CN202230654U

CN202230654U - Human body model

Info

Publication number: CN202230654U
Application number: CN2011202391270U
Authority: CN
Inventors: 周金红
Original assignee: Individual
Current assignee: Individual
Priority date: 2011-07-08
Filing date: 2011-07-08
Publication date: 2012-05-23
Anticipated expiration: 2021-07-08

Abstract

The utility model relates to a human body model, comprising a plurality of human body part models and a control apparatus, wherein each human body part model comprises at least one display apparatus, and the control apparatus is related with the display apparatus to selectively drive and control the display apparatuses. Through the human body model, users can easily understand and learn the accurate position and related information of human body nerves and muscle parts, and can easily understand the accurate disposing position of an electrode when the diagnosis, treatment, monitoring and evaluation corresponding to nerve muscle diseases are performed, and the human body model is simple in operation and is very suitable for popularization.

Description

Manikin

Technical field

The utility model relates to a kind of manikin of display device, in particular, relates to a kind of control device in order to optionally to drive, to control the manikin of display device.

Background technology

Along with the propelling of medical reform, increasing company and individual put into medical industry.And require neural, muscle exact position are required than higher in diagnosis, treatment, monitoring and evaluation aspect the neuromuscular electricity physiology, especially the insertion position for pin electrode requires very accurate.In addition, in to neuromuscular electrophysiological diagnosis and therapeutic process, for distributing position neural, muscle, the position is put in the accurate subsides of electrode, necessity that the healthcare givers also has explanation to understand with patients.

Traditional study and the physiological method of understanding neuromuscular generally all are the color atlass through its books.Another kind method is exactly with reference to three-dimensional human nerve, muscle model.But the N&M of human body is numerous, nerve cord especially, and when they were showed in a figure or stereoscopic model simultaneously, the user need spend a lot of time to find oneself to want and look for.Moreover, be shown in the human body figure on plane, also be difficult to the position, three-dimensional space of expression nerve, muscle, bone accurately, the user can only probably understand the position of its correspondence, for the physiological details of understanding neuromuscular, suitable difficulty is arranged.

So we need the manikin user that helps and understand, learn nerve or muscle physiologic information fast, understand the exact position that electrode is placed when the electrophysiological diagnosis of neuromuscular, treatment, monitoring and evaluation fast.

Summary of the invention

The purpose of the utility model be to provide a kind of have show human nerve, muscle physiologic information, the manikin of the exact position that electrode is placed when the electrophysiological diagnosis of neuromuscular, treatment, monitoring and evaluation.This model has comprised many position model and the control device of human body.Each human body model has comprised at least one display device.This control device is associated to above-mentioned display device, in order to optionally to drive and to control corresponding display device.Through this model, the user can understand and learn human nerve and muscle physiologic information very like a cork, and the electrode card is put method and precise position information, and other relevant information, further reaches fast to understand, learn and the purpose of use.

After the implementation method with reference to accompanying drawing and description subsequently, the related personnel just can understand its purpose of the utility model, and technological means of the utility model and implementation method.

Description of drawings

Embodiment below in conjunction with accompanying drawing provides specifies the utility model, wherein:

Fig. 1 is the utility model manikin synoptic diagram;

Wherein: the intrathoracic lateral nerve of 1-, the 2-cock skin is neural, 3-axillary nerve, 4-sciatic nerve, 5-femoral nerve

The 6-nervus tibialis, the 7-nervus peroneus communis, the 8-extensor digitorum brevis, the 9-abductor muscle of great toe, the 10-median nerve, the 11-short abductor muscle of thumb, other neuromusculars that do not mark are so analogized;

Fig. 2 is the corresponding display and control unit synoptic diagram of abductor pollicis muscle model;

Fig. 3 is the 3rd control/demonstration default interface synoptic diagram;

Fig. 4 is the 3rd control/display update rear interface synoptic diagram.

Embodiment

Embodiment one

The utility model comprised one such as Fig. 1 demonstration manikin and such as Fig. 1 the control device of demonstration.The manikin that Fig. 1 showed has comprised a plurality of pars nervosa bit models and a plurality of muscle position model, wherein representes the pars nervosa bit model with line, with ellipse representation muscle position model.This figure has only listed a part of pars nervosa bit model and muscle position model, and other unlisted next pars nervosa bit model and muscle position model show in a similar fashion.

Embodiment two

Respectively this neuromuscular sites model has comprised at least one display device, with needs above-mentioned nerve in edge and muscle setting.In this example, above-mentioned display device is human nerve or muscle physiological-related information, and electrode paste is placed on the method and the precise position information of human nerve corresponding position or muscle corresponding position.As shown in Figure 2.

Embodiment three

Manikin has comprised a plurality of first control/display device, and when any control device was triggered, the display device that this control device is corresponding was fitted and can be demonstrated the information of having set.This control device of present embodiment, it is the short abductor muscle of thumb control device, it is related with corresponding short abductor muscle of thumb display device.After this control device is chosen by mouse or through touch, in order to optionally to drive and to control the short abductor muscle of thumb display device.The short abductor muscle of thumb display device shows is that the electrode paste of corresponding muscle (short abductor muscle of thumb position model) is put method and precise position information.As shown in Figure 2.The control of other neuromuscular control device and demonstration are so analogized.

Embodiment four

First control/the display device is exactly a manikin as shown in Figure 1, and a plurality of first operating keys that the first control/display device comprises are exactly corresponding pars nervosa bit model or muscle position model, and are as shown in Figure 1.When one of these position models are triggered, demonstrate one or more second control/display device.What the second control/display device showed is exactly that electrode is put method and precise position information at pars nervosa bit model or the subsides of muscle position model.As shown in Figure 2.Second control/the display device also is the control device of the 3rd control/display device simultaneously.The 3rd control/display device is exactly corresponding neuroelectricity physiological diagnosis or treats used configuration parameter information.Like Fig. 3, shown in Figure 4.

Claims

1. manikin is characterized in that comprising:

This manikin is made up of a plurality of human body models, and each human body model has comprised at least one display device; And control device, be associated to these above-mentioned display device, in order to optionally to drive and to control these above-mentioned display device.

2. the manikin according to claim 1 is characterized in that the human body model is at least one or its combination of pars nervosa bit model, muscle position model.

3. the manikin according to claim 1 is characterized in that this manikin has also comprised the first control/display device, and when control device was triggered, this control/display device is fitted can demonstrate the information of having set.

4. the manikin according to claim 1 is characterized in that this manikin has comprised a plurality of first operating keys, when being triggered for one of in above-mentioned these first operating keys, drives and control demonstrates one or more second control/display device.