KR200285995Y1 - Unit for alarming and fathoming of temperarture and huumidity - Google Patents

Abstract

The present invention relates to a temperature, humidity measurement and alarm unit;

Providing temperature and humidity measurement and alarm units for measuring and monitoring a device interlocked with temperature and humidity, such as a computer room, a transmission room, an unmanned equipment room, a precision measurement room, etc. from a plurality of separate areas;

The temperature, humidity measurement and alarm unit is a plurality of temperature and humidity sensors (S1, S2, S3 ..) installed in the management area,

A main unit (U), which is a box-type equipment that receives a measurement signal through a communication line from the temperature and humidity sensors (S1, S2, S3 ..),

The main unit (U) is provided with a display (D) for displaying the measured values from the temperature and humidity sensors (S1, S2, S3 ..);

The main unit (U) is a temperature setting selection switch 13, a temperature up setting switch 13-1, a temperature down setting switch 13-2, a humidity setting selecting switch 14, and a humidity up setting switch 14-. 1), the humidity down setting switch 14-2, the operation start switch 15, the setting switch SW of the alarm setting switch 16, the CPU 30 for the control and comparator, and the above temperature and humidity sensor S1, Characterized in that it is a unit including IO interfaces 31 and 32 for input / output with S2, S3 ..) and memory means 32 such as a hard disk;

Providing the device configured as the temperature and humidity sensor (S1, S2, S3 ..) and the main unit (U) for controlling it, it is easily installed in a management area having precision equipment, which is important for the management, maintenance, and monitoring of temperature and humidity. It is useful for unmanned management of optimized temperature and humidity with the protection of equipment.

Description

Unit for alarming and fathoming of temperarture and huumidity

The present invention relates to a temperature and humidity measurement and alarm unit, and more specifically, to a plurality of measuring instruments and electric devices that are very sensitive to changes in temperature or humidity in a computer room, a transmission room, an unmanned equipment room, a precision measurement room, and a medical equipment room. The present invention relates to the provision of a unit, which is a unit equipment structure that can be applied to a management area provided to control temperature and humidity.

Continuous monitoring of temperature and humidity is required in the management area of a company equipped with a large number of measuring instruments and electrical devices that are very sensitive to changes in temperature and humidity in computer rooms, transmission rooms, unmanned equipment rooms, precision measurement rooms, etc. Taking this into account, we are preparing to measure temperature and humidity analogously.

The conventional analog temperature and humidity measuring equipment has a high-precision thermometer or hygrometer and the manager checks and reports or manages the temperature and humidity fluctuations to prevent expensive equipment damage or measurement errors. Adopted.

Therefore, there is a risk of malfunction or damage of the precision equipment due to the large management cost and the measurement error of the measurer, which makes precise management impossible and there is no separate alarm function.

In particular, the places where such precision measuring instruments are provided are difficult to measure and manage due to the large number of remote locations.

The temperature and humidity measurement and alarm unit of the present invention provides a temperature and humidity measurement and alarm unit configured as a simple unit in consideration of this point, and automatically measures temperature and humidity at a remote location and alerts when it is out of a certain allowable range. Provide equipment that enables rapid follow-up.

More importantly, the characteristics of the temperature and humidity measurement and alarm unit of the present invention can virtually reduce the operation cost by substantially unmanning these operations.

By using temperature and humidity data as management data, it is possible to optimize temperature and humidity management and prevent expensive downtime of measuring equipment.

1 is a schematic diagram illustrating a hardware configuration conceptually showing the configuration of a temperature and humidity measurement and alarm unit of the present invention.

Figure 2 is a front side perspective view of an exemplary main controller of the temperature, humidity measurement and alarm unit of the present invention.

Figure 3 is an exemplary perspective view of the rear side of the temperature, humidity measurement and alarm unit of the present invention.

4 is a conceptual diagram illustrating the operation of the temperature and humidity measurement and alarm unit of the present invention.

Explanation of symbols on the main parts of the drawings

S: temperature and humidity sensor

U: main unit

D: display

30: C.P.U.

31,34: IO interface

32: memory means

Temperature, humidity measurement and alarm unit of the present invention devised to achieve the above object;

Providing temperature and humidity measurement and alarm units for measuring and monitoring a device interlocked with temperature and humidity, such as a computer room, a transmission room, an unmanned equipment room, a precision measurement room, etc. from a plurality of separate areas;

The temperature, humidity measurement and alarm unit and a plurality of temperature and humidity sensors installed in the management area,

A main unit which is a box-type equipment for receiving a measurement signal through a communication line from the temperature and humidity sensor;

The main unit is provided with a display for displaying the measured value from the temperature and humidity sensor;

The main unit includes a temperature setting selection switch, a temperature up setting switch, a temperature down setting switch, a humidity setting selection switch, a humidity up setting switch, a humidity down setting switch, an operation start switch, an alarm setting switch setting switch,

And a memory means such as a C.P.U.for control and comparator, an IO interface for input / output with the temperature and humidity sensors S1, S2, S3 .., and a hard disk.

In addition, the temperature, humidity measurement and alarm unit of the present invention;

The C.P.U. further has a comparator for generating an alarm by comparing the detection signal from the temperature and humidity sensor with the temperature and humidity management range of the management area set as the setting switch,

The output of the controlled data value from the C.P.U. is characterized in that the C.P.U. is configured to be transmitted over a communication line to a management server M for remote management and to be managed as a database at the management server.

The construction and operation of the temperature, humidity measurement and alarm unit of the present invention together with the accompanying drawings will be described in more detail.

1 is a schematic diagram showing the conceptual configuration of the temperature, humidity measurement and alarm unit of the present invention, Figure 2 is a perspective view of an exemplary main controller of the temperature, humidity measurement and alarm unit of the present invention, Figure 3 is the present invention Exemplary perspective view of the rear side of the temperature, humidity measurement and alarm unit of Figure 4 is a schematic diagram of the operation of the temperature, humidity measurement and alarm unit of the present invention.

1 is a hardware configuration diagram of the operating configuration of the temperature, humidity measurement and alarm unit of the present invention,

As the main measurement and detection control unit, the main unit (U) is provided as a box body, and the main unit (U) is connected to a general communication line such as a general RS communication line or a wireless modem. S2, S3 ..) are arranged in any number in the management area of the measurement object.

In addition, the output from the main unit (U) is provided by connecting a management server (M) such as a personal computer and the display (D) which can be grasped in the situation room or spaced management room of the current temperature, humidity situation as a communication line.

The display D is a conventional one for dividing a digital number represented by a conventional LED segment into a temperature region T and a humidity region H, and a built-in LED driver may be used.

An exemplary configuration of the main unit U is shown in FIG. 2, but it can be configured in various shapes and sizes as an example.

Inside a casing 1 composed of a metal box, a plastic injection body, or the like, a circuit board (not shown) having a circuit section described below is mounted.

The front panel 10 has a display window 11 for setting and monitoring, and includes a power switch 12, a temperature setting selection switch 13, a temperature up setting switch 13-1, and a temperature down setting switch 13-. 2), a humidity setting selection switch 14, a humidity up setting switch 14-1, a humidity down setting switch 14-2, an operation start switch 15, an alarm setting switch 16 and the like.

Each of the switches described above is preferably configured as a membrane switch in view of manufacturing cost and operational reliability.

3, an output cable line 22, a fuse 23, and the like are mounted on the RS communication cable connector 21 and the display D as shown in FIG.

A detailed hardware configuration is disclosed in FIG. The programmatic control part in the following description is a general technology and is too easy to implement for those skilled in the art and thus will not be described in detail.

CPU 30 for performing logic operation in accordance with a program, IO interface 31 for digitizing the output signal from the temperature and humidity sensors S1, S2, S3 .. and memory means 32 such as a hard disk, and the like. It is roughly comprised as IO interface 34 which outputs the command from the calculating means of CPU 30, and various setting switches SW of the said front panel.

In addition, the output from the C.P.U.30 is transmitted to the management server M for remote management and the data is processed in the management server M, which will be described later by way of example.

The administrator sets the setting switch SW of the main unit U, that is, the power switch 12, the temperature setting selector switch 13, and the temperature up setting switch so as to meet the temperature and humidity management ranges required by the precision equipment in the management area. (13-1), temperature down setting switch (13-2), humidity setting selection switch (14), humidity up setting switch (14-1), humidity down setting switch (14-2) as temperature management area and humidity management The area is set, and information on whether the alarm setting switch 16 is used is transmitted to the CPU 30.

In the state where the temperature setting selector switch 13 is turned on, the temperature management area is set as the temperature up setting switch 13-1 and the temperature down setting switch 13-2.

The humidity setting selection switch 14 is turned on to set the humidity management area as the humidity up setting switch 14-1 and the humidity down setting switch 14-2.

If necessary, the alarm setting switch 16 may be turned on so that an alarm is issued when the output value from the temperature and humidity sensors S1, S2, S3 .. deviates from the temperature and humidity management area.

Therefore, the reference value set by the setting switch SW of the main unit U is stored in the memory means 32 and the CPU 30 is a built-in comparator and the setting reference value and the temperature and humidity sensor stored in the memory means 32. By comparing the output values from (S1, S2, S3 ..), an alarm can be generated.

In addition, the measured values from the temperature and humidity sensors (S1, S2, S3 ..) are driven by the driver of the display (D) by the command of the CPU 30 to easily monitor the current temperature and humidity in the remote or remote locations. Can be.

More preferably, the output signal from the above-mentioned temperature and humidity sensors S1, S2, S3 .. is transmitted to the management server M of the remote place through the control from the CPU 30 and also through a communication line or a LAN line. The server may be provided with management software programmed to store the transmitted data in a database (DB),

If necessary, the recorded data of the database DB can be converted into a conventional spreadsheet, for example, Excel data of Microsoft Corporation, so that it can be used for general purposes.

The above-described control method may be configured as various programs and electrical controls, and the detailed program is not mentioned in the present invention.

Temperature, humidity measurement and alarm unit of the present invention as described above; Providing a device composed of the temperature and humidity sensor (S1, S2, S3 ..) and the main unit (U) for controlling it, it is easily installed in a management area having precision devices that are important for temperature, humidity management, maintenance, and monitoring. It is useful for unmanned management of optimized temperature and humidity with the protection of equipment.

Claims (3)

Providing temperature and humidity measurement and alarm units for measuring and monitoring a device interlocked with temperature and humidity, such as a computer room, a transmission room, an unmanned equipment room, a precision measurement room, etc. from a plurality of separate areas; The temperature and humidity measurement and alarm unit is a plurality of temperature and humidity sensors (S1, S2, S3 ..) that is remotely installed in the management area, A main unit (U), which is a box-type equipment that receives a measurement signal through a communication line from the temperature and humidity sensors (S1, S2, S3 ..), The main unit (U) is provided with a display (D) for displaying the measured values from the temperature and humidity sensors (S1, S2, S3 ..); The main unit (U) is a temperature setting selection switch 13, a temperature up setting switch 13-1, a temperature down setting switch 13-2, a humidity setting selecting switch 14, and a humidity up setting switch 14-. 1), humidity down setting switch 14-2, operation start switch 15, setting switch SW of alarm setting switch 16, A unit having a CPU 30 for control and a comparator, IO interfaces 31 and 34 for input / output with the temperature and humidity sensors S1, S2, S3, and the like and a memory means 32 such as a hard disk. Temperature and humidity measurement and alarm unit. The method of claim 1, The CPU 30 further has a comparator for generating an alarm by comparing the temperature and humidity management range of the management area set as the setting switch SW with the detection signal from the temperature and humidity sensors S1, S2, S3 .. Temperature and humidity measurement and alarm unit. The method of claim 1, The output of the controlled data value from the CPU 30 is delivered to the management server M for remote management via a communication line and is configured by the CPU 30 to manage as a database DB in the management server M. Temperature, humidity measurement and alarm unit which is characterized in that.