible toothbrush of the present invention when it is wirelessly connected to the display.
  • Figure 43 is a schematic view showing the structure of the visible toothbrush of the present invention when it is connected by wire.
  • Figure 44 is a schematic view showing the structure of a detachable visible interdental brush of the present invention.
  • Figure 44-1 is a schematic view showing the structure of the detachable interdental brush of Figure 44 when the slider is advanced to cause the interdental brush to extend.
  • FIG. 1-2 is a schematic structural view of the detachable visible interdental brush of FIG. 44 when the positioning mechanism is retracted to cause the positioning block and the positioning slot to be unlocked.
  • 44-3 is a schematic view showing the structure of the detachable interdental brush of the detachable interdental brush of FIG. 44 completely separated from the oral observer.
  • Figure 45 is a top plan view of the detachable visible interdental brush of the present invention.
  • 45-1 is a cross-sectional view taken along line W-W of Fig. 45.
  • Figure 45-2 is a cross-sectional view taken along the line X-X of Figure 45-1.
  • 45-3 is a Y-Y cross-sectional view of Fig. 45-1.
  • Figure 46 is a plan view of the detachable visible interdental brush attachment mechanism of the present invention with the positioning block and the positioning slot unlocked.
  • Figure 46-1 is a cross-sectional view taken along line Z-Z of Figure 46.
  • Figure 47 is a schematic view showing the structure of the built-in interdental brush of the detachable visible interdental brush of the present invention.
  • Fig. 47-1 is a schematic perspective view showing the built-in interdental brush of the detachable visible interdental brush of the present invention in a plan view.
  • Figure 47-2 is a perspective view showing the internal structure of the detachable interdental brush of the detachable interdental brush of the present invention.
  • Figure 47-3 is an exploded view of Figure 47-1.
  • Figure 47-4 is an exploded view of Figure 47-3.
  • Figure 48 is a schematic view showing the operation of the detachable visible interdental brush of the present invention when it is wiredly connected to the display.
  • Figure 49 is a schematic view showing the operation of the detachable visible interdental brush of the present invention when it is wirelessly connected to the display.
  • Figure 50 is a schematic view showing the structure of the detachable visible interdental brush of the present invention including the curved positioning hook type positioning block.
  • Figure 50-1 is a schematic view showing the structure of the detachable interdental brush of Figure 50 when the slider is advanced to cause the interdental brush to extend.
  • Figure 50-2 is a schematic view showing the structure of the detachable visible interdental brush of Figure 50 when the positioning mechanism is retracted to cause the positioning block and the positioning slot to be unlocked.
  • Figure 50-3 is a schematic view showing the structure of the detachable interdental brush of the detachable interdental brush of Figure 50 completely separated from the oral observer.
  • Figure 51 is a front elevational view of Figure 50-2.
  • Figure 51-1 is a cross-sectional view taken along line a-a of Figure 51.
  • Figure 51-2 is a cross-sectional view taken along line b-b of Figure 51.
  • Figure 52 is a front elevational view of Figure 50.
  • Figure 52-1 is a cross-sectional view taken along line c-c of Figure 52.
  • Figure 53 is a perspective view showing the structure of the built-in interdental brush of the detachable visible interdental brush of Figure 50 in a plan view.
  • Fig. 53-1 is a perspective view showing the internal structure of the built-in interdental brush of Fig. 53 in a bottom view.
  • Figure 53-2 is an exploded view of Figure 53.
  • Figure 53-3 is an exploded view of Figure 53-1.
  • Figure 53-4 is an exploded view of Figure 53-2.
  • Figure 53-5 is an exploded view of Figure 53-3.
  • Figure 54 is a schematic view showing the structure of the detachable visible interdental brush of the present invention including a connecting annular positioning block.
  • Figure 54-1 is a schematic view showing the structure of the detachable visible interdental brush of the present invention including the hoop arm-shaped positioning block.
  • 100 is a dental floss
  • 200 is an oral observation instrument
  • 300 is a connection mechanism
  • 400 is an oral forceps
  • 500 is a dental irrigator
  • 600 is a toothbrush
  • 700 is an interdental brush
  • 901 is a visible dental floss of the present invention
  • 902 is The visible oral forceps of the invention
  • 903 is a visible tooth rinser of the present invention
  • 904 is a visible toothbrush of the present invention
  • 905 is a detachable visible interdental brush of the present invention.
  • 13-1 is the through hole in the mount
  • 13-2 is the positioning groove
  • 13-3 is the thread.
  • 200-1 is the front end of the oral observation apparatus, and 200-2 is the main body of the oral observation apparatus.
  • 211 is a fixing mechanism
  • 211-2 is a chute
  • 211-21-1 is a positioning convex step
  • 212 is a positioning end.
  • 21 is the housing
  • 22 is the power supply system
  • 23 is the illumination system
  • 24 is the observation system
  • 25 is the circuit system
  • 26 is the switch.
  • 21-1 is the head of the housing
  • 21-2 is the supporting rib
  • 21-3 is the mounting groove of the oral forceps
  • 21-4 is the sealing device.
  • 22-1 is a supercharger
  • 22-2 is a power source
  • 22-3 is a connector.
  • 24-1 is the camera system.
  • 25-1 is the circuit at the front end of the oral observer
  • 25-2 is the circuit of the main body of the oral observer
  • 25-3 is the sealed charging interface
  • 25-1-1 is the interface of the front end circuit
  • 25-2-1 is the main body The interface of the circuit.
  • 26-1 is a status light.
  • 21-2-1 is a chute located outside the supporting ribs; 21-4-0 is a sealing groove, 21-4-1 is a sealing ring, 21-4-2 is a pressure plate, and 21-4-3 is a sliding plate. 21-4-4 is the slide positioning groove.
  • 24-1-1 is the camera
  • 24-1-2 is the data processing and output system
  • 24-1-3 is the display.
  • 24-1-31 is a smart phone
  • 24-1-32 is a computer
  • 24-1-33 is a liquid crystal display/television
  • 24-1-34 is a tablet computer.
  • 30 is a slide bar
  • 31 is a positioning hook
  • 31-1 is a left positioning hook
  • 31-2 is a right positioning hook
  • 32 is a positioning block
  • 33 is a threaded connection mechanism
  • 34 is a non-slip embossing
  • 35 is a positioning groove
  • 36 For the card block.
  • 32-1 is an inverted T-shaped positioning block
  • 32-2 is an arc-shaped positioning hook
  • 32-3 is a connecting ring
  • 32-4 is a embracing arm
  • 32-2-1 is a positioning groove.
  • ⁇ is the angle between the floss and the centerline of the head of the housing of the oral viewer.
  • 41 is a clamp head
  • 42 is an open/close mechanism
  • 43 is a mount.
  • 41-1 is the left arm of the clamp head
  • 41-2 is the right arm of the clamp head
  • 41-3 is the engagement tooth on the clamp head
  • 41-4 is the bending curvature of the clamp head
  • 41-5 is the pin.
  • 41-1-1 is the left arm link and 41-2-1 is the right arm link.
  • 42-1-1 is the slider on the putter.
  • 42-1-21 is the chute on the push block
  • 42-1-22 is the slider on the push block.
  • 42-2 is a sleeve.
  • 43-2 is a chute.
  • 500-1 is the front end of the dental irrigator and 500-2 is the main body of the dental irrigator.
  • 903-1 is the front end of the visible dental irrigator of the present invention
  • 903-2 is the main body of the visible tooth irrigator of the present invention
  • 903-3 is a detachable connecting mechanism
  • 903-4 is a foldable connecting mechanism.
  • 903-3-1 is a connection fixing mechanism
  • 903-3-2 is an electric joint
  • 903-3-3 is a water joint.
  • 903-3-11 is the inner screw
  • 903-3-12 is the turning block
  • 903-3-13 is the connecting component
  • 903-3-14 is the outer nut
  • 903-3-111 is the mounting groove
  • 903-3- 112 is a positioning groove
  • 903-3-121 is a positioning convex step
  • 903-3-122 is a groove
  • 903-3-123 is a convex step
  • 903-3-131 is a limit convex step
  • 903-3- 132 is an electrical connector
  • 903-3-133 is a water pipe
  • 903-3-141 is a joint platform.
  • 903-4-1 is the shaft, and 903-4-2 is the shaft hole.
  • 51 is a nozzle
  • 52 is a spray gun
  • 53 is a control switch
  • 54 is a pressure vessel
  • 55 is a connecting pipe
  • 56 is a connecting head
  • 57 is a base.
  • 51-1 is the nozzle regulating valve, 51-2 is the bending curvature of the nozzle; 51-1-1 is the water outlet, and 51-1-2 is the regulating vertebral body.
  • 52-1 is the fluid passage of the spray gun
  • 52-2 is the housing of the spray gun
  • 52-3 is the mount of the spray gun.
  • 53-1 is the return spring of the control switch, and 53-2 is the water inlet.
  • 54-1 is the pressure device of the pressure vessel
  • 54-2 is the housing of the pressure vessel
  • 54-3 is the fluid accommodation space of the pressure vessel
  • 54-4 is the water injection port of the pressure vessel
  • 54-41 is the interface of the water injection port
  • 54-42 is the sealing cover of the water inlet
  • 54-5 is the partition
  • 54-6 is the installation compartment.
  • 54-2-1 is the air inlet
  • 54-2-2 is the positioning seat
  • 54-2-3 is the upper cover.
  • 54-5-1 is a vent hole
  • 54-5-2 is a drain hole
  • 54-5-3 is a drain hole.
  • 55-1 is the drain of the front end of the dental irrigator, 55-2 is the drain of the main body of the dental irrigator; 55-1-1 is the interface of the front drain, and 55-2-1 is the interface of the main drain.
  • 57-1 is the lower cover and 57-2 is the mounting groove.
  • 541 is a manual booster.
  • 541-1 is the front check valve
  • 541-2 is the rear check valve
  • 541-3 is the valve cylinder
  • 541-4 is the piston
  • 541-5 is the push rod
  • 541-6 is the core rod.
  • 541-1-1 is the front return spring
  • 541-1-2 is the front stop
  • 541-1-3 is the front seal
  • 541-2-1 is the rear return spring
  • 541-2-2 is the rear stop
  • 541-2-3 is the rear seal.
  • 541-2-21 is the through hole on the rear stop.
  • 542 is an electric supercharging device.
  • 542-1 is an electric air booster and 542-2 is an electric water booster.
  • 542-51 is an electric air compressor
  • 542-51-1 is the air inlet
  • 542-51-2 is the air tube
  • 542-51-21 is the air inlet
  • 542-51-22 is the elbow
  • 542-51- 23 is a straight pipe
  • 542-51-3 is an air compressor.
  • 542-21 is a submersible pump
  • 542-21-1 is a submersible pump inlet system
  • 542-21-51 is a water inlet
  • 542-21-2 is a submersible pump supercharging system
  • 542-21-3 is a submersible pump drainage system.
  • 542-21-31 is the water outlet.
  • 542-22 is a water pump
  • 542-22-1 is a pumping system
  • 542-22-51 is a pumping port
  • 542-22-2 is a vacuum suction system
  • 542-22-3 is a pumping system
  • 542-22-31 For the water outlet.
  • 61 is a brush head
  • 62 is a brush bar
  • 63 is a mount.
  • 61-1 is the bristles, and 61-4 is the bending curvature of the brush head.
  • 32 is a positioning block on the mount, and 63-2 is a chute.
  • ⁇ is the angle between the brush head and the brush bar.
  • 701 is a built-in interdental brush
  • 71 is a brush body
  • 71-1 is an interdental brush working part
  • 71-2 is an interdental brush connecting body
  • 71-1-1 is a brush head.
  • 72 is the delivery device, 72-1 is the guiding head, 72-1-1 is the elbow, 72-1-2 is the elbow outlet; 72-2 is the sliding mechanism, 72-2-1 is connected with the interdental brush
  • the connecting mechanism, 72-2-2 is a slider, 72-2-21 is a bow-shaped housing of the slider, and 72-2-22 is a guiding block inside the arcuate housing.
  • the multifunctional visual oral cleansing device of the present invention comprises visible floss, and/or visible oral forceps, and/or visible dental irrigators, and/or visible toothbrushes, and/or detachable visual interdental spaces Brush and other functions.
  • the floss, and/or the oral forceps, and/or the dental irrigator, and/or the toothbrush, and/or the interdental brush are coupled together by a connection mechanism and an oral viewer.
  • Embodiment 1 Concave-convex fit type of visible floss of the present invention
  • the visible floss 901 of the present embodiment includes a dental floss 100, an oral observation instrument 200, and a connection mechanism 300.
  • the dental floss 100 includes a wire 11, a bracket 12, and a mounting seat 13; two ends of the wire 11 of the dental floss 100 are respectively fixed on the left arm 12-1 and the right arm 12-2 of the bracket 12, respectively.
  • the bracket 12 is provided on the mount 13.
  • the oral scope 200 includes a housing 21, a power supply system 22, an illumination system 23, an observation system 24, a circuitry 25, and a switch 26; the illumination system 23, the viewing system 24, the circuitry 25, and the A power supply system 22 is mounted in the housing 21, the switch 26 is mounted on the housing 21; the illumination system 23, the viewing system 24, the power supply system 22, and The switches 26 are connected together.
  • the dental floss 100 is mounted on the oral cavity monitor 200 by the attachment mechanism 300.
  • the dental floss 100 is detachably coupled to the oral cavity observation device 200 by means of the connection mechanism 300 by means of a concave-convex card.
  • the mounting seat 13 of the dental floss 100 is provided with a through hole 13-1, and the head 21-1 of the housing of the oral observation apparatus 200 can be embedded in the through hole 13-1, referring to FIG. 2 2-1 and Figure 3 to Figure 3-2.
  • the line 11 of the floss 100 is within the field of view of the viewing system 24 of the oral view meter 200, with reference to FIG. In this way, the gap between the dental floss and the teeth can be clearly seen, and the cleaning and treatment of the dental sulcus can be conveniently performed under direct vision, and the cleaning effect of the dental sulcus can be observed in real time.
  • connection 300 is a separate component.
  • the connecting mechanism 300 includes a sliding bar 30, a positioning hook 31, a left positioning hook 31-1, a right positioning hook 31-2, a positioning block 32, and a non-slip ridge 34; 31.
  • the left positioning hook 31-1 and the right positioning hook 31-2 are disposed at the front end of the sliding bar 30, the positioning hook 31 is centered, and the left positioning hook 31-1 and the right positioning hook 31-2 are divided into two.
  • a positioning block 32 is located at a middle portion of the slide bar 30; the anti-slip ridge 34 is provided with a tail portion of the slide bar 30; and the positioning block 32 is mounted at a position of the housing 21 of the oral cavity monitor 200 In the slot 35, the block 36 of the housing 21 of the oral scope 200 is placed against the tail of the slider 30, and the connecting mechanism 300 is detachably mounted and fixed on the housing 21 of the oral scope 200.
  • the head 21-1 of the housing 21 of the oral scope 200 is embedded in the through hole 13-1 of the mounting seat of the dental floss 100, and the positioning hook 31 of the connecting mechanism 300 is embedded in the mounting seat In the positioning groove 13-2, the left positioning hook 31-1 and the right positioning hook 31-2 surround the head portion 21-1 of the housing 21 of the oral scope 200 from the left and right sides.
  • the positioning block 32 of the connecting mechanism 300 is first embedded in the positioning groove 35 of the housing 21 of the oral scope 200, and the sliding rod of the connecting mechanism 300 is slid forward. 30, until the block 36 of the housing 21 of the oral scope 200 bounces up against the tail of the slider 30, at this time, the left positioning hook 31-1 and the right positioning hook 31-2 are from left to right
  • the head portion 21-1 of the casing 21 of the oral observation apparatus 200 is hovered on both sides, and the connection mechanism 300 is attached and attached to the oral observation apparatus 200.
  • the anti-slip embossing 34 is disposed on the tail of the sliding bar 30 to increase friction and facilitate the attachment or detachment of the connecting mechanism 300.
  • the combination of the clamping block 36 and the left positioning hook 31-1, the right positioning hook 31-2, the positioning block 32 and the concave-convex card engagement of the positioning groove 35 can effectively connect the connecting mechanism 300 is securely attached to the oral view meter 200.
  • the head 21-1 of the housing 21 of the oral scope 200 is embedded in the through hole 13-1 of the mounting seat of the dental floss 100, and the floss 100 is pushed toward the connecting mechanism 300,
  • the positioning hook 31 of the connecting mechanism 300 is embedded in the positioning groove 13-2 of the mounting seat 13 to form a connection and a fixed.
  • pressing the top of the positioning hook 31 of the connecting mechanism 300 and retracting the floss 100 can release the concave-convex card engagement between the connecting mechanism 300 and the floss 100.
  • the slide bar 30 is forced back, the block 36 of the oral viewer 200 is depressed, and the positioning of the connecting mechanism 300 is performed.
  • the block 32 is withdrawn from the positioning slot 35 of the inlaid mouthpiece 200 until the connection of the attachment mechanism 300 and the oral scope 200 is completely removed.
  • the positioning block 32 of the connecting mechanism 300 adopts an inverted T-shaped structure
  • the bottom of the inverted T-shaped structure can form with the positioning groove 35.
  • the embossing card mating structure can effectively restrict the movement of the connecting mechanism 300 in the vertical direction, thereby preventing the connecting mechanism 300 and the oral finder 200 from being detached in the vertical direction during use.
  • the block 36 of the oral observation apparatus 200 is disposed at the rear end of the connection mechanism 300, and when the block 36 of the oral observation apparatus 200 is lifted up, due to the top position of the block 36 Above the height of the tail of the connecting mechanism 300, the connecting mechanism 300 can be effectively prevented from retreating, and only the connecting mechanism 300 can be retracted consciously, and the connecting mechanism 300 can be withdrawn along the guiding surface of the block 36. After being released from the oral cavity monitor 200, the dental floss 100 can be effectively prevented from being accidentally released from the oral cavity monitor 200 because the connecting mechanism 300 can be easily retracted.
  • the observation system 24 is an imaging system 24-1, and the camera system 24-1 includes a camera 24-1-1, a data processing and output system 24-1-2, a circuit system 25, and a power supply. System 22.
  • the data processed by the data processing and output system 24-1-2 of the camera system 24-1 can be displayed on the display 24-1-3 by means of a wired connection or a wireless connection, the display 24-1-3 including
  • the display 24-1-3 includes: a smartphone 24-1-1, or a computer 24-1-32, or a liquid crystal display/TV 24-3-1, or a tablet 24-1-34.
  • the illumination system 6 is disposed around the camera 24-1-1 and is typically illuminated by LED lights.
  • the oral observation apparatus 200 adopts a waterproof design including a sealing device 21-4 for sealing the charging interface 25-3;
  • the sealing device 21-4 includes a sealing ring 21-4-1 , the pressure plate 21-4-2 and the slide plate 21-4-3; the pressure plate 21-4-2 and the slide plate 21-4-3 can move relative to each other;
  • the seal ring 21-4-1 is installed in the In the sealing groove 21-4-0 of the tail portion of the casing 21, the pressing plate 21-4- is pressed against the sealing ring 21-4-1, and the sliding plate 21-4-3 is detachably pressed On the pressing plate 21-4-2; when the sliding plate 21-4-3 slides into the sliding plate positioning groove 35-4-4 at the tail of the casing 21, the sliding plate 21-4-3 presses the pressing plate 21 -4-2, the pressure plate 21-4-2 is pressed against the sealing ring 21-4-1 to form a seal; when the sliding plate 21-4-3 is pushed outward, the sliding plate 21-4-3 is from Slider positioning groove 35-4-4 at the tail of the housing 21
  • the sealing device 21-4 includes
  • the oral observation apparatus 200 adopts a waterproof design, when the oral observation apparatus 200 does not need to be charged, the slide plate 21-4-3 slides into the slide positioning groove 35-4-4, and the sealing ring 21- 4-1 forms a seal, and the oral cavity watch 200 has good waterproof performance at this time, and can be conveniently cleaned and cleaned.
  • the visible floss 901 of the invention has the advantages of convenient carrying, convenient assembly and flexible use.
  • Embodiment 2 Threaded type of visible floss of the present invention
  • the present embodiment is different from the first embodiment in that the connecting mechanism 300 in the present embodiment is a screw type connecting mechanism 33.
  • the mounting seat 13 of the dental floss 100 is provided with a thread 13-3, and the threaded connection mechanism 33 is matched with the thread 13-3, and is disposed on the housing of the oral cavity observation device 200.
  • the thread 13-3 of the floss 100 can be mounted on the threaded connection mechanism 33; rotating the floss 100 in the opposite direction, the The thread 13-3 of the floss 100 is removed from the threaded connection mechanism 33.
  • the thread 13-3 on the mounting seat 13 can be set to a screw or a screw type, and the threaded connection mechanism 33 of the connecting mechanism 300 is a corresponding nut; otherwise, the thread 13 on the mounting seat 13
  • the -3 can be set to a nut type, and the screw-type connection mechanism 33 of the connection mechanism 300 is a corresponding screw or screw.
  • Rotating the thread 13-3 of the floss 100 can adjust the angle ⁇ between the line 11 of the floss 100 and the center line of the head 21-1 of the housing of the oral view meter 200.
  • the angle ⁇ can be adjusted in time according to the angle of the teeth of different parts, and the dental floss can be easily entered into the teeth to clean the teeth.
  • the thread structure is adopted in the embodiment, and of course, other passive mechanical structures such as a concave-convex card fit structure or a moderate interference fit structure may be used, or Active electric control of the motor drive, etc. to achieve the adjustment of the angle ⁇ .
  • the thread 11 of the floss 100 and the center line of the head 21-1 of the casing of the oral observation apparatus 200 can be adjusted by rotating the thread 13-3.
  • the angle ⁇ of the angle can be adjusted according to the angle of the teeth of different parts in time, and the angle ⁇ can be adjusted in time to better adapt to different angles of the teeth, and the use process is more convenient.
  • connection mechanism 300 can be a separate component, respectively.
  • the floss 100 is coupled to the oral cavity monitor 200 to connect the dental floss 100 and the oral cavity monitor 200 as a single unit.
  • the connecting mechanism 300 can also be integrally formed with the dental floss 100 or the oral cavity monitor 200, and then connected to the oral cavity viewer 200 or the dental floss 100 to form an integral body. Therefore, the connection mechanism 300 only needs to be able to achieve a detachable mechanical connection with one of the dental floss 100 or the oral cavity monitor 200 to achieve between the dental floss 100 and the oral cavity viewer 200. Removable connection.
  • connection mechanism 300 of the connection type of the embossing card and the screw connection is specifically disclosed, and the mechanical connection mechanism may also be a chute connection, or a pin connection, or a key connection, or a screw connection, Or a buckle connection, or a hook connection, or an interference fit connection, and the like.
  • the mechanical connection mechanism may also be a chute connection, or a pin connection, or a key connection, or a screw connection, Or a buckle connection, or a hook connection, or an interference fit connection, and the like.
  • those skilled in the art can select other mechanical connections without departing from the scope of the present application.
  • the dental floss 100 and the oral cavity monitor 200 may also be non-detachably connected together by the connecting mechanism 300 to form a unit.
  • the connecting mechanism 300 may also be non-detachably connected together by the connecting mechanism 300 to form a unit.
  • Corresponding structures are not specifically described in the embodiments of the present application, but they do not depart from the scope of the present application.
  • Embodiment 3 Sleeve slider type visual oral forceps of the present invention
  • the visual oral forceps 902 of the present embodiment includes an oral forceps 400, an oral observation apparatus 200, and a connection mechanism 300.
  • the oral forceps 400 includes a forceps head 41, an opening/closing mechanism 42, and a mounting seat 43.
  • the jaw 41 of the oral forceps 400 includes a left arm 41-1 and a right arm 41-2, and an anastomotic clamping structure is formed between the left arm 41-1 and the right arm 41-2. Holds foreign matter such as food residue or fishbone.
  • the opening/closing mechanism 42 capable of controlling the closing or opening movement of the jaw 41 is provided on the mount 43.
  • the jaw 41 of the oral forceps 400 is made of an elastic material, and the jaw 41 is kept open when there is no external force; the rear end of the jaw 41 is fixed to the mounting seat 43.
  • the rear end movement, the jaw 41 is opened by the left arm 41-1 and the right arm 41-2 of the jaw 41 under the action of the elastic force.
  • the elastic material is manufactured by using a medical elastic material, including but not limited to: an elastic polymer material, an elastic metal material, a metal-plastic composite elastic material, and the like; for example, a polyurethane material (PU), a polypropylene material (PP), an elastic stainless steel, Shape memory metal, etc.
  • a medical elastic material including but not limited to: an elastic polymer material, an elastic metal material, a metal-plastic composite elastic material, and the like; for example, a polyurethane material (PU), a polypropylene material (PP), an elastic stainless steel, Shape memory metal, etc.
  • the jaw 41 of the oral forceps 400 of the present embodiment is made of an elastic medical stainless steel or a titanium nickel shape memory alloy.
  • the jaws 41 of the oral forceps 400 are provided with engaging teeth 41-3 that are matched with each other to increase the bite force.
  • the mounting seat 43 of the oral forceps 400 is provided with a positioning block 32 for connection with the oral cavity monitor 200.
  • the jaw 41 of the present invention is first manufactured in accordance with a general processing technique of a titanium-nickel shape memory alloy. Then, the tail portion of the jaw 41 is fixed in the mount 43 in accordance with a general process of a metal-plastic overmold so that the left arm 41-1 and the right arm 41-2 of the jaw 41 are exposed. The front end of the mount 43 is kept open when there is no external force.
  • the mounting seat 43 is provided with a sliding slot 43-2, and the sliding slot 43-2 forms a sliding fit with the slider 42-1-1 on the push rod 42-1 of the opening/closing mechanism 42.
  • the slider 42-1-1 can slide along the chute 43-2.
  • the mounting seat 43 is provided with a positioning block 32, which can be embedded in the positioning groove 35 of the housing 21 of the oral observation apparatus 200; the mounting seat 43 can be embedded in the oral cavity of the housing 21. In the jaw mounting groove 21-3, the tail portion of the mounting seat 43 is held by the block 36 of the housing 21 of the oral scope 200 and fixed.
  • the opening/closing mechanism 42 is made of plastic and can be injection molded in accordance with a general plastic process.
  • the opening/closing mechanism 42 includes a push rod 42-1 and a sleeve 42-2.
  • a hole 42-2-1 is provided in the sleeve 42-2, and the jaw 41 can pass through the hole 42-2-1.
  • the rear end of the push rod 42-1 is provided with a push block 42-1-2, which facilitates moving the open/close mechanism 42 back and forth with a finger.
  • a sliding slot 42-1-21 is disposed on the push block 42-1-2, and the sliding slot 42-1-21 can be matched with the supporting rib 21-2 on the housing 21 of the oral observation apparatus 200. .
  • the inner side of the sliding slot 42-1-21 is provided with a slider 42-1-22, and the slider 42-1-22 can be embedded in the supporting rib 21-2 of the housing 21 of the oral observation apparatus 200.
  • the positioning chute 21-2-1 in the outer side slides back and forth along the positioning chute 21-2-1.
  • the left arm 41-1 and the right arm 41-2 of the front end of the jaw 41 are gathered, and the front end of the jaw 41 is passed through the through hole 42-2-1 of the sleeve 42-2. And sliding the slider 42-1-1 along the sliding slot 43-2, and mounting the opening/closing mechanism 42 on the mounting seat 43, that is, completing the oral forceps 400 Assembly.
  • the oral scope 200 includes a housing 21, a power supply system 22, an illumination system 23, an observation system 24, a circuit system 25, and a switch 26; the illumination system 23.
  • the observation system 24, the The circuit system 25 and the power supply system 22 are mounted in the housing 21, and the switch 26 is mounted on the housing 21; the illumination system 23, the observation system 24 is passed through the circuit system 25.
  • the power system 22 and the switch 26 are connected together.
  • the observation system 24 is an imaging system 24-1.
  • the imaging system 24-1 includes a camera 24-1-1, a data processing and output system 24-1-2, a circuit system 25, and a power system 22.
  • the video data outputted by the data processing and output system 24-1-2 of the camera system 24-1 can be displayed on the display 24-1-3 by means of a wired connection or a wireless connection.
  • the display 24-1-3 includes a display of a smartphone 24-1-1, or a computer 24-1-32, or a liquid crystal display 24-3-1, or a television 24-1-34.
  • the illumination system 23 is provided at the periphery of the camera 24-1-1. In order to increase the illumination, more LED lights can also be placed on the housing 21 of the oral view meter 200 for adjusting the illumination brightness.
  • the oral viewer 200 is waterproof in design to facilitate cleaning and handling.
  • the oral forceps 400 is mounted on the oral cavity monitor 200 by the attachment mechanism 300 such that the forceps head 41 is conveniently viewable within the field of view of the viewing system 24 of the oral cavity viewer 200.
  • the housing 21 of the oral observation apparatus 200 is provided with a positioning groove 35 and a block 36.
  • the positioning block 32 of the oral forceps 400 can be embedded in the positioning groove 35, and the block 36 can block the oral cavity.
  • the mounting seat 43 of the clamp 400 slides backward; the coordination function of the positioning block 32, the positioning groove 35 and the block 36 constitutes the connecting mechanism 300; the positioning block 32 cooperates with the positioning groove 35, The movement of the oral forceps 400 on the housing 21 of the oral cavity monitor 200 in the up and down direction and the left and right direction is limited.
  • the block 36 is placed at the tail of the mounting seat 43 such that the mounting seat 43 is embedded in the mounting groove 21-3 of the mounting seat 43 to limit the movement of the oral forceps 400 in the front-rear direction, that is,
  • the oral forceps 400 can be mounted and secured to the housing 21 of the oral view meter 200. Depressing the block 36, releasing the restriction of the block 36 on the tail of the mounting seat 43, the mounting seat 43 can be withdrawn backward, and the oral forceps 400 is taken from the oral cavity watch 200 Remove it on the top.
  • the jaw 41 of the oral forceps 400 has a curved curvature 41-4 that meets the requirements of the human oral cavity, facilitating the gripping of foreign objects, with reference to FIGS. 14 and 15.
  • Example 4 The hinge type visual oral forceps of the present invention
  • the jaw 41 of the oral forceps 400 adopts a hinge structure, and the pin 41-5 is provided.
  • the pin 41-5 has four edges and is ribbed. Shape distribution.
  • the left arm 41-1 and the right arm 41-2 of the caliper head 41 are movably mounted on the sleeve 42-2 through the pin 41-5 at the front end; the sleeve 42-2 is disposed at the
  • the mounting seat 43 is detachably coupled to the oral scope 200 by the connecting mechanism 300.
  • the rear end of the left arm 41-1 of the jaw 41 and the rear end of the right arm 41-2 pass through the pin 41-5 on the left and right sides, and the left arm link 41-1-1 and the right arm link, respectively.
  • the step of the hinge-type visual oral forceps 400 of the present embodiment which is detachably mounted to the housing 21 of the oral observation apparatus 200 by the connecting mechanism 300, is substantially the same as that of Embodiment 1, and details are not described herein again.
  • the design of the opening/closing mechanism 42 of the oral forceps 400 includes, but is not limited to, a sleeve slide open/close mechanism, or a hinge opening/closing mechanism, or a lever adjustment opening/closing mechanism, or a button adjustment opening/closing mechanism. a mechanism, or a spring adjustment opening/closing mechanism, or a push-pull adjustment opening/closing mechanism, or a rotation adjustment opening/closing mechanism, etc., and those skilled in the art can perform various specific embodiments according to the technical solutions disclosed by the present invention. Product design without departing from the scope of this patent.
  • connection mechanism 300 is a detachable mechanical connection mechanism; it can be a separate component, can be disposed on the oral forceps 400, or on the oral cavity monitor 200; or the detachable mechanical connection mechanism One portion is disposed on the oral forceps 400 and the other portion is disposed on the oral cavity monitor 200 to form a combined mechanical connection mechanism.
  • the mechanical connection mechanism includes: a concave-convex card mating connection, or a chute connection, or a pin connection, or a key connection, or a screw connection, or a screw connection, or a buckle connection, or a hook connection, or an interference fit connection, etc.
  • the visual oral forceps 902 of the present invention includes an oral forceps 400, an oral view meter 200, and a connection mechanism 300.
  • the oral forceps 400 includes a forceps head 41, an opening/closing mechanism 42, and a mounting seat 43;
  • the jaw 41 of the oral forceps 400 includes a left arm 41-1 and a right arm 41-2, and the left arm 41-
  • the oral forceps 400 and the oral cavity monitor 200 are detachably coupled together by the attachment mechanism 300.
  • the oral observation apparatus 200 includes the illumination system 23, the observation system 24, and the observed video can be transmitted to a display such as a mobile phone in a wired or wireless manner
  • the visible oral forceps 902 of the present invention can be used in Directly, the food residue such as food residue or fishbone in the mouth can be taken out from the oral cavity safely and conveniently. Not only the removal process can be observed, but also the effect after removal can be observed, and photographed or photographed for recording.
  • Example 5 Visual dental irrigator of the present invention
  • the visible tooth irrigator 903 of the present embodiment includes a dental irrigator 500, an oral scope 200, and a connection mechanism 300.
  • the dental irrigator 500 includes a spray head 51, a spray gun 52, a control switch 53, a pressure vessel 54, a connecting tube 55, and a coupling head 56.
  • the spray head 51 is disposed at a front end of the spray gun 52; the control switch 53 capable of controlling fluid in the spray gun 52 is disposed on the spray gun 52; the fluid in the pressure vessel 54 passes through the connecting pipe 55 and the The connector 56 is coupled to the lance 52.
  • the oral scope 200 includes a housing 21, a power supply system 22, an illumination system 23, an observation system 24, a circuitry 25, and a switch 26; the illumination system 23, the viewing system 24, the circuitry 25, and the A power supply system 22 is mounted in the housing 21, the switch 26 is mounted on the housing 21; the illumination system 23, the viewing system 24, the power supply system 22, and The switches 26 are connected together.
  • the dental irrigator 500 is mounted on the oral scope 200 by the attachment mechanism 300.
  • the spray head 51 is within the field of view of the viewing system 24 of the oral view meter 200. Therefore, during the use process, the cleaning effect of the parts to be cleaned can be observed in real time, and the use process is more convenient.
  • the head 51 of the dental irrigator 500 has a curved curvature 51-2 that meets the requirements of the human oral cavity.
  • the bending curvature 51-2 allows the head 51 to smoothly reach the position of the molars, and the use process is more comfortable.
  • the control switch 53 adopts a sleeve slider opening/closing mechanism, and the control switch 53 includes a return spring 53-1 and a water inlet 53-2.
  • the control switch 53 When the control switch 53 is pushed in distally, the return spring 53-1 is pressed
  • the water inlet 53-2 is in an on state, and the water stored in the pressure vessel 54 enters the spray gun 52 through the water inlet 53-2 under the action of pressure, and is sprayed from the spray head 51. Out, clean teeth and mouth.
  • the control switch 53 is loosened, the control switch 53 is moved to the proximal end by the elastic force of the return spring 53-1, the water inlet 53-2 is in a closed state, and the head 51 of the spray gun 52 is closed. Do not spray water.
  • the control switch 53 of the dental irrigator 500 may also be a button adjustment on/off mechanism, or a rotation adjustment on/off mechanism, or an electromagnetic control switch or the like.
  • a button adjustment on/off mechanism or a rotation adjustment on/off mechanism, or an electromagnetic control switch or the like.
  • the spray gun 52 of the dental irrigator 500 includes a flow passage 52-1 through which a fluid can pass, a housing 52-2, and a mount 52-3; the flow passage 52-1 is inside the housing 52-2; The mounting seat 52-3 is disposed on the housing 52-2, and the mounting seat 52-3 includes a positioning block 32 connectable to the oral cavity viewer 200.
  • connection mechanism 300 is a detachable mechanical connection mechanism; it can be a separate component, can be disposed on the dental irrigator 500, or on the oral cavity monitor 200; or the detachable mechanical connection mechanism One portion is disposed on the dental irrigator 500 and another portion is disposed on the oral cavity monitor 200 to form a combined mechanical linkage.
  • the mechanical connection mechanism is a concave-convex card mating connection
  • the mechanical connection mechanism may also be a chute connection, or a pin connection, or a key connection, or a screw connection, or a screw connection, or a buckle connection, or a hook Connection, or interference fit connection, etc.
  • the housing 21 of the oral observation apparatus 200 is provided with a positioning groove 35 and a clamping block 36 that can be connected to the spray gun 52.
  • the positioning block 32 on the spray gun 52 can be embedded in the positioning.
  • the block 36 can prevent the mounting seat 52-3 of the spray gun 52 from sliding backward; the coordination function of the positioning block 32, the positioning groove 35 and the block 36 constitutes the connecting mechanism 300.
  • the observation system 24 is an imaging system 24-1, which includes a camera 24-1-1, a data processing and output system 24-1-2, a circuit system 25, and a power system. twenty two.
  • the video data outputted by the data processing and output system 24-1-2 of the camera system 24-1 can be displayed on the display 24-1-3 by means of a wired connection or a wireless connection.
  • the display 24-1-3 includes: a smartphone 24-1-1, or a computer 24-1-32, or a liquid crystal display 24-3-1, or a television 24--1-34.
  • the illumination system 23 is provided at the periphery of the camera 24-1-1. In order to increase the illumination, it is also possible to More LED lights are placed on the housing 21 of the scope 200 for adjusting the brightness of the illumination.
  • the oral viewer 200 is waterproof in design to facilitate cleaning and handling.
  • the pressure vessel 54 of the dental irrigator 500 includes a pressurizing device 54-1, a housing 54-2, and a fluid accommodating space 54-3; the pressurizing device 54 capable of increasing the pressure of the fluid accommodating space 54-3- 1 is mounted on the housing 54-2.
  • the pressure vessel 54 of the dental irrigator 500 can be mounted at the proximal end of the oral scope 200.
  • the pressure vessel 54 is detachably mounted at the proximal end of the oral cavity monitor 200 for ease of installation. After use, it can be removed from the proximal end of the oral observation instrument 200, conveniently stored and carried.
  • Other designs may be made by those skilled in the art in accordance with the teachings of the present invention to mount the pressure vessel 54 to other portions of the oral cavity monitor 200, such as the middle portion of the oral cavity viewer 200, or The side of the oral cavity monitor 200, or integrated with the spray gun 52, does not depart from the scope of protection of this patent.
  • the supercharging device 54-1 is a mechanical supercharging device or an electric supercharging device.
  • the mechanical supercharging device usually requires manual supercharging; and the electric supercharging device can automatically increase and keep the pressure stable after the power switch is turned on.
  • Other designs may be made by those skilled in the art in accordance with the technical solutions disclosed herein without departing from the scope of the invention.
  • the supercharging device 54-1 is a manual supercharging device 541;
  • the manual supercharging device 541 includes a front check valve 541-1, a rear check valve 541-2, and a valve cylinder 541-3.
  • the front check valve 541-1, the rear check valve 541-2, the piston 541-4, and the core rod 541 -6 is installed in the valve cylinder 541-3;
  • the front end of the push rod 541-5 is provided with the piston 541-4, and the front check valve 541-1 is disposed on the core rod 541-6 a distal end, the rear check valve (541-2) is disposed at a proximal end of the core rod 541-6;
  • the push rod 541-5 is capable of pushing the piston 541-4 at the valve cylinder 541-3 Reciprocating motion; when the push rod 541-5 is stretched outward, the front check valve 541-1 is in a closed state, and fluid in the fluid receiving space 54-3 of the pressure vessel
  • the front check valve 541-1 Under the action of the pressure, the front check valve 541-1 is in an open state, and the fluid compressed in the valve cylinder 541-3 enters the fluid receiving space 54-3 through the front check valve 541-1; By circulating in this manner, the pressure in the fluid accommodating space 54-3 of the pressure vessel 54 can be continuously increased.
  • the front check valve 541-1 includes a front return spring 541-11-1, a front stop 541-41-2, and a front seal ring 541-1-1-3, and the front return spring 541-1-1 is in abutment
  • the distal end of the front stopper 541-11-2 is disposed at a proximal end of the front stopper 541-11-2;
  • the rear check valve 541-2 is included Reset spring 541-2-1, rear stop 541-2-2 And a rear sealing ring 541-2-3, the rear return spring 541-4-1 is at the distal end of the rear stopper 541-2-2, and the rear sealing ring 541-2-3 is disposed at the The proximal end of the rear block 541-2-2;
  • the rear block 541-2-2 is provided with a through hole 541-2-21 through which a fluid can pass.
  • the spray gun 52 is first installed at the front of the oral cavity monitor 200; water is then added to the pressure vessel 54, and the pressure vessel 54 is then mounted at the proximal end of the oral cavity monitor 200;
  • the joint 56 connects the pressure vessel 54 with the lance 52 with the connecting tube 55, i.e., the work of mounting the dental irrigator 500 on the oral cavity monitor 200 is completed.
  • the water pressure is increased in the pressure vessel 54 by the pressurizing device 54-1.
  • the teeth or the teeth can be clearly seen on the display such as a mobile phone.
  • the control switch 53 is opened, and water is ejected from the head 51 of the lance 52, so that the teeth and the oral cavity can be cleaned under direct vision.
  • the visible tooth irrigator 903 of the present invention includes a dental irrigator 500, an oral scope 200, and a connection mechanism 300.
  • the dental irrigator 500 includes a spray head 51, a spray gun 52, a control switch 53, a pressure vessel 54, a connecting tube 55, and a connecting head 56; the spray head 51 is disposed at a front end of the spray gun 52; and the control switch 53 is disposed at the
  • the fluid in the pressure vessel 54 is connected to the spray gun 52 through the connecting pipe 55 and the connecting head 56.
  • the dental irrigator 500 is mounted on the oral scope 200 by the attachment mechanism 300.
  • the spray head 51 of the spray gun 52 is within the field of view of the viewing system 24 of the oral view meter 200.
  • the pressure vessel 54 of the dental irrigator 500 includes a pressurizing device 54-1, a housing 54-2, and a fluid receiving space 54-3.
  • the water pressure in the pressure vessel 54 is increased by the pressurizing device 54-1, the control switch 53 is opened, and water is ejected from the spray head 51 of the spray gun 52, so that the teeth and the oral cavity can be cleaned under direct vision, and Photograph and record the cleaning process.
  • the visible tooth irrigator 903 of the invention is convenient to use, can clearly observe the teeth, gums, crowns and oral mucosa, can observe the position of the food residue in real time, and clean the mouth under direct vision, and the use process is safe and convenient. .
  • Embodiment 6 Visual dental irrigator with regulating valve of the present invention
  • the difference between the embodiment and the embodiment 1 is that, in the embodiment, the nozzle 51 of the spray gun 52 of the dental irrigator 500 is provided with a shape and a speed capable of adjusting the discharge fluid.
  • Regulating valve 51-1 includes a small water outlet 51-1-1 and an adjusting vertebral body 51-1-2; the rotating vertebral body 51-1-2 can be adjusted by rotating the regulating valve 51-1 The gap between the water outlet 51-1-1 and the corresponding relationship, thereby adjusting the shape and flow rate of the jetted water column.
  • those skilled in the art can make other designs according to the technical solutions disclosed in the present invention without departing from the scope of protection of the patent.
  • the pressure vessel 54 of the dental irrigator 500 can also be provided with a water injection port 54-4; the water injection port 54-4
  • the housing 54-2 of the pressure vessel 54 is provided with an interface 54-41 and a sealing cover 54-42.
  • the distal end of the interface 54-41 is connected to the fluid receiving space 54-3 of the pressure vessel 54.
  • the sealing cover 54-42 is detachably mounted on the interface 54-41.
  • the water injection port 54-4 is added, and when the water in the pressure container 54 is used up, water can be conveniently injected into the pressure container 54 to perform tooth washing, see FIG.
  • Example 7 Visual dental irrigator with electric air compressor of the present invention
  • the present embodiment is different from the first embodiment in that, in the present embodiment, the supercharging device 54-1 is an electric supercharging device 542.
  • the electric supercharging device 542 is an air electric supercharging device 542-1
  • the air electric supercharging device 542-1 is an electric air compressor 542-51.
  • the electric air compressors 542-51 include an air inlet 542-51-1, an air tube 542-51-2, and a compressor 542-51-3, refer to FIG. 27-1.
  • a waterproof partition 54-5 is further disposed in the pressure vessel 54.
  • the waterproof partition 54-5 divides the pressure vessel 54 into two separate spaces, a fluid receiving space 54-3 and a mounting partition 54-6.
  • the baffle 54-5 is provided with a vent 54-5-1, and one end of the air tube 542-51-2 of the electric air compressor 542-51 is connected to the compressor 542-51-3, one end from After the vents 54-5-1 pass through, the inflation ports 542-51-21 are placed on the water surface.
  • the housing 54-2 at the mounting partition 54-6 is provided with an air inlet hole 54-2-1, so that when the electric air compressor 542-51 is in operation, it can be timely installed into the mounting compartment 54-6. Add air.
  • the power system 22 is configured to better operate the electric air compressors 542-51.
  • the power system 22 is provided with a boosting device 22-1, and the power source 22 of the power system 22 is provided.
  • a connecting seat 22-3 is provided between the -2 and the supercharging device 22-1, and the supercharging device 22-1 can pressurize the power supply system 22.
  • the dental irrigator 500 includes a base 57.
  • the pressurizing device 22-1 is mounted in the base 57, and the connecting seat 22-3 is mounted on the base 57 and connected to the power source 22-2.
  • the lower cover 57-1 of the base 57 is first removed, and then the positioning seat 54-2-2 at the bottom of the housing 54-2 is removed.
  • the elbows 542-51-22 of the inflation tube 542-51-2 are removed, and the straight tubes 542-51-23 of the inflation tube 542-51-2 are taken out from the vents 54-5-1. Passing through, the other end is connected to the compressor 542-51-3, and the compressor 542-51-3 is mounted and fixed on the positioning seat 54-2-2, and the positioning seat 54- 2-2 is reinstalled on the housing 54-2.
  • the pressurizing device 22-1 is installed in the mounting groove 57-2 of the base 57, and then covered The cover 57-1 is described.
  • the upper cover 54-2-3 of the housing 54-2 is opened, and the elbows 542-51-22 of the inflation tube 542-51-2 are connected to the straight tubes 542-51-23, and the cover is closed.
  • the upper cover 54-2-3 is completed, that is, the installation of the electric air compressors 542-51 is completed.
  • the power supply system 22 and the electric air compressors 542-51 are turned on by the connecting base 22-3, via the boosting device 22-1.
  • the electric air compressors 542-51 operate to draw air from the air inlets 542-51-1 into the electric air compressors 542-51 through the air compressor 542-51-3
  • the inflation port 542-51-21 of the inflation tube 542-51-2 is inflated into the fluid accommodating space 54-3 of the pressure vessel 54, thereby increasing the water pressure.
  • the control switch 53 is turned on, the pressurized water is ejected from the head 51 through the connecting tube 55 placed at the bottom of the fluid accommodating space 54-3, and is sprayed from the head 51 to the teeth. Wash it.
  • the electric air compressors 542-51 are mounted in the mounting compartment 54-6 of the pressure vessel 54 to facilitate connection of the electric air compressors 542-51 to the power system 22.
  • those skilled in the art can also install the electric air compressors 542-51 at any location within the pressure vessel 54, even installing it outside the pressure vessel 54, as long as the inflation port 542 is to be
  • the -51-21 is disposed on the water surface in the fluid accommodating space 54-3, and it is possible to pressurize the water in the fluid accommodating space 54-3 without departing from the scope of protection of the present patent application.
  • the pressurization process is more stable and easier to operate than in the first embodiment.
  • Example 8 Visual dental irrigator with submersible pump of the present invention
  • the difference between this embodiment and the third embodiment is that, in the embodiment, the electric supercharging device 542 is a water electric supercharging device 542-2.
  • the water electric booster 542-2 is a submersible pump 542-21.
  • the submersible pump 542-21 includes a water inlet system 542-21-1, a boosting system 542-21-2, and a drainage system 542-21-3.
  • the submersible pump 542-21 is installed at a lower portion of the fluid accommodation space 54-3, the drainage system 542-21-3 is connected to the connection pipe 55, and the power system 542-3 and the power supply system 22 After the power system 22 supplies power to the submersible pump 542-21, the boosting system 542-21-2 operates to enter the submersible pump 542-21 via the water inlet system 542-21-1. After the liquid is pressurized, the pressurized fluid is discharged through the connecting tube 55 through the drainage system 542-21-3 to rinse the teeth.
  • the lower cover 57-1 of the base 57 When installing, the lower cover 57-1 of the base 57 is opened, and the bottom of the casing 54-2 of the pressure vessel 54 is removed. a seat 54-2-2, the submersible pump 542-21 is mounted on the positioning seat 54-2-2, the water outlet 542-21-31 of the drainage system 542-21-3 and the The connecting tube 55 is connected to reinstall the positioning seat 54-2-2 on the housing 54-2.
  • the pressurizing device 22-1 is then installed in the mounting groove 57-2 of the base 57, and the lower cover 57-1 is covered, that is, the installation of the submersible pump is completed.
  • the switch 26 is the control switch 53.
  • the water surface needs to flow over the water inlets 542-21-51 of the water inlet system 542-21-1, and when the control switch 53 is turned on, the power system 22 is pressurized by the pressure increasing device 22-1.
  • Driving the boosting system 542-21-2 to operate and water enters the boosting system 542-21-2 from the water inlet 542-21-51 of the water inlet system 542-21-1, the boosting After the system 542-21-2 pressurizes the water, the water is discharged from the water outlets 542-21-31 of the drainage system 542-21-3, and then enters the connecting pipe 55, and the connecting pipe 55 is pressurized.
  • the water enters the lance 52 and is ejected from the head 51 to rinse the teeth, see Figs. 29 and 29-1.
  • the submersible pump 542-21 can be directly installed in the water, and there is no need to additionally provide a partition to form a separate installation space.
  • the pressure vessel 54 is more simple to manufacture, and water directly enters the supercharging.
  • the system 542-21-2 performs supercharging, the increasing process is more direct, and the degree of supercharging is not affected by the volume of the fluid containing space 54-3, and the supercharging process is more stable.
  • the power supply system 22 can drive the submersible pump 542-21 to operate by a non-contact connection such as electromagnetic driving.
  • Example 9 Visual dental irrigator with water pump of the present invention
  • the difference between this embodiment and the embodiment 4 is that, in the embodiment, the electric water boosting device 542-2 is a water pump 542-22.
  • the water pump 542-22 includes a pumping system 542-22-1, a vacuum suction system 542-22-2, a drainage system 542-22-3, and a power system 542-3.
  • the pumping system 542-22-1 includes a water suction pipe 543-22-52.
  • the power system 542-3 includes a switch 26, a boosting device 22-1, and a connector 542-33.
  • the drainage system 542-22-3 is connected to the connecting pipe 55, and after the power supply system 22 is pressurized by the charging device 22-1, the water pump 542-22 is powered, the vacuum suction
  • the system 542-22-2 operates to draw fluid in the fluid containing space 54-3 into the pump 542-22 via the pumping system 542-22-1, and then through the drainage system 542-22-3.
  • the pressurized liquid is discharged through the connecting tube 55 to clean the teeth, referring to FIG.
  • the pressure vessel 54 is also provided with a waterproof partition 54-5.
  • the waterproof partition 54-5 divides the pressure vessel 54 into two separate spaces, a fluid receiving space 54-3 and a mounting partition 54-6.
  • the water pump 542-22 is mounted within the mounting compartment 54-6.
  • the waterproof partition 54-5 is provided with a drainage hole 54-5-2 and a drainage hole 54-5-3.
  • the water suction pipes 543-22-52 place the water suction ports 542-22-51 through the drainage holes 54-5-2 at the bottom of the fluid accommodation space 54-3.
  • the connecting pipe 55 passes through the drain hole 54-5-3 and is connected to the water outlet 542-22-31 of the water pump 542-22.
  • the lower cover 57-1 of the base 57 is first removed, and then the positioning seat 54-2-2 at the bottom of the housing 54-2 is removed.
  • the water suction pipes 543-22-52 are passed through the drainage holes 54-5-2, and the other end is connected to the water pump 542-22 while the connection pipe 55 is passed through the drainage holes 54-5.
  • After -3 is connected to the water outlet 542-22-31 of the water pump 542-22.
  • the water pump 542-22 is then mounted and fixed to the positioning seat 54-2-2, and the positioning seat 54-2-2 is reinstalled on the housing 54-2.
  • the pressurizing device 22-1 is installed in the mounting groove 57-2 of the base 57, and the lower cover 57-1 is covered to complete the installation of the pump 542-22.
  • the switch 26 is the control switch 53.
  • the control switch 53 When the control switch 53 is turned on, the power supply system 22 drives the water pump 542-22 to operate, and the vacuum suction system 5432-22-2 of the water pump 542-22- passes water through the pumping system. After the water suction port 542-22-51 of 542-22-1 is sucked into the water pump 542-22, the water outlet 542-22-31 of the drainage system 542-22-3 is discharged into the connecting pipe 55, and is increased. The pressed water enters the lance 52 through the connecting pipe 55, and is ejected from the head 51 to clean the teeth.
  • the water pump 542-22 is installed in the mounting compartment 54-6 of the pressure vessel 54, facilitating the connection of the water pump 542-22 to the power system 22.
  • those skilled in the art can also install the pump 542-22 in any part of the pressure vessel 54, even if it is installed outside the pressure vessel 54, as long as the pumping system 542-22-
  • the water suction port 542-22-51 of 1 is disposed at the bottom of the water in the fluid accommodating space 54-3, and the water in the fluid accommodating space 54-3 can be sucked into the water pump 542-22 to be increased. Exhaust after pressure does not depart from the scope of protection of this patent application.
  • the water pump 542-22 is isolated from water, it can effectively avoid the leakage of harmful substances which may occur after the equipment is immersed in water for a long time, and is safer for long-term use.
  • Example 10 Multifunctional visual dental irrigator of the present invention
  • the difference between the embodiment and the embodiment 4 is that the nozzle 51 and the spray gun 52 in the embodiment are built in the vicinity of the observation system 24 of the oral observation apparatus 200.
  • the water column ejected by the spray head 51 of the spray gun 52 is within the field of view of the viewing system 24.
  • the interdental brush 700, or the dental floss 100, or the toothbrush 600 is detachably mounted on the front end of the oral observation apparatus 200 through the connecting mechanism 300, or Special dental cleaning for oral forceps 400 appliance.
  • the versatile visual dental irrigator can also use the interdental brush 700, or the floss 100, or the toothbrush 600, or the oral forceps 400 while visually rinsing the teeth with water. Clean the teeth or interdental gaps as appropriate, or remove the food residue from difficult to clean areas such as interdental gaps and the foreign matter attached to the gums.
  • an interdental brush 700 is detachably mounted on the front end of the oral observation apparatus 200 through the connecting mechanism 300.
  • the interdental brush 700 is a built-in dental compartment.
  • the built-in interdental brush 701 includes a brush body 71 and a delivery device 72.
  • the delivery device 72 includes a guide head 72-1 and a slide mechanism 72-2, which includes a bend 72-1-1-1.
  • the sliding mechanism 72-2 is pushed, and the brush body 71 is reciprocable within the curved tube 72-1-1-1 at the front end of the delivery device 72.
  • the direction of the water flow at the ejection of the head 51 is substantially the same as the direction of the entrance gap of the brush head 71-1-1 of the interdental brush 700; thus, the brush head of the interdental brush 700 71-1-1 moves back and forth between the interdental spaces, and while cleaning, the flow of water from the ejection head 51 can function to assist in the washing of the food residue at the interdental space. Therefore, while the teeth are flushed by the dental irrigator 500, the food residue at the gap which is difficult to be washed is directly washed with water for a narrow gap such as a gap between the teeth, and the interdental brush 700 can be used at this time.
  • the brush head 71-1-1 of the brush body 71 is driven to move back and forth by pushing the sliding mechanism 72-2, and the food residue is pushed out or pushed loose from the gap, and the tooth is flushed at this time.
  • the water column ejected from the nozzle 51 of the device 500 can effectively perform direct spot cleaning on the interdental gap which is difficult to wash.
  • the floss 100 is detachably mounted through the connecting mechanism 300 at the front end of the oral scope 200.
  • the floss 100 includes a wire 11, a bracket 12 and a mount 13.
  • the line 11 of the floss 100 is within the field of view of the viewing system 24.
  • the floss 100 can be used for further cleaning.
  • the floss 100 is moved back and forth under the observation of the viewing system 24, and a particularly narrow interdental gap can be cleaned with a micro-sized line 11.
  • the direction of the water flow at the ejection of the head 51 is substantially the same as the direction in which the dental floss 100 enters the interdental space; thus, the line 11 of the floss 100 moves back and forth between the interdental spaces for cleaning while The flow of water at the spray of the spray head 51 can act to assist in rinsing the food debris at the interdental space. Therefore, while the teeth are flushed by the dental irrigator 500, the food residue at the gap which is difficult to be washed is directly washed with water for a narrow gap such as a gap between the teeth, and the line of the dental floss 100 can be used at this time.
  • the food residue is taken out or moved from the slit by shaking the wire 11 of the dental floss 100, and the water column sprayed from the spray head 51 of the dental washer 500 can be effectively used. Directly clean the gap between the teeth that are difficult to wash.
  • a toothbrush 600 is detachably mounted at the front end of the oral viewer 200 by the attachment mechanism 300, the toothbrush 600 being located within the field of view of the viewing system 24.
  • the brushing process can be performed by the toothbrush 500 while brushing the teeth while brushing the teeth, and the brushing process is more intuitive. Oral cleaning is more thorough.
  • an oral forceps 400 is detachably mounted at the front end of the oral observation apparatus 200 through the connection mechanism 300.
  • the opening and closing of the oral forceps 400 can be controlled by pushing and pulling the handle of the oral forceps 400, in direct view. In this case, the food residue that has been stuck, or the foreign matter that has been caught, is taken out safely and conveniently.
  • the visible tooth irrigator of the present invention can be according to the interdental brush 700, or the dental floss 100, or the same at the front end of the oral cavity monitor 200.
  • the toothbrush 600, or the oral forceps 400 can therefore be flushed with water while the mouth is being cleaned, using the interdental brush 700, or the floss 100, or the toothbrush 600, or as described
  • the oral forceps 400 is simultaneously cleaned, in particular, the operation process can be transmitted to various displays in real time, and in the case of direct vision, precise fixed cleaning of the food residue or removal of various foreign objects in the oral cavity greatly improves the cleaning effect. And the process is safer and more convenient, refer to Figure 35 and Figure 36.
  • Example 11 Foldable visible dental irrigator of the present invention
  • the present embodiment differs from Embodiment 6 in that, in this embodiment, the visible tooth rinsing device 903 is a foldable connection.
  • the visible tooth rinsing device 903 between the front end 903-1 of the visible tooth rinsing device 903 and the main body 903-2 of the visible tooth rinsor 903 is connected by a foldable connection mechanism 903- 4 connected together.
  • the front end 500-1 of the dental irrigator 500 and the main body 500-2 of the dental irrigator 500 and the front end 200-1 of the oral observation apparatus 200 and the main body 200 of the oral observation apparatus 200 -2 are simultaneously joined together by the foldable attachment mechanism 903-4.
  • the foldable connecting mechanism 903-4 is a hinge type connecting mechanism.
  • the foldable connecting mechanism 903-4 includes a rotating shaft 903-4-1 and a rotating shaft hole 903-4-2.
  • the rotating shaft 903-4-1 can move in the rotating shaft hole 903-4-2.
  • the circuit 25-1 of the front end 200-1 of the oral observation apparatus 200 is connected to the circuit 25-2 of the main body 200-2 of the oral observation apparatus 200 by a flexible circuit that can be bent.
  • the front end 200-1 of the oral observation apparatus 200 is rotated about the rotating shaft 903-4-1 of the foldable connecting mechanism 903-4, the front end 200-1 of the oral observation apparatus 200 can be opposite to the front
  • the main body 200-2 of the oral observation apparatus 200 is unfolded or folded.
  • the water path of the front end 500-1 of the dental irrigator 500 is connected to the water path of the main body 500-2 of the dental irrigator 500 through a flexible water path that can be bent.
  • the front end 500-1 of the dental irrigator 500 is rotated about the rotating shaft 903-4-1 of the foldable connecting mechanism 903-4, the front end 500-1 of the dental irrigator 500 can be compared with the front end The body 500-2 of the dental irrigator 500 is deployed or gathered.
  • the foldable attachment mechanism 903-4 can also be a embossed card mating attachment mechanism or other form of foldable attachment mechanism.
  • the foldable connecting mechanism 903-4 is a concave-convex card mating connection mechanism
  • the circuit 25-1 of the front end 200-1 of the oral scope 200 passes through a bendable flexible circuit and the body of the oral viewer 200
  • the circuit of 200-2 is connected; the front end 200-1 of the oral observation apparatus 200 can pass the front end 200-1 of the oral observation apparatus 200 with respect to the main body 200 of the oral observation apparatus 200 by a concave-convex card fitting mechanism.
  • the water path of the front end 500-1 of the dental irrigator 500 is connected to the water path of the main body 500-2 of the dental irrigator 500 through a flexible water path that can be bent; the front end 500 of the dental irrigator 500 -1
  • the front end 500-1 of the dental irrigator 500 can be deployed or gathered relative to the main body 500-2 of the dental irrigator 500 by a embossing card engagement mechanism.
  • the folding and connecting mechanism 903-4 is rotated to realize the folding and unfolding of the visible tooth rinsing device 903, which not only facilitates storage, but also has a simple and convenient folding and unfolding process.
  • Example 12 Foldable visible dental irrigator of the present invention
  • the difference between this embodiment and the embodiment 7 is that, in the embodiment, the front end 903-1 and the main body 903-2 of the visible tooth rinsing device 903 are detachably connected.
  • the visible tooth rinsing device 903 is between the front end 903-1 of the visible tooth rinsing device 903 and the main body 903-2 of the visible tooth rinsor 903 through a detachable connecting mechanism 903. -3 are connected together, refer to Figure 38 to Figure 38-2.
  • the front end 500-1 of the dental irrigator 500 and the main body 500-2 of the dental irrigator 500, the front end 200-1 of the oral observation apparatus 200, and the main body 200-2 of the oral observation apparatus 200 are simultaneously passed.
  • the detached connection mechanisms 903-3 are connected together.
  • the detachable connecting mechanism 903-3 includes a connecting fixing mechanism 9033-1, an electrical joint 903-3-2, and a water joint 903-3-3.
  • connection fixing mechanism 903-3-1 can simultaneously connect and fix the front end 500-1 of the dental irrigator 500 and the front end 200-1 of the oral view meter 200 to the main body 500 of the dental irrigator 500- 2 and on the main body 200-2 of the oral observation apparatus 200.
  • the electrical connector 903-3-2 can connect the circuit 25-1 of the front end 200-1 of the oral scope 200 to the circuit 25-2 of the main body 200-2.
  • the water joint 903-3-3 can connect the water path of the front end 500-1 of the dental irrigator 500 to the water path of the main body 500-2.
  • connection fixing mechanism 903-3-1 is a rotary connection fixing mechanism, and the connection fixing mechanism 903-3-1 includes an inner screw 903-3-11 and a rotation stop block. 903-3-12, connection assembly 903-3-13 and outer nut 903-3-14.
  • the inner screw 903-3-11 is attached to the front end 903-1 of the visible tooth rinsor 903.
  • the rotation preventing block 903-3-12 is provided with a positioning convex step 903-3-121, and has a rotation preventing groove 903-3-122 and a rotation preventing convex step 903 matched with the outer shape of the connecting component 903-3-13. -3-123.
  • the connecting component 903-3-13 is provided with a limiting protrusion 903-3-131, an electrical connector 903-3-132 and a water pipe 903-3-133.
  • the outer nut 903-3-14 is coupled to the body 903-2 of the visible tooth washer 903.
  • the lower end of the outer nut 903-3-14 is provided with a joint platform 903-3-141.
  • the interface 25-1-1 of the circuit 25-1 of the front end 200-1 of the oral scope 200 and the interface 55-1-1 of the drain 55-1 of the front end 500-1 of the dental rinser 500 are provided at The upper end of the connection assembly 903-3-13.
  • the interface 25-2-1 of the circuit 25-2 of the main body 200-2 of the oral scope 200 and the interface 55-2-1 of the drain 55-2 of the main body 500-2 of the dental irrigator 500 are provided at The outer end of the outer nut 903-3-14 is on the joint platform 903-3-141.
  • the interface 25-1-1 of the circuit 25-1 of the front end 200-1 of the oral observation apparatus 200 and the interface 25-2-1 of the circuit 25-2 of the main body 200-2 of the oral observation apparatus 200 are as described
  • the electrical connectors 903-3-132 of the connection assembly 903-3-13 are connected to form the electrical connector 903-3-2.
  • the interface 55-1-1 of the drain 55-1 of the front end 500-1 of the dental irrigator 500 is connected to the upper end of the water conduit 903-3-133 of the connection assembly 903-3-13, the dental irrigator
  • the port 55-2-1 of the drain pipe 55-2 of the main body 500-2 of the 500 is connected to the lower end of the water pipe 903-3-133 of the connecting member 903-3-13 to constitute the water joint 903-3-3.
  • the connecting component 903-3-13 is embedded in the rotation preventing groove 903-3-122 of the rotation preventing block 903-3-12, and the rotation preventing convexity of the rotation preventing block 903-3-12
  • the step 903-3-123 is placed on the limiting convex step 903-3-131 of the connecting component 903-3-13, and then the connecting component 903-3-13 and the anti-rotation block 903-3- 12 is inserted into the mounting groove 903-3-111 of the inner screw 903-3-11, and the positioning convex step 903-3-121 of the rotation preventing block 903-3-12 is pressed against the inner screw 903.
  • a positioning groove 903-3-112 of -3-11, and connecting the front end 903-1 of the visible tooth rinsing device 903 to the connecting component 903-3-13, that is, completing the fixed connecting mechanism 903 -3-1 and the connection of the front end 903-1 of the visible tooth rinser 903, refer to Fig. 38 and Fig. 38-1.
  • the inner screw 903-3-11 of the connection fixing mechanism 903-3-1 is rotated, and the outer nut 903-3-14 and the inner screw 903-3-11 are separated, and the The front end 903-1 of the visible tooth rinsing device 903 is detached from the main body 903-2, and the front end 903-1 and the main body 903-2 of the visible tooth rinsing device 903 are respectively accommodated for convenient storage and carrying. 38-2.
  • the inner screw 903-3-11 is reversely rotated, and the outer nut 903-3-14 and the inner screw 903-3-11 are firmly connected.
  • the oral observer The interface 25-1-1 of the circuit 25-1 of the front end 200-1 of 200 is connected to the interface 25-2-1 of the circuit 25-2 of the main body 200-2 of the oral observation apparatus 200, and the electrical connector is turned on. 903-3-2; an interface of the interface 55-1-1 of the drain 55-1 of the front end 500-1 of the dental irrigator 500 and the drain 55-2 of the main body 500-2 of the dental irrigator 500 55-2-1 is connected to connect the water joint 903-3-3.
  • the visible tooth irrigator of the present invention can be used normally to clean the teeth, see Figure 38 and Figure 38-1.
  • connection fixing mechanism 903-3-1 in a rotary connection manner
  • connection fixing mechanism 903-3-1 may also be a embossed card-fit connection fixing mechanism or a magnetic connection.
  • Other forms of detachable connection mechanisms, such as fixing mechanisms, are not described in detail by the applicant, but do not depart from the scope of protection of the present patent application.
  • connection fixing mechanism 903-3-1 is separately provided. If the connection strength of the electrical connector 903-3-2 and the water connector 903-3-3 is sufficient, the connection can be ensured.
  • the visible tooth rinsing device 903 can be used normally, and the connection fixing mechanism 903-3-1 and the electrical connector 903-3-2 or the water connector 903-3-3 can be designed as one body, the applicant It will not be described in detail here.
  • the front end 903-1 and the main body 903-2 of the visible tooth rinsing device 903 can be completely disassembled, which is more convenient for storage and carrying, and since the front end 903-1 and the main body 903-2 are completely disassembled. Therefore, it is possible to effectively avoid accidental breakage of the flexible connected circuit system and the waterway system due to multiple rotational bending, and the long-term use process is safer and more reliable.
  • Example 13 Visible toothbrush of the present invention
  • the visible toothbrush 904 of the present embodiment includes a toothbrush 600, an oral scope 200, and a connection mechanism 300.
  • the toothbrush 600 includes a brush head 61, a brush bar 62, and a mount 63.
  • the brush head 61 of the toothbrush 600 has a plurality of bristles 61-1, and the brush head 61 can achieve the cleaning effect of the ordinary toothbrush.
  • the brush head 61 is provided at a front end of the brush bar 62, and the mounting seat 63 is provided at a rear end of the brush bar 62.
  • the brush head 61 directly implants the bristles 61-1 on the front end of the brush bar 62 by integral manufacturing, and forms a whole with the brush bar 62.
  • the brush head 61 can also be connected in various detachable ways. The front end of the brush bar 62 is described.
  • the brush head 61 is clearly visible in the field of view of the viewing system 24 of the oral viewer 200 by the viewing system 24. And the effect of cleaning.
  • the angle ⁇ between the brush head 61 and the brush bar 62 is between 90° and 170°.
  • the angle ⁇ between the brush head 61 and the brush rod 62 is greater than 90°, in order to ensure the observation effect.
  • the angle ⁇ between the brush head 61 and the brush bar 62 is controlled to be between 600° and 150°.
  • the brush head 61 of the toothbrush 600 and the brush bar 62 have a bending curvature 61-4 conforming to the requirements of the human oral cavity.
  • the curved curvature 61-4 between the brush head 61 and the brush bar 62 conforming to the requirements of the human oral cavity can conveniently serve the brush head 61 to the depth of the oral cavity to be cleaned.
  • the mounting seat 63 of the toothbrush 600 is provided with a positioning block 32 for connection to the oral cavity viewer 200.
  • the mounting seat 63 and the brush bar 62 are integrally formed as a whole.
  • the mounting seat 63 can also be coupled to the brush bar 62 by a detachable connection without departing from the scope of the patent.
  • the positioning block 32 is an inverted T-shaped structure, and the inverted T-shaped portion of the positioning block 32 forms a chute 63-2, with reference to FIG. 40 to FIG.
  • the housing 21 of the oral observation apparatus 200 is provided with a positioning groove 35, a block 36 and a mounting groove 21-3.
  • the positioning block 32 can be embedded in the positioning groove 35 of the housing 21 of the oral observation device 200; the mounting seat 63 can be embedded in the toothbrush mounting groove 21-3 of the housing 21, the mounting seat 63
  • the tail is held up by the block 36 of the housing 21 of the oral viewfinder 200 and fixed.
  • the coordination function of the positioning block 32, the positioning groove 35 and the block 36 constitutes the connection mechanism 300.
  • the positioning block 32 of the inverted T-shape and the sliding slot 63-2 thereof cooperate with the positioning groove 35 to limit the toothbrush 600 in the housing 21 of the oral observation apparatus 200.
  • the block 36 is placed on the tail of the mounting seat 63, so that the mounting seat 63 is embedded in the mounting groove 21-3 of the mounting seat 63, and the movement of the toothbrush 600 in the front-rear direction is restricted.
  • the toothbrush 600 is mounted and fixed to the housing 21 of the oral view meter 200. Depressing the block 36, releasing the restriction of the block 36 on the tail of the mounting seat 63, the mounting seat 63 can be retracted backward, and the toothbrush 600 is taken from the oral scope 200 Remove it.
  • the connecting mechanism 300 is a detachable mechanical connecting mechanism; a part of the detachable mechanical connecting mechanism is disposed on the toothbrush 600, and another portion is disposed on the oral cavity viewer 200 to form a combined type.
  • Mechanical connection mechanism can also be a separate component, which is provided separately on the toothbrush 600 or on the oral cavity monitor 200, and is out of the scope of protection of the patent application.
  • the detachable mechanical connecting mechanism can facilitate the user to replace the toothbrush 600, and the use process is more convenient and sanitary, and the user's use cost is also saved.
  • the mechanical connection mechanism is a bump card engagement connection manner.
  • the mechanical connection may also be a chute connection, or a pin connection, or a key connection, or a screw connection, or a screw connection, or a buckle connection, or a hook connection, or an interference fit connection, etc.
  • the skilled person can perform various specific product designs according to the technical solutions disclosed in the present invention without departing from the scope of protection of the patent.
  • the oral scope 200 includes a housing 21, a power supply system 22, an illumination system 23, an observation system 24, a circuitry 25, and a switch 26; the illumination system 23, the viewing system 24, the circuitry 25, and the A power supply system 22 is mounted in the housing 21, the switch 26 is mounted on the housing 21; the illumination system 23, the viewing system 24, the power supply system 22, and The switches 26 are connected together.
  • a status light 26-1 may be further disposed on the housing 21 to display the state in which the visible toothbrush of the present invention is in, such as whether the power is turned on, whether the Wifi connection is turned on, whether the battery power is sufficient, etc., refer to FIG. -1.
  • the observation system 24 is an imaging system 24-1, and the imaging system 24-1 includes a camera 24-1-1, a data processing and output system 24-1-2, a circuit system 25, and a power supply. System 22.
  • the data processed by the data processing and output system 24-1-2 of the camera system 24-1 can be displayed on the display 24-1-3 by means of a wired connection or a wireless connection, the display 24-1-3 including : Smartphone 24-1-31, or computer 24--1-32, or liquid crystal display 24-3-1, or television 24--1-34, with reference to Figures 4 and 5.
  • the camera 24-1-1 can take a picture and capture the cleaning process, and the video data outputted by the data processing and output system 24-1-2 can be displayed on the display 24-1-3 in real time.
  • the user only needs to observe the cleaning process in real time through the real-time picture of the cleaning process displayed on the display 24-1-3, and clearly see which parts have been cleaned and which parts have not been cleaned.
  • the illumination system 23 is disposed at the periphery of the camera 24-1-1.
  • the illumination system 23 employs an LED illumination system 23-1.
  • the camera 24-1-1 is in the heat affected zone of the illumination system 23, and the heat energy generated by the illumination system 23 The camera 24-1-1 is heated to prevent the camera 24-1-1 from generating fog during use.
  • the heat generated by the illumination system 23 can raise the temperature of the camera 24-1-1 to 35 ° C to 45 ° C.
  • the housing 21 can generate a dynamic thermal balance between the heat dissipation capability of the housing 21-5 near the camera 24-1-1 and the heat generated by the illumination system 23, such that the camera 24-1-1 And the temperature of the attached waterproof lens 24-1-4 is in the range of 35 ° C to 45 ° C to achieve the purpose of anti-fog.
  • the temperature of the camera 24-1-1 and its surroundings is maintained at a required level.
  • six LED lamps are disposed around the periphery of the camera 24-1-1.
  • the illumination intensity of the LED illumination system 23-1 is increased by a plurality of LED lamps, the resolution of the camera 24-1-1 is increased, and on the other hand, the LEDs of the LED illumination system 23-1 are passed.
  • the heat of the lamp ensures that the heat generated by the LED lamp is cooled by the housing 21-5 near the camera 24-1-1, and the camera 24-1-1 and its attached waterproof lens 24-
  • the temperature of 1-4 is maintained between 35 ° C and 45 ° C to achieve the purpose of anti-fog.
  • the front end of the camera 24-1-1 is provided with a waterproof lens 24-1-4, and the waterproof lens 24-1-4 is treated by an anti-fog coating.
  • the waterproof lens 24-1-4 is treated by the anti-fog coating, even if a small amount of water vapor is formed on the front end of the waterproof lens 24-1-4 to dew on the surface of the waterproof lens 24-1-4, It does not exist in the form of water droplets, but is transformed into a transparent water film, which does not form a mist before the camera 24-1-1, further enhancing the anti-fog effect.
  • the oral view meter 200 is of a waterproof design.
  • the oral observation instrument 200 adopts a waterproof design, and the user can timely clean the visible toothbrush of the present invention during use, and the waterproof design can ensure that the oral observation instrument is not entered by water or human conductive secretions during use.
  • the interior of the 200 affects the functions of the power system 22, the illumination system 23, the viewing system 24, the circuitry 25, or the switch 26 within the housing 21, and the process of use is more convenient and safe.
  • the toothbrush 600 is mounted on the oral cavity monitor 200 through the connection mechanism 300, and by the observation function of the oral observation apparatus 200, in the case of direct vision, the brush head 61 of the toothbrush 600 is utilized.
  • Cleaning the oral cavity, the cleaning process is very convenient, especially for the depth of the oral cavity, the cleaning process is photographed and photographed by the oral observation instrument 200, and the video data outputted by the data processing and output system 24-1-2 can be Real-time display on the display 24-1-3, the user only needs to observe the cleaning process in real time through the real-time picture of the cleaning process displayed on the display 24-1-3, clearly see which parts have been It is cleaned and which parts have not been cleaned.
  • the oral cavity can be cleaned under direct vision, not only can the cleaning process be observed, but also the effect after cleaning can be observed, and photographing or photographing can be performed to make the oral cleaning process more clear and convenient. And safe.
  • Example 14 1 bristled visible toothbrush of the present invention
  • the difference between this embodiment and the embodiment 1 is that, in the embodiment, the brush head 61 of the toothbrush 600 has only one bristles 61-1.
  • the bristles 61-1 are made of a medical elastic material such as an elastic silicone, a polyurethane material (PU), a polypropylene material (PP), or the like.
  • the strength of the bristles 61-1 can be enhanced by increasing the size of the bristles 61-1 and the like, and therefore, for some gaps that are not cleaned by ordinary toothbrushes near the gums, especially teeth and gums.
  • the food residue of the joint can be effectively removed and cleaned by the single bristles 61-1 in this embodiment.
  • the bristles 61-1 in the present embodiment have both good elasticity and a certain strength, the bristles 61-1 can be used to massage the gums and the like.
  • the toothbrush 600 in the embodiment not only has a cleaning function but also has a massage effect, and is particularly suitable for cleaning at a gap close to the gums where the ordinary toothbrush is not clean.
  • the front end of the oral observer 200 can also be designed to have a certain curvature to meet the needs of a particular oral shape population.
  • the power system 25 can also charge the battery by wireless charging.
  • This wireless charging method simplifies the structure and improves the waterproof rating.
  • Example 15 Removable visible interdental brush of the present invention with inverted T-shaped positioning block
  • the detachable visible interdental brush 905 of the present embodiment includes a built-in interdental brush 701, an oral scope 200, and a connection mechanism 300.
  • the built-in interdental brush 701 includes a brush body 71 and a delivery device 72.
  • the brush body 71 is movably built in the elbow 72-1-1 at the front end of the delivery device 72, with reference to Figs. 47 to 47-4.
  • the oral view meter 200 includes a housing 21, a power system 22, an illumination system 23, an observation system 24, a circuitry 25, and a switch 26.
  • the illumination system 23, the observation system 24, and the power supply system 22 are mounted in the housing 21, and the switch 26 is mounted on the housing 21.
  • the illumination system 23, the viewing system 24, the power supply system 22, and the switch 26 are coupled together by the circuitry 25, with reference to Figures 45 through 45-1.
  • the built-in interdental brush 701 is detachably mounted on the oral cavity monitor 200 by the connection mechanism 300, with reference to FIGS. 44 to 46-1.
  • the connecting mechanism 300 is a detachable mechanical connecting mechanism, and may be a separate component or may be provided on the built-in interdental brush 701 or the oral cavity monitor 200.
  • the connecting mechanism 300 is disposed on the built-in interdental brush 701 and fixed to the middle and rear portions of the guiding head 72-1 of the built-in interdental brush 701, with reference to FIGS. 47 to 47. Then, the built-in interdental brush 701 and the oral cavity monitor 200 are detachably assembled as a whole by the connection mechanism 300, with reference to FIGS. 44 to 49.
  • the mechanical connection mechanism adopted by the connecting mechanism 300 is a concave-convex card mating connection.
  • other mechanical connection mechanisms can also be selected, such as a chute connection, or a pin connection, or a key connection, or a screw connection, or a screw connection, or a buckle connection, or a hook connection, or an interference fit connection, etc. List one by one.
  • the brush body 71 of the built-in interdental brush 701 includes a working portion 71-1 and a connecting body 71-2; the working portion 71-1 is provided at the front end of the connecting body 71-2; and the delivery device 72 includes a guiding head 72-1, sliding mechanism 72-2; the guiding head 72-1 is disposed on the front end 721 of the delivery device 72; the guiding head 72-1 contains an elbow 72-1-1, the elbow An outlet 72-1-2 of 72-1-1 is provided at an end portion 72-1-3 of the guide head 72-1; the brush body 71 is mounted in the elbow 72-1-1, The working portion 71-1 of the brush body 71 can slide in the elbow 72-1-1, and the connecting body 71-2 of the brush body 71 is mounted on the sliding mechanism 72-2 of the delivery device 72; The movement of the mechanism 72-2 can drive the working portion 71-1 of the brush body 71 to slide in the curved tube 72-1-1; driving the sliding mechanism 72-2 to enable the working portion of the brush body 71 71-1 protrudes from the outlet 72-1-2 of
  • the sliding mechanism 72-2 of the built-in interdental brush 701 includes an interdental brush connecting mechanism 72-2-1 and a slider 72-2-2, and the interdental brush connecting mechanism 72-2-1 is provided in the The slider 72-2-2 is connected to the interdental brush connecting mechanism 72-2-1, and the slider 72-2-2 is pushed and pulled to drive the brush.
  • the body 71 reciprocates within the elbow 72-1-1 such that the working portion 71-1 of the interdental brush extends from the elbow outlet 72-1-2 at the end of the guiding head 72-1 For out or recycling, refer to Figure 47 to Figure 47-4.
  • the built-in interdental brush 701 adopts a structure in which the brush body 71 is built in the bent pipe 72-1-1 of the guide head 72-1 of the delivery device 72, and the working portion 71-1 of the brush body 71 made of an elastic material After the guiding head 72-1 is aligned with the interdental, the sliding mechanism 72-2 on the delivery device 72 is pushed to drive the working portion 71-1 of the brush body 71 to automatically bend along the curvature of the elbow 72-1-1. Aligning and entering the interdental, by sliding the slider 72-2-2 on the sliding mechanism 72-2 of the delivery device 72, so that the working portion 71-1 of the interdental brush moves back and forth in the interdental, cleaning the interdental .
  • the delivery device 72 Since the delivery device 72 has good rigidity, after the elbow outlet 72-1-2 of the guide head 72-1 of the delivery device 72 is aligned with the interdental, the working portion 71-1 of the ejected brush body 71 directly enters.
  • the interdental opening is because the elbow outlet 72-1-2 of the guiding head 72-1 of the delivery device 72 is almost close to the interdental, close to the interdental, and the interdental brush working portion 71-1 is not easily bent, so Significantly improved brush body 71
  • the conductivity of the force improves the handling of the brush body 71, and avoids the disadvantage that the prior art interdental brush is easy to bend when cleaning the gap between the molars, and is easy to hurt the gums.
  • the connecting mechanism 300 is disposed on the guiding head 72-1 of the built-in interdental brush 701; the connecting mechanism 300 includes a positioning block 32.
  • connection mechanism 300 and the guide head 72-1 of the built-in interdental brush 701 are connected by integral manufacturing. It is of course also possible to bond together or to detachably connect.
  • the housing 21 of the oral observation apparatus 200 is provided with a chute 211-2 for allowing the slider 72-2-2 of the built-in interdental brush 701 to reciprocate. And the positioning groove 35 of the connecting mechanism 300 can be fixed.
  • the slider 72-2-2 of the sliding mechanism 72-2 of the built-in interdental brush 701 includes an arcuate housing 72-2-21 at which the arcuate housing 72-2 The inner side of the -21 is provided with a guide block 72-2-22; the guide block 72-2-22 can reciprocate within the chute 211-2 of the oral viewer 200 with reference to Fig. 45-4.
  • an anti-slip pattern may be disposed on the arcuate housing 72-2-21.
  • the arcuate housing 72-2-21 is gently pressed downward, and the guiding block 72-2-22 can be embedded in the sliding slot 211-2 of the oral scope 200, and the arcuate housing 72 is pushed back and forth. 2-21, under the guiding action of the guiding block 72-2-22, the slider 72-2-2 can conveniently slide back and forth along the chute 211-2 of the oral scope 200.
  • the positioning block 32 of the connecting mechanism 300 is an inverted T-shaped positioning block 32-1; and the inverted T-shaped positioning block 32-1 is disposed at the connecting mechanism 300.
  • the housing 21 of the oral scope 200 is provided with a fixing mechanism 211, and the fixing mechanism 211 includes a positioning groove 35, a chute 211-2, and a block 36; the T-shaped positioning block 32-1 Removably embedded in the positioning groove 35, the upwardly bounced block 36 can prevent the connecting mechanism 300 from retreating, preventing the built-in interdental brush 701 from accidentally loosening from the oral cavity monitor 200.
  • the card block 36 is depressed while pulling the connection mechanism 300 back to release the connection mechanism 300 from the oral view meter 200, see FIG. 45-1.
  • the connecting mechanism 300 is first fixed at an appropriate position on the guide head 72-1 of the delivery device 72 of the built-in interdental brush 701; then the brush body 71 of the built-in interdental brush 701 and The slider 72-2-2 of the delivery device 72 is connected; the brush body 71 is then mounted in the elbow 72-1-1 of the guide head 72-1 of the delivery device 72; The slider 72-2-2 abuts the connecting mechanism 300 and the slider 72-2-2 of the built-in interdental brush 701.
  • the built-in interdental brush 701 and the connecting mechanism 300 are fixed to the fixing mechanism 211 of the housing 21 of the oral observation apparatus 200 along the positioning end 212 of the housing 21 of the oral scope 200.
  • the inner interdental brush 701 and the connecting mechanism 300 are pressed downward, and the guide block 72 on the inner side of the arcuate housing 72-2-21 of the slider 72-2-2 of the built-in interdental brush 701 -2-22 is embedded in the chute 211-2 of the oral observation apparatus 200;
  • the block 36 is depressed, and the inverted T-shaped positioning block 32-1 enters the positioning groove 35 of the oral view meter 200.
  • the slider 72-2-2 and the brush body 71 of the built-in interdental brush 701 are kept stationary, and the connecting mechanism 300 is pushed forward, so that the inverted T-shaped positioning block 32-1 of the connecting mechanism 300 is inlaid.
  • the connecting mechanism 300 is installed in position, the built-in dental compartment A strong connection is established between the brush 701 and the oral viewer 200.
  • the connecting mechanism 300 is forced back, the blocking block 36 is depressed, and the connecting mechanism 300 can be retracted.
  • the inverted T-shaped positioning block 32-1 is The inlaid positioning groove 35 is withdrawn until the connection between the T-shaped positioning block 32-1 and the positioning groove 35 is released, so that the built-in interdental brush 701 can be removed from the oral observation instrument 200. Disassemble.
  • the inverted T-shaped positioning block 32-1 adopts an inverted T-shaped structure
  • the bottom of the inverted T-shaped structure can be positioned with the positioning
  • the groove 35 forms a concave-convex card fitting structure, which can effectively restrict the movement of the connecting mechanism 300 in the vertical direction, thereby preventing the built-in interdental brush 701 and the oral cavity monitor 200 from being detached in the vertical direction during use.
  • the block 36 is disposed at the rear end of the connecting mechanism 300.
  • the connection mechanism 300 is effectively prevented from retreating, and only the connection mechanism 300 is consciously forced back.
  • the connection mechanism 300 can be released from the oral observation device 200 after exiting the guide surface of the block 36.
  • the built-in interdental brush 701 is effectively prevented from being accidentally released from the oral scope 200 because the connecting mechanism 300 can be easily retracted.
  • the observation system 24 is an imaging system 24-1, and the imaging system 24-1 includes a camera 24-1-1, a data processing and output system 24-1-2, a circuit system 25, and a power system 22.
  • the imaging system 24-1 includes a camera 24-1-1, a data processing and output system 24-1-2, a circuit system 25, and a power system 22. Refer to Figure 45-1, Figure 45-2, Figure 48 to Figure 49.
  • the data processed by the data processing and output system 24-1-2 of the camera system 24-1 can be displayed on the display 24-1-3 by means of a wired connection or a wireless connection, the display 24-1-3 including : Smartphone 24--1-32, or computer 24--1-34, or LCD 24-1-133, or TV 24--1-34.
  • the illumination system 23 is provided at the periphery of the camera 24-1-1.
  • the detachable visible interdental brush 905 can be freely combined according to the user's usage habits and preferences, and the built-in interdental brush 701 and the oral viewer 200 are flexibly assembled by the connecting mechanism 300. Together, they can be assembled together for one-hand operation to clean the teeth; or they can be disassembled, the hand-held interferometer 200 can be observed by hand, and the internal interdental brush 701 can be used for the interdental cleaning.
  • the utility model has the advantages of convenient carrying, convenient assembly and flexible use.
  • Embodiment 16 The detachable visible interdental brush of the present invention comprising a curved positioning hook type positioning block
  • the difference between the embodiment and the embodiment 1 is that the positioning block 32 of the connecting mechanism 300 in the embodiment adopts a curved positioning hook 32-2.
  • the curved positioning hook 32-2 includes a positioning groove 32-2-1.
  • the positioning groove 35 on the oral observation apparatus 200 includes a positioning convex step 211-11-1 matching the positioning groove 32-2-1.
  • the arc-shaped positioning hook 32-2 is embedded in the positioning groove 35 to form a concave-convex card fit, which restricts the vertical movement of the connecting mechanism 300.
  • the positioning convex step 211 -1-1 is embedded in the positioning groove 32-2-1, restricting the forward and backward movement of the connecting mechanism 300, referring to FIG. 50-2, FIG. 50-3, FIG. 51, FIG. 52, FIG. Figure 53-1.
  • the slider 72-2-2 of the built-in interdental brush 701 is aligned with the oral observation instrument 200.
  • a chute 211-2 on the casing 21 the arc-shaped positioning hook 32-2 of the connecting mechanism 300 is aligned with the positioning groove 35 on the casing 21 of the oral observation apparatus 200;
  • the interdental brush 701 and the connecting mechanism 300 are mounted on the guide block 72-2-22 inside the arcuate housing 72-2-21 of the slider 72-2-2 of the built-in interdental brush 701.
  • the arcing positioning hook 32-2 of the connecting mechanism 300 is embedded in the positioning groove 35 to form a concave-convex card fit, and the connecting mechanism 300 is restricted from being vertical.
  • the arc-shaped positioning hook 32-2 and the positioning groove 35, and the positioning convex step 211-1-1 and the positioning groove 32-2-1 can effectively connect and fix the connection mechanism 300 and the oral cavity observation device 200.
  • Embodiment 17 the detachable visible interdental brush of the present invention comprising a connecting ring type positioning block
  • connection mechanism 300 of the connection ring name is also provided on the oral observation apparatus 200 in this embodiment.
  • the connecting mechanism 300 of the embodiment includes a connecting ring 32-3, and the built-in interdental brush 701 passes through the mounting hole 32-3-1 of the connecting ring 32-3, and the built-in tooth is An inter-brush 701 is attached to the oral cavity monitor 200.
  • the annular structure of the connecting ring 32-3 can withstand greater pulling force than the concave-convex card, and can improve the safety of the interdental brush 700 when it is pulled out from the teeth, and is more reliable.
  • the connecting mechanism 300 can also be a embracing arm 32-4, see Figure 54-1.
  • the built-in interdental brush 701 and the oral cavity monitor 200 are detachably coupled together by the embracing arm 32-4.
  • the embracing arm 32-4 can be provided Disposed on the built-in interdental brush 700, and then entangled the oral viewfinder 200 to achieve a detachable connection between the two, or may be disposed on the oral cavity monitor 200, and then hug the built-in interdental brush 701 A detachable connection between the two is achieved.
  • the connecting mechanism 300 may also be a separate component, which is respectively connected to the built-in interdental brush 701 and the oral cavity monitor 200, and the built-in dental compartment is The brush 701 and the oral viewer 200 are connected in one piece.
  • the connection mechanism 300 may be integrally formed with the built-in interdental brush 701 or the oral observation instrument 200, and then connected to the oral observation instrument 200 or the built-in interdental brush 701 to form a single body. Regardless of the type of attachment, the ultimate goal is to enable a detachable connection between the built-in interdental brush 701 and the oral viewer 200.
  • connection mechanism 300 only needs to be capable of realizing a detachable mechanical connection with one of the built-in interdental brush 701 or the oral cavity monitor 200 to realize the built-in interdental brush 701 and the oral cavity.

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Abstract

多功能可视口腔清洁仪包含可视牙线（901），和/或可视口腔钳（902），和/或可视牙齿冲洗器（903），和/或可视牙刷（904），和/或可拆卸的可视牙间刷（905）等多种功能。牙线（901），和/或口腔钳（902），和/或牙齿冲洗器（903），和/或牙刷（904），和/或牙间刷（905）通过连接机构（300）和口腔观察仪（200）连接在一起。通过手机（24-1-31，24-1-32）或平板电脑（24-1-34），使用时可以清晰地看到牙线（100），口腔钳（400），牙齿冲洗器（500），牙刷（600），或者牙间刷（700）及牙齿之间的缝隙，方便在直视下进行牙缝的清洁、处理，并实时观察、记录牙缝的清洁效果。

Description

多功能可视口腔清洁仪 技术领域
本发明涉及一种口腔清洁用工具，特别是用于清洁牙齿间隙的多功能可视口腔清洁仪。
背景技术
由于年龄增长、病理性等原因，很容易造成牙龈萎缩、牙齿间隙扩大，极易造成食物的残留，如果不能及时清洁，一方面会产生口腔异味，另一方面容易导致各种牙病、口腔疾病，特别是牙周炎的发生。此外，吃鱼时，鱼刺有时也会扎在牙龈上，需要及时取出。
针对这种情况，目前市场上研制了各种牙刷、牙线、牙间刷等产品，供使用者选择。虽然现在市场上存在各种结构、不同规格的牙刷、牙线、牙间刷等产品，但现有产品普遍存在不易观察的缺点。尤其当所需清洁位置处于口腔深处时，如第三磨牙与第二磨牙之间的牙缝、或第二磨牙与第一磨牙之间的牙缝、或第一磨牙与第二前磨牙之间的牙缝时，清洁部位光线很暗，一般情况下无法看清要清洁的部位，使用者只能凭感觉进行操作，操作不方便，无法知道是否清洁干净，而且容易造成牙龈出血或其他意外损伤。
为了克服现有技术的缺点，需要开发一种在直视下能清晰观察口腔内部，尤其是口腔深处，并在直视下进行口腔清洁的可视口腔清洁工具。
发明内容
本发明之多功能可视口腔清洁仪包含可视牙线，和/或可视口腔钳，和/或可视牙齿冲洗器，和/或可视牙刷，和/或可拆卸的可视牙间刷等多种功能。牙线，和/或口腔钳，和/或牙齿冲洗器，和/或牙刷，和/或牙间刷通过连接机构和口腔观察仪连接在一起。通过手机或平板电脑，使用时可以清晰地看到牙线，口腔钳，牙齿冲洗器，牙刷，或者牙间刷及牙齿之间的缝隙，方便在直视下进行牙缝的清洁、处理，并实时观察、记录牙缝的清洁效果。
本发明之可视牙线，其特征在于：
所述可视牙线901含牙线100、口腔观察仪200及连接机构300；
A、所述牙线100含线11、支架12、及安装座13；所述牙线100的线11的两端分 别固定在所述支架12的左臂12-1和右臂12-2上，所述支架12设在所述安装座13上；
B、所述口腔观察仪200含壳体21、电源系统22、照明系统23、观察系统24、电路系统25和开关26；所述照明系统23、所述观察系统24、所述电路系统25及所述电源系统22安装在所述壳体21内，所述开关26安装在所述壳体21上；通过所述电路系统25将所述照明系统23、所述观察系统24、所述电源系统22及开关26连接在一起；
C、所述牙线100通过所述连接机构300安装在所述口腔观察仪200上。
特别是，所述牙线100可以通过所述连接机构300可拆卸地安装在所述口腔观察仪200上。
所述牙线100的线11在所述口腔观察仪200的观察系统24的视野内。这样，可以清晰地看到牙线及牙齿之间的缝隙，方便在直视下进行牙缝的清洁、处理，并实时观察牙缝的清洁效果。
所述牙线100的线11与所述口腔观察仪200的壳体的头部21-1中心线之间的夹角δ可调。这样，可以依据不同部位的牙缝的角度，调整所述夹角β，方便牙线进入牙缝，进行牙缝的清洁。实现所述夹角β的可调，可以采用螺纹结构、或凹凸卡配合结构、或适度的过盈配合结构等无源的机械结构来实现；还可以通过电机的传动等有源的电控方式来实现夹角β的调节。
所述连接机构300是可拆卸的机械连接机构；既可以是独立部件，可设在所述牙线100上，或设在所述口腔观察仪200上；或者所述可拆卸的机械连接机构的一部分设在所述牙线100、另一部分设在所述口腔观察仪200上形成的组合式的机械连接机构。所述连接机构300可以是一个单独的组件，分别和所述牙线100和所述口腔观察仪200进行连接，将所述牙线100和所述口腔观察仪200连接成一个整体。所述连接机构300也可以和所述牙线100或口腔观察仪200制造成一个整体，然后再同所述口腔观察仪200或所述牙线100连接后构成一个整体。但不论何种连接方式，最终目的是需要能将所述牙线100和所述口腔观察仪200之间实现可拆卸的连接。因此，所述连接机构300只需要能和所述牙线100或所述口腔观察仪200中的一个实现可拆卸的机械连接就可以实现所述牙线100和所述口腔观察仪200之间的可拆卸连接。
所述机械连接机构可以是凹凸卡配合连接、或滑槽连接、或销钉连接、或键连接、或螺纹连接、或螺钉连接、或扣连接、或钩连接、或过盈配合连接，等等。当然，本领域的技术人员可以选择其他的机械连接方式而不脱离本申请的保护范围。
所述牙线100的安装座13上设有通孔13-1，所述口腔观察仪200的壳体的头部21-1能镶嵌在所述通孔13-1内，在所述牙线100与口腔观察仪200之间形成可拆卸的连接。 连接时只要将所述口腔观察仪200的壳体的头部21-1镶嵌在所述通孔13-1内就可以形成连接，拆卸时，稍微用力向外拔所述口腔观察仪200和所述牙线100就可以将所述牙线100从所述口腔观察仪200上拆下，使用过程非常方便。
所述牙线100的安装座13设有定位凹槽13-2；所述连接机构300上设有定位钩31及定位块32；所述连接机构300通过所述定位块32安装在所述口腔观察仪200上；所述连接机构300上的定位钩31镶嵌在所述牙线100的定位凹槽13-2内形成凹凸卡配合连接，在所述牙线100与口腔观察仪200之间形成可拆卸的连接。拆卸时，按下所述定位钩31就可以将所述牙线100从所述口腔观察仪200上拆卸。所述定位钩31与所述定位凹槽13-2形成的凹凸卡配合连接方式，由于所述定位钩31的有效定位，比普通的通孔式连接方式更加安全、可靠。
所述牙线100的安装座13设有螺纹13-3；所述连接机构300为螺纹型连接机构33，所述螺纹型连接机构33与所述螺纹13-3相匹配，设在所述口腔观察仪200的壳体的头部21-1上；旋转所述牙线100，可以将所述牙线100的螺纹13-3安装在所述螺纹型连接机构33上；反方向旋转所述牙线100，可以将所述牙线100的螺纹13-3从所述螺纹型连接机构33上拆除。这时，所述安装座13上的螺纹13-3可以设成螺钉或螺杆型，所述连接机构300的螺纹型连接机构33则为对应的螺母；反之，所述安装座13上的螺纹13-3可以设成螺母型，所述连接机构300的螺纹型连接机构33则为对应的螺钉或螺杆。
旋转所述牙线100的螺纹13-3，能调整所述牙线100的线11与所述口腔观察仪200的壳体的头部21-1中心线之间的夹角δ。这样，可以依据不同部位的牙缝的角度，及时调整所述夹角β，方便牙线进入牙缝，进行牙缝的清洁。
所述连接机构300含滑杆30、定位钩31、左定位钩31-1、右定位钩31-2、定位块32、防滑凸纹34；所述定位钩31、左定位钩31-1、右定位钩31-2设在所述滑杆30的前端，所述定位钩31居中，所述左定位钩31-1和右定位钩31-2分列两侧；所述定位块32位于所述滑杆30的中部；所述防滑凸纹34设置所述滑杆30的尾部；所述定位块32安装在所述口腔观察仪200的壳体21的定位槽35内，所述口腔观察仪200的壳体21的卡块36顶住所述滑杆30尾部，将所述连接机构300可拆卸地安装固定在所述口腔观察仪200的壳体21上；所述口腔观察仪200的壳体21的头部21-1镶嵌在所述牙线100的安装座的通孔13-1中，所述连接机构300的定位钩31镶嵌在所述安装座的定位凹槽13-2内，所述左定位钩31-1及右定位钩31-2从左右两侧环抱住所述口腔观察仪200的壳体21的头部21-1。
安装时，首先将所述连接机构300的定位块32镶嵌在所述口腔观察仪200的壳体 21的定位槽35内，向前滑动所述连接机构300的滑杆30，直至所述口腔观察仪200的壳体21的卡块36向上弹起顶住所述滑杆30的尾部，此时，所述左定位钩31-1及右定位钩31-2从左右两侧环抱住所述口腔观察仪200的壳体21的头部21-1，将所述连接机构300安装、连接在所述口腔观察仪200上。所述防滑凸纹34的设计，可以有效避免所述滑杆30来回滑动时打滑。所述左定位钩31-1及右定位钩31-2的环抱作用以及所述定位块32和所述定位槽35的凹凸卡配合可以有效300牢固地连接在所述口腔观察仪200上。
然后将所述口腔观察仪200的壳体21的头部21-1镶嵌在所述牙线100的安装座的通孔13-1中，向所述连接机构300方向推动所述牙线100，所述连接机构300的定位钩31可以镶嵌在所述安装座13的定位凹槽13-2内。
拆卸时，按下所述连接机构300的定位钩31的顶部，向外退所述牙线100就可以解除所述连接机构300和所述牙线100之间的凹凸卡配合。当需要进一步将所述连接机构300从所述口腔观察仪200上拆除时，用力向后退所述滑杆30，所述口腔观察仪200的卡块36被压下，所述连接机构300的定位块32从镶嵌的所述口腔观察仪200的定位槽35内退出，直至所述连接机构300和所述口腔观察仪200的连接完全解除。
由于所述连接机构300的定位块32采取的是倒T形结构，当所述T形定位块32镶嵌在所述定位槽35内时，倒T形结构的底部能与所述定位槽35形成凹凸卡配合结构，能够有效地限制所述连接机构300在垂直方向的运动，从而防止在使用过程中所述所述连接机构300和所述口腔观察仪200沿垂直方向脱离。同时，所述所述口腔观察仪200的卡块36设置在所述连接机构300的后端，当所述口腔观察仪200的卡块36向上抬起时，由于所述卡块36的顶部位置高于所述连接机构300的尾部高度，可以有效防止所述连接机构300向后退，只有有意识地用力向后退所述连接机构300，所述连接机构300才能沿所述卡块36的导向面退出后从所述口腔观察仪200上解脱，可以有效防止所述牙线100因为所述连接机构300能轻易向后退而从所述口腔观察仪200上意外松脱。
所述观察系统24是摄像系统24-1，所述摄像系统24-1含摄像头24-1-1、数据处理及输出系统24-1-2、电路系统25及电源系统22。
所述摄像系统24-1的数据处理及输出系统24-1-2输出的视频数据能通过有线连接或无线连接的方式在显示器24-1-3上显示，所述显示器24-1-3包括：智能手机24-1-31、或电脑24-1-32、或液晶显示器/电视24-1-33、或平板电脑24-1-34。
所述照明系统6设在所述摄像头24-1-1的周边。
所述口腔观察仪200采用防水设计，含用于密封充电接口25-3的密封装置21-4；所述密封装置21-4含密封圈21-4-1、压板21-4-2及滑板21-4-3；所述密封圈21-4-1安装在 所述壳体21的尾部的密封槽21-4-0内，所述压板21-4-压在所述密封圈21-4-1上，所述滑板21-4-3可拆卸地压在所述压板21-4-2上；当所述滑板21-4-3滑入壳体21尾部的滑板定位槽35-4-4内时，所述滑板21-4-3压住所述压板21-4-2，所述压板21-4-2再压在所述密封圈21-4-1形成密封；当所述滑板21-4-3向外推，所述滑板21-4-3从壳体21尾部的滑板定位槽35-4-4内解脱，所述滑板21-4-3翘起，所述压板21-4-2的压力解除，可以向上翘起，暴露所述密封充电接口25-3，密封解除，对所述口腔观察仪200进行充电。
由于所述口腔观察仪200采用防水设计，当所述口腔观察仪200不需要充电时，所述滑板21-4-3滑入所述滑板定位槽35-4-4，所述密封圈21-4-1形成密封，此时所述口腔观察仪200具有良好的防水性能，可以方便地进行清洗、清洁。
本发明之可视牙线901含牙线100、口腔观察仪200和连接机构300。所述牙线100和所述口腔观察仪200通过所述连接机构300可拆卸地连接在一起。所述连接机构300可以和所述牙线100和口腔观察仪200固定连接成一个整体，也可以是可拆卸的机械连接机构。当所述连接机构300是可拆卸的机械连接机构时，既可以是独立部件，也可以设在所述牙线100或所述口腔观察仪200上。所述牙线100的线11在所述口腔观察仪200的观察系统24的视野内。使用时可以清晰地看到牙线及牙齿之间的缝隙，方便在直视下进行牙缝的清洁、处理，并实时观察牙缝的清洁效果。
本发明之可视口腔钳，其特征在于：
可视口腔钳，其特征在于：所述可视口腔钳902含口腔钳400、口腔观察仪200及连接机构300；
A、所述口腔钳400含钳头41、张开/闭合机构42、及安装座43；所述口腔钳400的钳头41含左臂41-1和右臂41-2，所述左臂41-1和所述右臂41-2之间形成吻合夹紧结构；能控制所述钳头41进行闭合或张开运动的所述张开/闭合机构42设在所述安装座43上；
B、所述口腔观察仪200含壳体21、电源系统22、照明系统23、观察系统24、电路系统25和开关26；所述照明系统23、所述观察系统24、所述电路系统25及所述电源系统22安装在所述壳体21内，所述开关26安装在所述壳体21上；通过所述电路系统25将所述照明系统23、所述观察系统24、所述电源系统22及开关26连接在一起；
C、所述口腔钳400通过所述连接机构300安装在所述口腔观察仪200上。
进一步，所述钳头41在所述口腔观察仪200的观察系统24的视野内，方便观察。
所述口腔钳400的钳头41上设有相互吻合的咬合齿41-3，以增加咬合力。
所述口腔钳400的钳头41具有符合人体口腔要求的弯曲弧度41-4，方便夹取异物。
所述口腔钳400的张开/闭合机构42含：套筒滑杆开/合机构、或铰链开/合机构、或杠杆调节开/合机构、或按钮调节开/合机构、或弹簧调节开/合机构、或推拉调节开/合机构、或旋转调节开/合机构等开/合机构，本领域的技术人员，可以依据本发明公开的技术方案进行各种具体的产品设计，而不脱离本专利的保护范围。
所述口腔钳400的安装座43上设有用于与所述口腔观察仪200连接的定位块32。
所述连接机构300是可拆卸的机械连接机构；既可以是独立部件，可设在所述口腔钳400上，或设在所述口腔观察仪200上；或者所述可拆卸的机械连接机构的一部分设在所述口腔钳400上、另一部分设在所述口腔观察仪200上形成组合式的机械连接机构。
所述机械连接机构含：凹凸卡配合连接、或滑槽连接、或销钉连接、或键连接、或螺纹连接、或螺钉连接、或扣连接、或钩连接、或过盈配合连接等连接机构，本领域的技术人员，可以依据本发明公开的技术方案进行各种具体的产品设计，而不脱离本专利的保护范围。
所述口腔观察仪200的壳体21上设有定位槽35及卡块36；所述口腔钳400的定位块32能镶嵌在所述定位槽35内，所述卡块36能阻止所述口腔钳400的安装座43向后滑动；所述定位块32、所述定位槽35及所述卡块36的协调作用构成所述连接机构300。
所述观察系统24是摄像系统24-1，所述摄像系统24-1含摄像头24-1-1、数据处理及输出系统24-1-2、电路系统25及电源系统22。
所述摄像系统24-1的数据处理及输出系统24-1-2输出的视频数据能通过有线连接或无线连接的方式在显示器24-1-3上显示，所述显示器24-1-3包括：智能手机24-1-31、或电脑24-1-32、或液晶显示器24-1-33、或电视24-1-34等显示器。
所述照明系统23设在所述摄像头24-1-1的周边。为了增加照明，也可以在所述口腔观察仪200的壳体21上设置更多的LED灯，用于调照明亮度。
所述口腔观察仪200采用防水设计，以方便清洗和操作。
进一步，所述口腔钳400的钳头41采用弹性材料制造，所述钳头41在没有外力作用时保持张开状态；所述钳头41的后端固定在所述安装座43上，通过所述连接机构300 与所述口腔观察仪200可拆卸地连接在一起；所述钳头41的前端，从所述张开/闭合机构42的套筒42-2的孔42-2-1中穿过；向前推动所述张开/闭合机构42的推杆42-1，所述套筒42-2向所述钳头41的前端运动，收拢所述钳头41，直至所述钳头41的左臂41-1和右臂41-2吻合在一起；向后拉动所述张开/闭合机构42的推杆42-1，所述套筒42-2向所述钳头41的后端运动，所述钳头41在弹力的作用下，所述钳头41的左臂41-1和右臂41-2张开。所述弹性材料制造，采用医用弹性材料，包括但不限于：弹性高分子材料、弹性金属材料、金属-塑料复合弹性材料等；如聚氨酯材料(PU)、聚丙烯材料(PP)、弹性不锈钢、形状记忆金属等。
所述口腔钳400的钳头41采用铰链式结构，设销钉41-5；所述钳头41的左臂41-1和右臂41-2通过所述销钉41-5可运动地安装在所述套筒42-2上；所述套筒42-2设在所述安装座43上，通过所述连接机构300与所述口腔观察仪200可拆卸地连接在一起；所述钳头41的后端与所述张开/闭合机构42的推杆42-1连接在一起，当向后拉动所述推杆42-1时，所述钳头41左臂41-1和右臂41-2绕所述销钉41-5旋转，所述钳头41左臂41-1和右臂41-2收拢，直至吻合在一起；当向前推动所述推杆42-1时，所述钳头41左臂41-1和右臂41-2绕所述销钉41-5旋转，所述钳头41左臂41-1和右臂41-2张开。
此外，本领域的技术人员，可以依据本发明公开的技术方案进行各种具体的产品设计，特别是口腔钳400的形状和结构，可以进行许多具体设计，而不脱离本专利的保护范围。
本发明之可视口腔钳902含口腔钳400、口腔观察仪200和连接机构300。所述口腔钳400含钳头41、张开/闭合机构42、及安装座43；所述口腔钳400的钳头41含左臂41-1和右臂41-2，所述左臂41-1和所述右臂41-2之间形成吻合夹紧结构；能控制所述钳头41进行闭合或张开运动的所述张开/闭合机构42设在所述安装座43上。所述口腔钳400和所述口腔观察仪200通过所述连接机构300可拆卸地连接在一起。由于所述口腔观察仪200含照明系统23、观察系统24，并将观察到的视频能以有线或无线的方式传输到手机等显示器上，因此，通过本发明之可视口腔钳902，可以在直视下将口腔中的食物残渣或鱼刺等异物安全方便的从口腔内取出，不仅能观察到取出过程，而且能观察取出后的效果，并拍照或摄影，进行记录。
本发明之可视牙齿冲洗器，其特征在于：所述可视牙齿冲洗器903含牙齿冲洗器500、口腔观察仪200及连接机构300；
A、所述牙齿冲洗器500含喷头51、喷枪52、控制开关53、压力容器54、连接管 55及连接头56；所述喷头51设在所述喷枪52的前端；所述控制开关53能控制所述喷枪52中流体的喷射；所述压力容器54内的流体通过所述连接管55及所述连接头56与喷枪52相连接；
B、所述口腔观察仪200含壳体21、电源系统22、照明系统23、观察系统24、电路系统25和开关26；所述照明系统23、所述观察系统24、所述电路系统25及所述电源系统22安装在所述壳体21内，所述开关26安装在所述壳体21上；通过所述电路系统25将所述照明系统23、所述观察系统24、所述电源系统22及开关26连接在一起；
C、所述牙齿冲洗器500通过所述连接机构300安装在所述口腔观察仪200上。
所述控制开关53可设在所述喷枪52上，也可设置在所述口腔观察仪200上，只要所述控制开关53能控制所述喷枪52中流体的喷射，就都不脱离本专利申请的保护范围。
所述喷头51喷出的流体在所述口腔观察仪200的观察系统24的视野内。因此，在使用过程中，可以实时观察到需要清洁的部位的清洁效果，使用过程更加方便。
所述牙齿冲洗器500的喷头51上设有能调节喷出流体形状及速度的调节阀51-1。
所述牙齿冲洗器500的喷头51具有符合人体口腔要求的弯曲弧度51-2。尤其是当需要沿牙齿外侧对后侧的磨牙进行清洁时，所述弯曲弧度51-2可以让所述喷头51顺利地抵达磨牙位置，使用过程更加舒适。
所述牙齿冲洗器500的控制开关53含：套筒滑杆开/关机构、或按钮调节开/关机构、或旋转调节开/关机构、或电磁控制开关。当然，本领域的技术人员还可以依据本发明公开的技术方案进行其他的设计，而不脱离本专利的保护范围。
所述牙齿冲洗器500的喷枪52含能让流体通过的流道52-1、壳体52-2及安装座52-3；所述流道52-1在所述壳体52-2内；所述安装座52-3设在所述壳体52-2上，所述安装座52-3含能与所述口腔观察仪200相连接的定位块32。
所述连接机构300是可拆卸的机械连接机构；既可以是独立部件，可设在所述牙齿冲洗器500上，或设在所述口腔观察仪200上；或者所述可拆卸的机械连接机构的一部分设在所述牙齿冲洗器500上、另一部分设在所述口腔观察仪200上形成组合式的机械连接机构。
所述机械连接机构含：凹凸卡配合连接、或滑槽连接、或销钉连接、或键连接、或螺纹连接、或螺钉连接、或扣连接、或钩连接、或过盈配合连接。本领域的技术人员，可以 依据本发明公开的技术方案进行各种具体的产品设计，而不脱离本专利的保护范围。
述口腔观察仪200的壳体21上设有能与所述喷枪52相连接的定位槽35及卡块36；所述喷枪52上的定位块32能镶嵌在所述定位槽35内，所述卡块36能阻止所述喷枪52的安装座52-3向后滑动；所述定位块32、所述定位槽35及所述卡块36的协调作用构成所述连接机构300。
所述观察系统24是摄像系统24-1，所述摄像系统24-1含摄像头24-1-1、数据处理及输出系统24-1-2、电路系统25及电源系统22。
所述摄像系统24-1的数据处理及输出系统24-1-2输出的视频数据能通过有线连接或无线连接的方式在显示器24-1-3上显示，所述显示器24-1-3包括：智能手机24-1-31、或电脑24-1-32、或液晶显示器24-1-33、或电视24-1-34。
所述照明系统23设在所述摄像头24-1-1的周边。为了增加照明，也可以在所述口腔观察仪200的壳体21上设置更多的LED灯，用于调照明亮度。
所述口腔观察仪200采用防水设计，以方便清洗和操作。
所述牙齿冲洗器500的压力容器54含增压装置54-1、壳体54-2及流体容纳空间54-3；能增加流体压力的所述增压装置54-1安装在所述壳体54-2上。
此外，所述牙齿冲洗器500的压力容器54还可以设注水口54-4；所述注水口54-4设在所述压力容器54的壳体54-2上，含接口54-41及密封盖54-42，所述接口54-41的远端与所述压力容器54的流体容纳空间54-3连通，所述密封盖54-42可拆卸地安装在接口54-41上。增加所述注水口54-4，当所述压力容器54内的水用完后，可以方便地向所述压力容器54内再次注入水，进行牙齿冲洗。
所述牙齿冲洗器500的压力容器54能安装在所述口腔观察仪200的近端。所述压力容器54是可拆卸地安装在所述口腔观察仪200的近端，方便安装。使用完毕后，可以从所述口腔观察仪200的近端上拆除、方便存放、携带。
所述增压装置54-1是机械式增压装置，或电动增压装置。
进一步，所述增压装置54-1是手动增压装置541；所述手动增压装置541含前单向阀541-1、后单向阀541-2、阀缸541-3、活塞541-4、推杆541-5和芯杆541-6；所述前单向阀541-1、所述后单向阀541-2、所述活塞541-4及所述芯杆541-6安装在所述阀缸541-3内；所述推杆541-5的前端设有所述活塞541-4，所述前单向阀541-1设在所述芯杆541-6的远端，所述后单向阀(541-2)设在所述芯杆541-6的近端；所述推杆541-5 能够推动所述活塞541-4在所述阀缸541-3内往复运动；当所述推杆541-5向外拉伸时，所述前单向阀541-1处于关闭状态，所述压力容器54的流体容纳空间54-3内的流体不能进入所述阀缸541-3内，所述后单向阀541-2处于开放状态，外部的流体可以进入所述阀缸541-3内；当所述推杆541-5向内推进时，所述后单向阀541-2处于关闭状态，所述阀缸541-3内的流体被压缩，所述阀缸541-3内压力增大，在压力的作用下，所述前单向阀541-1处于开放状态，被压缩在所述阀缸541-3内的流体通过前单向阀541-1进入所述流体容纳空间54-3内；如此循环，可不断增加所述压力容器54的流体容纳空间54-3内的压力。
所述前单向阀541-1含前复位弹簧541-1-1、前挡块541-1-2及前密封圈541-1-3，所述前复位弹簧541-1-1顶住所述前挡块541-1-2的远端，所述前密封圈541-1-3设在所述前挡块541-1-2的近端；所述后单向阀541-2含后复位弹簧541-2-1、后挡块541-2-2及后密封圈541-2-3，所述后复位弹簧541-2-1顶在所述后挡块541-2-2的远端，所述后密封圈541-2-3设在所述后挡块541-2-2的近端；所述后挡块541-2-2上设有能让流体通过的通孔541-2-21。
此外，本领域的技术人员，可以依据本发明公开的技术方案进行各种具体的产品设计，特别是牙齿冲洗器500的形状和结构，可以进行许多具体设计，而不脱离本专利的保护范围。
所述增压装置54-1是电动增压装置542。所述电动增压装置542只需接通电源就能实现自动增加，并保持压力稳定，使用过程更加方便。当所述增压装置54-1是电动增压装置542时，所述电源系统22可以设有增压装置22-1，以增加所述电源系统22的电压，更好地带动所述电动增压装置542工作。
所述电动增压装置542是电动空气增压装置542-1或电动水增压装置542-2。
所述电动空气增压装置542-1是电动空气压缩机542-51。
所述电动空气压缩机542-51含进气口542-51-1、充气管542-51-2、压缩机542-51-3。
将所述电动空气压缩机542-51的充气管542-51-2的充气口542-51-21置于需要增压的水面之上，打开所述开关26，所述电动空气压缩机542-51工作，向所述压力容器54内充气，增大所述流体容纳空间54-3内的水压。当打开所述控制开关53时，经过增压后的水经所述连接管55进入所述喷枪52后从所述喷头51中喷出，对牙齿进行清洗。
所述电动水增压装置542-2是潜水泵542-21或抽水机542-22。
所述电动水增压装置542-2是潜水泵542-21，所述潜水泵542-21含进水系统542-21-1、增压系统542-21-2、排水系统542-21-3；所述潜水泵542-21安装在所述壳体52的下部，所述排水系统542-21-3和所述连接管55连接；所述电源系统22对所述潜水泵542-21供电后，所述增压系统542-21-2工作，对经所述进水系统542-21-1进入所述潜水泵542-21的液体进行增压后，通过所述排水系统542-21-3将增压后的流体经连接管55排出对牙齿进行冲洗。
将所述潜水泵542-21置于所述压力容器54的下部，将所述排水系统542-21-3的出水口542-21-31和所述连接管55连接。工作时，水面超过所述进水系统542-21-1的进水口542-21-51，所述电源系统22带动所述增压系统542-21-2工作，水从所述进水系统542-21-1的进水口542-21-51进入所述增压系统542-21-2，所述增压系统542-21-2对水进行增压后，水从所述排水系统542-21-3的出水口542-21-31排出后进入所述连接管55，当打开所述控制开关53时，所述连接管55内经过增压的水就进入所述喷枪52并从所述喷头51中喷出对牙齿进行冲洗。
所述电动水增压装置542-2是抽水机542-22，所述抽水机542-22含抽水系统542-22-1、负压吸引系统542-22-2、排水系统542-22-3；所述排水系统542-22-3和所述连接管55连接；所述电源系统22对所述抽水机542-22供电后，所述负压吸引系统542-22-2工作，将所述流体容纳空间54-3内的流体经所述抽水系统542-22-1吸入所述抽水机542-22后，再通过所述排水系统542-22-3将增压后的液体经连接管55排出对牙齿进行清洗。
将所述抽水机542-22抽水系统542-22-1的抽水口542-22-51置于所述流体容纳空间53的底部，当所述电源系统22带动所述抽水机542-22工作时，水从所述抽水口542-22-51进入所述负压吸引系统5432-22-2后，从所述排水系统542-22-3的出水口542-22-31排入所述连接管55，当打开所述控制开关53时，经过增压后的水经所述连接管55进入所述喷枪52后从所述喷头51中喷出，对牙齿进行清洗。
组装时，先将所述喷枪52安装在所述口腔观察仪200前部；再向所述压力容器54内加入水，然后将所述压力容器54安装在所述口腔观察仪200的近端；通过接头56用连接管55将所述压力容器54与所述喷枪52连接在一起，即完成了将所述牙齿冲洗器500安装在所述口腔观察仪200上的工作。
使用前，用所述增压装置54-1将水压增大，借助所述口腔观察仪200的观察系统24，可以在手机等显示器上清晰地看到牙齿或牙缝，对准食物残渣残留处，打开所述控制开关53，水从喷枪52的喷头51中喷出，即可在直视下进行牙齿及口腔清洁。
所述喷头51和所述喷枪52内置在所述口腔观察仪200的壳体21内。所述喷头51和喷枪52内置在所述口腔观察仪200的壳体21内，可以更加节省空间，同时也便于在所述口腔观察仪200的前端同时组合安装其他的清洁装置，同时具备多种清洁功能，使用者可以根据需要选择不同的功能组合，使用过程更加方便。
所述喷头51位于所述观察系统24附近，所述喷头51喷出的流体在所述观察系统24的视野内。
所述口腔观察仪200的前端还可通过所述连接机构300安装有其他口腔清洁装置，所述口腔清洁装置可以是牙间刷700，或牙线100、或牙刷600，或口腔钳400等等。
所述可视牙齿冲洗器903的前端903-1与所述可视牙齿冲洗器903的主体903-2之间是通过可拆卸的连接机构903-3连接在一起，或所述可视牙齿冲洗器903的前端903-1与所述可视牙齿冲洗器903的主体903-2之间是通过可折叠的连接机构903-4连接在一起。
外出携带时，如何减少物品占用的空间，便于收纳是人们非常关注的方面。本发明之可视牙齿清洗器为便于携带和收纳，还设计有可拆卸结构和可折叠结构两种方式。为实现所述可视牙齿冲洗器903的可拆卸或可折叠，可以单独将其中的所述口腔观察仪200设计为可拆卸结构或可折叠结构，也可以单独将其中所述牙齿冲洗器500设计为可查询结构或可折叠结构，或者将所述口腔观察仪200和所述牙齿冲洗器500两者同时设计成可拆卸或可折叠结构。所述口腔观察仪200和所述牙齿冲洗器500的可拆卸结构或可折叠机构，本领域的技术人员可以根据需要设计不同的组合方式，都并不脱离本专利申请的保护范围。
所述可视牙齿冲洗器903的口腔观察仪200的前端200-1与所述口腔观察仪200的主体200-2之间是通过可拆卸的连接机构903-3连接在一起，或所述口腔观察仪200的前端200-1与所述口腔观察仪200的主体200-2之间是通过可折叠的连接机构903-4连接在一起。
所述可视牙齿冲洗器903的牙齿冲洗器500的前端500-1与所述牙齿冲洗器500的主体500-2之间是通过可拆卸的连接机构903-3连接在一起，或所述牙齿冲洗器500的前端500-1与所述牙齿冲洗器500的主体500-2之间是通过可折叠的连接机构903-4连接在一起。
所述可拆卸的连接机构903-3含连接固定机构903-3-1。所述连接固定机构903-3-1可以将所述口腔观察仪200的前端200-1与所述口腔观察仪200的主体200-2连接在一起， 也可以将所述牙齿冲洗器500的前端500-1与所述牙齿冲洗器500的主体500-2连接在一起。
所述连接固定机构903-3-1是凹凸卡配合式连接固定机构，或旋转式连接固定机构，或磁连接固定机构。在此，申请人只列举了上述三种方式的连接固定机构，本领域的技术人员还可以结合相关公知知识设计出其他不同的连接固定机构，都并不脱离本申请的保护范围。
所述可折叠的连接机构903-4是转轴式运动机构或凹凸卡配合机构。在此，申请人只列举了上述两种方式的可折叠连接固定机构，本领域的技术人员还可以结合相关公知知识设计出其他不同的可折叠连接固定机构，都并不脱离本申请的保护范围。
进一步，所述可折叠的连接机构903-4是转轴式连接机构，所述可折叠的连接机构903-4含转轴903-4-1，及转轴孔903-4-2，所述转轴903-4-1能在所述转轴孔903-4-2内运动。
进一步，所述口腔观察仪200的前端200-1和所述腔观察仪200的主体200-2通过所述可拆卸的连接机构903-3连接在一起；所述可拆卸的连接机构903-3还含电接头903-3-2；所述连接固定机构903-3-1能将所述口腔观察仪200的前端200-1连接固定在所述主体200-2上；所述电接头903-3-2能将所述口腔观察仪200的前端200-1的电路25-1与所述主体200-2的电路25-2接通。
如果所述电接头903-3-2的连接强度足够，所述连接固定机构903-3-1和所述电接头903-3-2可以合并制造为一体，为加强所述口腔观察仪200的连接强度，也可以将所述连接固定机构903-3-1和所述电接头903-3-2分开制造。
收纳时，将所述连接固定机构903-3-1和所述电接头903-3-2分离，所述口腔观察仪200的前端200-1从所述口腔观察仪200的主体200-2上拆除，即可将所述前端200-1和所述主体200-2分别进行收纳，节约收纳空间，方便外出携带。使用时，只需要将所述固定机构903-3-1和所述电接头903-3-2重新插上即可连接所述口腔观察仪200后进行使用。
所述口腔观察仪200的前端200-1和所述腔观察仪200的主体200-2通过所述可折叠的连接机构903-4连接在一起；所述口腔观察仪200的前端200-1绕所述可折叠的连接机构903-4的所述转轴903-4-1转动时，能将所述口腔观察仪200的前端200-1相对于所述口腔观察仪200的主体200-2展开或收拢；所述口腔观察仪200的前端200-1的电路25-1通过能弯曲的柔性电路与所述口腔观察仪200的主体200-2的电路25-2相连接。
由于所述口腔观察仪200的前端200-1的电路25-1和所述口腔观察仪200的主体200-2的电路25-2是通过能弯曲的柔性电路连接的，因此，使用完毕后，将所述口腔观察 仪200的前端200-1绕所述转轴903-4-1转动，即可将所述口腔观察仪200的前端200-1相对于所述口腔观察仪200的主体200-2收拢，方便收纳和携带。如果需要使用时，将所述口腔观察仪200的前端200-1绕所述转轴903-4-1反向转动即可展开所述口腔观察仪200。
所述口腔观察仪200的前端200-1和所述腔观察仪200的主体200-2通过所述可折叠的连接机构903-4连接在一起；所述口腔观察仪200的前端200-1的电路25-1通过能弯曲的柔性电路与所述口腔观察仪200的主体200-2的电路相连接；所述口腔观察仪200的前端200-1通过凹凸卡配合机构，能将所述口腔观察仪200的前端200-1相对于所述口腔观察仪200的主体200-2展开或收拢。
所述牙齿冲洗器500的前端500-1与所述牙齿冲洗器500的主体500-2之间是通过可拆卸的连接机构903-3连接在一起；所述可拆卸的连接机构903-3还含水接头903-3-3；所述连接固定机构903-3-1能将所述牙齿冲洗器500的前端500-1连接固定在所述主体500-2上；所述水接头903-3-3能将所述牙齿冲洗器500的前端500-1水路与所述主体500-2的水路接通。
所述牙齿冲洗器500也可以设计为所述牙齿冲洗器500的前端500-1与所述牙齿冲洗器500的后端500-2是可拆卸连接的。如果所述水接头903-3-3的连接强度足够，所述连接固定机构903-3-1和所述水接头903-3-3可以合并制造为一体，如果想进一步加强所述牙齿冲洗器500的连接强度，也可以将所述连接固定机构903-3-1和所述水接头903-3-3分开制造。
收纳时，将所述连接固定机构903-3-1和所述水接头903-3-3分离，所述牙齿冲洗器500的前端500-1从所述牙齿冲洗器500的主体500-2上拆除，即可将所述前端500-1和所述主体500-2分别进行收纳，节约收纳空间，方便外出携带。使用时，只需要将所述固定机构903-3-1和所述水接头903-3-3重新插上即可连接所述牙齿冲洗器500后对牙齿进行冲洗。
所述牙齿冲洗器500的前端500-1与所述牙齿冲洗器500的主体500-2之间是通过可折叠的连接机构903-4连接在一起；所述牙齿冲洗器500的前端500-1绕所述可折叠的连接机构500-4的所述转轴903-4-1转动时，能将所述牙齿冲洗器500的前端500-1相对于所述牙齿冲洗器500的主体500-2展开或收拢；所述牙齿冲洗器500的前端500-1的水路通过能弯曲的柔性水路与所述牙齿冲洗器500的主体500-2的水路相连接。
所述牙齿冲洗器500的前端500-1和主体500-2采用了能弯曲的柔性水路进行连接，因此，收纳时，只需要将所述牙齿冲洗器500绕所述转轴903-4-1转动，所述牙齿冲洗器 500就能够收拢便于收纳和携带。需要使用时，也只需要将所述牙齿冲洗器500绕所述转轴903-4-1反向旋转，即可将所述牙齿冲洗器500展开，此时可以使用所述牙齿冲洗器500对牙齿进行冲洗。
所述牙齿冲洗器500的前端500-1与所述牙齿冲洗器500的主体500-2之间是通过可折叠的连接机构903-4连接在一起所述牙齿冲洗器500的前端500-1的水路通过能弯曲的柔性水路与所述牙齿冲洗器500的主体500-2的水路相连接；所述牙齿冲洗器500的前端500-1通过凹凸卡配合机构，能将所述牙齿冲洗器500的前端500-1相对于所述牙齿冲洗器500的主体500-2展开或收拢。
进一步，所述牙齿冲洗器500的前端500-1与所述牙齿冲洗器500的主体500-2和所述口腔观察仪200的前端200-1与所述口腔观察仪200的主体200-2同时通过可拆卸的连接机构903-3连接在一起，或通过可折叠的连接机构903-4连接在一起。
前述是申请人列举的所述口腔观察仪200和所述牙齿冲洗器500分别进行可拆卸连接或可折叠连接时的情形，为进一步地方便收纳和使用，所述口腔观察仪200和所述牙齿清洗器500可同时通过所述可拆卸的连接机构903-3或可折叠的连接机构903-4连接在一起。
所述可拆卸的连接机构903-3含连接固定机构903-3-1、电接头903-3-2、及水接头903-3-3；所述连接固定机构903-3-1能同时将所述牙齿冲洗器500的前端500-1和所述口腔观察仪200的前端200-1分别连接固定在所述牙齿冲洗器500的主体500-2和所述口腔观察仪200的主体200-2上；所述电接头903-3-2能将所述口腔观察仪200的前端200-1的电路25-1与所述主体200-2的电路25-2接通；所述水接头903-3-3能将所述牙齿冲洗器500的前端500-1水路与所述主体500-2的水路接通。
当所述口腔观察仪200和所述牙齿冲洗器500同时旋转所述可拆卸的连接机构903-3进行连接时，为节约制造成本，可以在保证连接强度的情况下，将所述连接固定机构903-3-1和所述电接头903-3-2或水接头903-3-3设计成一体；当然，为了进一步加强连接强度，也可以将所述连接固定机构903-3-1单独设置。
收纳时，将所述连接固定机构903-3-1、电接头903-3-2、及水接头903-3-3同时解除连接，所述可视牙齿冲洗器903的前端903-1即从其主体903-2上分离，可以对所述可视牙齿冲洗器903的前端903-1和主体903-2分别进行收纳。当需要使用时，将连接固定机构903-3-1、电接头903-3-2、及水接头903-3-3重新连接即可。
所述可折叠的连接机构903-4是转轴式连接机构，所述可折叠的连接机构903-4含转轴903-4-1，及转轴孔903-4-2，所述转轴903-4-1能在所述转轴孔903-4-2内运动；所述 口腔观察仪200的前端200-1绕所述可折叠的连接机构903-4的所述转轴903-4-1转动时，能将所述口腔观察仪200的前端200-1相对于所述口腔观察仪200的主体200-2展开或收拢；所述口腔观察仪200的前端200-1的电路25-1通过能弯曲的柔性电路与所述口腔观察仪200的主体200-2的电路25-2相连接；所述牙齿冲洗器500的前端500-1绕所述可折叠的连接机构903-4的所述转轴903-4-1转动时，能将所述牙齿冲洗器500的前端500-1相对于所述牙齿冲洗器500的主体500-2展开或收拢；所述牙齿冲洗器500的前端500-1的水路通过能弯曲的柔性水路与所述牙齿冲洗器500的主体500-2的水路相连接。
所述可折叠的连接机构903-4是凹凸卡配合连接机构；所述口腔观察仪200的前端200-1的电路25-1通过能弯曲的柔性电路与所述口腔观察仪200的主体200-2的电路相连接；所述口腔观察仪200的前端200-1通过凹凸卡配合机构，能将所述口腔观察仪200的前端200-1相对于所述口腔观察仪200的主体200-2展开或收拢；所述牙齿冲洗器500的前端500-1的水路通过能弯曲的柔性水路与所述牙齿冲洗器500的主体500-2的水路相连接；所述牙齿冲洗器500的前端500-1通过凹凸卡配合机构，能将所述牙齿冲洗器500的前端500-1相对于所述牙齿冲洗器500的主体500-2展开或收拢。
当所述可视牙齿冲洗器903的口腔观察仪200和牙齿冲洗器500同时采用可折叠的连接机构903-4进行连接时，只需要将所述可视牙齿冲洗器903的前端903-1绕所述可折叠的连接机构903-4旋转，即可实现所述可视牙齿冲洗器903的收拢和展开，不但便于收纳，而且收拢和展开过程非常简单、方便。
本发明之可视牙齿冲洗器903含牙齿冲洗器500、口腔观察仪200和连接机构300。所述牙齿冲洗器500含喷头51、喷枪52、控制开关53、压力容器54、连接管55及连接头56；所述喷头51设在所述喷枪52的前端；所述控制开关53设在所述喷枪52上；所述压力容器54内的流体通过所述连接管55及所述连接头56与喷枪52相连接。所述牙齿冲洗器500通过所述连接机构300安装在所述口腔观察仪200上。所述喷枪52的喷头51在所述口腔观察仪200的观察系统24的视野内。所述牙齿冲洗器500的压力容器54含增压装置54-1、壳体54-2及流体容纳空间54-3。通过增压装置54-1增加流体压力，打开所述控制开关53，水从喷枪52的喷头51中喷出，即可在直视下进行牙齿、口腔清洁，并可对清洁过程进行拍照、摄像记录。
本发明之可视牙齿冲洗器903使用方便，能清晰地观察牙缝、牙龈、牙冠及口腔粘膜，可实时观察食物残渣的位置，并在直视下进行清洁。
本发明之可视牙刷，其特征在于：
可视牙刷，其特征在于：所述可视牙刷904含牙刷600、口腔观察仪200及连接机构300；
A、所述牙刷600含刷头61、刷杆62、及安装座63；所述牙刷600的刷头61至少含1个刷毛61-1；所述刷头61设在所述刷杆62的前端，所述安装座63设在所述刷杆62的后端；
B、所述口腔观察仪200含壳体21、电源系统22、照明系统23、观察系统24、电路系统25和开关26；所述照明系统23、所述观察系统24、所述电路系统25及所述电源系统22安装在所述壳体21内，所述开关26安装在所述壳体21上；通过所述电路系统25将所述照明系统23、所述观察系统24、所述电源系统22及开关26连接在一起；
C、所述牙刷600通过所述连接机构300安装在所述口腔观察仪200上。
所述刷头61可以将刷毛61-1通过整体制造直接植在所述刷杆62的前端，和所述刷杆62形成一个整体，也可以通过可拆卸的方式连接在所述刷杆62的前端。
使用时，将所述牙刷600通所述连接机构300安装在口腔观察仪200上，通过所述口腔观察仪200的观察功能，在直视的情况下对，利用所述牙刷600的刷头61对口腔进行清洁，清洁过程非常方便，尤其是对于口腔深处，利用所述口腔观察仪200的观察功能，使用者可以很清楚地知道所需清洁部位是否清洁干净。此外，这种可视牙刷，还特别适合清洁牙齿与牙龈间的食物残渣，实现精准清洁。
所述刷头61在所述口腔观察仪200的观察系统24的视野内，通过所述观察系统24就可以很清楚地观察到所述刷头61清洁的部位和清洁的效果。
所述刷头61与所述刷杆62之间的夹角β在90°～170°之间。为保证所述刷头61能处于所述口腔观察仪200的观察系统24的视野内，通常所述刷头61与所述刷杆62之间的夹角β要大于90°，为保证观察效果，一般所述刷头61与所述刷杆62之间的夹角β控制在600°～150°之间。
所述牙刷600的刷头61与所述刷杆62之间具有符合人体口腔要求的弯曲弧度61-4。当清洁口腔深处部位时，所述刷头61与所述刷杆62之间具有的符合人体口腔要求的弯曲弧度61-4可以方便地将所述刷头61送达需要清洁的口腔深处部位。
所述牙刷600的安装座63上设有用于与所述口腔观察仪200连接的定位块32。
所述连接机构300是可拆卸的机械连接机构；既可以是独立部件，可设在所述牙刷600上，或设在所述口腔观察仪200上；或者所述可拆卸的机械连接机构的一部分设在所述牙刷600上、另一部分设在所述口腔观察仪200上形成组合式的机械连接机构。可拆卸的机械连接机构，可以方便使用者对所述牙刷600进行更换，使用过程更加方便、卫生，也节约使用者的使用成本。
所述机械连接机构含：凹凸卡配合连接、或滑槽连接、或销钉连接、或键连接、或螺纹连接、或螺钉连接、或扣连接、或钩连接、或过盈配合连接，本领域的技术人员，可以依据本发明公开的技术方案进行各种具体的产品设计，而不脱离本专利的保护范围。
所述口腔观察仪200的壳体21上设有定位槽35及卡块36；所述牙刷600的定位块32能镶嵌在所述定位槽35内，所述卡块36能阻止所述牙刷600的安装座63向后滑动；所述定位块32、所述定位槽35及所述卡块36的协调作用构成所述连接机构300。
所述观察系统24是摄像系统24-1，所述摄像系统24-1含摄像头24-1-1、数据处理及输出系统24-1-2、电路系统25及电源系统22。
所述摄像系统24-1的数据处理及输出系统24-1-2输出的视频数据能通过有线连接或无线连接的方式在显示器24-1-3上显示，所述显示器24-1-3包括：智能手机24-1-31、或电脑24-1-32、或液晶显示器24-1-33、或电视24-1-34。
使用时，所述摄像头24-1-1能够对清洁过程进行拍照和摄像，经过所述数据处理及输出系统24-1-2输出的视频数据可以实时显示在所述显示器24-1-3上，使用者只需要通过所述显示器24-1-3上显示的清洁过程的实时画面就可以对清洁过程进行实时观察，清楚地看到哪些部位已经被清洁干净，哪些部位还没有被清洁干净。
所述照明系统23设在所述摄像头24-1-1的周边。
所述照明系统23采用LED照明系统23-1。
所述摄像头24-1-1在所述照明系统23的热影响区内，所述照明系统23产生的热量能加热所述摄像头24-1-1，避免所述摄像头24-1-1在使用过程中产生雾气。
所述照明系统23产生的热量能使所述摄像头24-1-1的温度上升到35℃～45℃。
所述壳体21在所述摄像头24-1-1附近的壳体21-5的散热能力与所述照明系统23产生的热量之间能产生动态的热平衡，使得所述摄像头24-1-1及附属的所述防水镜片24-1-4 的温度在35℃～45℃范围内，达到防雾的目的。
为加强所述LED照明系统23-1的照明强度，并控制所述摄像头24-1-1周边的动态热平衡达到需要的水平，保证所述摄像头24-1-1及其周边的温度维持在需要的温度范围内，可以根据需要围绕着所述摄像头24-1-1的周围设置多个LED灯，如可设置4个、6个或8个LED灯。一方面通过多个LED灯增加所述LED照明系统23-1的照明强度，增加所述摄像头24-1-1拍摄过程的清晰度，另一方面，通过所述LED照明系统23-1的LED灯的发热，保证LED灯产生的热量经过所述摄像头24-1-1附近的壳体21-5散热后，仍然能够让所述摄像头24-1-1及其附属的所述防水镜片24-1-4的温度维持在35℃～45℃之间，从而达到防雾的目的。
所述摄像头24-1-1的前端设有防水镜片24-1-4，所述防水镜片24-1-4经过防雾涂层处理。所述防水镜片24-1-4通过防雾涂层处理后，即使在所述防水镜片24-1-4的前端形成少量的水蒸气在所述防水镜片24-1-4表面结露，也不会以水滴状存在，而是转变成透明的水膜，不会在所述摄像头24-1-1前形成雾状现象，进一步加强防雾作用。
所述口腔观察仪200采用防水设计。所述口腔观察仪200采用防水设计，使用者在使用过程中可以及时对本发明之可视牙刷进行清洗，防水设计同时可以保证使用过程中不会由于水或人体导电分泌物进入所述口腔观察仪200的内部而影响所述壳体21内的所述电源系统22、照明系统23、观察系统24、电路系统25或开关26的功能，使用过程更加方便、安全。
本发明之可视牙刷含牙刷600、口腔观察仪200和连接机构300。所述牙刷600含刷头61、刷杆62、及安装座63，所述安装座63上设有定位块32。所述口腔观察仪200的壳体21上设有定位槽35及卡块36。所述牙刷600的定位块32能镶嵌在所述定位槽35内，所述卡块36能阻止所述牙刷600的安装座63向后滑动。所述定位块32、所述定位槽35及所述卡块36的协调作用构成所述连接机构300。所述牙刷600和所述口腔观察仪200通过所述连接机构300可拆卸地连接在一起。由于所述口腔观察仪200含照明系统23、观察系统24，并将观察到的视频能以有线或无线的方式传输到所述显示器24-1-3上，因此，通过本发明之可视牙刷，可以在直视下对口腔进行清洁，不仅能观察到清洁过程，而且能观察清洁后的效果，并拍照或摄影，进行记录。
本发明之可拆卸的可视牙间刷，其特征在于：所述可拆卸的可视牙间刷905含内置式牙间刷701、口腔观察仪200及连接机构300；
A、所述内置式牙间刷701含刷体71、递送器72；所述刷体71可运动地内置在递送器72前端的弯管72-1-1内；
B、所述口腔观察仪200含壳体21、电源系统22、照明系统23、观察系统24、电路系统25和开关26；所述照明系统23、所述观察系统24及所述电源系统22安装在所述壳体21内，所述开关26安装在所述壳体21上；通过所述电路系统25将所述照明系统23、所述观察系统24、所述电源系统22及开关26连接在一起；
C、所述内置式牙间刷701通过所述连接机构300可拆卸地安装在所述口腔观察仪200上。
本发明的核心在于将两个能独立使用的单元，所述内置式牙间刷701和所述口腔观察仪200，通过所述连接机构300灵活地组装在一起。既可以组装在一起进行单手操作，清理牙缝；也可以分拆开，一手持所述口腔观察仪200进行观察，另一手持所述内置式牙间刷701进行牙缝清理，具有携带方便、组装便捷、使用灵活的优点。
所述连接机构300是可拆卸的机械连接机构，既可以是独立部件，也可以设在所述内置式牙间刷701或所述口腔观察仪200上。
所述连接机构300可以是一个单独的组件，分别和所述内置式牙间刷701和所述口腔观察仪200进行连接，将所述内置式牙间刷701和所述口腔观察仪200连接成一个整体。所述连接机构300也可以和所述内置式牙间刷701或口腔观察仪200制造成一个整体，然后再同所述口腔观察仪200或所述内置式牙间刷701连接后构成一个整体。但不论何种连接方式，最终目的是需要能将所述内置式牙间刷701和所述口腔观察仪200之间实现可拆卸的连接。因此，所述连接机构300只需要能和所述内置式牙间刷701或所述口腔观察仪200中的一个实现可拆卸的机械连接就可以实现所述内置式牙间刷701和所述口腔观察仪200之间的可拆卸连接。
所述机械连接机构可以是凹凸卡配合连接、或滑槽连接、或销钉连接、或键连接、或螺纹连接、或螺钉连接、或扣连接、或钩连接、或过盈配合连接，等。当然，本领域的技术人员可以选择其他的机械连接方式而不脱离本申请的保护范围。
所述内置式牙间刷701的刷体71含工作部71-1、连接体72；所述工作部71-1设在连接体72的前端；所述递送器72含导向头72-1、滑动机构72-2；所述导向头72-1设在所述递送器72的前端721上；所述导向头72-1内含弯管72-1-1，所述弯管72-1-1的出口72-1-2设在所述导向头72-1的端部72-1-3；所述刷体71安装在所述弯管72-1-1内，所述刷体71的工作部71-1能在弯管72-1-1内滑动，所述刷体71的连接体72安装在所述递送器72的滑动机构72-2上；所述滑动机构72-2的运动能驱动所述刷体71的工作部 71-1在所述弯管72-1-1内滑动；驱动所述滑动机构72-2能使所述刷体71的工作部71-1从导向头的端部弯管的出口72-1-2中伸出。
所述内置式牙间刷701的滑动机构72-2含牙间刷连接机构72-2-1及滑块72-2-2，所述牙间刷连接机构72-2-1设在所述滑块72-2-2上；所述牙间刷的连接体72与所述牙间刷连接机构72-2-1连接在一起，推拉所述滑块72-2-2能驱动刷体71在所述弯管72-1-1内进行往复运动，使得所述牙间刷的工作部71-1从所述导向头72-1端部的弯管出口72-1-2中伸出或回收。
所述内置式牙间刷701由于采用了刷体71内置在递送器72的导向头72-1的弯管72-1-1内的结构，弹性材料制造的刷体71的工作部分71-1在所述导向头72-1对准牙缝后，推动递送器72上的滑动机构72-2来驱动刷体71的工作部分71-1沿着弯管72-1-1的弧度自动弯曲，对准并进入牙缝，通过来回推拉递送器72滑动机构72-2上的滑块72-2-2，使得所述牙间刷的工作部分71-1在牙缝中来回运动，清洁牙缝。由于递送器72有良好的刚性，在所述递送器72的导向头72-1的弯管出口72-1-2对准牙缝后，推出的刷体71的工作部分71-1就直接进入了牙缝，因所述递送器72的导向头72-1的弯管出口72-1-2几乎贴近牙缝，距离牙缝很近，牙间刷工作部分71-1不容易折弯，故大幅度提高了刷体71的力的传导性，提高了刷体71的操控性，避免了现有技术的牙间刷在清洁磨牙之间的间隙时容易弯折，易伤牙龈的缺点。
所述连接机构300设在所述内置式牙间刷701的导向头72-1上；所述连接机构300含定位块32。
所述连接机构300和所述内置式牙间刷701的导向头72-1之间可以整体制造实现连接，或粘接在一起，或进行可拆卸地连接。
所述口腔观察仪200的壳体21上设有能让所述内置式牙间刷701的滑块72-2-2进行往返运动的滑槽211-2，及能固定所述连接机构300的定位槽35。
所述内置式牙间刷701的滑动机构72-2的滑块72-2-2含弓形壳体72-2-21，在所述弓形壳体72-2-21的内侧设有导向块72-2-22；所述导向块72-2-22能在所述口腔观察仪200的滑槽211-2内往复运动。
为便于推动所述滑块72-2-2运动，在所述弓形壳体72-2-21上可以设置防滑纹。向下轻压所述弓形壳体72-2-21，所述导向块72-2-22能够嵌在所述口腔观察仪200的滑槽211-2内，前后推动所述弓形壳体72-2-21，在所述导向块72-2-22的导向作用下，所述滑块72-2-2能够方便地沿所述口腔观察仪200的滑槽211-2来回滑动。
所述连接机构300的定位块32是倒T形定位块32-1；所述倒T形定位块32-1设在 所述连接机构300的下方；所述口腔观察仪200的壳体21上设有固定机构211，所述固定机构211含定位槽35、滑槽211-2、和卡块36；所述T形定位块32-1可拆卸地镶嵌在所述定位槽35内，向上弹起的所述卡块36能防止所述连接机构300后退，防止所述内置式牙间刷701从所述口腔观察仪200上意外松脱；将所述卡块36压下，同时向后拉所述连接机构300才能将所述连接机构300从所述口腔观察仪200上解脱。
安装时，先将所述连接机构300固定在所述内置式牙间刷701的递送器72的导向头72-1上的适当位置；然后将所述内置式牙间刷701的刷体71和所述递送器72的滑块72-2-2连接；再将所述刷体71安装在所述递送器72的导向头72-1的弯管72-1-1内；向前推所述滑块72-2-2，将所述连接机构300和所述内置式牙间刷701的滑块72-2-2靠在一起。
然后将所述内置式牙间刷701和所述连接机构300沿所述口腔观察仪200的壳体21的定位端212向下吻合在所述口腔观察仪200的壳体21上的固定机构211上；向下压所述内置式牙间刷701和所述连接机构300，所述内置式牙间刷701的滑块72-2-2的弓形壳体72-2-21内侧的导向块72-2-22镶嵌在所述口腔观察仪200的滑槽211-2内；同时所述卡块36被压下，所述倒T形定位块32-1进入所述口腔观察仪200的定位槽35。
保持所述内置式牙间刷701的滑块72-2-2和刷体71静止不动，向前推动所述连接机构300，使得所述连接机构300的倒T形定位块32-1镶嵌在所述口腔观察仪200的定位槽35内，直至所述卡块36向上弹起，顶住所述连接机构300的后端，即将所述连接机构300安装到位，将所述内置式牙间刷701和所述口腔观察仪200之间建立了牢固的连接。
当需要拆除所述内置式牙间刷701时，用力向后退所述连接机构300，所述卡块36压下，所述连接机构300可以向后退，所述倒T形定位块32-1从镶嵌的定位槽35内退出，直至所述T形定位块32-1和所述定位槽35之间的连接解除，这样就可以将所述内置式牙间刷701从所述口腔观察仪200上分拆开。
由于所述倒T形定位块32-1采取的是倒T形结构，当所述T形定位块32-1镶嵌在所述定位槽35内时，倒T形结构的底部能与所述定位槽35形成凹凸卡配合结构，能够有效地限制所述连接机构300在垂直方向的运动，从而防止在使用过程中所述内置式牙间刷701和所述口腔观察仪200沿垂直方向脱离。同时，所述卡块36设置在所述连接机构300的后端，当所述卡块36向上抬起时，由于所述卡块36的顶部位置高于所述连接机构300的尾部高度，可以有效防止所述连接机构300向后退，只有有意识地用力向后退所述连接机构300，所述连接机构300才能沿所述卡块36的导向面退出后从所述口腔观察仪200上解脱，可以有效防止所述内置式牙间刷701因为所述连接机构300能轻易向后退而从所 述口腔观察仪200上意外松脱。
所述连接机构300的定位块32是弧形定位钩32-2；所述弧形定位钩32-2含定位凹槽32-2-1；在所述口腔观察仪200上的定位槽35内含有与所述定位凹槽32-2-1匹配的定位凸阶211-1-1；所述弧形定位钩32-2镶嵌在所述定位槽35内，形成凹凸卡配合，限制了所述连接机构300垂直方向的运动；所述定位凸阶211-1-1镶嵌在所述定位凹槽32-2-1内，限制了所述连接机构300的前后运动。
安装时，所述内置式牙间刷701和所述连接机构300如前所述安装好后，将所述内置式牙间刷701的滑块72-2-2对准所述口腔观察仪200的壳体21上的滑槽211-2，将所述连接机构300的弧形定位钩32-2对准所述口腔观察仪200的壳体21上的定位槽35；向下压所述内置式牙间刷701和所述连接机构300，将所述内置式牙间刷701的滑块72-2-2的弓形壳体72-2-21内侧的导向块72-2-22镶嵌在所述口腔观察仪200的滑槽211-2内；将所述连接机构300的弧形定位钩32-2镶嵌在所述所述定位槽35内，形成凹凸卡配合，限制所述连接机构300垂直方向的运动；向前滑动所述连接机构300，直至将所述所述口腔观察仪200的定位凸阶211-1-1镶嵌在所述连接机构300的定位凹槽32-2-1内，从而限制所述连接机构300的前后运动。当需要取下所述内置式牙间刷701时，用力向后退所述连接机构300，所述连接机构300的定位凹槽32-2-1从所述口腔观察仪200的定位凸阶211-1-1上解脱；沿所述口腔观察仪200的定位槽35向后继续滑动所述连接机构300，所述连接机构300就可以从所述口腔观察仪200上解脱。
所述弧形定位钩32-2和所述定位槽35、所述定位凸阶211-1-1和所述定位凹槽32-2-1形成的双重凹凸卡配合连接方式可以实现所述连接机构300和所述口腔观察仪200的有效连接、固定。
所述连接机构300设在所述口腔观察仪200上；所述连接机构300是连接环32-3，所述内置式牙间刷701从所述连接环32-3的安装孔32-3-1中穿过，将所述内置式牙间刷701固定在所述口腔观察仪200上。所述连接环32-3的环形结构与凹凸卡配合连接方式相比，可以更加有效地防止所述内置式牙间刷701沿垂直方向和所述口腔观察仪200分离，更加安全、可靠。
所述连接机构300是环抱臂32-4，通过所述环抱臂32-4将所述内置式牙间刷701和所述口腔观察仪200可拆卸地连接在一起。所述环抱臂32-4可以设置在所述内置牙间刷700上，然后环抱住所述口腔观察仪200实现二者的可拆卸连接，也可以设置在所述口腔观察仪200上，然后环抱住所述内置式牙间刷701以实现二者的可拆卸连接。
所述观察系统24是摄像系统24-1，所述摄像系统24-1含摄像头24-1-1、数据处理 及输出系统24-1-2、电路系统25及电源系统22。
所述摄像系统24-1的数据处理及输出系统24-1-2输出的视频数据能通过有线连接或无线连接的方式在显示器24-1-3上显示，所述显示器24-1-3包括：智能手机24-1-31、或电脑24-1-32、或液晶显示器24-1-33、或电视24-1-34。
所述照明系统23设在所述摄像头24-1-1的周边。
本发明之可拆卸的可视牙间刷905含内置式牙间刷701、口腔观察仪200和连接机构300。所述内置式牙间刷701和所述口腔观察仪200通过所述连接机构300可拆卸地连接在一起。所述连接机构300是可拆卸的机械连接机构，既可以是独立部件，也可以设在所述内置式牙间刷701或所述口腔观察仪200上。本发明之可拆卸的可视牙间刷，可以根据使用者的使用习惯和偏好进行自由组合，所述内置式牙间刷701和所述口腔观察仪200，通过所述连接机构300灵活地组装在一起，既可以组装在一起进行单手操作，清理牙缝；也可以分拆开，一手持所述口腔观察仪200进行观察，另一手持所述内置式牙间刷701进行牙缝清理，具有携带方便、组装便捷、使用灵活的优点。
附图说明
图1是本发明之可视牙线的立体结构示意图。
图1-1是图1的爆炸图。
图1-2是图1之本发明之可视牙线沿中线剖开后从前向后看时的立体结构示意图。
图1-3是图1之本发明之可视牙线沿中线剖开后从后向前看时的立体结构示意图。
图1-4是图1之A-A处的局部剖视立体结构示意图。
图1-5是图1的主视图。
图1-6是图1-5的B-B剖视图。
图2是本发明之可视牙线从前端向后端看时的立体结构示意图。
图2-1是图2的C处的放大图。
图3是本发明之可视牙线的牙线的立体结构示意图。
图3-1是本发明之可视牙线的牙线的立体结构示意图。
图3-2是本发明之可视牙线的牙线的立体结构示意图。
图4是本发明之可视牙线的连接机构的立体结构示意图。
图4-1是本发明之可视牙线的连接机构的仰视时的立体结构示意图。
图5是螺母连接型的本发明之可视牙线的立体结构示意图。
图5-1是图5的D处的放大图。
图6是螺杆连接型的本发明之可视牙线的立体结构示意图。
图6-1是图6的E处的放大图。
图7是本发明之可视牙线的充电接口密封装置密封时的立体结构示意图。
图7-1是图7的F处的放大图。
图8是本发明之可视牙线的充电接口密封装置打开时的立体结构示意图。
图8-1是图8的G处的放大图。
图9是本发明之可视牙线通过有线连连接方式接到显示器时的示意图。
图10是本发明之可视牙线通过无线连接方式连接到显示器时的示意图。
图11是本发明之可视口腔钳的立体结构示意图。
图11-1是图11的俯视图。
图11-2是图11的侧视图。
图11-3是图11的仰视图。
图11-4是图11之可视口腔钳的钳头张开时的俯视结构示意图。
图11-5是图11-4的G-G剖视图。
图11-6是图11之可视口腔钳的钳头闭合时的俯视结构示意图。
图11-7是图11-6的H-H剖视图。
图11-8是图11的爆炸图。
图12是本发明之可视口腔钳的口腔钳处于张开状态时的立体结构示意图。
图12-1是图12的爆炸图。
图12-2是图12的前视立体结构示意图。
图12-3是图12之口腔钳的钳头及安装座的俯视时的结构示意图。
图12-4是图12之口腔钳的钳头及安装座的仰视时的结构示意图。
图12-5是图12之口腔钳的张开/闭合机构的俯视时的结构示意图。
图12-6是图12之口腔钳的张开/闭合机构的仰视时的结构示意图。
图12-7是本发明之可视口腔钳的口腔钳处于张开状态时的结构示意图。
图12-8是本发明之可视口腔钳的口腔钳处于闭合状态时的结构示意图。
图13是本发明之铰链式可视口腔钳处于张开状态时的结构示意图。
图13-1是本发明之铰链式可视口腔钳处于闭合状态时的结构示意图。
图14是本发明之具有弯曲钳头的可视口腔钳的结构示意图。
图15是本发明之具有弯曲钳头的铰链式可视口腔钳的结构示意图。
图16是本发明之可视口腔钳的与显示器通过有线连接时的结构示意图。
图17是本发明之可视口腔钳的与显示器通过无线连接时的结构示意图。
图18是本发明之可视牙齿冲洗器的立体结构示意图。
图18-1是图18的爆炸图。
图19是本发明之可视牙齿冲洗器的牙齿冲洗器的立体结构示意图。
图19-1是图19的爆炸图。
图20是本发明之可视牙齿冲洗器的安装关系图。
图21是本发明之可视牙齿冲洗器的喷枪的立体结构示意图。
图21-1是图21的仰视图。
图21-2是图21的侧视图。
图21-3是图21之喷枪处于关闭状态时的I-I剖视图。
图21-4是图21之喷枪处于接通状态时的I-I剖视图。
图22是本发明之可视牙齿冲洗器的俯视图。
图22-1是图22的J-J剖视图。
图22-2是图22-1之活塞向外运动时压力容器K处的放大图。
图22-3是图22-1之活塞向内运动时(加压时)压力容器K处的放大图。
图23是本发明之可调喷头的可视牙齿冲洗器的立体结构示意图。
图23-1是图23的侧视图。
图23-2是图23的俯视图。
图23-3是图23-2的L-L处剖视图。
图23-4是图23-3之可调喷头处于多喷水口状态时的M处放大图。
图23-5是图23-3之可调喷头处于单喷水口状态时的M处放大图。
图24是本发明之带注水口的可视牙齿冲洗器的立体结构示意图。
图25是本发明之可视牙齿冲洗器与显示器通过有线连接时的结构示意图。
图26是本发明之可视牙齿冲洗器与显示器通过无线连接时的结构示意图。
图27是本发明之含电动空气压缩机的可视牙齿冲洗器的结构示意图。
图27-1是图27的爆炸图。
图28是本发明之含潜水泵的可视牙齿冲洗器的立体结构示意图。
图28-1是图28的背面立体结构示意图。
图29是本发明之含潜水泵的可视牙齿冲洗器的结构示意图。
图29-1图29的爆炸图。
图30是本发明之含抽水机的可视牙齿冲洗器的结构示意图。
图30-1是图30的爆炸图。
图31为含牙间刷的本发明之多功能可视牙齿冲洗器。
图31-1是图31的N处放大图。
图31-2是牙间刷从本发明之多功能可视牙齿冲洗器上拆除时的结构示意图。
图32是含牙线的本发明之多功能可视牙齿冲洗器。
图32-1是图32的O处放大图。
图32-2是牙线从本发明之多功能可视牙齿冲洗器上拆除时的结构示意图。
图33为含牙刷的本发明之多功能可视牙齿冲洗器。
图33-1是图33的P处放大图。
图33-2是牙刷从本发明之多功能可视牙齿冲洗器上拆除时的结构示意图。
图34为含口腔钳的本发明之多功能可视牙齿冲洗器。
图34-1是图34的Q处放大图。
图34-2是口腔钳从本发明之多功能可视牙齿冲洗器上拆除时的结构示意图。
图35是本发明之多功能可视牙齿冲洗器与显示器通过有线连接时的结构示意图。
图36是本发明之多功能可视牙齿冲洗器与显示器通过无线连接时的结构示意图。
图37是可折叠的本发明之可视牙齿冲洗器的结构示意图。
图37-1是折叠状态时的本发明之可视牙齿冲洗器的结构示意图。
图37-2是展开状态时的本发明之可视牙齿冲洗器的立体结构示意图。
图38是可拆卸的本发明之可视牙齿冲洗器的结构示意图。
图38-1是图38的R处放大图。
图38-2是拆卸状态时的本发明之可视牙齿冲洗器的结构示意图。
图38-3是图21的爆炸图。
图39是本发明之可视牙刷的立体结构示意图。
图39-1是图39的S区放大图。
图39-2是牙刷和口腔观察仪分离时的本发明之可视牙刷的立体结构示意图。
图39-3是图39-2的T区放大图。
图40是本牙刷的结构示意图。
图40-1是图40的前视立体结构示意图。
图40-2是图40之牙刷的刷头及安装座的仰视时的结构示意图。
图41是1个刷毛的本发明之可视牙刷的立体结构示意图。
图41-1是图41的U区放大图。
图41-2是图41的防水镜片拆下时的立体结构示意图。
图41-3是图41-2的V区放大图。
图42是本发明之可视牙刷的与显示器通过无线连接时的结构示意图。
图42-1是本发明之可视牙刷的与显示器通过无线连接时的结构示意图。
图43是本发明之可视牙刷的与显示器通过有线连接时的结构示意图。
图44是本发明之可拆卸的可视牙间刷的结构示意图。
图44-1是图44之可拆卸的可视牙间刷的滑块前移导致牙间刷伸出时的结构示意图。
图1-2是图44之可拆卸的可视牙间刷的连接机构后退导致定位块与定位槽解锁时的结构示意图。
图44-3是图44之可拆卸的可视牙间刷的内置式牙间刷与口腔观察仪完全分离时的结构示意图。
图45是本发明之可拆卸的可视牙间刷的俯视图。
图45-1是图45的W-W剖视图。
图45-2是图45-1的X-X剖视图。
图45-3是图45-1的Y-Y剖视图。
图46是本发明之可拆卸的可视牙间刷的连接机构后退导致定位块与定位槽解锁时的俯视图。
图46-1是图46的Z-Z剖视图。
图47是本发明之可拆卸的可视牙间刷的内置式牙间刷的结构示意图。
图47-1是本发明之可拆卸的可视牙间刷的内置式牙间刷的俯视时的立体结构示意图。
图47-2是本发明之可拆卸的可视牙间刷的内置式牙间刷的仰视时的立体结构示意图。
图47-3是图47-1的爆炸图。
图47-4是图47-3的爆炸图。
图48是本发明之可拆卸的可视牙间刷与显示器有线连接时的工作原理图。
图49是本发明之可拆卸的可视牙间刷与显示器无线连接时的工作原理图。
图50是含弧形定位钩型定位块的本发明之可拆卸的可视牙间刷的结构示意图。
图50-1是图50之可拆卸的可视牙间刷的滑块前移导致牙间刷伸出时的结构示意图。
图50-2是图50之可拆卸的可视牙间刷的连接机构后退导致定位块与定位槽解锁时的结构示意图。
图50-3是图50之可拆卸的可视牙间刷的内置式牙间刷与口腔观察仪完全分离时的结构示意图。
图51是图50-2的主视图。
图51-1是图51的a-a剖视图。
图51-2是图51的b-b剖视图。
图52是图50的主视图。
图52-1是图52的c-c剖视图。
图53是图50之可拆卸的可视牙间刷的内置式牙间刷的俯视时的立体结构示意图。
图53-1是图53的内置式牙间刷的仰视时的立体结构示意图。
图53-2是图53的爆炸图。
图53-3是图53-1的爆炸图。
图53-4是图53-2的爆炸图。
图53-5是图53-3的爆炸图。
图54是含连接环形定位块的本发明之可拆卸的可视牙间刷的结构示意图。
图54-1是含环抱臂形定位块的本发明之可拆卸的可视牙间刷的结构示意图。
上述图中：
100为牙线，200为口腔观察仪，300为连接机构，400为口腔钳，500为牙齿冲洗器，600为牙刷，700为牙间刷，901为本发明之可视牙线，902为本发明之可视口腔钳，903为本发明之可视牙齿冲洗器，904为本发明之可视牙刷，905为本发明之可拆卸的可视牙间刷。
牙线上：
11为线，12为支架，13为安装座。
13-1为安装座上的通孔，13-2为定位凹槽，13-3为螺纹。
口腔观察仪上：
200-1为口腔观察仪的前端，200-2为口腔观察仪的主体。
211为固定机构，211-2为滑槽，211-1-1为定位凸阶，212为定位端。
21为壳体，22为电源系统，23为照明系统，24为观察系统，25为电路系统，26为开关。
21-1为壳体的头部，21-2为支撑筋板，21-3为口腔钳的安装槽，21-4为密封装置。
22-1为增压装置，22-2为电源，22-3为连接座。
24-1为摄像系统。
25-1为口腔观察仪前端的电路，25-2为口腔观察仪主体的电路，25-3为密封充电接口；25-1-1为前端的电路的接口，25-2-1为主体的电路的接口。
26-1为状态灯。
21-2-1为设在支撑筋板外侧的滑槽；21-4-0为密封槽，21-4-1为密封圈、21-4-2为压板，21-4-3为滑板，21-4-4为滑板定位槽。
24-1-1为摄像头、24-1-2为数据处理及输出系统，24-1-3为显示器。
24-1-31为智能手机，24-1-32为电脑，24-1-33为液晶显示器/电视，24-1-34为平板电脑。
连接机构上：
30为滑杆，31为定位钩，31-1为左定位钩，31-2为右定位钩，32为定位块，33为螺纹型连接机构，34为防滑凸纹，35为定位槽，36为卡块。
32-1为倒T形定位块，32-2为弧形定位钩，32-3为连接环，32-4为环抱臂，32-2-1为定位凹槽。
δ为牙线与口腔观察仪的壳体的头部中心线之间的夹角。
口腔钳上：
41为钳头，42为张开/闭合机构，43为安装座。
41-1为钳头的左臂，41-2为钳头的右臂，41-3为钳头上的咬合齿，41-4为钳头的弯曲弧度，41-5为销钉。
41-1-1为左臂连杆，41-2-1为右臂连杆。
42-1为推杆。
42-1-1为推杆上的滑块。
42-1-2为推块。
42-1-21为推块上的滑槽，42-1-22为推块上的滑块。
42-2为套筒。
42-2-1为套筒上的孔。
43-2为滑槽。
牙齿冲洗器上
500-1为牙齿冲洗器的前端，500-2为牙齿冲洗器的主体。
903-1为本发明之可视牙齿冲洗器的前端，903-2为本发明之可视牙齿冲洗器的主体，903-3为可拆卸的连接机构，903-4为可折叠的连接机构。
903-3-1为连接固定机构，903-3-2为电接头，903-3-3为水接头。
903-3-11为内螺杆，903-3-12为止转块，903-3-13为连接组件，903-3-14为外螺帽；903-3-111为安装槽，903-3-112为定位凹槽；903-3-121为定位凸阶，903-3-122为止转槽，903-3-123为止转凸阶；903-3-131为限位凸阶，903-3-132为电连接器，903-3-133为通水管；903-3-141为接头平台。
903-4-1为转轴，903-4-2为转轴孔。
51为喷头，52为喷枪，53为控制开关，54为压力容器，55为连接管，56为连接头，57为底座。
51-1为喷头调节阀，51-2为喷头的弯曲弧度；51-1-1为出水口，51-1-2为调节椎体。
52-1为喷枪的流体通道，52-2为喷枪的壳体，52-3为喷枪的安装座。
53-1为控制开关的复位弹簧，53-2为进水口。
54-1为压力容器的加压装置，54-2为压力容器的壳体，54-3为压力容器的流体容纳空间，54-4为压力容器的注水口，54-41为注水口的接口，54-42为注水口的密封盖，54-5为隔板，54-6为安装隔层。
54-2-1为进气孔，54-2-2为定位座，54-2-3为上盖。
54-5-1为通气孔，54-5-2为引流孔，54-5-3为排水孔。
55-1为牙齿冲洗器前端的排水管，55-2为牙齿冲洗器主体的排水管；55-1-1为前端排水管的接口，55-2-1为主体的排水管的接口。
57-1为下盖，57-2为安装槽。
541为手动增压装置。
541-1为前单向阀，541-2为后单向阀，541-3为阀缸，541-4为活塞，541-5为推杆，541-6为芯杆。
541-1-1为前复位弹簧、541-1-2为前挡块、541-1-3为前密封圈。
541-2-1为后复位弹簧、541-2-2为后挡块、541-2-3为后密封圈。
541-2-21为后挡块上的通孔。
542为电动增压装置。
542-1为电动空气增压装置，542-2为电动水增压装置。
542-51为电动空气压缩机，542-51-1为进气口，542-51-2为充气管，542-51-21为充气口，542-51-22为弯头，542-51-23为直管，542-51-3为空压机。
542-21为潜水泵，542-21-1为潜水泵进水系统，542-21-51为进水口，542-21-2为潜水泵增压系统，542-21-3为潜水泵排水系统，542-21-31为出水口。
542-22为抽水机，542-22-1为抽水系统，542-22-51为抽水口，542-22-2为负压吸引系统，542-22-3为抽水机排水系统，542-22-31为出水口。
牙刷上：
61为刷头，62为刷杆，63为安装座。
61-1为刷毛，61-4为刷头的弯曲弧度。
32为安装座上的定位块，63-2为滑槽。
β为刷头与刷杆之间的夹角。
牙间刷上：
701为内置式牙间刷；
71为刷体，71-1为牙间刷工作部，71-2为牙间刷连接体，71-1-1为刷头。
72为递送器，72-1为导向头，72-1-1为弯管，72-1-2为弯管出口；72-2为滑动机构，72-2-1为与牙间刷连接的连接机构，72-2-2为滑块，72-2-21为滑块的弓形壳体，72-2-22为弓形壳体内侧的导向块。
具体实施方式
本发明之多功能可视口腔清洁仪包含可视牙线，和/或可视口腔钳，和/或可视牙齿冲洗器，和/或可视牙刷，和/或可拆卸的可视牙间刷等多种功能。牙线，和/或口腔钳，和/或牙齿冲洗器，和/或牙刷，和/或牙间刷通过连接机构和口腔观察仪连接在一起。通过手机或平板电脑，使用时可以清晰地看到牙线，口腔钳，牙齿冲洗器，牙刷，或者牙间刷及牙齿之间的缝隙，方便在直视下进行牙缝的清洁、处理，并实时观察、记录牙缝的清洁效果。
实施例1：凹凸卡配合型的本发明之可视牙线
参考图1至图4-1，本实施例之可视牙线901含牙线100、口腔观察仪200及连接机构300。
所述牙线100含线11、支架12、及安装座13；所述牙线100的线11的两端分别固定在所述支架12的左臂12-1和右臂12-2上，所述支架12设在所述安装座13上。
所述口腔观察仪200含壳体21、电源系统22、照明系统23、观察系统24、电路系统25和开关26；所述照明系统23、所述观察系统24、所述电路系统25及所述电源系统22安装在所述壳体21内，所述开关26安装在所述壳体21上；通过所述电路系统25将所述照明系统23、所述观察系统24、所述电源系统22及开关26连接在一起。
所述牙线100通过所述连接机构300安装在所述口腔观察仪200上。本实施例中，所述牙线100通过所述连接机构300利用凹凸卡配合的方式可拆卸地连接在所述口腔观察仪200上。所述牙线100的安装座13上设有通孔13-1，所述口腔观察仪200的壳体的头部21-1能镶嵌在所述通孔13-1内，参考图2、图2-1和图3至图3-2。
所述牙线100的线11在所述口腔观察仪200的观察系统24的视野内，参考图1。这样，可以清晰地看到牙线及牙齿之间的缝隙，方便在直视下进行牙缝的清洁、处理，并实时观察牙缝的清洁效果。
本实施例中，所述连接300是一个独立部件。参考图4和图4-1，所述连接机构300含滑杆30、定位钩31、左定位钩31-1、右定位钩31-2、定位块32、防滑凸纹34；所述定位钩31、左定位钩31-1、右定位钩31-2设在所述滑杆30的前端，所述定位钩31居中，所述左定位钩31-1和右定位钩31-2分列两侧；所述定位块32位于所述滑杆30的中部；所述防滑凸纹34设置所述滑杆30的尾部；所述定位块32安装在所述口腔观察仪200的壳体21的定位槽35内，所述口腔观察仪200的壳体21的卡块36顶住所述滑杆30尾部，将所述连接机构300可拆卸地安装固定在所述口腔观察仪200的壳体21上；所述口腔观察仪200的壳体21的头部21-1镶嵌在所述牙线100的安装座的通孔13-1中，所述连接机构300的定位钩31镶嵌在所述安装座的定位凹槽13-2内，所述左定位钩31-1及右定位钩31-2从左右两侧环抱住所述口腔观察仪200的壳体21的头部21-1。
参考图1、图2，安装时，首先将所述连接机构300的定位块32镶嵌在所述口腔观察仪200的壳体21的定位槽35内，向前滑动所述连接机构300的滑杆30，直至所述口腔观察仪200的壳体21的卡块36向上弹起顶住所述滑杆30的尾部，此时，所述左定位钩31-1及右定位钩31-2从左右两侧环抱住所述口腔观察仪200的壳体21的头部21-1，将所述连接机构300安装、连接在所述口腔观察仪200上。在所述滑杆30的尾部上设置所述防滑凸纹34，可以增加摩擦力，方便安装或拆卸所述连接机构300。所述卡块36及左定位钩31-1、右定位钩31-2的环抱作用、所述定位块32和所述定位槽35的凹凸卡配合的组合作用，可以有效地将所述连接机构300牢固地连接在所述口腔观察仪200上。
然后将所述口腔观察仪200的壳体21的头部21-1镶嵌在所述牙线100的安装座的通孔13-1中，向所述连接机构300方向推动所述牙线100，使得所述连接机构300的定位钩31镶嵌在所述安装座13的定位凹槽13-2内，形成连接、固定。
拆卸时，按下所述连接机构300的定位钩31的顶部，向外退所述牙线100就可以解除所述连接机构300和所述牙线100之间的凹凸卡配合。当需要进一步将所述连接机构300从所述口腔观察仪200上拆除时，用力向后退所述滑杆30，所述口腔观察仪200的卡块36被压下，所述连接机构300的定位块32从镶嵌的所述口腔观察仪200的定位槽35内退出，直至所述连接机构300和所述口腔观察仪200的连接完全解除。
由于所述连接机构300的定位块32采取的是倒T形结构，当所述T形定位块32镶嵌在所述定位槽35内时，倒T形结构的底部能与所述定位槽35形成凹凸卡配合结构，能够有效地限制所述连接机构300在垂直方向的运动，从而防止在使用过程中所述所述连接机构300和所述口腔观察仪200沿垂直方向脱离。同时，所述所述口腔观察仪200的卡块36设置在所述连接机构300的后端，当所述口腔观察仪200的卡块36向上抬起时，由于所述卡块36的顶部位置高于所述连接机构300的尾部高度，可以有效防止所述连接机构300向后退，只有有意识地用力向后退所述连接机构300，所述连接机构300才能沿所述卡块36的导向面退出后从所述口腔观察仪200上解脱，可以有效防止所述牙线100因为所述连接机构300能轻易向后退而从所述口腔观察仪200上意外松脱。
参考图9和图10，所述观察系统24是摄像系统24-1，所述摄像系统24-1含摄像头24-1-1、数据处理及输出系统24-1-2、电路系统25及电源系统22。
所述摄像系统24-1的数据处理及输出系统24-1-2输出的视频数据能通过有线连接或无线连接的方式在显示器24-1-3上显示，所述显示器24-1-3包括：所述显示器24-1-3包括：智能手机24-1-31、或电脑24-1-32、或液晶显示器/电视24-1-33、或平板电脑24-1-34等。
所述照明系统6设在所述摄像头24-1-1的周边，通常采用LED灯照明。
参考图7至图8-1，所述口腔观察仪200采用防水设计，含用于密封充电接口25-3的密封装置21-4；所述密封装置21-4含密封圈21-4-1、压板21-4-2及滑板21-4-3；所述压板21-4-2与所述滑板21-4-3之间能相对运动；所述密封圈21-4-1安装在所述壳体21的尾部的密封槽21-4-0内，所述压板21-4-压在所述密封圈21-4-1上，所述滑板21-4-3可拆卸地压在所述压板21-4-2上；当所述滑板21-4-3滑入壳体21尾部的滑板定位槽35-4-4内时，所述滑板21-4-3压住所述压板21-4-2，所述压板21-4-2再压在所述密封圈21-4-1形成密封；当所述滑板21-4-3向外推，所述滑板21-4-3从壳体21尾部的滑板定位槽35-4-4 内解脱，所述滑板21-4-3翘起，带动所述压板21-4-2向上翘起，所述压板21-4-2的压力解除，暴露所述密封充电接口25-3，密封解除，可以对所述口腔观察仪200进行充电。
由于所述口腔观察仪200采用防水设计，当所述口腔观察仪200不需要充电时，所述滑板21-4-3滑入所述滑板定位槽35-4-4，所述密封圈21-4-1形成密封，此时所述口腔观察仪200具有良好的防水性能，可以方便地进行清洗、清洁。
由于所述牙线100的线11在所述口腔观察仪200的观察系统24的视野内。使用时可以清晰地看到牙线及牙齿之间的缝隙，方便在直视下进行牙缝的清洁、处理，并实时观察牙缝的清洁效果。本发明之可视牙线901，具有携带方便、组装便捷、使用灵活的优点。
实施例2、螺纹连接型的本发明之可视牙线
参考图5至图6-1，本实施例与实施例1的不同之处在于，本实施例中所述连接机构300为螺纹型连接机构33。
本实施例中，所述牙线100的安装座13设有螺纹13-3，所述螺纹型连接机构33与所述螺纹13-3相匹配，设在所述口腔观察仪200的壳体的头部21-1上；旋转所述牙线100，可以将所述牙线100的螺纹13-3安装在所述螺纹型连接机构33上；反方向旋转所述牙线100，可以将所述牙线100的螺纹13-3从所述螺纹型连接机构33上拆除。这时，所述安装座13上的螺纹13-3可以设成螺钉或螺杆型，所述连接机构300的螺纹型连接机构33则为对应的螺母；反之，所述安装座13上的螺纹13-3可以设成螺母型，所述连接机构300的螺纹型连接机构33则为对应的螺钉或螺杆。
旋转所述牙线100的螺纹13-3，能调整所述牙线100的线11与所述口腔观察仪200的壳体的头部21-1中心线之间的夹角δ。这样，可以依据不同部位的牙缝的角度，及时调整所述夹角β，方便牙线进入牙缝，进行牙缝的清洁。
为实现所述夹角δ的可调，本实施例中采用的是螺纹结构，当然，也可以采用凹凸卡配合结构、或适度的过盈配合结构等其他无源的机械结构来实现，或通过电机的传动等有源的电控方式来实现夹角δ的调节。
与实施例1相比，本实施例中可以通过旋转所述螺纹13-3来调整所述牙线100的线11与所述口腔观察仪200的壳体的头部21-1中心线之间的夹角δ，使用时，可以依据不同部位的牙缝的角度，及时调整所述夹角δ，可以更好地适应不同的牙缝角度，使用过程更加方便。
本申请中重点公开了所述牙线100和所述口腔观察仪200可拆卸地连接在一起的技术方案，在这种连接方式中，所述连接机构300既可以是一个单独的组件，分别和所述牙线 100和所述口腔观察仪200进行连接，将所述牙线100和所述口腔观察仪200连接成一个整体。所述连接机构300也可以和所述牙线100或口腔观察仪200制造成一个整体，然后再同所述口腔观察仪200或所述牙线100连接后构成一个整体。因此，所述连接机构300只需要能和所述牙线100或所述口腔观察仪200中的一个实现可拆卸的机械连接就可以实现所述牙线100和所述口腔观察仪200之间的可拆卸连接。
本申请的实施例中也只具体公开了凹凸卡配合和螺纹连接两种连接方式的连接机构300，所述机械连接机构也可以是滑槽连接、或销钉连接、或键连接、或螺钉连接、或扣连接、或钩连接、或过盈配合连接，等等。当然，本领域的技术人员可以选择其他的机械连接方式而不脱离本申请的保护范围。
此外，所述牙线100和所述口腔观察仪200也可以通过所述连接机构300不可拆卸地连接在一起形成一个整体。在本申请的实施例中不再具体描述相应的结构，但是其并不脱离本申请的保护范围。
实施例3：本发明之套筒滑杆型可视口腔钳
参考图11至图12-8，本实施例之可视口腔钳902含口腔钳400、口腔观察仪200及连接机构300。
所述口腔钳400含钳头41、张开/闭合机构42、及安装座43。所述口腔钳400的钳头41含左臂41-1和右臂41-2，所述左臂41-1和所述右臂41-2之间形成吻合夹紧结构，这种钳头能够夹持食物残渣或鱼刺等口腔异物。能控制所述钳头41进行闭合或张开运动的所述张开/闭合机构42设在所述安装座43上。
本实施例中，所述口腔钳400的钳头41采用弹性材料制造，所述钳头41在没有外力作用时保持张开状态；所述钳头41的后端固定在所述安装座43上，通过所述连接机构300与所述口腔观察仪200可拆卸地连接在一起；所述钳头41的前端，从所述张开/闭合机构42的套筒42-2的孔42-2-1中穿过；向前推动所述张开/闭合机构42的推杆42-1，所述套筒42-2向所述钳头41的前端运动，收拢所述钳头41，直至所述钳头41的左臂41-1和右臂41-2吻合在一起；向后拉动所述张开/闭合机构42的推杆42-1，所述套筒42-2向所述钳头41的后端运动，所述钳头41在弹力的作用下，所述钳头41的左臂41-1和右臂41-2张开。
所述弹性材料制造，采用医用弹性材料，包括但不限于：弹性高分子材料、弹性金属材料、金属-塑料复合弹性材料等；如聚氨酯材料(PU)、聚丙烯材料(PP)、弹性不锈钢、形状记忆金属等。
本实施例的所述口腔钳400的钳头41采用弹性医用不锈钢或钛镍形状记忆合金制造。
参考图12-3、图12-4、图12-7、图13，所述口腔钳400的钳头41上设有相互吻合的咬合齿41-3，以增加咬合力。
参考图12-3、图12-4、参考图11-5、图11-7，所述口腔钳400的安装座43上设有用于与所述口腔观察仪200连接的定位块32。
参考图12-3、图12-4、图12-7、图12-8，本实施例中，先按照钛镍形状记忆合金的通用加工工艺制造本发明之钳头41。然后，按照金属-塑料包胶模的通用工艺，将所述钳头41的尾部固定在所述安装座43内，使得所述钳头41的左臂41-1和右臂41-2暴露在所述安装座43的前端，在无外力作用时保持张开状态。
所述安装座43上设有滑槽43-2，所述滑槽43-2与所述张开/闭合机构42的推杆42-1上的滑块42-1-1形成滑动配合，所述滑块42-1-1能沿所述滑槽43-2滑动。
所述安装座43上设有定位块32，所述定位块32可镶嵌在所述口腔观察仪200壳体21的定位槽35内；所述安装座43能镶嵌在所述壳体21的口腔钳安装槽21-3内，所述安装座43的尾部被所述口腔观察仪200壳体21的卡块36顶住，固定。
参考图12-5、图12-6、图12-7、图12-8，所述张开/闭合机构42采用塑料制造，可按照塑料通用工艺，注塑成型。所述张开/闭合机构42上含推杆42-1、套筒42-2。所述套筒42-2上设有孔42-2-1，所述钳头41能从所述孔42-2-1内穿过。所述推杆42-1的后端设有推块42-1-2，所述推块42-1-2方便用手指来回移动所述张开/闭合机构42。在所述推块42-1-2上设有滑槽42-1-21，所述滑槽42-1-21能与所述口腔观察仪200壳体21上的支撑筋板21-2吻合。所述滑槽42-1-21的内侧设有滑块42-1-22，所述滑块42-1-22能镶嵌在所述口腔观察仪200壳体21的支撑筋板21-2的外侧的定位滑槽21-2-1内，沿所述定位滑槽21-2-1来回滑动。
组装时，将所述钳头41前端的左臂41-1和右臂41-2收拢，将所述钳头41前端从所述套筒42-2的通孔42-2-1中穿过，再将所述滑块42-1-1沿所述滑槽43-2滑入，将所述张开/闭合机构42安装在所述安装座43上，即完成了所述口腔钳400的组装。
参考图11-5、图11-7、图1-3，所述口腔观察仪200含壳体21、电源系统22、照明系统23、观察系统24、电路系统25和开关26；所述照明系统23、所述观察系统24、所 述电路系统25及所述电源系统22安装在所述壳体21内，所述开关26安装在所述壳体21上；通过所述电路系统25将所述照明系统23、所述观察系统24、所述电源系统22及开关26连接在一起。
所述观察系统24是摄像系统24-1，所述摄像系统24-1含摄像头24-1-1、数据处理及输出系统24-1-2、电路系统25及电源系统22。
参考图16、图17，所述摄像系统24-1的数据处理及输出系统24-1-2输出的视频数据能通过有线连接或无线连接的方式在显示器24-1-3上显示，所述显示器24-1-3包括：智能手机24-1-31、或电脑24-1-32、或液晶显示器24-1-33、或电视24-1-34等显示器。
所述照明系统23设在所述摄像头24-1-1的周边。为了增加照明，也可以在所述口腔观察仪200的壳体21上设置更多的LED灯，用于调照明亮度。
所述口腔观察仪200采用防水设计，以方便清洗和操作。
所述口腔钳400通过所述连接机构300安装在所述口腔观察仪200上，使得所述钳头41在所述口腔观察仪200的观察系统24的视野内，方便观察。
所述口腔观察仪200的壳体21上设有定位槽35及卡块36；所述口腔钳400的定位块32能镶嵌在所述定位槽35内，所述卡块36能阻止所述口腔钳400的安装座43向后滑动；所述定位块32、所述定位槽35及所述卡块36的协调作用构成所述连接机构300；所述定位块32与所述定位槽35配合，限制了所述口腔钳400在所述口腔观察仪200的壳体21上在上下方向以及左右方向的运动。所述卡块36顶在所述安装座43的尾部，使得所述安装座43镶嵌在所述安装座43的安装槽21-3内，限制了所述口腔钳400的前后方向的运动，即可将所述口腔钳400安装、固定在所述口腔观察仪200的壳体21上。压下所述卡块36，解除所述卡块36对所述安装座43的尾部的限位作用，所述安装座43能向后退出，将所述口腔钳400从所述口腔观察仪200上拆卸下来。
此外，本领域的技术人员，可以依据本发明公开的技术方案进行各种具体的产品设计，特别是口腔钳400的形状和结构，可以进行许多具体设计，而不脱离本专利的保护范围。
例如，所述口腔钳400的钳头41具有符合人体口腔要求的弯曲弧度41-4，方便夹取异物，参考图14和图15。
实施例4：本发明之铰链型可视口腔钳
参考图13、图13-1、图15，在本实施例中，所述口腔钳400的钳头41采用铰链式结构，设销钉41-5，所述销钉41-5共有4个，呈棱形分布。所述钳头41的左臂41-1和右臂41-2通过前端的所述销钉41-5可运动地安装在所述套筒42-2上；所述套筒42-2设在所述安装座43上，通过所述连接机构300与所述口腔观察仪200可拆卸地连接在一起。所述钳头41的左臂41-1的后端和右臂41-2的后端分别通过左右两侧的所述销钉41-5与左臂连杆41-1-1和右臂连杆41-2-1可运动地连接在一起。所述臂连杆41-1-1和所述右臂连杆41-2-1的后端与所述张开/闭合机构42的推杆42-1的前端，通过棱形分布的后端的所述销钉41-5连接在一起。当向后拉动所述推杆42-1时，所述钳头41左臂41-1和右臂41-2绕所述销钉41-5旋转，所述钳头41左臂41-1和右臂41-2收拢，直至吻合在一起；当向前推动所述推杆42-1时，所述钳头41左臂41-1和右臂41-2绕所述销钉41-5旋转，所述钳头41左臂41-1和右臂41-2张开。
本实施例之铰链型可视口腔钳400，通过所述连接机构300可拆卸地安装到所述口腔观察仪200的壳体21上的步骤与实施例1基本相同，在此不再赘述。
此外，实施例中仅列举了2中以推拉方式控制本发明之所述口腔钳400的张开或闭合的本发明之可视口腔钳的具体结构。采用按钮式的开/合机构来控制所述口腔钳400的张开或闭合，也是不错的实用性选择，当按下按钮时，可以将所述口腔钳400的钳头夹紧，从而夹取口腔中的异物；当松弛时按钮时，所述口腔钳400的钳头能自然张开，方便夹取物体。
所述口腔钳400的张开/闭合机构42的设计，包括但不限于：套筒滑杆开/合机构、或铰链开/合机构、或杠杆调节开/合机构、或按钮调节开/合机构、或弹簧调节开/合机构、或推拉调节开/合机构、或旋转调节开/合机构等开/合机构，本领域的技术人员，可以依据本发明公开的技术方案进行各种具体的产品设计，而不脱离本专利的保护范围。
所述连接机构300是可拆卸的机械连接机构；既可以是独立部件，可设在所述口腔钳400上，或设在所述口腔观察仪200上；或者所述可拆卸的机械连接机构的一部分设在所述口腔钳400上、另一部分设在所述口腔观察仪200上形成组合式的机械连接机构。
所述机械连接机构含：凹凸卡配合连接、或滑槽连接、或销钉连接、或键连接、或螺纹连接、或螺钉连接、或扣连接、或钩连接、或过盈配合连接等连接机构，本领域的技术人员，可以依据本发明公开的技术方案进行各种具体的产品设计，而不脱离本专利的保护范围。
本发明之可视口腔钳902含口腔钳400、口腔观察仪200和连接机构300。所述口腔钳400含钳头41、张开/闭合机构42、及安装座43；所述口腔钳400的钳头41含左臂41-1和右臂41-2，所述左臂41-1和所述右臂41-2之间形成吻合夹紧结构；能控制所述钳头41进行闭合或张开运动的所述张开/闭合机构42设在所述安装座43上。所述口腔钳400和所述口腔观察仪200通过所述连接机构300可拆卸地连接在一起。由于所述口腔观察仪200含照明系统23、观察系统24，并将观察到的视频能以有线或无线的方式传输到手机等显示器上，因此，通过本发明之可视口腔钳902，可以在直视下将口腔中的食物残渣或鱼刺等异物安全方便的从口腔内取出，不仅能观察到取出过程，而且能观察取出后的效果，并拍照或摄影，进行记录。
实施例5：本发明之可视牙齿冲洗器
参考图18至图22-3，本实施例之可视牙齿冲洗器903含牙齿冲洗器500、口腔观察仪200及连接机构300。
所述牙齿冲洗器500含喷头51、喷枪52、控制开关53、压力容器54、连接管55及连接头56。所述喷头51设在所述喷枪52的前端；能控制喷枪52中流体的所述控制开关53设在所述喷枪52上；所述压力容器54内的流体通过所述连接管55及所述连接头56与喷枪52相连接。
所述口腔观察仪200含壳体21、电源系统22、照明系统23、观察系统24、电路系统25和开关26；所述照明系统23、所述观察系统24、所述电路系统25及所述电源系统22安装在所述壳体21内，所述开关26安装在所述壳体21上；通过所述电路系统25将所述照明系统23、所述观察系统24、所述电源系统22及开关26连接在一起。
所述牙齿冲洗器500通过所述连接机构300安装在所述口腔观察仪200上。
所述喷头51在所述口腔观察仪200的观察系统24的视野内。因此，在使用过程中，可以实时观察到需要清洁的部位的清洁效果，使用过程更加方便。
所述牙齿冲洗器500的喷头51具有符合人体口腔要求的弯曲弧度51-2。尤其是当需要沿牙齿外侧对后侧的磨牙进行清洁时，所述弯曲弧度51-2可以让所述喷头51顺利地抵达磨牙位置，使用过程更加舒适。
本实施例中，所述控制开关53采取的是套筒滑杆开/关机构，所述控制开关53含复位弹簧53-1和进水口53-2。当所述控制开关53向远端推入时，所述复位弹簧53-1被压 缩，所述进水口53-2处于接通状态，储存在所述压力容器54中的水在压力的作用下通过所述进水口53-2进入所述喷枪52，从所述喷头51中喷出，进行牙齿及口腔清洁。当松弛所述控制开关53时，在所述复位弹簧53-1的弹力作用下，所述控制开关53向近端运动，所述进水口53-2处于关闭状态，所述喷枪52的喷头51不进行喷水。
所述牙齿冲洗器500的控制开关53也可以是按钮调节开/关机构、或旋转调节开/关机构、或电磁控制开关等。当然，本领域的技术人员还可以依据本发明公开的技术方案进行其他的设计，而不脱离本专利的保护范围。
所述牙齿冲洗器500的喷枪52含能让流体通过的流道52-1、壳体52-2及安装座52-3；所述流道52-1在所述壳体52-2内；所述安装座52-3设在所述壳体52-2上，所述安装座52-3含能与所述口腔观察仪200相连接的定位块32。
所述连接机构300是可拆卸的机械连接机构；既可以是独立部件，可设在所述牙齿冲洗器500上，或设在所述口腔观察仪200上；或者所述可拆卸的机械连接机构的一部分设在所述牙齿冲洗器500上、另一部分设在所述口腔观察仪200上形成组合式的机械连接机构。
本实施例中，所述机械连接机构是凹凸卡配合连接，所述机械连接机构也可以是滑槽连接、或销钉连接、或键连接、或螺纹连接、或螺钉连接、或扣连接、或钩连接、或过盈配合连接等。本领域的技术人员，可以依据本发明公开的技术方案进行各种具体的产品设计，而不脱离本专利的保护范围。
在本实施中，所述口腔观察仪200的壳体21上设有能与所述喷枪52相连接的定位槽35及卡块36；所述喷枪52上的定位块32能镶嵌在所述定位槽35内，所述卡块36能阻止所述喷枪52的安装座52-3向后滑动；所述定位块32、所述定位槽35及所述卡块36的协调作用构成所述连接机构300。
参考图22-1，所述观察系统24是摄像系统24-1，所述摄像系统24-1含摄像头24-1-1、数据处理及输出系统24-1-2、电路系统25及电源系统22。
参考图25、图26，所述摄像系统24-1的数据处理及输出系统24-1-2输出的视频数据能通过有线连接或无线连接的方式在显示器24-1-3上显示，所述显示器24-1-3包括：智能手机24-1-31、或电脑24-1-32、或液晶显示器24-1-33、或电视24-1-34。
所述照明系统23设在所述摄像头24-1-1的周边。为了增加照明，也可以在所述口腔 观察仪200的壳体21上设置更多的LED灯，用于调照明亮度。
所述口腔观察仪200采用防水设计，以方便清洗和操作。
所述牙齿冲洗器500的压力容器54含增压装置54-1、壳体54-2及流体容纳空间54-3；能增加所述流体容纳空间54-3压力的所述增压装置54-1安装在所述壳体54-2上。
所述牙齿冲洗器500的压力容器54能安装在所述口腔观察仪200的近端。所述压力容器54是可拆卸地安装在所述口腔观察仪200的近端，方便安装。使用完毕后，可以从所述口腔观察仪200的近端上拆除、方便存放、携带。本领域的技术人员还可以依据本发明公开的技术方案进行其他的设计，将所述压力容器54安装在所述口腔观察仪200的其他部位，如所述口腔观察仪200的中部、或所述口腔观察仪200的侧面、或与所述喷枪52一体化设计，而不脱离本专利的保护范围。
所述增压装置54-1是机械式增压装置，或电动增压装置。所述机械式增压装置通常需要手动增压；而所述电动增压装置按下接通电源开关后，能实现自动增加，并保持压力稳定。本领域的技术人员还可以依据本发明公开的技术方案进行其他的设计，而不脱离本专利的保护范围。
在本实施例中，所述增压装置54-1是手动增压装置541；所述手动增压装置541含前单向阀541-1、后单向阀541-2、阀缸541-3、活塞541-4、推杆541-5和芯杆541-6；所述前单向阀541-1、所述后单向阀541-2、所述活塞541-4及所述芯杆541-6安装在所述阀缸541-3内；所述推杆541-5的前端设有所述活塞541-4，所述前单向阀541-1设在所述芯杆541-6的远端，所述后单向阀(541-2)设在所述芯杆541-6的近端；所述推杆541-5能够推动所述活塞541-4在所述阀缸541-3内往复运动；当所述推杆541-5向外拉伸时，所述前单向阀541-1处于关闭状态，所述压力容器54的流体容纳空间54-3内的流体不能进入所述阀缸541-3内，所述后单向阀541-2处于开放状态，外部的流体可以进入所述阀缸541-3内；当所述推杆541-5向内推进时，所述后单向阀541-2处于关闭状态，所述阀缸541-3内的流体被压缩，所述阀缸541-3内压力增大，在压力的作用下，所述前单向阀541-1处于开放状态，被压缩在所述阀缸541-3内的流体通过前单向阀541-1进入所述流体容纳空间54-3内；如此循环，可不断增加所述压力容器54的流体容纳空间54-3内的压力。
所述前单向阀541-1含前复位弹簧541-1-1、前挡块541-1-2及前密封圈541-1-3，所述前复位弹簧541-1-1顶住所述前挡块541-1-2的远端，所述前密封圈541-1-3设在所述前挡块541-1-2的近端；所述后单向阀541-2含后复位弹簧541-2-1、后挡块541-2-2 及后密封圈541-2-3，所述后复位弹簧541-2-1顶在所述后挡块541-2-2的远端，所述后密封圈541-2-3设在所述后挡块541-2-2的近端；所述后挡块541-2-2上设有能让流体通过的通孔541-2-21。
先将所述喷枪52安装在所述口腔观察仪200前部；再向所述压力容器54内加入水，然后将所述压力容器54安装在所述口腔观察仪200的近端；通过所述接头56用所述连接管55将所述压力容器54与所述喷枪52连接在一起，即完成了将所述牙齿冲洗器500安装在所述所述口腔观察仪200上的工作。
使用前，用所述增压装置54-1向压力容器54内增大水压，借助所述口腔观察仪200的观察系统24，可以在手机等显示器上清晰地看到牙齿或牙缝，对准食物残渣残留处，打开所述控制开关53，水从喷枪52的喷头51中喷出，即可在直视下进行牙齿及口腔清洁。
本发明之可视牙齿冲洗器903含牙齿冲洗器500、口腔观察仪200和连接机构300。所述牙齿冲洗器500含喷头51、喷枪52、控制开关53、压力容器54、连接管55及连接头56；所述喷头51设在所述喷枪52的前端；所述控制开关53设在所述喷枪52上；所述压力容器54内的流体通过所述连接管55及所述连接头56与喷枪52相连接。所述牙齿冲洗器500通过所述连接机构300安装在所述口腔观察仪200上。所述喷枪52的喷头51在所述口腔观察仪200的观察系统24的视野内。所述牙齿冲洗器500的压力容器54含增压装置54-1、壳体54-2及流体容纳空间54-3。通过增压装置54-1增加所述压力容器54内的水压，打开所述控制开关53，水从喷枪52的喷头51中喷出，即可在直视下进行牙齿、口腔清洁，并可对清洁过程进行拍照、摄像记录。
本发明之可视牙齿冲洗器903使用方便，能清晰地观察牙缝、牙龈、牙冠及口腔粘膜，可实时观察食物残渣的位置，并在直视下对口腔进行清洁，使用过程安全、方便。
实施例6：本发明之带调节阀的可视牙齿冲洗器
参考图23至图23-5，本实施例与实施例1的不同点在于：本实施例中，所述牙齿冲洗器500的喷枪52的喷头51上设有能调节喷出流体形状及速度的调节阀51-1。所述调节阀51-1上含细小出水口51-1-1、及调节椎体51-1-2；通过旋转所述调节阀51-1，能调节所述调节椎体51-1-2与所述出水口51-1-1之间的间隙，以及对应关系，从而调节喷出的水柱的形状及流速。当然，本领域的技术人员还可以依据本发明公开的技术方案进行其他的设计，而不脱离本专利的保护范围。
此外，所述牙齿冲洗器500的压力容器54还可以设注水口54-4；所述注水口54-4 设在所述压力容器54的壳体54-2上，含接口54-41及密封盖54-42，所述接口54-41的远端与所述压力容器54的流体容纳空间54-3连通，所述密封盖54-42可拆卸地安装在接口54-41上。增加所述注水口54-4，当所述压力容器54内的水用完后，可以方便地向所述压力容器54内再次注入水，进行牙齿冲洗，参考图24。
本领域的技术人员，可以依据本发明公开的技术方案进行各种具体的产品设计，特别是牙齿冲洗器500的形状和结构，可以进行许多具体设计，而不脱离本专利的保护范围。实施例7：本发明之含电动空气压缩机的可视牙齿冲洗器
参考图27和图27-1，本实施例与实施例1的不同点在于，本实施例中，所述增压装置54-1是电动增压装置542。
本实施例中，所述电动增压装置542是空气电动增压装置542-1，所述空气电动增压装置542-1是电动空气压缩机542-51。
本实施例中，所述电动空气压缩机542-51含进气口542-51-1、充气管542-51-2、压缩机542-51-3，参考图27-1。
本实施例中，所述压力容器54内还设有防水隔板54-5。所述防水隔板54-5将所述压力容器54分隔为流体容纳空间54-3和安装隔层54-6两个独立的空间。所述隔板54-5上设有通气口54-5-1，所述电动空气压缩机542-51的充气管542-51-2一端与所述压缩机542-51-3连接，一端从所述通气口54-5-1中穿过后将充气口542-51-21置于水面上。所述安装隔层54-6处的壳体54-2上设有进气孔54-2-1，以便所述电动空气压缩机542-51工作时，能够及时向安装隔层54-6内补充空气。
本实施例中，所述电源系统22为更好地带动所述电动空气压缩机542-51工作，所述电源系统22上设有增压装置22-1，在所述电源系统22的电源22-2和所述增压装置22-1之间设有连接座22-3，所述增压装置22-1能对所述电源系统22进行增压。
本实施例中，所述牙齿冲洗器500含底座57。所述增压装置22-1安装在所述底座57内，所述连接座22-3安装在所述底座57上，和所述电源22-2连接。
安装时，先拆下所述底座57的下盖57-1，然后拆下所述壳体54-2底部的定位座54-2-2。将所述充气管542-51-2的弯头542-51-22取下，将所述充气管542-51-2的直管542-51-23从所述通气口54-5-1中穿过，另一端连接在所述压缩机542-51-3上，将所述压缩机542-51-3安装、固定在所述定位座54-2-2上，将所述定位座54-2-2重新安装在所述壳体54-2上。然后将所述增压装置22-1安装在所述底座57的安装槽57-2内，再盖上所 述下盖57-1。然后打开所述壳体54-2的上盖54-2-3，将所述充气管542-51-2的弯头542-51-22连接在所述直管542-51-23上，盖上所述上盖54-2-3，即完成所述电动空气压缩机542-51的安装。
参考图27，工作时，当所述开关26打开时，通过所述连接座22-3接通所述电源系统22和所述电动空气压缩机542-51，经所述增压装置22-1增压后，所述电动空气压缩机542-51工作，将空气从所述进气口542-51-1吸入所述电动空气压缩机542-51，经所述空压机542-51-3增压后，经充气管542-51-2的充气口542-51-21向所述压力容器54的流体容纳空间54-3内充气，从而增大水压。当打开所述控制开关53时，经过增压后的水经置于所述流体容纳空间54-3底部的所述连接管55进入所述喷枪52后从所述喷头51中喷出，对牙齿进行清洗。
本实施例中，所述电动空气压缩机542-51安装在所述压力容器54的安装隔层54-6内，便于所述电动空气压缩机542-51与所述电源系统22的连接。当然，本领域的技术人员还可以将所述电动空气压缩机542-51安装在所述压力容器54内的任何部位，甚至将其安装在所述压力容器54外，只要将所述充气口542-51-21设置在所述流体容纳空间54-3里的水面上，能对所述流体容纳空间54-3内的水进行增压就都不脱离本专利申请的保护范围。
本实施例中，由于采用电动空压机542-51对水进行增压，与实施例1相比，增压过程更稳定，而且操作方便。
实施例8：本发明之含潜水泵的可视牙齿冲洗器
参考图28至图29-1，本实施例与实施例3的区别在于，本实施例中，所述电动增压装置542是水电动增压装置542-2。
本实施例中，所述水电动增压装置542-2是潜水泵542-21。
所述潜水泵542-21含进水系统542-21-1、增压系统542-21-2、排水系统542-21-3。
所述潜水泵542-21安装在所述流体容纳空间54-3的下部，所述排水系统542-21-3和所述连接管55连接，所述动力系统542-3和所述电源系统22连接；所述电源系统22对所述潜水泵542-21供电后，所述增压系统542-21-2工作，对经所述进水系统542-21-1进入所述潜水泵542-21的液体进行增压后，通过所述排水系统542-21-3将增压后的流体经连接管55排出对牙齿进行冲洗。
安装时，打开所述底座57的下盖57-1，拆下所述压力容器54的壳体54-2底部的定 位座54-2-2，将所述潜水泵542-21安装在所述定位座54-2-2上，将所述排水系统542-21-3的出水口542-21-31和所述连接管55连接，，将所述定位座54-2-2重新安装在所述壳体54-2上。然后将所述增压装置22-1安装在所述底座57的安装槽57-2内，再盖上所述下盖57-1，即完成所述潜水泵的安装。
参考图28和图28-1，本实施例中，所述开关26就是所述控制开关53。使用时，水面需漫过所述进水系统542-21-1的进水口542-21-51，当打开所述控制开关53时，所述电源系统22经增压装置22-1增压后，带动所述增压系统542-21-2工作，水从所述进水系统542-21-1的进水口542-21-51进入所述增压系统542-21-2，所述增压系统542-21-2对水进行增压后，水从所述排水系统542-21-3的出水口542-21-31排出后进入所述连接管55，所述连接管55内经过增压的水就进入所述喷枪52并从所述喷头51中喷出对牙齿进行冲洗，参考图29和图29-1。
本实施例中，所述潜水泵542-21可以直接安装在水里，不需要额外设置隔板形成单独的安装空间，所述压力容器54的制造更加简单，而且，水直接进入所述增压系统542-21-2进行增压，增加过程更加直接，增压程度也不受所述流体容纳空间54-3的体积的影响，增压过过程更加稳定。
同时，为更好地进行防水、密封，所述电源系统22可以通过电磁驱动等非接触式连接方式带动所述潜水泵542-21进行工作。
实施例9：本发明之含抽水机的可视牙齿冲洗器
参考图30和图30-1，本实施例与实施例4的区别在于，本实施例中，所述电动水增压装置542-2是抽水机542-22。
本实施例中，所述抽水机542-22含抽水系统542-22-1、负压吸引系统542-22-2、排水系统542-22-3和动力系统542-3。所述抽水系统542-22-1含抽水管543-22-52。所述动力系统542-3含开关26、增压装置22-1和连接座542-33。
所述排水系统542-22-3和所述连接管55连接，所述电源系统22经所述增压装置22-1增压后，对所述抽水机542-22进行供电，所述负压吸引系统542-22-2工作，将所述流体容纳空间54-3内的流体经所述抽水系统542-22-1吸入所述抽水机542-22后，再通过所述排水系统542-22-3将增压后的液体经连接管55排出对牙齿进行清洗，参考图30。
本实施例与实施例3一样，所述压力容器54内也设有防水隔板54-5。所述防水隔板54-5将所述压力容器54分隔为流体容纳空间54-3和安装隔层54-6两个独立的空间，所 述抽水机542-22安装在所述安装隔层54-6内。
本实施例中，所述防水隔板54-5上设有引流孔54-5-2和排水孔54-5-3。
所述抽水管543-22-52经所述引流孔54-5-2将所述抽水口542-22-51置于所述流体容纳空间54-3的底部。所述连接管55穿过排水孔54-5-3后连接在所述抽水机542-22的出水口542-22-31上。
安装时，先拆下所述底座57的下盖57-1，然后拆下所述壳体54-2底部的定位座54-2-2。将所述抽水管543-22-52从所述引流孔54-5-2中穿过，另一端连接在所述抽水机542-22上，同时将所述连接管55穿过排水孔54-5-3后连接在所述抽水机542-22的出水口542-22-31上。然后将所述抽水机542-22安装、固定在所述定位座54-2-2上，将所述定位座54-2-2重新安装在所述壳体54-2上。然后将所述增压装置22-1安装在所述底座57的安装槽57-2内，再盖上所述下盖57-1即完成所述抽水机542-22的安装。
本实施例中，所述开关26即为所述控制开关53。工作时，当打开所述控制开关53时，所述电源系统22带动所述抽水机542-22工作，所述抽水机542-22-的负压吸引系统5432-22-2将水经所述抽水系统542-22-1的抽水口542-22-51吸入所述抽水机542-22后，从所述排水系统542-22-3的出水口542-22-31排入所述连接管55，经过增压后的水经所述连接管55进入所述喷枪52后从所述喷头51中喷出，对牙齿进行清洗。
本实施例中，所述抽水机542-22安装在所述压力容器54的安装隔层54-6内，便于所述抽水机542-22与所述电源系统22的连接。当然，本领域的技术人员还可以将所述抽水机542-22安装在所述压力容器54内的任何部位，甚至将其安装在所述压力容器54外，只要将所述抽水系统542-22-1的抽水口542-22-51设置在所述流体容纳空间54-3里的水的底部，能将所述流体容纳空间54-3内的水进行吸引至所述抽水机542-22内进行增压后排出就都不脱离本专利申请的保护范围。
与实施例4相比，本实施例中，由于所述抽水机542-22是与水隔离的，因此可以有效避免设备在水中长期浸泡后可能产生的有害物质渗出，长期使用更加安全。
实施例10：本发明之多功能的可视牙齿冲洗器
参考图31至图34-2，本实施例与实施例4相比，其不同点在于：本实施例中的所述喷头51、喷枪52内置在所述口腔观察仪200的观察系统24附近，所述喷枪52的喷头51喷出的水柱在所述观察系统24的视野内。
参考图31至图34-2，本实施例中，在所述口腔观察仪200的前端还通过所述连接机构300可拆卸地安装有牙间刷700，或牙线100、或牙刷600，或口腔钳400等专用洁牙 器具。这种多功能的可视牙齿冲洗器，在可视下用水冲洗牙齿的同时，还能用所述牙间刷700、或所述牙线100、或所述牙刷600、或所述口腔钳400在可视情况下清洁牙齿或牙间缝隙，或取出牙间缝隙等难清洁处的食物残渣和牙龈附着的异物的功能。
参考图31至图31-2，在所述口腔观察仪200的前端通过所述连接机构300可拆卸地安装有牙间刷700，本实施例中，所述牙间刷700是内置式牙间刷701。所述内置式牙间刷701含刷体71和递送器72。所述递送器72含导向头72-1和滑动机构72-2，所述导向头72-1含弯管72-1-1-1。推动所述滑动机构72-2，所述刷体71可在所述递送器72前端的弯管72-1-1-1内往复运动。
特别重要的是，所述喷头51喷射处的水流的方向与所述牙间刷700的刷头71-1-1的进入牙间隙的方向基本一致；这样，所述牙间刷700的刷头71-1-1在牙间隙之间来回运动，进行清洁的同时，从所述喷头51喷射处的水流能起到辅助冲洗牙间隙处的食物残渣的作用。因此，在用所述牙齿冲洗器500对牙齿冲洗的同时，对于牙间缝隙等狭窄缝隙处，直接用水冲洗难以冲洗干净的缝隙处的食物残渣，此时就可以用所述牙间刷700在直视情况下，通过推动所述滑动机构72-2带动所述刷体71的刷头71-1-1来回运动，将食物残渣从缝隙处推出或推松动，此时辅以所述牙齿冲洗器500的喷头51喷出的水柱，就可以有效地对难以冲洗的牙间缝隙进行直接定点清理。
参考图32至图32-2，在所述口腔观察仪200的前端通过所述连接机构300可拆卸地安装有牙线100。所述牙线100含线11、支架12和安装座13。所述牙线100的线11在所述观察系统24的视野内。对于一些特别狭窄的、所述牙间刷700无法进入的牙间缝隙，就可以用所述牙线100进行进一步的清理。清洁时，在所述观察系统24的观察下，来回运动所述牙线100，利用微小尺寸的线11，可以对特别狭窄的牙间缝隙进行清理。
另外，所述喷头51喷射处的水流的方向与所述牙线100进入牙间隙的方向基本一致；这样，所述牙线100的线11在牙间隙之间来回运动，进行清洁的同时，从所述喷头51喷射处的水流能起到辅助冲洗牙间隙处的食物残渣的作用。因此，在用所述牙齿冲洗器500对牙齿冲洗的同时，对于牙间缝隙等狭窄缝隙处，直接用水冲洗难以冲洗干净的缝隙处的食物残渣，此时就可以用所述牙线100的线11在直视情况下，通过晃动所述牙线100的线11，将食物残渣从缝隙处带出或移动，此时辅以所述牙齿冲洗器500的喷头51喷出的水柱，就可以有效地对难以冲洗的牙间缝隙进行直接定点清理。
参考图33至图33-2，在所述口腔观察仪200的前端通过所述连接机构300可拆卸地安装有牙刷600，所述牙刷600位于所述观察系统24的视野内。可以在刷牙的同时，一边通过所述牙刷600进行刷牙，一边用所述牙齿冲洗器500进行冲洗，刷牙过程更加直观， 口腔清洁更加彻底。
参考图34至图34-2，在所述口腔观察仪200的前端通过所述连接机构300可拆卸地安装有口腔钳400。当在牙间缝隙处有卡住的食物残渣，或牙龈等软组织处扎入了异物时，通过推拉所述口腔钳400的手柄可以控制所述口腔钳400的张开和闭合，在直视的情况下，将被卡住的食物残渣，或扎入的异物安全、方便地取出。
与前述实施例相比，本实施例中，本发明之可视牙齿冲洗器由于在所述口腔观察仪200的前端由于同时可以按照所述牙间刷700、或所述牙线100、或所述牙刷600、或所述口腔钳400，因此，可以在口腔清洁时，一面用水冲洗，一面根据需要用所述牙间刷700、或所述牙线100、或所述牙刷600、或所述口腔钳400同时进行清洁，尤其是可以将操作过程实时传送到各种显示器上，在直视情况下，对食物残渣进行精确的定点清理或取出口腔内的各种异物，大幅度提高了清洁效果，而且使用过程更加安全、方便，参考图35和图36。
在此，申请人只举例说明了在所述口腔观察仪200前端可以与所述牙齿冲洗器500同时安装的几种清洁工具，本领域的技术人员可以根据需要设计其他任何的清洁用具，都并不脱离本专利申请的保护范围。
实施例11：可折叠的本发明之可视牙齿冲洗器
参考图37至图37-2，本实施例与实施例6的区别在于，本实施例中，所述可视牙齿冲洗器903是可折叠的连接方式。
本实施例中所述可视牙齿冲洗器903所述可视牙齿冲洗器903的前端903-1与所述可视牙齿冲洗器903的主体903-2之间是通过可折叠的连接机构903-4连接在一起。
本实施例中，所述牙齿冲洗器500的前端500-1与所述牙齿冲洗器500的主体500-2和所述口腔观察仪200的前端200-1与所述口腔观察仪200的主体200-2同时通过所述可折叠的连接机构903-4连接在一起。
本实施例中，所述可折叠的连接机构903-4是转轴式连接机构。所述可折叠的连接机构903-4含转轴903-4-1及转轴孔903-4-2。所述转轴903-4-1能在所述转轴孔903-4-2内运动。
所述口腔观察仪200的前端200-1的电路25-1通过能弯曲的柔性电路与所述口腔观察仪200的主体200-2的电路25-2相连接。所述口腔观察仪200的前端200-1绕所述可折叠的连接机构903-4的所述转轴903-4-1转动时，能将所述口腔观察仪200的前端200-1相对于所述口腔观察仪200的主体200-2展开或收拢。
所述牙齿冲洗器500的前端500-1的水路通过能弯曲的柔性水路与所述牙齿冲洗器500的主体500-2的水路相连接。所述牙齿冲洗器500的前端500-1绕所述可折叠的连接机构903-4的所述转轴903-4-1转动时，能将所述牙齿冲洗器500的前端500-1相对于所述牙齿冲洗器500的主体500-2展开或收拢。
此外，所述可折叠的连接机构903-4也可以是凹凸卡配合连接机构或其他形式的可折叠连接机构。当所述可折叠的连接机构903-4是凹凸卡配合连接机构时，所述口腔观察仪200的前端200-1的电路25-1通过能弯曲的柔性电路与所述口腔观察仪200的主体200-2的电路相连接；所述口腔观察仪200的前端200-1通过凹凸卡配合机构，能将所述口腔观察仪200的前端200-1相对于所述口腔观察仪200的主体200-2展开或收拢；所述牙齿冲洗器500的前端500-1的水路通过能弯曲的柔性水路与所述牙齿冲洗器500的主体500-2的水路相连接；所述牙齿冲洗器500的前端500-1通过凹凸卡配合机构，能将所述牙齿冲洗器500的前端500-1相对于所述牙齿冲洗器500的主体500-2展开或收拢。
由于所述可视牙齿冲洗器903的口腔观察仪200和牙齿冲洗器500同时采用可折叠的连接机构903-4进行连接，只需要将所述可视牙齿冲洗器903的前端903-1绕所述可折叠的连接机构903-4旋转，即可实现所述可视牙齿冲洗器903的收拢和展开，不但便于收纳，而且收拢和展开过程非常简单、方便。
实施例12：可折叠的本发明之可视牙齿冲洗器
参考图38至图38-3，本实施例与实施例7的区别在于，本实施例中，所述可视牙齿冲洗器903的前端903-1和主体903-2是可拆卸的连接方式。
本实施例中，所述可视牙齿冲洗器903所述可视牙齿冲洗器903的前端903-1与所述可视牙齿冲洗器903的主体903-2之间是通过可拆卸的连接机构903-3连接在一起，参考图38至图38-2。
所述牙齿冲洗器500的前端500-1与所述牙齿冲洗器500的主体500-2、所述口腔观察仪200的前端200-1与所述口腔观察仪200的主体200-2同时通过可拆卸的连接机构903-3连接在一起。
本实施例中，所述可拆卸的连接机构903-3含连接固定机构903-3-1、电接头903-3-2、及水接头903-3-3。
所述连接固定机构903-3-1能同时将所述牙齿冲洗器500的前端500-1和所述口腔观察仪200的前端200-1分别连接固定在所述牙齿冲洗器500的主体500-2和所述口腔观察仪200的主体200-2上。
所述电接头903-3-2能将所述口腔观察仪200的前端200-1的电路25-1与所述主体200-2的电路25-2接通。所述水接头903-3-3能将所述牙齿冲洗器500的前端500-1水路与所述主体500-2的水路接通。
参考图38-3，本实施例中，所述连接固定机构903-3-1是旋转式连接固定机构，所述连接固定机构903-3-1含内螺杆903-3-11、止转块903-3-12、连接组件903-3-13和外螺帽903-3-14。
所述内螺杆903-3-11连接在所述可视牙齿冲洗器903的前端903-1上。
所述止转块903-3-12上设有定位凸阶903-3-121、具有与所述连接组件903-3-13外形匹配的止转槽903-3-122和止转凸阶903-3-123。
所述连接组件903-3-13上设有限位凸阶903-3-131、电连接器903-3-132和通水管903-3-133。
所述外螺帽903-3-14连接在所述可视牙齿冲洗器903的主体903-2上。所述外螺帽903-3-14下端设有接头平台903-3-141。
所述口腔观察仪200的前端200-1的电路25-1的接口25-1-1和所述牙齿冲洗器500的前端500-1的排水管55-1的接口55-1-1设在所述连接组件903-3-13的上端。
所述口腔观察仪200的主体200-2的电路25-2的接口25-2-1和所述牙齿冲洗器500的主体500-2的排水管55-2的接口55-2-1设在所述外螺帽903-3-14下端的接头平台903-3-141上。
所述口腔观察仪200的前端200-1的电路25-1的接口25-1-1和所述口腔观察仪200的主体200-2的电路25-2的接口25-2-1经所述连接组件903-3-13的电连接器903-3-132连接后构成所述电接头903-3-2。所述牙齿冲洗器500的前端500-1的排水管55-1的接口55-1-1和所述连接组件903-3-13的通水管903-3-133上端连接，所述牙齿冲洗器500的主体500-2的排水管55-2的接口55-2-1与所述连接组件903-3-13的通水管903-3-133下端连接构成所述水接头903-3-3。
安装时，将所述连接组件903-3-13镶嵌在所述止转块903-3-12的止转槽903-3-122内，所述止转块903-3-12的止转凸阶903-3-123顶在所述连接组件903-3-13的限位凸阶903-3-131上，然后将所述连接组件903-3-13和所述止转块903-3-12一起装入所述内螺杆903-3-11的安装槽903-3-111内，将所述止转块903-3-12的定位凸阶903-3-121顶住所述内螺杆903-3-11的定位凹槽903-3-112，再将所述可视牙齿冲洗器903的前端903-1连接在所述连接组件903-3-13上，即完成所述固定连接机构903-3-1和所述可视牙齿冲洗器903的前端903-1的连接，参考图38和图38-1。
收纳时，旋转所述连接固定机构903-3-1的内螺杆903-3-11，所述外螺帽903-3-14和所述内螺杆903-3-11分离，就可以将所述可视牙齿冲洗器903的前端903-1从所述主体903-2上拆下，分别收纳所述可视牙齿冲洗器903的前端903-1和主体903-2，便于收纳和携带，参考图38-2。
需要取出使用时，反向旋转所述内螺杆903-3-11，将所述外螺帽903-3-14和所述内螺杆903-3-11连接牢固，此时，所述口腔观察仪200的前端200-1的电路25-1的接口25-1-1和所述口腔观察仪200的主体200-2的电路25-2的接口25-2-1连接，接通所述电接头903-3-2；所述牙齿冲洗器500的前端500-1的排水管55-1的接口55-1-1和所述牙齿冲洗器500的主体500-2的排水管55-2的接口55-2-1连接，连通所述水接头903-3-3。本发明之可视牙齿冲洗器可以正常使用，对牙齿进行清洁，参考图38和图38-1。
本实施例中，申请人只列举了旋转式连接方式的所述连接固定机构903-3-1，所述连接固定机构903-3-1还可以是凹凸卡配合式连接固定机构，或磁连接固定机构等其他形式的可拆卸连接机构，申请人在此不一一详细说明，但都并不脱离本专利申请的保护范围。
本实施例中，所述连接固定机构903-3-1是单独设置的，如果所述电接头903-3-2和或所述水接头903-3-3的连接强度足够，能够保证连接后，所述可视牙齿冲洗器903能够正常使用，也可以将所述连接固定机构903-3-1和所述电接头903-3-2或水接头903-3-3设计成一体，申请人在此不再详细说明。
本实施例中，所述可视牙齿冲洗器903的前端903-1和主体903-2可以完全拆卸，更加便于收纳和携带，而且由于所述前端903-1和主体903-2是完全拆卸的，因此，可以有效避免柔性连接的电路系统和水路系统由于多次的旋转折弯而造成的意外断裂，长期使用过程更加安全、可靠。
实施例13：本发明之可视牙刷
参考图39至图40-3，本实施例之可视牙刷904含牙刷600、口腔观察仪200及连接机构300。
所述牙刷600含刷头61、刷杆62、及安装座63。
本实施例中，所述牙刷600的刷头61多个刷毛61-1，所述刷头61可达到普通牙刷的清洁效果。
所述刷头61设在所述刷杆62的前端，所述安装座63设在所述刷杆62的后端。
本实施例中，所述刷头61将刷毛61-1通过整体制造直接植在所述刷杆62的前端，和所述刷杆62形成一个整体。当然，所述刷头61也可以通过各种可拆卸的方式连接在所 述刷杆62的前端。
参考图39和图39-1，所述刷头61在所述口腔观察仪200的观察系统24的视野内，通过所述观察系统24就可以很清楚地观察到所述刷头61清洁的部位和清洁的效果。
参考图40，所述刷头61与所述刷杆62之间的夹角β在90°～170°之间。为保证所述刷头61能处于所述口腔观察仪200的观察系统24的视野内，通常所述刷头61与所述刷杆62之间的夹角β要大于90°，为保证观察效果，一般所述刷头61与所述刷杆62之间的夹角β控制在600°～150°之间。
参考图40至图40-3，所述牙刷600的刷头61与所述刷杆62之间具有符合人体口腔要求的弯曲弧度61-4。当清洁口腔深处部位时，所述刷头61与所述刷杆62之间具有的符合人体口腔要求的弯曲弧度61-4可以方便地将所述刷头61送达需要清洁的口腔深处部位。
参考图39-2和图39-3，所述牙刷600的安装座63上设有用于与所述口腔观察仪200连接的定位块32。本实施例中，所述安装座63与所述刷杆62整体制造成一个整体。所述安装座63也可以通过可拆卸的连接方式和所述刷杆62连接在一起都并不脱离本专利的保护范围。
所述定位块32是倒T型结构，所述定位块32的倒T型处形成滑槽63-2，参考图40至图40-3。
所述口腔观察仪200的壳体21上设有定位槽35、卡块36和安装槽21-3。所述定位块32可镶嵌在所述口腔观察仪200壳体21的定位槽35内；所述安装座63能镶嵌在所述壳体21的牙刷安装槽21-3内，所述安装座63的尾部被所述口腔观察仪200壳体21的卡块36顶住，固定。所述定位块32、所述定位槽35及所述卡块36的协调作用构成所述连接机构300。
也就是说，本实施例中，倒T型的所述定位块32及其滑槽63-2与所述定位槽35配合，限制了所述牙刷600在所述口腔观察仪200的壳体21上在上下方向以及左右方向的运动。所述卡块36顶在所述安装座63的尾部，使得所述安装座63镶嵌在所述安装座63的安装槽21-3内，限制了所述牙刷600的前后方向的运动，即可将所述牙刷600安装、固定在所述口腔观察仪200的壳体21上。压下所述卡块36，解除所述卡块36对所述安装座63的尾部的限位作用，所述安装座63能向后退出，将所述牙刷600从所述口腔观察仪200上拆卸下来。
本实施例中，所述连接机构300是可拆卸的机械连接机构；所述可拆卸的机械连接机构的一部分设在所述牙刷600上、另一部分设在所述口腔观察仪200上形成组合式的机械连接机构。当然，所述连接机构300也可以是独立部件，单独设在所述牙刷600上，或设在所述口腔观察仪200上，都并脱离本专利申请的保护范围。可拆卸卸的机械连接机构，可以方便使用者对所述牙刷600进行更换，使用过程更加方便、卫生，也节约使用者的使用成本。
本实施例中，所述机械连接机构是凹凸卡配合连接方式。所述机械连接方式还可以是滑槽连接、或销钉连接、或键连接、或螺纹连接、或螺钉连接、或扣连接、或钩连接、或过盈配合连接等其他各种连接方式，本领域的技术人员，可以依据本发明公开的技术方案进行各种具体的产品设计，而不脱离本专利的保护范围。
所述口腔观察仪200含壳体21、电源系统22、照明系统23、观察系统24、电路系统25和开关26；所述照明系统23、所述观察系统24、所述电路系统25及所述电源系统22安装在所述壳体21内，所述开关26安装在所述壳体21上；通过所述电路系统25将所述照明系统23、所述观察系统24、所述电源系统22及开关26连接在一起。
此外，在所述壳体21上还可以设有状态灯26-1以显示本发明之可视牙刷所处于的状态，如是否开机，是否打开Wifi连接，电池电量是否充足等信息，参考图4-1。
参考图41至图43，所述观察系统24是摄像系统24-1，所述摄像系统24-1含摄像头24-1-1、数据处理及输出系统24-1-2、电路系统25及电源系统22。
所述摄像系统24-1的数据处理及输出系统24-1-2输出的视频数据能通过有线连接或无线连接的方式在显示器24-1-3上显示，所述显示器24-1-3包括：智能手机24-1-31、或电脑24-1-32、或液晶显示器24-1-33、或电视24-1-34，参考图4和图5。
使用时，所述摄像头24-1-1能够对清洁过程进行拍照和摄像，经过所述数据处理及输出系统24-1-2输出的视频数据可以实时显示在所述显示器24-1-3上，使用者只需要通过所述显示器24-1-3上显示的清洁过程的实时画面就可以对清洁过程进行实时观察，清楚地看到哪些部位已经被清洁干净，哪些部位还没有被清洁干净。
参考图41至图41-3，所述照明系统23设在所述摄像头24-1-1的周边。
所述照明系统23采用LED照明系统23-1。
所述摄像头24-1-1在所述照明系统23的热影响区内，所述照明系统23产生的热量能 加热所述摄像头24-1-1，避免所述摄像头24-1-1在使用过程中产生雾气。
所述照明系统23产生的热量能使所述摄像头24-1-1的温度上升到35℃～45℃。
所述壳体21在所述摄像头24-1-1附近的壳体21-5的散热能力与所述照明系统23产生的热量之间能产生动态的热平衡，使得所述摄像头24-1-1及附属的所述防水镜片24-1-4的温度在35℃～45℃范围内，达到防雾的目的。
为加强所述LED照明系统23-1的照明强度，并控制所述摄像头24-1-1周边的动态热平衡达到需要的水平，保证所述摄像头24-1-1及其周边的温度维持在需要的温度范围内，本实施例中，围绕着所述摄像头24-1-1的周围设置了6个LED灯。一方面通过多个LED灯增加所述LED照明系统23-1的照明强度，增加所述摄像头24-1-1拍摄过程的清晰度，另一方面，通过所述LED照明系统23-1的LED灯的发热，保证LED灯产生的热量经过所述摄像头24-1-1附近的壳体21-5散热后，仍然能够让所述摄像头24-1-1及其附属的所述防水镜片24-1-4的温度维持在35℃～45℃之间，从而达到防雾的目的。
所述摄像头24-1-1的前端设有防水镜片24-1-4，所述防水镜片24-1-4经过防雾涂层处理。所述防水镜片24-1-4通过防雾涂层处理后，即使在所述防水镜片24-1-4的前端形成少量的水蒸气在所述防水镜片24-1-4表面结露，也不会以水滴状存在，而是转变成透明的水膜，不会在所述摄像头24-1-1前形成雾状现象，进一步加强防雾作用。
所述口腔观察仪200采用防水设计。所述口腔观察仪200采用防水设计，使用者在使用过程中可以及时对本发明之可视牙刷进行清洗，防水设计同时可以保证使用过程中不会由于水或人体导电分泌物进入所述口腔观察仪200的内部而影响所述壳体21内的所述电源系统22、照明系统23、观察系统24、电路系统25或开关26的功能，使用过程更加方便、安全。
使用时，将所述牙刷600通所述连接机构300安装在口腔观察仪200上，通过所述口腔观察仪200的观察功能，在直视的情况下对，利用所述牙刷600的刷头61对口腔进行清洁，清洁过程非常方便，尤其是对于口腔深处，利用所述口腔观察仪200对清洁过程进行拍照和摄像，经过所述数据处理及输出系统24-1-2输出的视频数据可以实时显示在所述显示器24-1-3上，使用者只需要通过所述显示器24-1-3上显示的清洁过程的实时画面就可以对清洁过程进行实时观察，清楚地看到哪些部位已经被清洁干净，哪些部位还没有被清洁干净。
通过本发明之可视牙刷904，可以在直视下对口腔进行清洁，不仅能观察到清洁过程，而且能观察清洁后的效果，并拍照或摄影，进行记录，使得口腔清洁过程更加清晰、方便和安全。
实施例14：1个刷毛的本发明之可视牙刷
参考图41至图41-3，本实施例与实施例1的区别在于，本实施例中，所述牙刷600的刷头61只有1个刷毛61-1。
所述刷毛61-1采用医用弹性材料制成，如弹性硅胶、聚氨酯材料(PU)、聚丙烯材料(PP)等。
本实施例中，可以通过增大所述刷毛61-1的直径等尺寸来增强所述刷毛61-1的强度，因此，对于一些靠近牙龈处普通牙刷不好清洁的缝隙，特别是牙齿与牙龈结合部的食物残渣，可以通过本实施例中的单个所述刷毛61-1来进行有效的剔除和清洁。另外，因为本实施例中的所述刷毛61-1既具有良好的弹性又具有一定的强度，因此可以利用所述刷毛61-1对牙龈等部位进行按摩。
与实施例1相比，本实施例中的所述牙刷600不但具有清洁功能还具有按摩效果，特别适合于一些靠近牙龈处用普通牙刷不好清洁的缝隙处的清理。
此外，所述口腔观察仪200前端还可以设计成为有一定的弯曲弧度，以适应特殊口腔形状人群的需要。
此外，所述电源系统25还可以采用无线充电方式对电池进行充电。这种无线充电的方式可以简化结构，提高防水等级。
实施例15：含倒T形定位块的本发明之可拆卸的可视牙间刷
参考图44至图649，本实施例之可拆卸的可视牙间刷905含内置式牙间刷701、口腔观察仪200及连接机构300。
所述内置式牙间刷701含刷体71、递送器72。所述刷体71可运动地内置在递送器72前端的弯管72-1-1内，参考图47至图47-4。
所述口腔观察仪200含壳体21、电源系统22、照明系统23、观察系统24、电路系统25和开关26。所述照明系统23、所述观察系统24及所述电源系统22安装在所述壳体21内，所述开关26安装在所述壳体21上。通过所述电路系统25将所述照明系统23、所述观察系统24、所述电源系统22及开关26连接在一起，参考图45至图45-1。
所述内置式牙间刷701通过所述连接机构300可拆卸地安装在所述口腔观察仪200上，参考图44至图46-1。
所述连接机构300是可拆卸的机械连接机构，既可以是独立部件，也可以设在所述内置式牙间刷701或所述口腔观察仪200上。本实施例中，所述连接机构300设在所述内置式牙间刷701上，并固定在所述内置式牙间刷701的导向头72-1的中后部，参考图47至图47-4；然后，以凹凸卡配合的方式通过所述连接机构300，将所述内置式牙间刷701与所述口腔观察仪200可拆卸地组装成为一个整体，参考图44至图49。
本实施例中，所述连接机构300采用的机械连接机构是凹凸卡配合连接。当然，也可以选择其他的机械连接机构，如滑槽连接、或销钉连接、或键连接、或螺纹连接、或螺钉连接、或扣连接、或钩连接、或过盈配合连接等，在此不一一列举。
所述内置式牙间刷701的刷体71含工作部71-1、连接体71-2；所述工作部71-1设在连接体71-2的前端；所述递送器72含导向头72-1、滑动机构72-2；所述导向头72-1设在所述递送器72的前端721上；所述导向头72-1内含弯管72-1-1，所述弯管72-1-1的出口72-1-2设在所述导向头72-1的端部72-1-3；所述刷体71安装在所述弯管72-1-1内，所述刷体71的工作部71-1能在弯管72-1-1内滑动，所述刷体71的连接体71-2安装在所述递送器72的滑动机构72-2上；所述滑动机构72-2的运动能驱动所述刷体71的工作部71-1在所述弯管72-1-1内滑动；驱动所述滑动机构72-2能使所述刷体71的工作部71-1从导向头的端部弯管的出口72-1-2中伸出，参考图47至图47-4。
所述内置式牙间刷701的滑动机构72-2含牙间刷连接机构72-2-1及滑块72-2-2，所述牙间刷连接机构72-2-1设在所述滑块72-2-2上；所述牙间刷的连接体71-2与所述牙间刷连接机构72-2-1连接在一起，推拉所述滑块72-2-2能驱动刷体71在所述弯管72-1-1内进行往复运动，使得所述牙间刷的工作部71-1从所述导向头72-1端部的弯管出口72-1-2中伸出或回收，参考图47至图47-4。
所述内置式牙间刷701由于采用了刷体71内置在递送器72的导向头72-1的弯管72-1-1内的结构，弹性材料制造的刷体71的工作部分71-1在所述导向头72-1对准牙缝后，推动递送器72上的滑动机构72-2来驱动刷体71的工作部分71-1沿着弯管72-1-1的弧度自动弯曲，对准并进入牙缝，通过来回推拉递送器72滑动机构72-2上的滑块72-2-2，使得所述牙间刷的工作部分71-1在牙缝中来回运动，清洁牙缝。由于递送器72有良好的刚性，在所述递送器72的导向头72-1的弯管出口72-1-2对准牙缝后，推出的刷体71的工作部分71-1就直接进入了牙缝，因所述递送器72的导向头72-1的弯管出口72-1-2几乎贴近牙缝，距离牙缝很近，牙间刷工作部分71-1不容易折弯，故大幅度提高了刷体71 的力的传导性，提高了刷体71的操控性，避免了现有技术的牙间刷在清洁磨牙之间的间隙时容易弯折，易伤牙龈的缺点。
所述连接机构300设在所述内置式牙间刷701的导向头72-1上；所述连接机构300含定位块32。
本实施例中，所述连接机构300和所述内置式牙间刷701的导向头72-1之间通过整体制造实现连接。当然也可以采用粘接在一起，或进行可拆卸地连接。
参考图44至图47-4，所述口腔观察仪200的壳体21上设有能让所述内置式牙间刷701的滑块72-2-2进行往返运动的滑槽211-2，及能固定所述连接机构300的定位槽35。
参考图47至图47-4，所述内置式牙间刷701的滑动机构72-2的滑块72-2-2含弓形壳体72-2-21，在所述弓形壳体72-2-21的内侧设有导向块72-2-22；所述导向块72-2-22能在所述口腔观察仪200的滑槽211-2内往复运动参考图45-4。
为便于推动所述滑块72-2-2运动，在所述弓形壳体72-2-21上可以设置防滑纹。向下轻压所述弓形壳体72-2-21，所述导向块72-2-22能够嵌在所述口腔观察仪200的滑槽211-2内，前后推动所述弓形壳体72-2-21，在所述导向块72-2-22的导向作用下，所述滑块72-2-2能够方便地沿所述口腔观察仪200的滑槽211-2来回滑动。
参考图44至图47-4，本实施例中，所述连接机构300的定位块32是倒T形定位块32-1；所述倒T形定位块32-1设在所述连接机构300的下方；所述口腔观察仪200的壳体21上设有固定机构211，所述固定机构211含定位槽35、滑槽211-2、和卡块36；所述T形定位块32-1可拆卸地镶嵌在所述定位槽35内，向上弹起的所述卡块36能防止所述连接机构300后退，防止所述内置式牙间刷701从所述口腔观察仪200上意外松脱；将所述卡块36压下，同时向后拉所述连接机构300才能将所述连接机构300从所述口腔观察仪200上解脱，参考图45-1。
安装时，先将所述连接机构300固定在所述内置式牙间刷701的递送器72的导向头72-1上的适当位置；然后将所述内置式牙间刷701的刷体71和所述递送器72的滑块72-2-2连接；再将所述刷体71安装在所述递送器72的导向头72-1的弯管72-1-1内；向前推所述滑块72-2-2，将所述连接机构300和所述内置式牙间刷701的滑块72-2-2靠在一起。
然后将所述内置式牙间刷701和所述连接机构300沿所述口腔观察仪200的壳体21的定位端212向下吻合在所述口腔观察仪200的壳体21上的固定机构211上；向下压所述内置式牙间刷701和所述连接机构300，所述内置式牙间刷701的滑块72-2-2的弓形壳体72-2-21内侧的导向块72-2-22镶嵌在所述口腔观察仪200的滑槽211-2内；同时所述 卡块36被压下，所述倒T形定位块32-1进入所述口腔观察仪200的定位槽35。
保持所述内置式牙间刷701的滑块72-2-2和刷体71静止不动，向前推动所述连接机构300，使得所述连接机构300的倒T形定位块32-1镶嵌在所述口腔观察仪200的定位槽35内，直至所述卡块36向上弹起，顶住所述连接机构300的后端，即将所述连接机构300安装到位，将所述内置式牙间刷701和所述口腔观察仪200之间建立了牢固的连接。
当需要拆除所述内置式牙间刷701时，用力向后退所述连接机构300，所述卡块36压下，所述连接机构300可以向后退，所述倒T形定位块32-1从镶嵌的定位槽35内退出，直至所述T形定位块32-1和所述定位槽35之间的连接解除，这样就可以将所述内置式牙间刷701从所述口腔观察仪200上分拆开。
由于所述倒T形定位块32-1采取的是倒T形结构，当所述T形定位块32-1镶嵌在所述定位槽35内时，倒T形结构的底部能与所述定位槽35形成凹凸卡配合结构，能够有效地限制所述连接机构300在垂直方向的运动，从而防止在使用过程中所述内置式牙间刷701和所述口腔观察仪200沿垂直方向脱离。同时，所述卡块36设置在所述连接机构300的后端，当所述卡块36向上抬起时，由于所述卡块36的顶部位置高于所述连接机构300的尾部高度，可以有效防止所述连接机构300向后退，只有有意识地用力向后退所述连接机构300，所述连接机构300才能沿所述卡块36的导向面退出后从所述口腔观察仪200上解脱，可以有效防止所述内置式牙间刷701因为所述连接机构300能轻易向后退而从所述口腔观察仪200上意外松脱。
本实施例中，所述观察系统24是摄像系统24-1，所述摄像系统24-1含摄像头24-1-1、数据处理及输出系统24-1-2、电路系统25及电源系统22，参考图45-1、图45-2、图48至图49。
所述摄像系统24-1的数据处理及输出系统24-1-2输出的视频数据能通过有线连接或无线连接的方式在显示器24-1-3上显示，所述显示器24-1-3包括：智能手机24-1-32、或电脑24-1-34、或液晶显示器24-1-33、或电视24-1-34。
所述照明系统23设在所述摄像头24-1-1的周边。
所述可拆卸的可视牙间刷905，可以根据使用者的使用习惯和偏好进行自由组合，所述内置式牙间刷701和所述口腔观察仪200，通过所述连接机构300灵活地组装在一起，既可以组装在一起进行单手操作，清理牙缝；也可以分拆开，一手持所述口腔观察仪200进行观察，另一手持所述内置式牙间刷701进行牙缝清理，具有携带方便、组装便捷、使用灵活的优点。
实施例16、含弧形定位钩型定位块的本发明之可拆卸的可视牙间刷
参考图50至图53-5，本实施例与实施例1的不同之处在于，本实施例中所述连接机构300的定位块32采用的是弧形定位钩32-2。
所述弧形定位钩32-2含定位凹槽32-2-1。在所述口腔观察仪200上的定位槽35内含有与所述定位凹槽32-2-1匹配的定位凸阶211-1-1。所述弧形定位钩32-2镶嵌在所述定位槽35内，形成凹凸卡配合，限制了所述连接机构300垂直方向的运动，参考图9、图9-1；所述定位凸阶211-1-1镶嵌在所述定位凹槽32-2-1内，限制了所述连接机构300的前后运动，参考图50-2、图50-3、图51、图52、图52-1、图53-1。
安装时，所述内置式牙间刷701和所述连接机构300如前所述安装好后，将所述内置式牙间刷701的滑块72-2-2对准所述口腔观察仪200的壳体21上的滑槽211-2，将所述连接机构300的弧形定位钩32-2对准所述口腔观察仪200的壳体21上的定位槽35；向下压所述内置式牙间刷701和所述连接机构300，将所述内置式牙间刷701的滑块72-2-2的弓形壳体72-2-21内侧的导向块72-2-22镶嵌在所述口腔观察仪200的滑槽211-2内；将所述连接机构300的弧形定位钩32-2镶嵌在所述所述定位槽35内，形成凹凸卡配合，限制所述连接机构300垂直方向的运动；向前滑动所述连接机构300，直至将所述所述口腔观察仪200的定位凸阶211-1-1镶嵌在所述连接机构300的定位凹槽32-2-1内，从而限制所述连接机构300的前后运动。当需要取下所述内置式牙间刷701时，用力向后退所述连接机构300，所述连接机构300的定位凹槽32-2-1从所述口腔观察仪200的定位凸阶211-1-1上解脱；沿所述口腔观察仪200的定位槽35向后继续滑动所述连接机构300，所述连接机构300就可以从所述口腔观察仪200上解脱。
与实施例1相比，本实施例中，所述弧形定位钩32-2和所述定位槽35、以及所述定位凸阶211-1-1和所述定位凹槽32-2-1形成的双重凹凸卡配合连接方式可以实现所述连接机构300和所述口腔观察仪200的有效连接、固定。
实施例17、含连接环型定位块的本发明之可拆卸的可视牙间刷
参考图54，本实施例与实施例2的区别在于，本实施例中还在所述口腔观察仪200上设有一个连接环姓的所述连接机构300。本实施例的所述连接机构300含连接环32-3，所述内置式牙间刷701从所述连接环32-3的安装孔32-3-1中穿过，将所述内置式牙间刷701固定在所述口腔观察仪200上。所述连接环32-3的环形结构与凹凸卡配合连接方式相比，能承受更加大拉力，提高牙间刷700从牙齿间拔出时的安全性，更加可靠。
所述连接机构300还可以是环抱臂32-4，参考图54-1。通过所述环抱臂32-4将所述内置式牙间刷701和所述口腔观察仪200可拆卸地连接在一起。所述环抱臂32-4可以设 置在所述内置牙间刷700上，然后环抱住所述口腔观察仪200实现二者的可拆卸连接，也可以设置在所述口腔观察仪200上，然后环抱住所述内置式牙间刷701以实现二者的可拆卸连接。
需要特别说明的是，本申请中，所述连接机构300还可以是一个单独的组件，分别和所述内置式牙间刷701和所述口腔观察仪200进行连接，将所述内置式牙间刷701和所述口腔观察仪200连接成一个整体。所述连接机构300也可以和所述内置式牙间刷701或口腔观察仪200制造成一个整体，然后再同所述口腔观察仪200或所述内置式牙间刷701连接后构成一个整体。但不论何种连接方式，最终目的是需要能将所述内置式牙间刷701和所述口腔观察仪200之间实现可拆卸的连接。因此，所述连接机构300只需要能和所述内置式牙间刷701或所述口腔观察仪200中的一个实现可拆卸的机械连接就可以实现所述内置式牙间刷701和所述口腔观察仪200之间的可拆卸连接。
应该注意，本文中公开和说明的结构可以用其它效果相同的结构代替，同时本发明所介绍的实施例并非实现本发明的唯一结构。虽然本发明的优先实施例已在本文中予以介绍和说明，但本领域内的技术人员都清楚知道这些实施例不过是举例说明而己，本领域内的技术人员可以做出无数的变化、改进和代替，而不会脱离本发明，因此，应按照本发明所附的权利要求书的精神和范围来的界定本发明的保护范围。

Claims (106)

  1. 可视牙线，其特征在于：所述可视牙线(901)含牙线(100)、口腔观察仪(200)及连接机构(300)；
    A、所述牙线(100)含线(11)、支架(12)、及安装座(13)；所述牙线(100)的线(11)的两端分别固定在所述支架(12)的左臂(12-1)和右臂(12-2)上，所述支架(12)设在所述安装座(13)上；
    B、所述口腔观察仪(200)含壳体(21)、电源系统(22)、照明系统(23)、观察系统(24)、电路系统(25)和开关(26)；所述照明系统(23)、所述观察系统(24)、所述电路系统(25)及所述电源系统(22)安装在所述壳体(21)内，所述开关(26)安装在所述壳体(21)上；通过所述电路系统(25)将所述照明系统(23)、所述观察系统(24)、所述电源系统(22)及开关(26)连接在一起；
    C、所述牙线(100)通过所述连接机构(300)安装在所述口腔观察仪(200)上。
  2. 根据权利要求1所述可视牙线，其特征在于：所述牙线(100)的线(11)在所述口腔观察仪(200)的观察系统(24)的视野内。
  3. 根据权利要求1所述可视牙线，其特征在于：所述所述牙线(100)的线(11)与所述口腔观察仪(200)的壳体的头部(21-1)中心线之间的夹角δ可调。
  4. 根据权利要求1所述可视牙线，其特征在于：所述连接机构(300)是可拆卸的机械连接机构；既可以是独立部件，可设在所述牙线(100)上，或设在所述口腔观察仪(200)上；或者所述可拆卸的机械连接机构的一部分设在所述牙线(100)、另一部分设在所述口腔观察仪(200)上形成的组合式的机械连接机构。
  5. 根据权利要求4所述可视牙线，其特征在于：所述机械连接机构可以是凹凸卡配合连接、或滑槽连接、或销钉连接、或键连接、或螺纹连接、或螺钉连接、或扣连接、或钩连接、或过盈配合连接。
  6. 根据权利要求1所述可视牙线，其特征在于：所述牙线(100)的安装座(13)上设有通孔(13-1)，所述口腔观察仪(200)的壳体的头部(21-1)能镶嵌在所述通孔(13-1)内，在所述牙线(100)与口腔观察仪(200)之间形成可拆卸的连接。
  7. 根据权利要求1所述可视牙线，其特征在于：所述牙线(100)的安装座(13)设有定位凹槽(13-2)；所述连接机构(300)上设有定位钩(31)及定位块(32)；所述连接机构(300)通过所述定位块(32)安装在所述口腔观察仪(200)上；所述连接机构 (300)上的定位钩(31)镶嵌在所述牙线(100)的定位凹槽(13-2)内形成凹凸卡配合连接，在所述牙线(100)与口腔观察仪(200)之间形成可拆卸的连接。
  8. 根据权利要求1所述可视牙线，其特征在于：所述牙线(100)的安装座(13)设有螺纹(13-3)；所述连接机构(300)为螺纹型连接机构(33)，所述螺纹型连接机构(33)与所述螺纹(13-3)相匹配，设在所述口腔观察仪(200)的壳体的头部(21-1)上；旋转所述牙线(100)，可以将所述牙线(100)的螺纹(13-3)安装在所述螺纹型连接机构(33)上；反方向旋转所述牙线(100)，可以将所述牙线(100)的螺纹(13-3)从所述螺纹型连接机构(33)上拆除。
  9. 根据权利要求8所述可视牙线，其特征在于：旋转所述牙线(100)的螺纹(13-3)，能调整所述牙线(100)的线(11)与所述口腔观察仪(200)的壳体的头部(21-1)中心线之间的夹角β。
  10. 根据权利要求1所述可视牙线，其特征在于：所述连接机构(300)含滑杆(30)、定位钩(31)、左定位钩(31-1)、右定位钩(31-2)、定位块(32)、防滑凸纹(34)；所述定位钩(31)、左定位钩(31-1)、右定位钩(31-2)设在所述滑杆(30)的前端，所述定位钩(31)居中，所述左定位钩(31-1)和右定位钩(31-2)分列两侧；所述定位块(32)位于所述滑杆(30)的中部；所述防滑凸纹(34)设置所述滑杆(30)的尾部；所述定位块(32)安装在所述口腔观察仪(200)的壳体(21)的定位槽(35)内，所述口腔观察仪(200)的壳体(21)的卡块(36)顶住所述滑杆(30)尾部，将所述连接机构(300)可拆卸地安装固定在所述口腔观察仪(200)的壳体(21)上；所述口腔观察仪(200)的壳体(21)的头部(21-1)镶嵌在所述牙线(100)的安装座的通孔(13-1)中，所述连接机构(300)的定位钩(31)镶嵌在所述安装座的定位凹槽(13-2)内，所述左定位钩(31-1)及右定位钩(31-2)从左右两侧环抱住所述口腔观察仪(200)的壳体(21)的头部(21-1)。
  11. 根据权利要求1所述可视牙线，其特征在于：所述观察系统(24)是摄像系统(24-1)，所述摄像系统(24-1)含摄像头(24-1-1)、数据处理及输出系统(24-1-2)、电路系统(25)及电源系统(22)。
  12. 根据权利要求11所述可视牙线，其特征在于：所述摄像系统(24-1)的数据处理及输出系统(24-1-2)输出的视频数据能通过有线连接或无线连接的方式在显示器(24-1-3)上显示，所述显示器(24-1-3)包括：智能手机(24-1-31)、或电脑(24-1-32)、或液晶显示器(24-1-33)、或电视(24-1-34)。
  13. 根据权利要求11所述可视牙线，其特征在于：所述照明系统(6)设在所述摄像 头(24-1-1)的周边。
  14. 根据权利要求1所述可视牙线，其特征在于：所述口腔观察仪(200)采用防水设计，含用于密封充电接口(25-1)的密封装置(21-4)；所述密封装置(21-4)含密封圈(21-4-1)、压板(21-4-2)及滑板(21-4-3)；所述密封圈(21-4-1)安装在所述壳体(21)的尾部的密封槽(21-4-0)内，所述压板(21-4-2)压在所述密封圈(21-4-1)上，所述滑板(21-4-3)可拆卸地压在所述压板(21-4-2)上；当所述滑板(21-4-3)滑入壳体(21)尾部的滑板定位槽(21-4-4)内时，所述滑板(21-4-3)压住所述压板(21-4-2)，所述压板(21-4-2)再压在所述密封圈(21-4-1)形成密封；当所述滑板(21-4-3)向外推，所述滑板(21-4-3)从壳体(21)尾部的滑板定位槽(21-4-4)内解脱，所述滑板(21-4-3)翘起，所述压板(21-4-2)的压力解除，可以向上翘起，暴露所述密封充电接口(25-1)，密封解除，对所述口腔观察仪(200)进行充电。
  15. 可视口腔钳，其特征在于：所述可视口腔钳(902)含口腔钳(400)、口腔观察仪(200)及连接机构(300)；
    A、所述口腔钳(400)含钳头(41)、张开/闭合机构(42)、及安装座(43)；所述口腔钳(400)的钳头(41)含左臂(41-1)和右臂(41-2)，所述左臂(41-1)和所述右臂(41-2)之间形成吻合夹紧结构；能控制所述钳头(41)进行闭合或张开运动的所述张开/闭合机构(42)设在所述安装座(43)上；
    B、所述口腔观察仪(200)含壳体(21)、电源系统(22)、照明系统(23)、观察系统(24)、电路系统(25)和开关(26)；所述照明系统(23)、所述观察系统(24)、所述电路系统(25)及所述电源系统(22)安装在所述壳体(21)内，所述开关(26)安装在所述壳体(21)上；通过所述电路系统(25)将所述照明系统(23)、所述观察系统(24)、所述电源系统(22)及开关(26)连接在一起；
    C、所述口腔钳(400)通过所述连接机构(300)安装在所述口腔观察仪(200)上。
  16. 根据权利要求15所述可视口腔钳，其特征在于：所述钳头(41)在所述口腔观察仪(200)的观察系统(24)的视野内。
  17. 根据权利要求15所述可视口腔钳，其特征在于：所述口腔钳(400)的钳头(41)上设有相互吻合的咬合齿(41-3)。
  18. 根据权利要求15所述可视口腔钳，其特征在于：所述口腔钳(400)的钳头(41)具有符合人体口腔要求的弯曲弧度(41-4)。
  19. 根据权利要求15所述可视口腔钳，其特征在于：所述口腔钳(400)的张开/闭合机构(42)含：套筒滑杆开/合机构、或铰链开/合机构、或杠杆调节开/合机构、或按钮调节开/合机构、或弹簧调节开/合机构、或推拉调节开/合机构、或旋转调节开/合机构。
  20. 根据权利要求15所述可视口腔钳，其特征在于：所述口腔钳(400)的安装座(43)上设有用于与所述口腔观察仪(200)连接的定位块(32)。
  21. 根据权利要求15所述可视口腔钳，其特征在于：所述连接机构(300)是可拆卸的机械连接机构；既可以是独立部件，可设在所述口腔钳(400)上，或设在所述口腔观察仪(200)上；或者所述可拆卸的机械连接机构的一部分设在所述口腔钳(400)上、另一部分设在所述口腔观察仪(200)上形成组合式的机械连接机构。
  22. 根据权利要求21所述可视口腔钳，其特征在于：所述机械连接机构含：凹凸卡配合连接、或滑槽连接、或销钉连接、或键连接、或螺纹连接、或螺钉连接、或扣连接、或钩连接、或过盈配合连接。
  23. 根据权利要求15所述可视口腔钳，其特征在于：所述口腔观察仪(200)的壳体(21)上设有定位槽(35)及卡块(36)；所述口腔钳(400)的定位块(32)能镶嵌在所述定位槽(35)内，所述卡块(36)能阻止所述口腔钳(400)的安装座(43)向后滑动；所述定位块(32)、所述定位槽(35)及所述卡块(36)的协调作用构成所述连接机构(300)。
  24. 根据权利要求15所述可视口腔钳，其特征在于：所述观察系统(24)是摄像系统(24-1)，所述摄像系统(24-1)含摄像头(24-1-1)、数据处理及输出系统(24-1-2)、电路系统(25)及电源系统(22)。
  25. 根据权利要求23所述可视口腔钳，其特征在于：所述摄像系统(24-1)的数据处理及输出系统(24-1-2)输出的视频数据能通过有线连接或无线连接的方式在显示器(24-1-3)上显示，所述显示器(24-1-3)包括：智能手机(24-1-31)、或电脑(24-1-32)、或液晶显示器(24-1-33)、或电视(24-1-34)。
  26. 根据权利要求23所述可视口腔钳，其特征在于：所述照明系统(23)设在所述摄像头(24-1-1)的周边。
  27. 根据权利要求15所述可视口腔钳，其特征在于：所述口腔观察仪(200)采用防水设计。
  28. 根据权利要求15所述可视口腔钳，其特征在于：所述口腔钳(400)的钳头(41)采用弹性材料制造，所述钳头(41)在没有外力作用时保持张开状态；所述钳头(41)的后端固定在所述安装座(43)上，通过所述连接机构(300)与所述口腔观察仪(200)可拆卸地连接在一起；所述钳头(41)的前端，从所述张开/闭合机构(42)的套筒(42-2)的孔(42-2-1)中穿过；向前推动所述张开/闭合机构(42)的推杆(42-1)，所述套筒(42-2)向所述钳头(41)的前端运动，收拢所述钳头(41)，直至所述钳头(41)的左臂(41-1)和右臂(41-2)吻合在一起；向后拉动所述张开/闭合机构(42)的推杆(42-1)，所述套筒(42-2)向所述钳头(41)的后端运动，所述钳头(41)在弹力的作用下，所述钳头(41)的左臂(41-1)和右臂(41-2)张开。
  29. 根据权利要求15所述可视口腔钳，其特征在于：所述口腔钳(400)的钳头(41)采用铰链式结构，设销钉(41-5)；所述钳头(41)的左臂(41-1)和右臂(41-2)通过所述销钉(41-5)可运动地安装在所述套筒(42-2)上；所述套筒(42-2)设在所述安装座(43)上，通过所述连接机构(300)与所述口腔观察仪(200)可拆卸地连接在一起；所述钳头(41)的后端与所述张开/闭合机构(42)的推杆(42-1)连接在一起，当向后拉动所述推杆(42-1)时，所述钳头(41)左臂(41-1)和右臂(41-2)绕所述销钉(41-5)旋转，所述钳头(41)左臂(41-1)和右臂(41-2)收拢，直至吻合在一起；当向前推动所述推杆(42-1)时，所述钳头(41)左臂(41-1)和右臂(41-2)绕所述销钉(41-5)旋转，所述钳头(41)左臂(41-1)和右臂(41-2)张开。
  30. 可视牙齿冲洗器，其特征在于：所述可视牙齿冲洗器(903)含牙齿冲洗器(500)、口腔观察仪(200)及连接机构(300)；
    A、所述牙齿冲洗器(500)含喷头(51)、喷枪(52)、控制开关(53)、压力容器(54)、连接管(55)及连接头(56)；所述喷头(51)设在所述喷枪(52)的前端；所述控制开关(53)能控制所述喷枪(52)中流体的喷射；所述压力容器(54)内的流体通过所述连接管(55)及所述连接头(56)与喷枪(52)相连接；
    B、所述口腔观察仪(200)含壳体(21)、电源系统(22)、照明系统(23)、观察系统(24)、电路系统(25)和开关(26)；所述照明系统(23)、所述观察系统(24)、所述电路系统(25)及所述电源系统(22)安装在所述壳体(21)内，所述开关(26)安装在所述壳体(21)上；通过所述电路系统(25)将所述照明系统(23)、所述观察系统(24)、所述电源系统(22)及开关(26)连接在一起；
    C、所述牙齿冲洗器(500)通过所述连接机构(300)安装在所述口腔观察仪(200)上。
  31. 根据权利要求29所述可视牙齿冲洗器，其特征在于：所述喷头(51)喷出的流体在所述口腔观察仪(200)的观察系统(24)的视野内。
  32. 根据权利要求29所述可视牙齿冲洗器，其特征在于：所述牙齿冲洗器(500)的喷头(51)上设有能调节喷出流体形状及速度的调节阀(51-1)。
  33. 根据权利要求29所述可视牙齿冲洗器，其特征在于：所述牙齿冲洗器(500)的喷头(51)具有符合人体口腔要求的弯曲弧度(51-2)。
  34. 根据权利要求29所述可视牙齿冲洗器，其特征在于：所述牙齿冲洗器(500)的控制开关(53)含：套筒滑杆开/关机构、或按钮调节开/关机构、或旋转调节开/关机构、或电动控制开关、或电磁控制开关。
  35. 根据权利要求29所述可视牙齿冲洗器，其特征在于：所述牙齿冲洗器(500)的喷枪(52)含能让流体通过的流道(52-1)、壳体(52-2)及安装座(52-3)；所述流道(52-1)在所述壳体(52-2)内；所述安装座(52-3)设在所述壳体(52-2)上，所述安装座(52-3)含能与所述口腔观察仪(200)相连接的定位块(32)。
  36. 根据权利要求29所述可视牙齿冲洗器，其特征在于：所述连接机构(300)是可拆卸的机械连接机构；既可以是独立部件，可设在所述牙齿冲洗器(500)上，或设在所述口腔观察仪(200)上；或者所述可拆卸的机械连接机构的一部分设在所述牙齿冲洗器(500)上、另一部分设在所述口腔观察仪(200)上形成组合式的机械连接机构。
  37. 根据权利要求35所述可视牙齿冲洗器，其特征在于：所述机械连接机构含：凹凸卡配合连接、或滑槽连接、或销钉连接、或键连接、或螺纹连接、或螺钉连接、或扣连接、或钩连接、或过盈配合连接。
  38. 根据权利要求29所述可视牙齿冲洗器，其特征在于：所述口腔观察仪(200)的壳体(21)上设有能与所述喷枪(52)相连接的定位槽(35)及卡块(36)；所述喷枪(52)上的定位块(32)能镶嵌在所述定位槽(35)内，所述卡块(36)能阻止所述喷枪(52)的安装座(52-3)向后滑动；所述定位块(32)、所述定位槽(35)及所述卡块(36)的协调作用构成所述连接机构(300)。
  39. 根据权利要求29所述可视牙齿冲洗器，其特征在于：所述观察系统(24)是摄像系统(24-1)，所述摄像系统(24-1)含摄像头(24-1-1)、数据处理及输出系统(24-1-2)、电路系统(25)及电源系统(22)。
  40. 根据权利要求38所述可视牙齿冲洗器，其特征在于：所述摄像系统(24-1)的数据处理及输出系统(24-1-2)输出的视频数据能通过有线连接或无线连接的方式在显示器(24-1-3)上显示，所述显示器(24-1-3)包括：智能手机(24-1-31)、或电脑(24-1-32)、或液晶显示器(24-1-33)、或电视(24-1-34)。
  41. 根据权利要求38所述可视牙齿冲洗器，其特征在于：所述照明系统(23)设在所述摄像头(24-1-1)的周边。
  42. 根据权利要求29所述可视牙齿冲洗器，其特征在于：所述口腔观察仪(200)采用防水设计。
  43. 根据权利要求29所述可视牙齿冲洗器，其特征在于：所述牙齿冲洗器(500)的压力容器(54)含增压装置(54-1)、壳体(54-2)及流体容纳空间(54-3)；能增加流体压力的所述增压装置(54-1)安装在所述壳体(54-2)上。
  44. 根据权利要求42所述可视牙齿冲洗器，其特征在于：所述牙齿冲洗器(500)的压力容器(54)设有注水口(54-4)；所述注水口(54-4)设在所述压力容器(54)的壳体(54-2)上，含接口(54-41)及密封盖(54-42)，所述接口(54-41)的远端与所述压力容器(54)的流体容纳空间(54-3)连通，所述密封盖(54-42)可拆卸地安装在所述接口(54-41)上。
  45. 根据权利要求29所述可视牙齿冲洗器，其特征在于：所述牙齿冲洗器(500)的压力容器(54)能安装在所述口腔观察仪(200)的近端。
  46. 根据权利要求42所述可视牙齿冲洗器，其特征在于：所述增压装置(54-1)是机械式增压装置，或电动增压装置。
  47. 根据权利要求42所述可视牙齿冲洗器，其特征在于：所述增压装置(54-1)是手动增压装置(541)；所述手动增压装置(541)含前单向阀(541-1)、后单向阀(541-2)、阀缸(541-3)、活塞(541-4)、推杆(541-5)和芯杆(541-6)；所述前单向阀(541-1)、所述后单向阀(541-2)、所述活塞(541-4)及所述芯杆(541-6)安装在所述阀缸(541-3)内；所述推杆(541-5)的前端设有所述活塞(541-4)，所述前单向阀(541-1)设在所述芯杆(541-6)的远端，所述后单向阀(541-2)设在所述芯杆(541-6)的近端；所述推杆(541-5)能够推动所述活塞(541-4)在所述阀缸(541-3)内往复运动；当所述推杆(541-5)向外拉伸时，所述前单向阀(541-1)处于关闭状态，所述压力容器54的流体容纳空间(54-3)内的流体不能进入所述阀缸(541-3)内，所述后单向阀(541-2)处于开放状态，外部的流体可以进入所述阀缸(541-3)内；当所述推杆(541-5)向内推进时，所述后单向阀(541-2) 处于关闭状态，所述阀缸(541-3)内的流体被压缩，所述阀缸(541-3)内压力增大，在压力的作用下，所述前单向阀(541-1)处于开放状态，被压缩在所述阀缸(541-3)内的流体通过前单向阀(541-1)进入所述流体容纳空间(54-3)内；如此循环，可不断增加所述压力容器54的流体容纳空间(54-3)内的压力。
  48. 根据权利要求46所述可视牙齿冲洗器，其特征在于：所述前单向阀(541-1)含前复位弹簧(541-1-1)、前挡块(541-1-2)及前密封圈(541-1-3)，所述前复位弹簧(541-1-1)顶住所述前挡块(541-1-2)的远端，所述前密封圈(541-1-3)设在所述前挡块(541-1-2)的近端；所述后单向阀(541-2)含后复位弹簧(541-2-1)、后挡块(541-2-2)及后密封圈(541-2-3)，所述后复位弹簧(541-2-1)顶在所述后挡块(541-2-2)的远端，所述后密封圈(541-2-3)设在所述后挡块(541-2-2)的近端；所述后挡块(541-2-2)上设有能让流体通过的通孔(541-2-21)。
  49. 根据权利要求45所述可视牙齿冲洗器，其特征在于：所述增压装置(54-1)是电动增压装置(542)。
  50. 根据权利要求20所述可视牙齿冲洗器，其特征在于：是电动空气增压装置(542-1)或电动水增压装置(542-2)。
  51. 根据权利要求49所述可视牙齿冲洗器，其特征在于：所述电动空气增压装置(542-1)是电动空气压缩机(542-51)。
  52. 根据权利要求49所述可视牙齿冲洗器，其特征在于：所述电动水增压装置(542-2)是潜水泵(542-21)或抽水机(542-22)。
  53. 根据权利要求51所述可视牙齿冲洗器，其特征在于：所述电动水增压装置(542-2)是潜水泵(542-21)，所述潜水泵(542-21)含进水系统(542-21-1)、增压系统(542-21-2)、和排水系统(542-21-3)；所述潜水泵(542-21)安装在所述壳体(54-2)的下部，所述排水系统(542-21-3)和所述连接管(55)连接；所述电源系统(22)对所述潜水泵(542-21)供电后，所述增压系统(542-21-2)工作，对经所述进水系统(542-21-1)进入所述潜水泵(542-21)的液体进行增压后，通过所述排水系统(542-21-3)将增压后的流体经连接管(55)排出对牙齿进行冲洗。
  54. 根据权利要求51所述可视牙齿冲洗器，其特征在于：所述电动水增压装置(542-2)是抽水机(542-22)，所述抽水机(542-22)含抽水系统(542-22-1)、负压吸引系统(542-22-2)和排水系统(542-22-3)；所述排水系统(542-22-3)和所述连接管(55)连接；所述电源系统(22)对所述抽水机(542-22)供电后，所述负压吸引系统(542-22-2)工作，将所述流体容纳空间(54-3)内的流体经所述抽水系统(542-22-1)吸入所述抽水 机(542-22)后，再通过所述排水系统(542-22-3)将增压后的液体经连接管(55)排出对牙齿进行清洗。
  55. 根据权利要求29所述可视牙齿冲洗器，其特征在于：所述喷头(51)和所述喷枪(52)内置在所述口腔观察仪(200)的壳体(21)内。
  56. 根据权利要求29所述可视牙齿冲洗器，其特征在于：所述喷头(51)位于所述观察系统(24)附近，所述喷头(51)喷出的流体在所述观察系统(24)的视野内。
  57. 根据权利要求29所述可视牙齿冲洗器，其特征在于：所述口腔观察仪(200)的前端还可通过所述连接机构(300)安装有其他口腔清洁装置，所述口腔清洁装置可以是牙间刷(500)，或牙线(600)、或牙刷(700)，或口腔钳(400)。
  58. 根据权利要求29所述可视牙齿冲洗器，其特征在于：所述可视牙齿冲洗器(903)的前端(903-1)与所述可视牙齿冲洗器(903)的主体(903-2)之间是通过可拆卸的连接机构(903-3)连接在一起，或所述可视牙齿冲洗器(903)的前端(903-1)与所述可视牙齿冲洗器(903)的主体(903-2)之间是通过可折叠的连接机构(903-4)连接在一起。
  59. 根据权利要求29所述可视牙齿冲洗器，其特征在于：所述可视牙齿冲洗器(903)的口腔观察仪(200)的前端(200-1)与所述口腔观察仪(200)的主体(200-2)之间是通过可拆卸的连接机构(903-3)连接在一起，或所述口腔观察仪(200)的前端(200-1)与所述口腔观察仪(200)的主体(200-2)之间是通过可折叠的连接机构(903-4)连接在一起。
  60. 根据权利要求29所述可视牙齿冲洗器，其特征在于：所述可视牙齿冲洗器(903)的牙齿冲洗器(500)的前端(500-1)与所述牙齿冲洗器(500)的主体(500-2)之间是通过可拆卸的连接机构(903-3)连接在一起，或所述牙齿冲洗器(500)的前端(500-1)与所述牙齿冲洗器(500)的主体(500-2)之间是通过可折叠的连接机构(903-4)连接在一起。
  61. 根据权利要求29所述可视牙齿冲洗器，其特征在于：所述可拆卸的连接机构(903-3)含连接固定机构(903-3-1)。
  62. 根据权利要求32所述可视牙齿冲洗器，其特征在于：所述连接固定机构(903-3-1)是凹凸卡配合式连接固定机构，或旋转式连接固定机构，或磁连接固定机构。
  63. 根据权利要求29所述可视牙齿冲洗器，其特征在于：所述可折叠的连接机构(903-4)是转轴式运动机构或凹凸卡配合机构。
  64. 根据权利要求34所述可视牙齿冲洗器，其特征在于：所述可折叠的连接机构 (903-4)是转轴式连接机构，所述可折叠的连接机构(903-4)含转轴(903-4-1)，及转轴孔(903-4-2)，所述转轴(903-4-1)能在所述转轴孔(903-4-2)内运动。
  65. 根据权利要求59所述可视牙齿冲洗器，其特征在于：所述口腔观察仪(200)的前端(200-1)与所述口腔观察仪(200)的主体(200-2)之间是通过可拆卸的连接机构(903-3)连接在一起；所述可拆卸的连接机构(903-3)还含电接头(903-3-2)；所述连接固定机构(903-3-1)能将所述口腔观察仪(200)的前端(200-1)连接固定在所述主体(200-2)上；所述电接头(903-3-2)能将所述口腔观察仪(200)的前端(200-1)的电路(25-1)与所述主体(200-2)的电路(25-2)接通。
  66. 根据权利要求59所述可视牙齿冲洗器，其特征在于：所述口腔观察仪(200)的前端(200-1)与所述口腔观察仪(200)的主体(200-2)之间是通过可折叠的连接机构(903-4)连接在一起；所述口腔观察仪(200)的前端(200-1)绕所述可折叠的连接机构(903-4)的所述转轴(903-4-1)转动时，能将所述口腔观察仪(200)的前端(200-1)相对于所述口腔观察仪(200)的主体(200-2)展开或收拢；所述口腔观察仪(200)的前端(200-1)的电路(25-1)通过能弯曲的柔性电路与所述口腔观察仪(200)的主体(200-2)的电路(25-2)相连接。
  67. 根据权利要求59所述可视牙齿冲洗器，其特征在于：所述口腔观察仪(200)的前端(200-1)与所述口腔观察仪(200)的主体(200-2)之间是通过可折叠的连接机构(903-4)连接在一起；所述口腔观察仪(200)的前端(200-1)的电路(25-1)通过能弯曲的柔性电路与所述口腔观察仪(200)的主体(200-2)的电路相连接；所述口腔观察仪(200)的前端(200-1)通过凹凸卡配合机构，能将所述口腔观察仪(200)的前端(200-1)相对于所述口腔观察仪(200)的主体(200-2)展开或收拢。
  68. 根据权利要求60所述可视牙齿冲洗器，其特征在于：所述牙齿冲洗器(500)的前端(500-1)与所述牙齿冲洗器(500)的主体(500-2)之间是通过可拆卸的连接机构(903-3)连接在一起；所述可拆卸的连接机构(903-3)还含水接头(903-3-3)；所述连接固定机构(903-3-1)能将所述牙齿冲洗器(500)的前端(500-1)连接固定在所述主体(500-2)上；所述水接头(903-3-3)能将所述牙齿冲洗器(500)的前端(500-1)水路与所述主体(500-2)的水路接通。
  69. 根据权利要求60所述可视牙齿冲洗器，其特征在于：所述牙齿冲洗器(500)的前端(500-1)与所述牙齿冲洗器(500)的主体(500-2)之间是通过可折叠的连接机构(903-4)连接在一起；所述牙齿冲洗器(500)的前端(500-1)绕所述可折叠的连接机构(903-4)的所述转轴(903-4-1)转动时，能将所述牙齿冲洗器(500)的前端(500-1) 相对于所述牙齿冲洗器(500)的主体(500-2)展开或收拢；所述牙齿冲洗器(500)的前端(500-1)的水路通过能弯曲的柔性水路与所述牙齿冲洗器(500)的主体(500-2)的水路相连接。
  70. 根据权利要求60所述可视牙齿冲洗器，其特征在于：所述牙齿冲洗器(500)的前端(500-1)与所述牙齿冲洗器(500)的主体(500-2)之间是通过可折叠的连接机构(903-4)连接在一起；所述牙齿冲洗器(500)的前端(500-1)的水路通过能弯曲的柔性水路与所述牙齿冲洗器(500)的主体(500-2)的水路相连接；所述牙齿冲洗器(500)的前端(500-1)通过凹凸卡配合机构，能将所述牙齿冲洗器(500)的前端(500-1)相对于所述牙齿冲洗器(500)的主体(500-2)展开或收拢。
  71. 根据权利要求29所述可视牙齿冲洗器，其特征在于：所述牙齿冲洗器(500)的前端(500-1)与所述牙齿冲洗器(500)的主体(500-2)和所述口腔观察仪(200)的前端(200-1)与所述口腔观察仪(200)的主体(200-2)同时通过可拆卸的连接机构(903-3)连接在一起，或通过可折叠的连接机构(903-4)连接在一起。
  72. 根据权利要求42所述可视牙齿冲洗器，其特征在于：所述可拆卸的连接机构(903-3)含连接固定机构(903-3-1)、电接头(903-3-2)、及水接头(903-3-3)；所述连接固定机构(903-3-1)能同时将所述牙齿冲洗器(500)的前端(500-1)和所述口腔观察仪(200)的前端(200-1)分别连接固定在所述牙齿冲洗器(500)的主体(500-2)和所述口腔观察仪(200)的主体(200-2)上；所述电接头(903-3-2)能将所述口腔观察仪(200)的前端(200-1)的电路(25-1)与所述主体(200-2)的电路(25-2)接通；所述水接头(903-3-3)能将所述牙齿冲洗器(500)的前端(500-1)水路与所述主体(500-2)的水路接通。
  73. 根据权利要求71所述可视牙齿冲洗器，其特征在于：所述可折叠的连接机构(903-4)是转轴式连接机构，所述可折叠的连接机构(903-4)含转轴(903-4-1)，及转轴孔(903-4-2)，所述转轴(903-4-1)能在所述转轴孔(903-4-2)内运动；所述口腔观察仪(200)的前端(200-1)绕所述可折叠的连接机构(903-4)的所述转轴(903-4-1)转动时，能将所述口腔观察仪(200)的前端(200-1)相对于所述口腔观察仪(200)的主体(200-2)展开或收拢；所述口腔观察仪(200)的前端(200-1)的电路(25-1)通过能弯曲的柔性电路与所述口腔观察仪(200)的主体(200-2)的电路(25-2)相连接；所述牙齿冲洗器(500)的前端(500-1)绕所述可折叠的连接机构(500-4)的所述转轴(903-4-1)转动时，能将所述牙齿冲洗器(500)的前端(500-1)相对于所述牙齿冲洗器(500)的主体(500-2)展开或收拢；所述牙齿冲洗器(500)的前端(500-1)的水路通 过能弯曲的柔性水路与所述牙齿冲洗器(500)的主体(500-2)的水路相连接。
  74. 根据权利要求70所述可视牙齿冲洗器，其特征在于：所述可折叠的连接机构(903-4)是凹凸卡配合连接机构；所述口腔观察仪(200)的前端(200-1)的电路(25-1)通过能弯曲的柔性电路与所述口腔观察仪(200)的主体(200-2)的电路相连接；所述口腔观察仪(200)的前端(200-1)通过凹凸卡配合机构，能将所述口腔观察仪(200)的前端(200-1)相对于所述口腔观察仪(200)的主体(200-2)展开或收拢；所述牙齿冲洗器(500)的前端(500-1)的水路通过能弯曲的柔性水路与所述牙齿冲洗器(500)的主体(500-2)的水路相连接；所述牙齿冲洗器(500)的前端(500-1)通过凹凸卡配合机构，能将所述牙齿冲洗器(500)的前端(500-1)相对于所述牙齿冲洗器(500)的主体(500-2)展开或收拢。
  75. 可视牙刷，其特征在于：所述可视牙刷(904)含牙刷(600)、口腔观察仪(200)及连接机构(300)；
    A、所述牙刷(600)含刷头(61)、刷杆(62)、及安装座(63)；所述牙刷(600)的刷头(61)至少含1个刷毛(61-1)；所述刷头(61)设在所述刷杆(62)的前端，所述安装座(63)设在所述刷杆(62)的后端；
    B、所述口腔观察仪(200)含壳体(21)、电源系统(22)、照明系统(23)、观察系统(24)、电路系统(25)和开关(26)；所述照明系统(23)、所述观察系统(24)、所述电路系统(25)及所述电源系统(22)安装在所述壳体(21)内，所述开关(26)安装在所述壳体(21)上；通过所述电路系统(25)将所述照明系统(23)、所述观察系统(24)、所述电源系统(22)及开关(26)连接在一起；
    C、所述牙刷(600)通过所述连接机构(300)安装在所述口腔观察仪(200)上。
  76. 根据权利要求74所述可视牙刷，其特征在于：所述刷头(61)在所述口腔观察仪(200)的观察系统(24)的视野内。
  77. 根据权利要求74所述可视牙刷，其特征在于：所述刷头(61)与所述刷杆(62)之间的夹角β在90°～170°之间。
  78. 根据权利要求74所述可视牙刷，其特征在于：所述牙刷(600)的刷头(61)与所述刷杆(62)之间具有符合人体口腔要求的弯曲弧度(61-4)。
  79. 根据权利要求74所述可视牙刷，其特征在于：所述牙刷(600)的安装座(63)上设有用于与所述口腔观察仪(200)连接的定位块(32)。
  80. 根据权利要求74所述可视牙刷，其特征在于：所述连接机构(300)是可拆卸的机械连接机构；既可以是独立部件，可设在所述牙刷(600)上，或设在所述口腔观察仪(200)上；或者所述可拆卸的机械连接机构的一部分设在所述牙刷(600)上、另一部分设在所述口腔观察仪(200)上形成组合式的机械连接机构。
  81. 根据权利要求79所述可视牙刷，其特征在于：所述机械连接机构含：凹凸卡配合连接、或滑槽连接、或销钉连接、或键连接、或螺纹连接、或螺钉连接、或扣连接、或钩连接、或过盈配合连接。
  82. 根据权利要求74所述可视牙刷，其特征在于：所述口腔观察仪(200)的壳体(21)上设有定位槽(35)及卡块(36)；所述牙刷(600)的定位块(32)能镶嵌在所述定位槽(35)内，所述卡块(36)能阻止所述牙刷(600)的安装座(63)向后滑动；所述定位块(32)、所述定位槽(35)及所述卡块(36)的协调作用构成所述连接机构(300)。
  83. 根据权利要求74所述可视牙刷，其特征在于：所述观察系统(24)是摄像系统(24-1)，所述摄像系统(24-1)含摄像头(24-1-1)、数据处理及输出系统(24-1-2)、电路系统(25)及电源系统(22)。
  84. 根据权利要求82所述可视牙刷，其特征在于：所述摄像系统(24-1)的数据处理及输出系统(24-1-2)输出的视频数据能通过有线连接或无线连接的方式在显示器(24-1-3)上显示，所述显示器(24-1-3)包括：智能手机(24-1-31)、或电脑(24-1-32)、或液晶显示器(24-1-33)、或电视(24-1-34)。
  85. 根据权利要求92所述可视牙刷，其特征在于：所述照明系统(23)设在所述摄像头(24-1-1)的周边。
  86. 根据权利要求84所述可视牙刷，其特征在于：所述照明系统(23)采用LED照明系统(23-1)。
  87. 根据权利要求82所述可视牙刷，其特征在于：所述摄像头(24-1-1)在所述照明系统(23)的热影响区内，所述照明系统(23)产生的热量能加热所述摄像头24-1-1，避免所述摄像头(24-1-1)在使用过程中产生雾气。
  88. 根据权利要求86所述可视牙刷，其特征在于：所述照明系统(23)产生的热量能使所述摄像头(24-1-1)的温度上升到35℃～45℃。
  89. 根据权利要求87所述可视牙刷，其特征在于：所述壳体(21)在所述摄像头(24-1-1)附近的壳体(21-5)的散热能力与所述照明系统(23)产生的热量之间能产生 动态的热平衡，使得所述摄像头(24-1-1)及附属的所述防水镜片(24-1-4)的温度在35℃～45℃范围内，达到防雾的目的。
  90. 根据权利要求86所述可视牙刷，其特征在于：所述摄像头(24-1-1)的前端设有防水镜片(24-1-4)，所述防水镜片(24-1-4)经过防雾涂层处理。
  91. 根据权利要求87所述可视牙刷，其特征在于：所述口腔观察仪(200)采用防水设计。
  92. 可拆卸的可视牙间刷，其特征在于：所述可拆卸的可视牙间刷(905)含内置式牙间刷(700)、口腔观察仪(200)及连接机构(300)；
    A、所述内置式牙间刷(700)含刷体(71)、递送器(72)；所述刷体(71)可运动地内置在递送器(72)前端的弯管(72-1-1)内；
    B、所述口腔观察仪(200)含壳体(21)、电源系统(22)、照明系统(23)、观察系统(24)、电路系统(25)和开关(26)；所述照明系统(23)、所述观察系统(24)及所述电源系统(22)安装在所述壳体(21)内，所述开关(26)安装在所述壳体(21)上；通过所述电路系统(25)将所述照明系统(23)、所述观察系统(24)、所述电源系统(22)及开关(26)连接在一起；
    C、所述内置式牙间刷(700)通过所述连接机构(300)可拆卸地安装在所述口腔观察仪(200)上。
  93. 根据权利要求91所述可拆卸的可视牙间刷，其特征在于：所述连接机构(300)是可拆卸的机械连接机构，既可以是独立部件，也可以设在所述内置式牙间刷(700)或所述口腔观察仪(200)上。
  94. 根据权利要求92所述可拆卸的可视牙间刷，其特征在于：所述机械连接机构可以是凹凸卡配合连接、或滑槽连接、或销钉连接、或键连接、或螺纹连接、或螺钉连接、或扣连接、或钩连接、或过盈配合连接。
  95. 根据权利要求91所述可拆卸的可视牙间刷，其特征在于：所述内置式牙间刷(700)的刷体(71)含工作部(71-1)、连接体(72)；所述工作部(71-1)设在连接体(72)的前端；所述递送器(72)含导向头(72-1)、滑动机构(72-2)；所述导向头(72-1)设在所述递送器(72)的前端(721)上；所述导向头(72-1)内含弯管(72-1-1)，所述弯管(72-1-1)的出口(72-1-2)设在所述导向头(72-1)的端部(72-1-3)；所述刷体(71)安装在所述弯管(72-1-1)内，所述刷体(71)的工作部(71-1)能在弯管(72-1-1)内滑动，所述刷体(71)的连接体(72)安装在所述递送器(72)的滑动机构(72-2)上； 所述滑动机构(72-2)的运动能驱动所述刷体(71)的工作部(71-1)在所述弯管(72-1-1)内滑动；驱动所述滑动机构(72-2)能使所述刷体(71)的工作部(71-1)从导向头的端部弯管的出口(72-1-2)中伸出。
  96. 根据权利要求94所述可拆卸的可视牙间刷，其特征在于：所述内置式牙间刷(700)的滑动机构(72-2)含牙间刷连接机构(72-2-1)及滑块(72-2-2)，所述牙间刷连接机构(72-2-1)设在所述滑块(72-2-2)上；所述牙间刷的连接体(72)与所述牙间刷连接机构(72-2-1)连接在一起，推拉所述滑块(72-2-2)能驱动刷体(71)在所述弯管(72-1-1)内进行往复运动，使得所述牙间刷的工作部(71-1)从所述导向头(72-1)端部的弯管出口(72-1-2)中伸出或回收。
  97. 根据权利要求92所述可拆卸的可视牙间刷，其特征在于：所述连接机构(300)设在所述内置式牙间刷(700)的导向头(72-1)上；所述连接机构(300)含定位块(34)。
  98. 根据权利要求91所述可拆卸的可视牙间刷，其特征在于：所述口腔观察仪(200)的壳体(21)上设有让所述内置式牙间刷(700)的滑块(72-2-2)进行往返运动的滑槽(211-1)，及能固定所述连接机构(300)的定位槽(35)。
  99. 根据权利要求91所述可拆卸的可视牙间刷，其特征在于：所述内置式牙间刷(700)的滑动机构(72-2)的滑块(72-2-2)含弓形壳体(72-2-21)，在所述弓形壳体(72-2-21)的内侧设有导向块(72-2-22)；所述导向块(72-2-22)能在所述口腔观察仪(200)的滑槽(211-1)内往复运动。
  100. 根据权利要求98所述可拆卸的可视牙间刷，其特征在于：所述连接机构(300)的定位块(34)是倒T形定位块(34-1)；所述倒T形定位块(34-1)设在所述连接机构(300)的下方；所述口腔观察仪(200)的壳体(21)上设有固定机构(211)，所述固定机构(211)含定位槽(35)、滑槽(211-1)、和卡块(36)；所述T形定位块(34-1)可拆卸地镶嵌在所述定位槽(35)内，向上弹起的所述卡块(36)能防止所述连接机构(300)后退，防止所述内置式牙间刷(700)从所述口腔观察仪(200)上意外松脱；将所述卡块(36)压下，同时向后拉所述连接机构(300)才能将所述连接机构(300)从所述口腔观察仪(200)上解脱。
  101. 根据权利要求98所述可拆卸的可视牙间刷，其特征在于：所述连接机构(300)的定位块(34)是弧形定位钩(32-2)；所述弧形定位钩(32-2)含定位凹槽(32-2-1)；在所述口腔观察仪(200)上的定位槽(35)内含有与所述定位凹槽(32-2-1)匹配的定位凸阶(211-1-1)；所述弧形定位钩(32-2)镶嵌在所述定位槽(35)内，形成凹凸卡配合，限制了所述连接机构(300)垂直方向的运动；所述定位凸阶(211-1-1)镶嵌在所述定位 凹槽(32-2-1)内，限制了所述连接机构(300)的前后运动。
  102. 根据权利要求92所述可拆卸的可视牙间刷，其特征在于：所述连接机构(300)设在所述口腔观察仪(200)上；所述连接机构(300)是连接环(32-3)，所述内置式牙间刷(700)从所述连接环(32-3)的安装孔32-3-1中穿过，将所述内置式牙间刷(700)固定在所述口腔观察仪(200)上。
  103. 根据权利要求92所述可视牙间刷，其特征在于：所述连接机构(300)是环抱臂(32-4)，通过所述环抱臂(32-4)将所述内置式牙间刷(700)和所述口腔观察仪(200)可拆卸地连接在一起。
  104. 根据权利要求91所述可拆卸的可视牙间刷，其特征在于：所述观察系统(24)是摄像系统(24-1)，所述摄像系统(24-1)含摄像头(24-1-1)、数据处理及输出系统(24-1-2)、电路系统(25)及电源系统(22)。
  105. 根据权利要求103所述可拆卸的可视牙间刷，其特征在于：所述摄像系统(24-1)的数据处理及输出系统(24-1-2)输出的视频数据能通过有线连接或无线连接的方式在显示器(24-1-3)上显示，所述显示器(24-1-3)包括：智能手机(24-1-32)、或电脑(24-1-34)、或液晶显示器(24-1-33)、或电视(24-1-34)。
  106. 根据权利要求103所述可拆卸的可视牙间刷，其特征在于：所述照明系统(23)设在所述摄像头(24-1-1)的周边。
PCT/CN2017/086824 2016-06-05 2017-06-01 多功能可视口腔清洁仪 WO2017211218A1 (zh)

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EP17809657.4A EP3466369B1 (en) 2016-06-05 2017-06-01 Visual dental floss
EP21193105.0A EP3932364B1 (en) 2016-06-05 2017-06-01 Multifunctional visual oral cavity cleaner
JP2018553120A JP7016320B2 (ja) 2016-06-05 2017-06-01 多機能可視口腔清掃器
US16/211,141 US11076938B2 (en) 2016-06-05 2018-12-05 Multifunctional visual oral cleaning instrument
US17/354,867 US11980515B2 (en) 2016-06-05 2021-06-22 Multifunctional visual oral cleaning instrument

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CN201610395433.0A CN107456289B (zh) 2016-06-05 2016-06-05 可拆卸的可视牙间刷
CN201610652404.8A CN107714214A (zh) 2016-08-10 2016-08-10 可视牙线
CN201610652404.8 2016-08-10
CN201610864603.5 2016-09-28
CN201610864603.5A CN107865703B (zh) 2016-09-28 2016-09-28 可视口腔钳
CN201611267716.3 2016-12-31
CN201611267716.3A CN108261249A (zh) 2016-12-31 2016-12-31 可视牙刷
CN201710029557.1A CN107874857A (zh) 2016-09-29 2017-01-16 可视牙齿冲洗器
CN201710029557.1 2017-01-16

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Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN110179557A (zh) * 2018-12-18 2019-08-30 贝思德迩医疗器材(广州)有限公司 一种可调主工作气流量的牙科高速手机
EP3669822A4 (en) * 2017-08-19 2021-06-02 Xing Zhou SPRAY DEVICE FOR VISUAL MOUTH SHOWER AND VISUAL MOUTH SHOWER
US11094415B2 (en) * 2017-11-08 2021-08-17 International Business Machines Corporation System, method and apparatus for cognitive oral health management

Citations (9)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN201170834Y (zh) * 2008-01-15 2008-12-24 陈俊男 可结合随身用品的镜头装置
US20090017416A1 (en) * 2007-03-28 2009-01-15 Bao Luu Nguyen In situ illuminator system for dental use
CN102342864A (zh) * 2010-07-30 2012-02-08 赵奕夫 可视牙刷
CN103070662A (zh) * 2013-02-01 2013-05-01 陈旭全 一种便携式口腔内窥装置
CN203885648U (zh) * 2014-03-21 2014-10-22 周星 可视牙间刷
CN104905547A (zh) * 2014-03-12 2015-09-16 周星 内置式牙间刷
CN104921826A (zh) * 2014-03-21 2015-09-23 周星 可视牙间刷
CN204744470U (zh) * 2015-07-20 2015-11-11 刘佳 洁牙机
CN205018520U (zh) * 2015-09-16 2016-02-10 深圳市福田区青少年科技教育协会 一种可视牙刷

Patent Citations (9)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US20090017416A1 (en) * 2007-03-28 2009-01-15 Bao Luu Nguyen In situ illuminator system for dental use
CN201170834Y (zh) * 2008-01-15 2008-12-24 陈俊男 可结合随身用品的镜头装置
CN102342864A (zh) * 2010-07-30 2012-02-08 赵奕夫 可视牙刷
CN103070662A (zh) * 2013-02-01 2013-05-01 陈旭全 一种便携式口腔内窥装置
CN104905547A (zh) * 2014-03-12 2015-09-16 周星 内置式牙间刷
CN203885648U (zh) * 2014-03-21 2014-10-22 周星 可视牙间刷
CN104921826A (zh) * 2014-03-21 2015-09-23 周星 可视牙间刷
CN204744470U (zh) * 2015-07-20 2015-11-11 刘佳 洁牙机
CN205018520U (zh) * 2015-09-16 2016-02-10 深圳市福田区青少年科技教育协会 一种可视牙刷

Non-Patent Citations (1)

* Cited by examiner, † Cited by third party
Title
See also references of EP3466369A4 *

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
EP3669822A4 (en) * 2017-08-19 2021-06-02 Xing Zhou SPRAY DEVICE FOR VISUAL MOUTH SHOWER AND VISUAL MOUTH SHOWER
US11094415B2 (en) * 2017-11-08 2021-08-17 International Business Machines Corporation System, method and apparatus for cognitive oral health management
US11139076B2 (en) * 2017-11-08 2021-10-05 International Business Machines Corporation System, method and apparatus for cognitive oral health management
CN110179557A (zh) * 2018-12-18 2019-08-30 贝思德迩医疗器材(广州)有限公司 一种可调主工作气流量的牙科高速手机

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