CN101923803A - Calendar device with liquid crystal display - Google Patents

Abstract

A calendar device having a liquid display screen comprises a device frame arranged on the exterior of the calendar device, a liquid display screen arranged on one end face of the device frame, an inner control processing unit arranged in the device frame. The inner control processing unit comprises a central processing unit, a memorizer and a sensor. The liquid display screen comprises a primary display area and an auxiliary display area which is arranged for displaying date and time. The calendar device having a liquid display screen is reasonably designed, has a comprehensive function with no paper at all, realizes low energy consumption and multifunctional calendar and other information display by using the traditional electronic control device and liquid display screen, and is capable of intelligently regulating the power-saving operation.

Description

Calendar device with liquid crystal display

technical field

The invention belongs to display control technology, in particular to a calendar device with a liquid crystal display.

Background technique

Traditional calendars are printed on paper, which must be read manually and cannot satisfy the long-term query function. The paper printed matter consumes a large amount of paper, and has no value of reuse after being used up, and discarding it will pollute the environment.

The existing electronic calendar has adopted the electronic display mode, which is used to display information such as digital calendar, week, time and temperature. With the development of science and technology, the application of new technology in the calendar, changing the defects of the traditional calendar and reflecting the functionality of the new technology has become a problem to be solved.

Contents of the invention

The invention provides a calendar device with a liquid crystal display screen that is reasonably designed, can provide relatively comprehensive functions and can realize paperless, and realizes low energy consumption and multi-function by adopting the existing electronic control equipment and liquid crystal display screen. Calendar and other information display.

The technical scheme adopted in the present invention is as follows:

A calendar device with a liquid crystal display, characterized in that the calendar device comprises:

a device frame, arranged outside the calendar device;

A liquid crystal display screen is installed on one end surface of the device frame;

The internal control processing unit is arranged in the frame of the device, including a central processing unit, a memory and a sensor;

The liquid crystal display screen includes a main display area and an auxiliary display area, and the auxiliary display area is used to display date and time information.

Specifically, the calendar device further includes a sensor, which is arranged on the device frame on the side of the liquid crystal display.

The sensor senses the front information, and when it does not sense any moving objects within a set first time period, it controls its main display area to be in a power saving mode, and when it is within a set second time period When no moving object is sensed within, the auxiliary display area is in the power saving mode, and the second time period is greater than the first time period.

The sensors include a temperature sensor and a humidity sensor, and the auxiliary display area displays the measurement results of the sensors.

The main display area of the liquid crystal display is a touch display area, which occupies a large area of the liquid crystal display, and the auxiliary display area is located at one end of the liquid crystal display, and its area is smaller than the touch display area.

The calendar device with a liquid crystal display adopts a liquid crystal display controlled by a central processing unit to display a variety of calendar patterns, and can support various functions. It can display various calendar information, as well as temperature and humidity. And other information display, and through its liquid crystal display screen for notes, reminders and other functional settings. Its LCD screen can be divided into multiple areas, so that it has main display and auxiliary display functions.

By installing sensors on the calendar device, the intelligent power-saving mode of the calendar device can be realized. Through the central processing unit and memory, the calendar device can judge the activity information of the external environment, so as to carry out different power-saving in a timely manner. Mode manipulation. For example, you can save power consumption by putting the LCD screen in a sleep state.

The beneficial effect of the present invention is that the calendar device with a liquid crystal display is reasonable in design, can provide more comprehensive functions and can realize paperless, and realizes low energy consumption and multi-function by adopting existing electronic control equipment and liquid crystal display Calendar and other information display, and can be intelligently adjusted to save power.

Description of drawings

Fig. 1 is the structural representation of the specific embodiment of the present invention;

Fig. 2 is a schematic diagram of the internal structure of a specific embodiment of the present invention;

Fig. 3 is a schematic diagram of the structure of the front end of a specific embodiment of the present invention.

Detailed ways

As shown in Figure 1, this calendar device with liquid crystal display screen has a device frame body 10 of cuboid structure, and a liquid crystal display screen 21 is installed on the front face of this device frame body, is used for information display, on the liquid crystal display screen this A sensor 11 is also arranged on the device frame on the side, and the sensor senses the front information, and when it does not sense any moving objects within the set first time period, it controls its main display area to be in power-saving mode , when it does not sense a moving object within a set second time period, the auxiliary display area is in the power saving mode, the second time period being greater than the first time period.

The internal structure of the calendar device shown in FIG. 2 is provided with an internal control processing unit 30 at the back of the liquid crystal display module 20, including a central processing unit, a memory, a temperature sensor and a humidity sensor. The sensor 11 is controlled and connected by the central processing unit.

As shown in Figure 3, the liquid crystal display screen that the front face of this calendar device is provided with is divided into three display areas, i.e. the main display area 211, the first auxiliary display area 213 and the second auxiliary display area 212, and the main display area 211 is a touch screen. The control display area occupies two-thirds of the entire LCD screen, where various function settings and touch input can be performed for information recording and reminder settings, and various additional function inquiries can be performed. The first auxiliary display area 213 is used to display calendar, week and time information, and the second auxiliary display area 212 is used to display information such as temperature and humidity. Under normal circumstances, the main display area can be put into a power-saving sleep state, which can be activated by touching the area. However, the first auxiliary display area and the second auxiliary display area are in a normal display state.

Claims (5)

1. calendar device with LCDs is characterized in that this calendar device comprises:

One device framework is arranged at this calendar device outside;

LCDs is installed on the end face of this device framework;

The internal control processing unit is arranged in the described device framework, comprises central processing unit, storer and sensor;

Described LCDs comprises a main viewing area and a secondary display area, and this secondary display area is used to show date and time information.

2. the calendar device with LCDs according to claim 1 is characterized in that described calendar device also comprises an inductor, and this inductor is arranged on the device framework of LCDs side.

3. the calendar device with LCDs according to claim 2, it is characterized in that this inductor sensing the place ahead information, when it does not sense mobiles in during very first time of setting, then control its main viewing area and be in battery saving mode, when its setting one second time durations in when not sensing mobiles, then make its auxiliary viewing area be in battery saving mode, described second time durations greater than the very first time during.

4. the calendar device with LCDs according to claim 1 is characterized in that described sensor comprises temperature sensor and humidity sensor, and described secondary display area shows the measurement result of this sensor.

5. the calendar device with LCDs according to claim 1, the main viewing area that it is characterized in that described LCDs is the touch-control viewing area, it occupies the extensive area of LCDs, described secondary display area is positioned at a side end of this LCDs, and its regional extent is less than the touch-control viewing area.

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