CN203465886U

CN203465886U - Medical practice model

Info

Publication number: CN203465886U
Application number: CN201320602349.3U
Authority: CN
Inventors: 邓鸿飞; 王海荣
Original assignee: XIN JIA DENTAL MEDICINE AND TECHNOLOGY Co Ltd
Current assignee: XIN JIA DENTAL MEDICINE AND TECHNOLOGY Co Ltd
Priority date: 2013-09-22
Filing date: 2013-09-22
Publication date: 2014-03-05
Anticipated expiration: 2023-09-22

Abstract

The utility model belongs to the field of medical teaching apparatuses, and particularly relates to a medical practice model. The medical practice model comprises a model body, sensing portions arranged on the model body corresponding to anesthesia puncture points and a terminal processing unit for processing signals sent by the sensing portions, wherein the terminal processing unit is in communication connection with the sensing portions; the terminal processing unit is integratedly formed; and the terminal processing unit is located on the model body and is fixedly connected with the model body. According to the medical practice model, an integrated component such as an integrated wiring box which is more small in size is used for replacing the original traditional processing equipment which is large in size and the above processing equipment is miniaturized and then together with the model an integrated structure is formed, the outgoing line of each sensing portion is directly integrated in the integrated structure of the terminal processing unit after led out, the appearance is more compact, the entire size is small, practical operation is further facilitated, practical handling and storage are easier, the use is convenient, and practicability is strong.

Description

A kind of medical practice model

Technical field

The utility model belongs to oral teaching utensil field, is specifically related to a kind of medical practice model.

Background technology

Dentistry is the extremely strong subject of a door operation, its clinic difficulty is quite large, oromaxillo-facial region local anaesthesia is an important component part of oral teaching link especially, and perfect oromaxillo-facial region local anaesthesia has been prerequisite and the basis of the daily diagnosis and treatment of many Outpatient Service Stomatologies such as tooth extraction, extirpation of pulp, tooth preparation art, periodontal surgery.Along with the appearance of medical practice model, the modernizing teaching mode that the technological incorporation one such as simulation diagnosis and treatment, realistic model and multimedia teaching are carried out has more and more been widely used in oromaxillo-facial region local anaesthesia student teaching.Current oromaxillo-facial region local anaesthesia practice model, mainly comprise a certain proportion of realistic model and coordinate the corresponding anesthesia of corresponding jaw face of arranging thereon to thrust the sensing element of a layout, during operation, first extension line on the sensing element exterior terminal treatment facility of plugging into will be connected in, by student's operating syringe material, penetrate in realistic model, in injection equipment end, touching aforementioned being arranged at anaesthetizes while thrusting the sensing element at a place, sensing element is responded to and is sent a signal to exterior terminal treatment facility, and activate hummer sounding simultaneously, thereby reach contact and confirm object.Above-mentioned medical practice model is since practical, no doubt met current student's clinical trial demand, but, the defect of its existence also becomes increasingly conspicuous: first, traditional medical practice model, only relies on the sounding of hummer to reach anesthesia and thrust the confirmation effect of a little correctly thrusting, this is often difficult for discovering in daily noisy practice environment time, when particularly many models close on operation simultaneously, need to distinguish at other person's overspending energy especially, thereby bring larger puzzlement to user; Secondly, as teaching mode, on medical practice model, be often furnished with a plurality of anesthesia induction points, and respectively anaesthetize induction point, all need at least two extension lines to reach signal transmission object, a large amount of numerous and diverse dilatory leading to beyond model of extension line, seriously hinder operator's the visual field and courses of action, thereby affected its practical operation; Finally, the split type design of plugging between model and exterior terminal treatment facility, exterior terminal treatment facility build is larger on the one hand, model and exterior terminal treatment facility often need to carry respectively storage, the increase of workload while having caused its storage and carrying, on the other hand, in each preparation of practising and end, all need to carry out plugging into and departing from operation of model and exterior terminal treatment facility, virtually increased especially the labour intensity of actual operator.How developing a kind of medical practice model rational in infrastructure and practical, thereby overcome the use inconvenience in current model structure, make its user's that more can fit actual user demand, is those skilled in the art's technical barrier urgently to be resolved hurrily.

Summary of the invention

The purpose of this utility model, for overcoming above-mentioned the deficiencies in the prior art, provides a kind of medical practice model simple in structure, and it is easy and simple to handle and practical.

For achieving the above object, the utility model has adopted following technical scheme:

A kind of medical practice model, comprise model ontology, be arranged on model ontology corresponding each anesthesia and thrust the detecting means at a place and the terminal processes unit that sends signal for the treatment of detecting means, between described terminal processes unit and detecting means, communication is connected, described terminal processes unit is integrated form structure, is the built-in structure of integral type between described terminal processes unit and model ontology.

Back with respect to the front-operated face place of described terminal processes cell layout on model ontology.

Described model ontology comprises emulation portion and for the fixing fixed mount of emulation portion, fixed mount is provided with threaded hole, corresponding layout mounting hole on terminal processes unit, the affixed setting of bolt between terminal processes unit and fixed mount.

Described medical practice model also comprises light prompt unit, and described light prompt unit is LED lamp, between light prompt unit and terminal processes unit, is electrically connected to.

The front-operated face place of the luminous site of described light prompt unit on model ontology.

Described detecting means is a plurality of and the setting of postponing and cross in model ontology inside of its extension line, and its joint is positioned at model ontology and encloses the region forming.

The beneficial effects of the utility model are:

1), the treatment facility of traditional medicine practice model and the inconvenience that simulator split design brings have been abandoned, on the one hand by the larger conventional process of script volume being established to the more small and exquisite integrated form member of spare volume as replacements such as integrated circuit boxes; On the other hand, by by after above-mentioned treatment facility miniaturization again and between model, form integral structure, not only the extension line of each detecting means is drawn in the rear integrated form structure that is directly integrated in terminal processes unit, its outward appearance is more succinct, the also very small and exquisite and practical operation of being more convenient for of overall volume, also saved carrying, storage simultaneously and use before and after many complicated operation, be easier to actual carrying storage, take i.e. use, easy to use and practical.

2), consider that model ontology front is all to arrange anesthesia induction point position conventionally, for being unlikely to have influence on operator's operation, back with respect to the front-operated face place of terminal processes cell layout on model ontology; Its actual fixedly time by utilizing the fixed mount on existing model ontology, to rely on the fixing mode of bolt to realize the affixed operation of terminal processes unit, it is easy to assembly, after completing installation, whole terminal processes unit is positioned at the region that fixed mount encloses completely, disguise is strong and don't can have influence on miscellaneous part normal operation, and outward appearance is more elegant in appearance.

3), the setting of light prompt unit, thereby on the basis of original auditory tone cues, set up light efficiency prompting effect, even in numerous and complicated noisy practice environment, also can be whether glittering by distinguishing the light on designated model body separately, and reach, judge the anesthesia of this device operator thrusts a little whether touch the object putting in place, it is obviously more safe many that this screens judgement than single dependence hummer sounding, its actual user demand of more fitting, practicality and property easy to use can further be promoted.

4), in fact, extension line arrangement for current detecting means, by relying on above-mentioned integrated form design to guarantee the final optimization pass integrated result of extension line circuit, on the other hand, also can carry out preliminary circuit by the mode of layout circuit joint and simplify effect on the one hand; The utility model has utilized the extension line feature of traditional sensors, by the extension line that possesses identical function to each detecting means, along model ontology inside, postpone and arrange and progressively gather, even the position of converging of its joint is directly arranged in model ontology, thereby reach the object of tie point between continuous simplification extension line exit and minimizing extension line and terminal processes unit, thereby be more convenient for its actual assembled assembly manipulation.

Accompanying drawing explanation

Fig. 1 is use status architecture schematic diagram of the present utility model;

Fig. 2 is front-operated face figure of the present utility model;

Fig. 3 is the lower jaw part structure vertical view after removal maxillar part of the present utility model;

Fig. 4 is that the utility model takes out the maxillar part structure upward view after lower jaw part.

Label and title corresponding relation are as follows:

40-light prompt unit, the a-maxillar part b-lower jaw part 10-model ontology 11-emulation 12-of portion fixed mount 20-detecting means 30-terminal processes unit

Embodiment

Below in conjunction with accompanying drawing 1-4, concrete structure of the present utility model and workflow are done to following further describing:

Referring to Fig. 1, being constructed as follows of medical practice model:

Emulation portion 11, consists of maxillar part a and lower jaw part b; Fixed mount 12, moves for emulation portion 11 integral body are fixed and can be made to produce opening and closing between the upper and lower jaw a of portion, b; Detecting means 20, is arranged in the front-operated face place of emulation portion 11 and thrusts a little correspondingly one by one with each anesthesia, and jawbone surface and each inner anesthesia are thrust position and all can be arranged; Hummer, for auditory tone cues; LED lamp, is arranged in the nose position of model ontology 10, for light prompt; Terminal processes unit 30, is arranged in the lower rear of model ontology 10, for be fixed on fixed mount 12 for reception & disposal detecting means 20 signals and send hummer and the integrated form structure of LED lamp operation indication.

During the utility model practical operation, as Figure 1-4, a place is thrust in emulation portion 11 each anesthesia of thrusting on model ontology 10 by operator's operated device; Once operator is thrust accurately, now detecting means 20 after touched by device, send signal via by extension line to terminal processes unit 30, terminal processes unit 30 receives detecting means 20 signals and connects hummer and LED lamp driver, the hummer prompting of sounding, LED lamp is glittering to make light prompt, to point out now operator to anaesthetize a little to thrust action accurate.

Claims

1. a medical practice model, comprise model ontology (10), be arranged at upper corresponding each anesthesia of model ontology (10) and thrust the detecting means (20) at a place and the terminal processes unit (30) that sends signal for the treatment of detecting means (20), between described terminal processes unit (30) and detecting means (20), communication is connected, it is characterized in that: described terminal processes unit (30), for integrated form structure, is the built-in structure of integral type between described terminal processes unit (30) and model ontology (10).

2. medical practice model according to claim 1, is characterized in that: described terminal processes unit (30) is arranged in the place, the back with respect to front-operated face on model ontology (10).

3. medical practice model according to claim 1 and 2, it is characterized in that: described model ontology (10) comprises emulation portion (11) and for the fixing fixed mount (12) of emulation portion (11), fixed mount (12) is provided with threaded hole, the upper corresponding layout mounting hole in terminal processes unit (30), the affixed setting of bolt between terminal processes unit (30) and fixed mount (12).

4. medical practice model according to claim 1 and 2, it is characterized in that: described medical practice model also comprises light prompt unit (40), described light prompt unit (40) is LED lamp, between light prompt unit (40) and terminal processes unit (30), is electrically connected to.

5. medical practice model according to claim 4, is characterized in that: the front-operated face place of the luminous site of described light prompt unit (40) on model ontology (10).

6. medical practice model according to claim 1 and 2, it is characterized in that: described detecting means (20) is the setting of postponing and cross in model ontology (10) inside of a plurality of and its extension line, and its joint is positioned at model ontology (10) and encloses the region forming.