CN202352065U

CN202352065U - Monitor with remote control learning function

Info

Publication number: CN202352065U
Application number: CN 201120408767
Authority: CN
Inventors: 张道国; 管方利
Original assignee: Guangdong Biolight Meditech Co Ltd
Current assignee: Guangdong Biolight Meditech Co Ltd
Priority date: 2011-10-25
Filing date: 2011-10-25
Publication date: 2012-07-25
Anticipated expiration: 2021-10-25

Abstract

The utility model discloses a monitor with a remote control learning function. By the monitor, a specified remote controller can be identified; and a user can be allowed to randomly set key functions of the remote controller, so that a plurality of monitor products can be controlled by one remote controller. The monitor comprises a mainboard, a power supply, a display unit, a keyboard, a parameter module and an infrared learning module, wherein the power supply, the display unit, the keyboard and the parameter module are connected with the mainboard; the infrared learning module comprises a micro control unit (MCU), and an infrared transceiver module, a memory and a mainboard interface, which are connected with the MCU; and the mainboard interface is connected to the mainboard. The monitor is applied to the field of medical equipment monitors.

Description

Patient monitor with learning remote control function

Technical field

The utility model relates to a kind of patient monitor with learning remote control function.

Background technology

The medicine equipment that has distant control function in the market all adopts the single-minded telepilot mode that is equipped with; Its cardinal principle is to utilize infrared remote control technology to gather the IR remote controller key information and record in the storer; Its inner decoding of accomplishing telecommand, and send message and give patient monitor.General specifically infrared remote control system is made up of infrared remote-controlled signal transmitter infrared remote-controlled signal receiver microprocessor and peripheral circuit, and certain button of telepilot is pressed its inner signal projector generation remote control coding pulse and exported by infrared transmitting tube.The remote control receiver module is accomplished the reception of remote signal is amplified; Detection; Shaping demodulates the remote control coding pulse, and the remote control coding pulse is one group of serial binary coding; This coding serial is input to microcontroller and is accomplished telecommand decoding and reported to patient monitor by its inside, to carry out corresponding distant control function.But because each producer can not be compatible, make the telepilot number more next many, often obscure during use, and find the also very difficult of coupling after losing.

The utility model content

The utility model technical matters to be solved is the deficiency that overcomes prior art; Provide a kind of and can discern the patient monitor with learning remote control function of specifying telepilot; It also allows the user that telepilot is carried out keypress function arbitrarily to set, make a telepilot can control a plurality of patient monitor products.

The technical scheme that the utility model adopted is: the patient monitor with learning remote control function that the utility model relates to; Except comprising mainboard and the power supply that is connected with mainboard, display unit, keyboard and parameter module; Mainly be also to comprise the infrared learning module; Said infrared learning module comprises MCU and the infrared transceiver module that is connected with said MCU, storer and mainboard interface, and this mainboard interface is connected on the said mainboard; Above power supply is mainboard, display unit, keyboard, parameter module and infrared learning module for power supply as the working power of patient monitor, and the main effect of parameter module is each item physiology sign data of gathering to be carried out conversion process get into the processor on the mainboard then.Said infrared transceiver module is used to receive or send the infrared remote-controlled signal of telepilot; And can the key information of a certain telepilot be stored in the storer; The user can do the corresponding key setting at operation interface to this key information, and being provided with successfully, the back system will discern the button that the user sets automatically.

The beneficial effect of the utility model is: owing to the utlity model has the infrared learning module of learning remote control device function; It comprises MCU and the infrared transceiver module that is connected with said MCU, storer and mainboard interface, and this MCU gets up the push button signalling recording storage of former telepilot, and reports to system; System interface provides function assignment information for the user; And guiding user setting, and the information permanent storage will be set, being provided with successfully, the back system will discern the button that the user sets automatically.The user can directly use existing telepilot to accomplish the control to patient monitor like this, has made full use of resource, has also made things convenient for the user simultaneously.

Description of drawings

Fig. 1 is the structured flowchart of the utility model;

Fig. 2 is the structured flowchart of infrared learning module in the utility model.

Embodiment

Shown in Fig. 1, Fig. 2 institute; The utility model comprises mainboard and the power supply that is connected with mainboard, display unit, keyboard, parameter mould and infrared learning module; Said infrared learning module can be plugged on the mainboard and communication, and it includes MCU and the infrared transceiver module that is connected with said MCU, storer and mainboard interface.Power supply is mainly mainboard, display unit, keyboard, parameter module and infrared learning module for power supply as the working power of patient monitor; Display unit is the display on the patient monitor, is used for showing through probe waiting the different physiology sign information of the detected human body of device, and confession work medical worker checks and monitors; Parameter module mainly is to be used to gather through probe wait the different physiology sign parameter of the detected human body of device, and through getting into again after the conversion process in the processor in the mainboard; Said infrared learning module is responsible for and outside telepilot communication, includes MCU and the infrared transceiver module that is connected with said MCU, storer and mainboard interface and peripheral circuit, and mainboard interface is used to be plugged in the mainboard of patient monitor.

First effect of infrared learning module is basic function of infrared remote control; The button of telepilot is pressed its inner signal projector generation remote control coding pulse and is exported by infrared transmitting tube, and infrared transceiver module is accomplished to the reception of remote signal and through peripheral circuit and amplified detection; Processing such as shaping; Demodulate the remote control coding pulse code, this coding is input in the MCU and is accomplished telecommand decoding and reported to patient monitor by its inside, to carry out corresponding distant control function.

Second effect of infrared learning module is learning and memory function; Existing market infrared remote-controlled signal coding transmission agreement is a lot; Commonly used have ITT agreement, NEC agreement, Nokia NRC agreement, Sharp agreement, Philips RC-5 agreement, a Philips RC-6 agreement; Philips RECS-80 agreement, and Sony SIRC agreement etc.Carrier wave is commonly used has 33K, 36K, 36.6K, 38K, 40K, 56K etc.This infrared learning module adopts the 38KHZ carrier wave, and ability intelligently parsing NEC agreement can be to Nokia NRC, and the agreement of use 38KHz carrier waves such as Sharp is learnt; Its Learning Principle is following: press the button of telepilot, key information can be launched with the mode of infrared remote-controlled signal, and infrared transceiver module receives the infrared remote-controlled signal of this telepilot; Parse key information through the peripheral circuit processing and through MCU; And reporting to monitor system, system's display interface provides function assignment information for the user, and the guiding user is provided with corresponding button; And the information permanent storage will be set in storer, being provided with successfully, the back system will discern the button that the user sets automatically; That is to say that when taking a telepilot to send key command at random, inner this key command information of MCU and the key information contrast that is provided with are before then thought that telepilot of front if meet.And can be according to different keys information is set with a telepilot for different patient monitor products; This key information has comprised remote controller key and the two kinds of information of patient monitor that are complementary often; The user can directly use existing telepilot to accomplish the control to different patient monitors like this; Make full use of resource, also made things convenient for the user simultaneously.

Claims

1. patient monitor with learning remote control function; Comprise mainboard and the power supply that is connected with mainboard, display unit, keyboard and parameter module; It is characterized in that: also comprise the infrared learning module; Said infrared learning module comprises MCU and the infrared transceiver module that is connected with said MCU, storer and mainboard interface, and this mainboard interface is connected on the said mainboard.