WO2016183838A1

WO2016183838A1 - Intelligent breast augmentation simulator

Info

Publication number: WO2016183838A1
Application number: PCT/CN2015/079447
Authority: WO
Inventors: 王忠堂
Original assignee: 王忠堂
Priority date: 2015-05-21
Filing date: 2015-05-21
Publication date: 2016-11-24

Abstract

Disclosed is an intelligent breast augmentation simulator. The intelligent breast augmentation simulator is arranged as cups (1) which are matched with the convexity of breasts and have the same specifications as a normal brassiere; the front of each cup (1) is provided with an elastic expansion bag (2) with an inner cavity, the basal outline of which is matched with the size of the cup (1); the intelligent breast augmentation simulator also comprises a heart rate sensor (3) located on the cup (1) over the heart side, pressure sensors (4, 8) and intelligent fingers (5, 7) respectively arranged on the cups and a host system (6) for processing and feeding back the heart rate sensor (3), the pressure sensors (4, 8) and the intelligent fingers (5, 7). The expansion bag (2) is inflated to reach a predetermined size, the pressure sensors (4, 8), the intelligent fingers (5, 7) and the heart rate sensor (3) acquire data, the data is stored and transmitted to an intelligent terminal (66), the intelligent terminal (66) obtains the data, the size of breast prostheses needed by a user and the softness and extensibility of breast tissues are obtained by calculation, and according to the principle that the volume is increased if the breast tissues are soft and sag, and is decreased if the breast tissues are firm, the size of the breast prostheses is appropriately increased or decreased in order to judge the optimal size for the implanted breast prostheses of the user.

Description

Intelligent breast enhancement simulator

技术领域Technical field

The invention relates to an intelligent simulation system, in particular to an intelligent breast enhancement simulator for simulating an expected breast shape before breast enhancement.

背景技术Background technique

Prosthetic breast enlargement or autologous fat breast enlargement is becoming more and more popular. Preoperatively, it is necessary to determine the size of the implanted breast prosthesis, or to fill the amount of fat. Currently commonly used simulation methods include:

(1) A certain volume of breast prosthesis is placed in the patient's underwear to observe the simulation effect;

(2) The inflatable cup is provided in the cup of the simulated appliance, or the outer part of the cup is inflated, and the simulation effect is observed after inflation;

(3) 3D photography, computer simulation of breast enhancement effect.

The simulation of the prosthesis is simple, but extremely inaccurate; the simulation effect of the inflatable device is relatively accurate, but the manual measurement of the volume of the gas is easy to be wrong, the compressibility of the gas itself will bring errors, and the elasticity of the soft tissue of the chest and the degree of sagging of the breast are also different. It will bring evaluation error; computer 3D camera simulation, although it can realize intelligent processing, but the hardware facilities are expensive, the operation is complicated, and the user lacks the real experience, and can't wear it for trial. The present invention has been made in view of the many problems currently existing in various breast enhancement simulation methods.

发明内容Summary of the invention

It is an object of the present invention to provide an intelligent preoperative intelligent breast enhancement simulator that can accurately assess the shape and size of a user's optimal breast prosthesis, or the amount of fat that is expected to be filled.

To achieve the above object, the solution of the present invention is:

An intelligent breast enhancement simulator is provided with a cup of the same size as a normal corset matching the breast crown; and a flexible expansion capsule having a lumen contour matching the size of the cup is provided in front of each cup; It includes a heart rate sensor on the side of the heart, a pressure sensor on the cup, a smart finger, a host system that processes and feeds the heart rate sensor, pressure sensor and smart finger.

The smart finger is a sensor that senses the softness of breast tissue.

The smart finger is disposed on the inner surface of the cup near the lower middle portion of the breast.

The pressure sensor is disposed on a side of the cup that faces the elastically expanding bladder.

The host system includes a power circuit, a switch, a microprocessor, a flash memory, a wireless transmission/Bluetooth, and a smart terminal.

After adopting the above solution, the intelligent simulator of the present invention inflates into the dilatation capsule to reach a predetermined size, the pressure sensor, the smart finger, the heart rate sensor collect data, the data is stored, and is transmitted to the intelligent terminal, and the intelligent terminal acquires the data, and is calculated and obtained. The size of the breast prosthesis and the softness and stretchability of the breast tissue required by the user are increased or decreased according to the softness and relaxation of the breast tissue, and the volume reduction principle is appropriately increased or decreased, and the user is optimally implanted with the size of the breast prosthesis. Continuously monitor the heart rate value, predict the degree of heartbeat of the user, and assist in understanding the most satisfactory chest shape. This enables a function to accurately assess the shape and size of the user's best breast prosthesis, or the amount of fat that is expected to be filled.

附图说明DRAWINGS

Figure 1 is a schematic view of the structure of the present invention;

Figure 2 is a rear elevational view of the structure of the present invention;

3A is a schematic diagram of the left side working principle of the present invention;

Figure 3B is a schematic diagram of the right side of the present invention.

具体实施方式detailed description

The specific embodiments of the present invention are described in detail below with reference to the accompanying drawings:

As shown in FIG. 1 to FIG. 3B, the present invention discloses an intelligent breast enhancement simulator which is provided with a cup 1 of the same size as a normal bra that matches the breast crown; and a base contour and a cup are provided in front of each cup 1. The size of the matching elastic dilatation capsule 2 having a lumen; further comprising a heart rate sensor 3 on the cup 1 on the side of the heart, and pressure sensors 4, 8 respectively disposed on the cup, smart fingers 5, 7, processing and feedback The heart rate sensor 3, the pressure sensors 4, 8 and the host system 6 of the smart fingers 5, 7. The smart finger 5, 7 is a sensor for sensing the softness of the breast tissue, which is disposed on the inner surface of the cup near the middle portion of the lower end of the breast; and the pressure sensors 4, 8 are disposed on the cup facing the elastic expansion bladder 2 side.

As shown in FIG. 3A, the heart rate sensor 3 is disposed on the left side cup 1, and the pressure sensor 4 and the smart finger 5 are also disposed. As shown in FIG. 3B, the pressure sensor 8 and the smart finger 7 are disposed on the right side cup 1. .

The host system 6 includes a power supply circuit 61, a switch 62, a microprocessor 63, a flash memory 64, a wireless transmission/Bluetooth 65, and a smart terminal 66.

In practice, the simulator is worn on the human body, inflated into the dilation capsule 2, and reaches a predetermined size. The heart rate sensor 3, the pressure sensors 4, 8 and the smart fingers 5, 7 collect data, store the data, and transmit to the smart terminal 66. The smart terminal 66 acquires data and calculates, the pressure sensors 4, 8 and the smart fingers 5, 7 collect data to measure the size of the breast prosthesis required by the user, and analyze the softness and stretchability of the breast tissue, and increase the volume according to the softness and relaxation of the breast tissue. Toughness reduces the volume principle and increases or decreases the size of the breast implant. The heart rate sensor 3 continuously monitors the heart rate value, predicts the degree of cardiac motion of the user, and assists in understanding the most satisfactory chest shape. This enables a function to accurately assess the shape and size of the user's best breast prosthesis, or the amount of fat that is expected to be filled. And the structure of the invention is exquisite and beautiful, and can be continuously worn.

The above is only the embodiment of the present invention, and is not intended to limit the technical scope of the present invention. Therefore, any minor modifications, equivalent changes and modifications made to the above embodiments in accordance with the technical spirit of the present invention still belong to the present invention. Within the scope of the technical solution.

Claims

1 . An intelligent breast enhancement simulator, which is provided with a cup of the same size as a normal corset matching the breast crown; and an elastic expansion capsule having a lumen with a base contour matching the size of the cup is arranged in front of each cup; The utility model is characterized in that it further comprises a heart rate sensor on a cup on one side of the heart, a pressure sensor respectively arranged on the cup, a smart finger, a host system for processing and feeding back the heart rate sensor, the pressure sensor and the smart finger.

2. The intelligent breast enhancement simulator of claim 1 wherein said smart finger is a sensor that senses softness of breast tissue.

3. The intelligent breast enhancement simulator according to claim 1 or 2, wherein the smart finger is disposed at an inner surface of the cup near a lower middle portion of the breast.

4. The intelligent breast enhancement simulator of claim 1 wherein said pressure sensor is disposed on a side of the cup that faces the elastically expanding bladder.

5. The intelligent breast enhancement simulator of claim 1 wherein said host system comprises a power circuit, a switch, a microprocessor, a flash memory, a wireless transmission/Bluetooth, and a smart terminal.