CN205597881U - Joinable intelligent mobile device's gun type endoscope system - Google Patents
Joinable intelligent mobile device's gun type endoscope system Download PDFInfo
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- CN205597881U CN205597881U CN201620278567.XU CN201620278567U CN205597881U CN 205597881 U CN205597881 U CN 205597881U CN 201620278567 U CN201620278567 U CN 201620278567U CN 205597881 U CN205597881 U CN 205597881U
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Abstract
The utility model belongs to the technical field of domestic health care apparatus or medical medical equipment, concrete openly joinable intelligent mobile device's gun type endoscope system, including the endoscope main part, sheath pipe or earplug or mouth gag or bandage are diagnose to gasbag sheath pipe or gasbag to and intelligent mobile device, the endoscope main part include the work tip with the operation tip, the integration has miniature photoelectric sensor and LED light source in the endoscope main part. Intelligent mobile device including have the bluetooth with (or) WIFI and show the mobile device of function, the work tip of endoscope is equipped with or is not equipped with the passageway, the operation tip has integrateed and has made a video recording and the signal processing function, need not to connect external data processing system and makes a video recording, the light source, portable and use. Is connected with intelligent mobile device through operation tip integrated module, transmits the image of gathering to intelligent mobile device real -time or non -realtimely, application realization data sharing through the mobile device end, hold a consultation or remote diagnosis on line, alleviate hospital and health practitioner's pressure.
Description
Technical field
This utility model belongs to Domestic healthy apparatus or medical technical field of medical equipment, is specifically related to Wicresoft or the one of noinvasive diagnosis and treatment
Plant core tool, a kind of gun-type endoscopic system connecting Intelligent mobile equipment.
Background technology
Along with popularizing of Intelligent mobile equipment, Internet of Things have also been obtained at medical field and is increasingly widely applied, and the most occurs
Many intelligent terminals, such as the monitoring-testing device etc. of blood glucose, blood pressure, blood oxygen etc., by utilizing these equipment, popular
Oneself's health control, community and hospital can be realized and the crowd using these equipment can be carried out health monitoring and tele-medicine assistance,
Medical technicians also can be held a consultation online by Internet of Things or remotely diagnose guidance.As a kind of Wicresoft or noinvasive apparatus, interior
Sight glass application clinically the most widely, also occurs in that the speculum apparatus of some domestic.But due to current endoscope's function
Comprehensive not, accessory is the abundantest, and it is the most convenient to use, and therefore majority still is limited to use clinically.
Along with fujinon electronic video endoscope technology and the continuous maturation of mobile communication technology, connect with mobile device and the Internet in the urgent need to a kind of
The endoscope connect, had both been available for medical also being available for domestic consumer's self-inspection, abundant portable medical terminal, met popular portable medical need
Ask.
Utility model content
The purpose of this utility model is to overcome above-mentioned the deficiencies in the prior art, discloses in a kind of gun-type connecting Intelligent mobile equipment
Endoscope system, this endoscope's volume is little, lightweight, it is simple to carrying, handle design meets ergonomics, is beneficial to grasp and operation.
And its working tips is detachable, can change the working tips of different size as required, its operation end is integrated with shooting in addition
With signal processing function, it is not necessary to connect external data processing systems and shooting, light source, it is simple to carry and use, and can lead to
Cross the integrated module in operation end to be connected with Intelligent mobile equipment, transmit collecting to Intelligent mobile equipment real-time or non real-time
Image, realizes oneself health control, online inquiring or remote medical consultation with specialists by the application program of mobile device end, meets masses mobile
The demand of medical treatment, alleviates the pressure of hospital and medical personnel.
In order to reach above-mentioned technical purpose, this utility model is realized by techniques below scheme:
A kind of gun-type endoscopic system connecting Intelligent mobile equipment described in the utility model, including endoscope main body, and
The Intelligent mobile equipment being connected with endoscope main body, described endoscope main body includes working tips and pistol-like operation end, institute
State and be connected for detachable between working tips and operation end, be integrated with in described endoscope main body micro photo electric sensor and
LED light source.
As the further improvement of above-mentioned technology, described endoscope main body is 2D or 3D mirror, if described endoscope main body is 2D
Mirror, the first end of its working tips is provided with a miniature CCD or CMOS photoelectric sensor；If described endoscope main body is 3D
Mirror, the first end of its working tips is provided with miniature CCD or the CMOS photoelectric sensor of two independent separate.Described CCD
Or CMOS resolution of photoelectric sensor is more than or equal to 400,000 pixels.
The optical system that endoscope main body described in the utility model uses has two kinds of forms:
The first, the first end of the working tips of described endoscope main body is integrated with superminiature LED, does not set biography light in working tips
Bundle, is area-of-interest illumination by the LED that first end is integrated；
The second, the operation end integrated LED light source of described endoscope main body, set biography light beam in working tips, conduction light is sense
Interest area illumination.
Its field related to of endoscope main body described in the utility model is outer otoscope or asoscope or laryngopharyngeal mirror or rectoscope or second shape knot
Intestinal mirror or colposcope or ureteroscope or cystoscope or hysteroscope etc. are through natural tract endoscope, outer otoscope, asoscope, throat
Mirror except make medical in addition to, be also available for average family use, remaining endoscope's kind is then intended for medical.
In this utility model, the working tips of described endoscope main body is straight tube-like, and rear end is provided with and operates the card that end coordinates
Mouthful, working tips can freely dismantle, and the working diameter of working tips and active length different because endoscope's kind is different.
In this utility model, described endoscope main body working tips needs to be divided into two kinds according to diagnosis and treatment:
The first, be not provided with operating walk way, is intended for checking use.
The second, is provided with the operating walk way of straight line type, and herein, described operating walk way is also classified into two kinds:
One of which is the instrument channel being suitable to outer otoscope, asoscope and laryngopharyngeal mirror, and described instrument channel runs through the work of endoscope main body
Make end and operation end, general instruments can be passed through and be cleaned or operation of diagnosis and treatment, the working tips part of described instrument channel and
Operation end sections closely cooperates when mounted, and seam smooth and seamless facilitates apparatus to pass in and out；
The another kind of integrated operating walk way being to be suitable to the endoscope such as rectoscope, romanoscope, this operating walk way is located at working end
Portion, not through operation end, outlet is positioned at the tip of working tips, and entrance is positioned at the top of working tips rear end bayonet socket.It is not required to
When being passed through medical instruments, this entrance can piston beyond the Great Wall, prevent from polluting；Need to be passed through medical instruments when operating, one need to be connected
Individual dismountable movable tee joint valve.Described three-way valve includes apparatus entrance, water inlet and outlet.The work of described instrument channel
Make end sections and operation end sections closely cooperates when mounted, seam smooth and seamless, facilitate apparatus to pass in and out.
In this utility model, the first end diameter of described working tips and active length are different and have because relating to endoscope's kind
Different specifications, the bayonet socket specification that working tips rear is connected with operation end is consistent, for the general bayonet socket of gun-type endoscope series.
In this utility model, the stock-type structure that operation end is mirror body rear of described endoscope main body, described operating side
It is provided with general-purpose data line socket, light-source brightness adjusting ring, zoom circle, on and off switch outside portion or is integrated with LCDs；Behaviour
It is integrated with rechargeable type lithium battery, data processor, bluetooth module and WIFI module as inner end portion.If described endoscope
Main body takes the second optical system, then also need integrated LED light source in operation end.If described endoscope main body be outer otoscope,
Asoscope or laryngopharyngeal mirror, then also need to be provided with, in operation end, the passage matched with working tips, and instrument channel entrance is positioned at operating side
Rear end, portion.
In this utility model, described endoscope main body can be set with intelligent mobile with general-purpose data line by bluetooth module, WIFI module
Standby connection, can transmit to mobile device real-time or non real-time through data processor collection, conversion, the data of temporarily storage
And image is shown in real time on mobile device screen, image can be edited on the mobile apparatus, store, and by mutually
Networking realizes view data transmission and shares.
In this utility model, described endoscope main body zoom mode is divided into autozoom and manual zoom, and manual zoom can pass through
Regulation zoom circle realizes.After endoscope main body is connected with Intelligent mobile equipment, accordingly should if being provided with on Intelligent mobile equipment
By program, Intelligent mobile equipment can be utilized to carry out light-source brightness regulation and zoom operation according to the image conditions of display on screen, with
Obtain the image become apparent from.
Intelligent mobile equipment described in the utility model includes all having bluetooth and (or) WIFI function and have colored display
The Intelligent mobile equipment of function.
In this utility model, described endoscope main body, according to kind and the difference that is suitable for position, operationally needs to coordinate different
Accessory, to obtain more preferable treatment effect and to prevent damaging surrounding tissue, the most as described below:
First, if during endoscope main body described in the utility model outer otoscope main body, for requirements of one's work, operationally need to join
Close earplug, prevent tympanum or other tissue damageds, the working tips of described outer otoscope that outer otoscope working tips the most deeply causes
Diameter is less than or equal to 6mm, has plurality of specifications, and is configured with the earplug adapted with different size, puts its work after earplug
Length (can go deep into the length of external auditory meatus intracavity less than or equal to 25mm).Described earplug is funnel-form, according to material and use
The difference of method can be divided into two kinds, and a kind of is to be suitable for common inspection and the soft earplug of common diagnosis and treatment, and the second is to be suitable for air-blowing
The Inflatable earplug checked.
Described soft earplug is that flexible biocompatible material is made, and centre sets outer otoscope passage, and maximum gauge is not less than 80mm, has
Different specifications, need to select, according to the individuation difference of external auditory meatus bore, the soft earplug that specification is suitable during use.
Described Inflatable earplug shape is similar with soft earplug, and difference is that Inflatable earplug has charge valve, can be by leading
Trachea connects syringe or inflating balloon, needs first to be filled with proper amount of gas inside earplug and make it expand, before the earplug of expansion during use
End the most somewhat bulging forms a sealing ring, can impose certain pressure to external auditory meatus cavity wall, thus be close to external auditory meatus wall, anti-
Only during air-blowing operation, in external auditory meatus, gas escapes from gap.
The instrument channel entrance of described outer otoscope can be connected with inflation ball, can carry out air-blowing operation to external auditory meatus intracavity.
Second, if during endoscope main body asoscope main body described in the utility model, its working tips diameter is less than or equal to 8mm,
Need to coordinate nose clip during work, active length can go deep into the length of nasal cavity less than or equal to 25mm.Described nose clip includes nose
Portion, dilator naris and nose pillar folder, be provided with the asoscope hole being consistent with supporting asoscope diameter, and asoscope hole is designed as short by nasal cavity side
Infundibulate, forms the short passage for asoscope turnover, can to a certain degree limit the laterally or longitudinally over-travel of asoscope.During use,
Utilizing nose pillar folder clamping nose pillar, the wing of nose, nose and nose pillar can form the fulcrum supporting nose clip, and the working tips of asoscope can
Stretching into from asoscope hole, working tips rear end is stuck in outside asoscope hole, prevents careless manipulation from causing working tips the most deeply to damage nose
Mucosa.Described nose clip is that soft transparent polymer material is made, and has certain intensity, can maintain certain shape.Actual behaviour
When making, the nose clip of different size should be selected according to the difference of individual nostril spacing.
3rd, if during endoscope main body laryngopharyngeal mirror main body described in the utility model, its working tips diameter is less than or equal to
15mm, active length can be goed deep into intraoral length and be less than or equal to 100mm, need to coordinate gag during work.Described opens
Mouthpart includes bite-block circle, extenal fixation circle, spatula.Described extenal fixation circle is stuck in outside person under inspection's tooth, the tooth of person under inspection
Can be engaged on bite-block circle, bite-block circle has stronger toughness and hardness, can maintain the shape of itself and strut the mouth of person under inspection
Chamber.Described spatula is arch, automatically presses root of the tongue position, fully expose the position such as epiglottis, tonsil after going deep into oral cavity,
Make mirror downward view more directly perceived, clear.Described gag is made up of medical macromolecular materials, bite-block circle and spatula hardness and
Intensity is higher, need to maintain shape inherently under corresponding pressure, reaches to strut oral cavity and the purpose of the pressing root of the tongue, outer solid
Determine loop material matter relatively soft, the tooth contacted with protection and gingiva position, also avoid its throat to colliding therewith
The working tips of mirror causes damage.
4th, if endoscope main body medical endoscope described in the utility model, including rectoscope, romanoscope, bladder
Mirror, colposcope, hysteroscope, ureteroscope etc., during work, it can coordinate air bag sheath pipe or air bag diagnosis and treatment sheath pipe, described air bag sheath
Pipe and air bag diagnosis and treatment sheath Guan Jun include the wound sacculus of front end ring, sheath pipe axle, airway and the bayonet socket coordinated with endoscope, described gas
Setting an integrated operating walk way in the sheath pipe axle of capsule diagnosis and treatment sheath pipe, rear end sets three-way valve, enters including entery and delivery port and apparatus
Mouthful, if described endoscope main body mirror body itself is without operating walk way, coordinates air bag diagnosis and treatment sheath pipe also to can reach and be passed through apparatus enforcement and examine
The purpose treated.
Compared with prior art, the beneficial effects of the utility model are:
(1) endoscopic system described in the utility model is integrated with data processor and camera head, it is not necessary to connect at external data
Reason system or shooting, light-source system, it is simple to carry and use.Additionally, can be by operating the integrated module in end and intelligent mobile
Equipment connects, and transmits the image collected real-time or non real-time to Intelligent mobile equipment, by the application program of mobile device end
Realize oneself health control, online inquiring or remote medical consultation with specialists, meet the demand of popular portable medical, alleviate hospital and medical work
The pressure of person.
(2), in this utility model, described endoscope main body, according to kind and the difference that is suitable for position, operationally needs to coordinate difference
Accessory, to obtain more preferable treatment effect and to prevent damaging surrounding tissue；
(3) compared with conventional rigid endoscope, endoscope described in the utility model turns owing to its first end is integrated with micro photo electric
Parallel operation or LED light source, the shank weight making endoscope is lighter, more very thin, additionally, handle design becomes pistol-type structure, more
Add and beneficially grasp and operate.
(4), in this utility model, described endoscope includes outer otoscope or asoscope or laryngopharyngeal mirror or rectoscope or romanoscope or the moon
Road mirrors etc. are through natural tract endoscope, applied widely.
Accompanying drawing explanation
With embodiment, this utility model is described further below in conjunction with the accompanying drawings.
Fig. 1 is the gun-type endoscope structure schematic diagram of the connected mobile device described in embodiment one.
Fig. 2 is the endoscope main body structural representation described in embodiment one.
Fig. 3 is the working tips structural representation of the endoscope main body described in embodiment one.
Fig. 4 is the first end view (without instrument channel 2D mirror) of working tips described in embodiment one.
Fig. 5 is the first end view (without instrument channel 3D mirror) of working tips described in embodiment one.
Fig. 6 is the operation end view described in embodiment one.
Fig. 7 is the rear end schematic diagram (showing USB position) of the endoscope main body described in embodiment one.
Fig. 8 is endoscope main body Facad structure schematic diagram (showing screen position) described in embodiment two.
Fig. 9 is endoscope main body facade structures schematic diagram (showing screen position) described in embodiment two.
Figure 10 is the endoscope main body Facad structure schematic diagram described in embodiment three.
Figure 11 is the first end view (having instrument channel 2D mirror) of working tips described in embodiment three.
Figure 12 is the first end view (having instrument channel 3D mirror) of working tips described in embodiment three.
Figure 13 is endoscope main body perspective view described in embodiment three (illustrating apparatus entrance).
Figure 14 is the medical endoscope agent structure schematic diagram described in embodiment three.
Figure 15 is the first end view (having instrument channel 2D mirror) of working tips described in embodiment four.
Figure 16 is the first end view (having instrument channel 3D mirror) of working tips described in embodiment four.
Figure 17 is medical endoscope agent structure schematic diagram (showing piston) described in embodiment four.
Figure 18 is medical endoscope agent structure schematic diagram (showing three-way valve) described in embodiment four.
Figure 19 is medical endoscope main body described in embodiment five with air bag diagnosis and treatment sheath pipe with the use of schematic diagram.
Figure 20 is endoscope main body structural representation described in embodiment six (soft earplug joined by outer otoscope).
Figure 21 is endoscope main body structural representation described in embodiment seven (Inflatable earplug air-blowing operation joined by outer otoscope).
Figure 22 is the Inflatable earplug structural representation described in embodiment seven.
Figure 23 is endoscope main body structural representation (asoscope) described in embodiment eight.
Figure 24 is the nose clip structural representation described in embodiment eight.
Figure 25 is endoscope main body structural representation (laryngopharyngeal mirror) described in embodiment nine.
Figure 26 is the gag structural representation described in embodiment nine.
Detailed description of the invention
Below in conjunction with drawings and Examples, this utility model is further described:
Embodiment one
As shown in Figure 1 and Figure 2, the gun-type endoscope connecting mobile device described in the utility model, including endoscope main body 1
With the Intelligent mobile equipment 2 being attached thereto, described endoscope main body 1 includes working tips 11 and the operation end 12 becoming lever,
It is connected for detachable between described working tips 11 with operation end 12, in described endoscope main body 1, is integrated with micro photo electric
Sensor and LED light source.
As it is shown on figure 3, described working tips 11 is straight tube-like, rear end is provided with and operates the bayonet socket 111 that end 12 is connected, described
Working tips 11 in do not set any operating walk way.
As shown in Figure 4, Figure 5, described endoscope main body 1 can be 2D or 3D endoscope, if 2D endoscope, then its work
There is a shooting window 112 the first end making end 11, is integrated with superminiature CCD or CMOS photoelectric sensor in it；If
3D endoscope, then the first end of its working tips 11 is provided with two shooting windows being independently and separately 113,114, is integrated with respectively
Superminiature CCD or CMOS photoelectric sensor.
In this utility model, described endoscope main body 1 uses two kinds of optical systems: the shooting window of the first its first end other or
Around being integrated with superminiature LED light source, do not set biography light beam in working tips 11, the LED light source integrated by first end is external ear
Road intracavity illumination；The LED light source of the second is integrated in the operation end 12 at rear, and working tips 11 includes biography light beam, by passing
Light beam conduction light is the illumination of external auditory meatus intracavity.
As shown in Figure 6, described operation end 12 is designed to the pistol-type structure more conducively grasping and operating, and front portion is provided with and works
The bayonet socket 121 that end 11 connects；Outside is provided with on and off switch 122, light source adjusting ring 123, focusing ring 124, shooting push button
125；Signal processor, bluetooth module, WIFI module, rechargeable type accumulator are internally integrated it.If described endoscope main
Body 1 uses the second optical system, then operation end 12 is internal is also integrated with LED light source module.
As it is shown in fig. 7, rear end, described operation end 12 is additionally provided with standard USB interface 126, can be inserted into normal data line and shifting
Dynamic equipment is connected.
Described endoscope main body 1 can be connected with Intelligent mobile equipment 2 by the way of wired or wireless, i.e. by data wire,
The mode of bluetooth or WIFI completes to connect, and the image energy real-time Transmission of signal processor collection or storage also shows at intelligent mobile
On equipment 2.On described Intelligent mobile equipment 2, corresponding application program is installed, can not only be in transmission to mobile device 2
Video and image carry out editing, preserving and data sharing, and can be using external as Intelligent mobile equipment 2 of endoscope main body 1
Formula camera head, utilizes Intelligent mobile equipment 2 to be controlled some function of endoscope main body 1, as taken pictures in real time or recording a video,
Light-source brightness regulation and focus adjustment etc..Described endoscope main body 1 in addition to can being connected with mobile device 2, also can with have
The equipment of display function connects, and such as medical monitor, home computer etc., makes the Real-time image display of acquisition at external display screen
On.
Embodiment two
As shown in Figure 8, Figure 9, the present embodiment two is essentially identical with embodiment one structure, and difference is: described endoscope
The rear, operation end of main body 1 is integrated with display screen 127, and the image after signal processor processes can show in real time at display screen 127
On.
Embodiment three
As shown in Figure 10 to Figure 13, the present embodiment three is essentially identical with embodiment one structure, and its difference is: in described
Sight glass main body 1 is internal sets an instrument channel, can be passed through apparatus and carry out general operation or cleaning, and described operating walk way is straight
Line style, runs through working tips 11 and the operation end 12 of endoscope main body 1.The apparatus entrance of described operating walk way 128
In operation rear, end 12, apparatus outlet 129 is positioned at the first end of working tips 11.During installment work end 11, described
Operating walk way can closely be connected, and seam is smooth, does not affect the turnover of apparatus.Described endoscope main body 1 operates end
12 rears do not set LCDs 127.
Embodiment four
Endoscope main body 1 described in embodiment four is the endoscopies such as rectoscope, romanoscope, hysteroscope, colposcope.
As shown in Figure 14 to Figure 16, the present embodiment four is essentially identical with embodiment one and embodiment two structure, and its difference exists
In: endoscope main body 1 is internal sets an integrated operating walk way, for Inlet and outlet water and instrument channel.The entrance of described operating walk way
130 are positioned at above operation front end, end 12, and outlet 131 is positioned at the first end of working tips 11.Described endoscope main body 1
With or without LCDs 127, described endoscope main body 1 can coordinate air bag sheath pipe when operating.
As shown in Figure 17, Figure 18, described operating walk way entrance 130 is configured with a dismountable movable tee joint valve 132, threeway
Apparatus entrance 133, water inlet 134 and outlet 135, described apparatus entrance 127 is had to be also equipped with a piston 136, no on valve
When need to use operating walk way can piston 136 beyond the Great Wall, be effectively prevented pollution.
Embodiment five
Described in embodiment five, endoscope main body 1 is the endoscopies such as rectoscope, romanoscope, hysteroscope, colposcope.
As shown in figure 19, described embodiment five is essentially identical with embodiment one, two, does not set operating walk way in endoscope main body 1,
Difference is that outside is combined with air bag diagnosis and treatment sheath pipe 3, can be passed through apparatus and perform the operation.Described air bag diagnosis and treatment sheath pipe 4 wraps
Include the wound air bag of front end ring 31, sheath pipe axle 32, airway 33 and the bayonet socket 34 coordinated with endoscope.Described air bag diagnosis and treatment
Being provided with an integrated instrument operating walk way in sheath pipe, its entrance is positioned at sheath pipe axle 32 rear, including apparatus entrance 35, water inlet
Mouth 36, outlet 37, outlet 38 is positioned at sheath pipe axle 32 tip.
In this utility model, described endoscope main body 1 is disposable or non-disposable use.Described working tips 11 and behaviour
Make medical high polymer, plastics, metal or nano material that end 12 is rigid to make, there is inflexibility.Described air bag sheath
The air bag 31 of pipe 3 and air bag diagnosis and treatment sheath pipe 3 is made for flexible medical macromolecular material, has high-tension and high tenacity.Described sheath
Pipe axle is made up of rigid or flexible material, for disposable or non-disposable use.
Embodiment six
Described in embodiment six, endoscope main body 1 is outer otoscope.
As shown in figure 20, the present embodiment is essentially identical with embodiment one, two, three structure, and its difference is: outside implementing
Auditory meatus need to coordinate soft earplug 4 when checking, to prevent working tips 11 from excessively stretching into external auditory meatus damage tympanum or external auditory meatus inwall.
Described soft earplug 4 is funnel-form, has multiple different specification, makes for flexible material, and transparent or opaque, centre sets
Outer otoscope passage 41.
Embodiment seven
Endoscope main body 1 described in the present embodiment is outer otoscope.
As shown in figure 21, the present embodiment is essentially identical with above-described embodiment six, and its difference is: implementing external auditory meatus air-blowing
Need to coordinate Inflatable earplug 5 during operation, the apparatus entrance 127 of described endoscope main body 1 is by airway 14 and inflation ball 15
It is connected, can inflate in external auditory meatus, carry out air-blowing operation.
As shown in figure 22, being shaped like with soft earplug 4 after the inflation of described Inflatable earplug 5, for funnel-form, difference exists
In: Inflatable earplug 5 is provided with charge valve 51, can be connected with inflation ball 53 or syringe by airway 52.Described inflation
Formula earplug 5 front end is provided with sealing ring 54, and rear end is provided with bayonet ring 55, all outside bulging of inflation increasing back sealing ring 54 and bayonet ring 55,
Fixing external auditory meatus wall around, prevents Inflatable earplug 5 from outwards deviating from, and externally auditory canal wall applies certain pressure, is close to external auditory meatus
Wall, when preventing air-blowing from operating, gas escapes from gap.
Embodiment eight
In the present embodiment, described endoscope main body 1 is asoscope.
As shown in figure 23, the present embodiment eight is essentially identical with embodiment one, two, three structure, and its difference is: implementing
Nasal cavity need to coordinate nose clip 6, described nose clip 6 to include nose portion 61, dilator naris 62, asoscope hole 63, nose pillar folder 64 when checking,
Described asoscope hole 63 diameter is consistent with matched endoscope main body 1 working tips diameter, the nasal cavity side design in asoscope hole 63
For funnel shape, build a short passage for endoscope main body 1, thus limit endoscope main body 1 vertical or horizontal excessively
Mobile.
As shown in figure 24, described nose clip 6 utilizes nose pillar folder 65 to clamp nose pillar, by the work of endoscope main body 1 in use
Make end 11 to be inserted in one of in asoscope hole 63, owing to working tips 11 rear end is relatively large in diameter, be therefore stuck in asoscope hole
Outside 63, thus limit hard working tips 11 and excessively go deep into nasal cavity and cause mucosa injury.
Embodiment nine
Endoscope main body 1 described in the present embodiment is laryngopharyngeal mirror.
As shown in Figure 25, Figure 26, the present embodiment is essentially identical with embodiment one, two, three structure, and its difference is:
Gag 7, described gag 7 need to be coordinated to include bite-block circle 71, extenal fixation circle when implementing oral cavity and (or) bottleneck throat checks
72, spatula 73, described extenal fixation circle 72 is stuck in outside person under inspection's tooth, and the tooth of person under inspection can be engaged on bite-block circle 71,
Bite-block circle 71 has stronger toughness and hardness, can maintain the shape of itself and strut the oral cavity of person under inspection.Described spatula
73 is arch, gos deep into pressing behind oral cavity root of the tongue position, fully exposes the position such as epiglottis, tonsil, make mirror downward view more directly perceived,
Clearly.
In this utility model, as shown in figure 26, described earplug 4, Inflatable earplug 5, nose clip 6, gag 7 are by soft
Medical material is made, and has certain pliability and shieldings surrounding tissues from, has certain toughness and hardness simultaneously, will not during pressurized
Produce excessive deformation.
In this utility model, described Intelligent mobile equipment 2 includes all Intelligent mobile equipments with display function.
This utility model is not limited to above-mentioned embodiment, every to various changes of the present utility model or modification without departing from this reality
By novel spirit and scope, if these are changed within the scope of belonging to claim of the present utility model and equivalent technologies with modification,
Then this utility model also implies that comprising these changes and modification.
Claims (9)
1. the gun-type endoscopic system that can connect Intelligent mobile equipment, it is characterised in that: include endoscope main body, Yi Jiyu
The Intelligent mobile equipment that endoscope main body connects, described endoscope main body includes working tips and pistol-like operation end, described
It is connected for detachable between working tips with operation end, in described endoscope main body, is integrated with micro photo electric sensor and LED
Light source.
The gun-type endoscopic system connecting Intelligent mobile equipment the most according to claim 1, it is characterised in that: described work
Being straight tube-like as end, the rear end of described working tips is provided with and operates the bayonet socket that end is connected.
The gun-type endoscopic system connecting Intelligent mobile equipment the most according to claim 1 and 2, it is characterised in that: institute
Stating endoscope is 2D or 3D endoscope, if 2D endoscope, the first end of its working tips be provided with a miniature CCD or
CMOS photoelectric sensor；If 3D endoscope, the first end of its working tips be provided with two independent separate miniature CCD or
CMOS photoelectric sensor；Resolution of photoelectric sensor is more than or equal to 400,000 pixels.
The gun-type endoscopic system connecting Intelligent mobile equipment the most according to claim 3, it is characterised in that described LED
Light source is such as integrated in first end, then do not set biography light beam in working tips；Described LED light source is such as integrated in operation end, then work
Biography light beam is set in end.
The gun-type endoscopic system connecting Intelligent mobile equipment the most according to claim 1, it is characterised in that: described work
It is not provided with instrument channel as end, or is provided with the integrated operating walk way of straight line type.
The gun-type endoscopic system connecting Intelligent mobile equipment the most according to claim 1, it is characterised in that: in described
The operation end of sight glass main body is stock-type structure, is provided with general-purpose data line socket, light-source brightness regulation outside described operation end
Circle, zoom circle, on and off switch or be integrated with LCDs；Operation end has been internally integrated at rechargeable type lithium battery, data
Reason device, bluetooth module and WIFI module or LED light source.
The gun-type endoscopic system connecting Intelligent mobile equipment the most according to claim 1, it is characterised in that: in described
Sight glass main body can pass through bluetooth module, WIFI module is connected with Intelligent mobile equipment with general-purpose data line, adopts through data processor
Collection, conversion, the data of temporarily storage can be transmitted real-time or non real-time to mobile device and image is shown in real time and move
On device screen, image can be edited on the mobile apparatus, store, and realize view data transmission by the Internet and be total to
Enjoy.
The gun-type endoscopic system connecting Intelligent mobile equipment the most according to claim 1, it is characterised in that: in described
The zoom mode of sight glass main body is divided into autozoom and manual zoom, and manual zoom can be realized by regulation zoom circle, works as endoscope
After main body is connected with Intelligent mobile equipment, if being provided with corresponding application program on Intelligent mobile equipment, can show according on screen
Image conditions utilize Intelligent mobile equipment to carry out light-source brightness regulation and zoom operation, with the image that becomes apparent from of acquisition, described
Intelligent mobile equipment includes all having bluetooth or WIFI function or colour display functions.
The gun-type endoscopic system connecting Intelligent mobile equipment the most according to claim 1, it is characterised in that: in described
Sight glass main body include outer otoscope or asoscope or laryngopharyngeal mirror or rectoscope or romanoscope or colposcope or ureteroscope or cystoscope or
Hysteroscopes etc. are through the endoscope of natural tract.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620278567.XU CN205597881U (en) | 2016-04-06 | 2016-04-06 | Joinable intelligent mobile device's gun type endoscope system |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201620278567.XU CN205597881U (en) | 2016-04-06 | 2016-04-06 | Joinable intelligent mobile device's gun type endoscope system |
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| CN205597881U true CN205597881U (en) | 2016-09-28 |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105725955A (en) * | 2016-04-06 | 2016-07-06 | 重庆金创谷医疗科技有限公司 | Gun type endoscope system capable of being connected with intelligent mobile device |
| CN111174254A (en) * | 2020-01-17 | 2020-05-19 | 宁波方太厨具有限公司 | Fume exhaust fan |
| GB2586570A (en) * | 2019-05-24 | 2021-03-03 | Cupris Ltd | Imaging apparatus |
-
2016
- 2016-04-06 CN CN201620278567.XU patent/CN205597881U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105725955A (en) * | 2016-04-06 | 2016-07-06 | 重庆金创谷医疗科技有限公司 | Gun type endoscope system capable of being connected with intelligent mobile device |
| GB2586570A (en) * | 2019-05-24 | 2021-03-03 | Cupris Ltd | Imaging apparatus |
| CN111174254A (en) * | 2020-01-17 | 2020-05-19 | 宁波方太厨具有限公司 | Fume exhaust fan |
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