CN202335874U

CN202335874U - Portable medical B-ultrasonic-wave instrument

Info

Publication number: CN202335874U
Application number: CN2011204999007U
Authority: CN
Inventors: 张坤
Original assignee: Individual
Current assignee: Individual
Priority date: 2011-12-05
Filing date: 2011-12-05
Publication date: 2012-07-18
Anticipated expiration: 2021-12-05

Abstract

A portable medical B-ultrasonic-wave instrument relates to a medical B-ultrasonic-wave instrument and aims at solving the problems that the conventional B-ultrasonic-wave instrument is larger in volume and inconvenient to carry, and can not perform ultrasonic inspection and measurement on a patient timely on the spot during emergency treatment or other emergencies. A control circuit component is arranged in a handle type shell, a sensing probe is embedded in the handle type shell through a through hole, and a display is embedded on the handle type shell; the ultrasonic-wave transmitting signal output end of the control circuit component is connected with the ultrasonic-wave transmitting signal input end of the sensing probe; the ultrasonic-wave receiving signal input end of the control circuit component is connected with the ultrasonic-wave receiving signal output end of the sensing probe; and the display data input end of the display is connected with the display data output end of the control circuit component. The portable medical B-ultrasonic-wave instrument has the advantages of being simple in structure, small in volume and convenient to carry, and is applicable to various types of B-ultrasonic-wave detectors.

Description

Portable medical B ultrasonic appearance

Technical field

This utility model relates to a kind of medical B ultrasonic appearance.

Background technology

The B ultrasound diagnostic apparatus is commonly called as " B ultrasonic ", and it adopts the principle of pulse echo; According to the emission ultrasound wave, and receive the ultrasonic echo that reflects through tissue, according to the power of the ultrasonic echo that receives; The luminous points different with light and shade show successively, obtain ultrasonogram; But existing B ultrasonic appearance all exists volume bigger, carries inconvenience, emergency treatment or emergency case especially occur, can not in time carry out the problem of ultrasound detection at the scene to the patient.

The utility model content

This utility model exists volume bigger in order to solve existing B ultrasonic appearance, carries inconvenience, emergency treatment or emergency case are occurring, can not in time carry out the problem of ultrasound detection at the scene to the patient, and the portable medical B ultrasonic appearance that proposes.

Portable medical B ultrasonic appearance, it comprises handle type housing, sensor probe, display and control circuit assembly; Said control circuit assembly is installed in the handle type enclosure interior, and sensor probe is inlaid on the handle type housing through through hole, and the ultrasound emission of said sensor probe and receiving plane are towards the handle type outside; Said display is inlaid on the handle type housing; The display frame of said display is towards the handle type outside; The ultrasonic emitting signal output part of said control circuit assembly links to each other with the ultrasonic emitting signal input part of sensor probe; The ultrasound wave of said control circuit assembly receives signal input part and links to each other with the ultrasound wave reception signal output part of sensor probe; The video data input of said display links to each other with the video data outfan of control circuit assembly.

The utlity model has simple in structurely, volume is little, advantage easy to carry; When emergency treatment or emergency case occurring; Can carry by medical personnel, on-the-spot for the patient carries out ultrasonic examination, and pass through the state of an illness that display 3 is observed patients; Can also print the ultrasound detection image through printer 4, so that the later stage inspection is used.This utility model can be used for various types of Type B ultrasound measuring instruments.

Description of drawings

Fig. 1 is the structural representation of this utility model; Fig. 2 is the rearview of Fig. 1; Fig. 3 is the modular structure sketch map of control circuit assembly 5.

The specific embodiment

The specific embodiment one: combine Fig. 1 and Fig. 2 that this embodiment is described, the said portable medical B ultrasonic of this embodiment appearance, it comprises handle type housing 1, sensor probe 2, display 3 and control circuit assembly 5; Said control circuit assembly 5 is installed in handle type housing 1 inside, and sensor probe 2 is inlaid on the handle type housing 1 through through hole, and the ultrasound emission of said sensor probe 2 and receiving plane are towards handle type housing 1 outside; Said display 3 is inlaid on the handle type housing 1; The display frame of said display 3 is towards handle type housing 1 outside; The ultrasonic emitting signal output part of said control circuit assembly 5 links to each other with the ultrasonic emitting signal input part of sensor probe 2; The ultrasound wave of said control circuit assembly 5 receives signal input part and links to each other with the ultrasound wave reception signal output part of sensor probe 2; The video data input of said display 3 links to each other with the video data outfan of control circuit assembly 5.

The specific embodiment two: combine Fig. 1 that this embodiment is described, this embodiment is that with the specific embodiment one difference said portable medical B ultrasonic appearance also comprises printer 4; The print data input of said printer 4 links to each other with the print data outfan of control circuit assembly 5; Said printer 4 is installed in handle type housing 1 inside, and printing paper outlet 4-1 is left in the position of corresponding printer installing on the said handle type housing 1.Other composition is identical with the specific embodiment one with connected mode.

The specific embodiment three: combine Fig. 3 that this embodiment is described, the difference of this embodiment and the specific embodiment two is that said control circuit assembly 5 is made up of central processing unit 5-1, wave beam processing components 5-2, mission controller 5-3, ultrasonic transmit circuit 5-4, received beam synthesizer 5-5 and ultrasound wave receiving circuit 5-6; The video data outfan of said central processing unit 5-1 is the video data outfan of control circuit assembly 5; The print data outfan of said central processing unit 5-1 is the print data outfan of control circuit assembly 5; The emissioning controling signal outfan of said central processing unit 5-1 links to each other with the emissioning controling signal input of mission controller 5-3; The emissioning controling signal outfan of said mission controller 5-3 links to each other with the emissioning controling signal input of ultrasonic transmit circuit 5-4; The ultrasonic emitting signal output part of said ultrasonic transmit circuit 5-4 is the ultrasonic emitting signal output part of control circuit assembly 5; The ultrasound wave of said ultrasound wave receiving circuit 5-6 receives the ultrasound wave reception signal input part that signal input part is control circuit assembly 5; The ultrasound wave of said ultrasound wave receiving circuit 5-6 receives signal output part and links to each other with the ultrasound wave reception signal input part of received beam synthesizer 5-5; The ultrasound wave of said received beam synthesizer 5-5 receives signal output part and links to each other with the ultrasound wave reception signal input part of wave beam processing components 5-2; The ultrasound wave of said wave beam processing components 5-2 receives signal output part and links to each other with the ultrasound wave reception signal input part of central processing unit 5-1.Other composition is identical with the specific embodiment two with connected mode.

Above content is to combine concrete preferred implementation to the further explain that the present invention did, and can not assert that practical implementation of the present invention is confined to these explanations.For the those of ordinary skill of technical field under this, under the prerequisite that does not break away from the present invention's design, can also make some simple deduction or replace, all should be regarded as belonging to the definite scope of patent protection of claims that the present invention submits to.

Claims

1. portable medical B ultrasonic appearance is characterized in that it comprises handle type housing (1), sensor probe (2), display (3) and control circuit assembly (5); Said control circuit assembly (5) is installed in handle type housing (1) inside, and sensor probe (2) is inlaid on the handle type housing (1) through through hole, and the ultrasound emission of said sensor probe (2) and receiving plane are towards handle type housing (1) outside; Said display (3) is inlaid on the handle type housing (1); The display frame of said display (3) is towards handle type housing (1) outside; The ultrasonic emitting signal output part of said control circuit assembly (5) links to each other with the ultrasonic emitting signal input part of sensor probe (2); The ultrasound wave of said control circuit assembly (5) receives signal input part and links to each other with the ultrasound wave reception signal output part of sensor probe (2); The video data input of said display (3) links to each other with the video data outfan of control circuit assembly (5).

2. portable medical B ultrasonic appearance according to claim 1 is characterized in that said portable medical B ultrasonic appearance also comprises printer (4); The print data input of said printer (4) links to each other with the print data outfan of control circuit assembly (5); Said printer (4) is installed in handle type housing (1) inside, and said handle type housing (1) is gone up the position of corresponding printer installing and left printing paper outlet (4-1).

3. portable medical B ultrasonic appearance according to claim 2 is characterized in that said control circuit assembly (5) is made up of central processing unit (5-1), wave beam processing components (5-2), mission controller (5-3), ultrasonic transmit circuit (5-4), received beam synthesizer (5-5) and ultrasound wave receiving circuit (5-6); The video data outfan of said central processing unit (5-1) is the video data outfan of control circuit assembly (5); The print data outfan of said central processing unit (5-1) is the print data outfan of control circuit assembly (5); The emissioning controling signal outfan of said central processing unit (5-1) links to each other with the emissioning controling signal input of mission controller (5-3); The emissioning controling signal outfan of said mission controller (5-3) links to each other with the emissioning controling signal input of ultrasonic transmit circuit (5-4); The ultrasonic emitting signal output part of said ultrasonic transmit circuit (5-4) is the ultrasonic emitting signal output part of control circuit assembly (5); The ultrasound wave of said ultrasound wave receiving circuit (5-6) receives the ultrasound wave reception signal input part that signal input part is control circuit assembly (5); The ultrasound wave of said ultrasound wave receiving circuit (5-6) receives signal output part and links to each other with the ultrasound wave reception signal input part of received beam synthesizer (5-5); The ultrasound wave of said received beam synthesizer (5-5) receives signal output part and links to each other with the ultrasound wave reception signal input part of wave beam processing components (5-2); The ultrasound wave of said wave beam processing components (5-2) receives signal output part and links to each other with the ultrasound wave reception signal input part of central processing unit (5-1).