JP3183057U - Heat stroke index measurement and display device - Google Patents

Abstract

The present invention provides a heat stroke index measurement and display device that can easily and reliably perform heat stroke prevention management.
In a heat stroke index measurement display device including a wet and dry thermometer, a black bulb thermometer, and a display for displaying a heat stroke index obtained based on the measured values, the display is provided. The heat stroke index measurement and display device is detachably provided in the device in a state in which the measurement value can be displayed.
[Selection] Figure 1

Description

  The present invention relates to a heat stroke index measurement display device used for heat stroke prevention.

  As global warming progresses and solar radiation increases, the problem of heat stroke is increasing. In recent years, therefore, heat stroke indices have been announced in weather forecasts, and the occurrence of heat stroke has been reported in the area. Therefore, although the possibility of the occurrence of heat stroke is known to some extent on one day, it is difficult to grasp the possibility of the occurrence of heat stroke in the environment where you are actually present. Therefore, recently, there is provided a heat stroke index measurement display device that is integrally provided with a wet and dry thermometer, a black bulb thermometer, and a display that displays a heat stroke index obtained based on those measured values, The device is arranged in each environment, so that the person there recognizes the display and prevents the occurrence of heat stroke.

  However, such heat stroke index measurement and display devices are not used to actively perform heat stroke prevention management. For example, when sports are performed outdoors or in a gymnasium during the summer in school, the school must surely recognize the possibility of heat stroke in the environment, but the current situation is not fully recognized.

  This invention was made in view of the above circumstances, and was carried out for the purpose of facilitating and ensuring heat stroke prevention management.

Solution to the problem

  In this device, in a heat stroke index measurement and display device comprising a wet and dry thermometer, a black bulb thermometer, and a display for displaying a heat stroke index obtained based on the measured values, the display includes the measurement Provided is a heat stroke index measurement display device which is detachably provided in the device in a state in which a value can be displayed. Further, the invention of claim 2 provides the heat stroke index measurement display device of claim 1.

  According to this device, since the display device is detachably provided in the state in which the measured value can be displayed, the display device can be removed and disposed at a position where the display can be easily seen. In addition, only the display unit can be placed in a department such as a staff room in a school or a management room of a factory, for example. As a result, it becomes easier to prevent and manage heatstroke.

  Furthermore, it includes a mounting box and a horizontal pipe that is connected and fixed to the mounting box, and the wet and dry thermometer and the black bulb thermometer are attached to both ends of the horizontal pipe, respectively, on the front surface of the mounting box. The indicator is detachably attached, and measurement data is transmitted from the wet and dry thermometer and the black bulb thermometer through the horizontal pipe, so that wiring is built in the horizontal pipe. Thus, a heat stroke index measuring and displaying apparatus that has a stable structure and can be easily assembled can be obtained.

Effect of device

  According to this device, the heat stroke index can be recognized by a display device disposed at a desired position, and heat stroke prevention management can be easily and reliably performed.

  FIG. 1 is an external front view of the heat stroke index measuring and displaying apparatus of the present invention, and FIG. 2 is an external rear view of the apparatus.

  The heat stroke index measurement and display device 1 has a mounting box 7 attached to an upper part of an extendable pipe 5 extending upward from a tripod base 3, and both ends of a horizontal pipe 9 connected and fixed to the box 7. In addition, a wet and dry thermometer 11 and a black bulb thermometer 13 are attached.

  Reference numeral 14 denotes a display that performs display using an LED or liquid crystal, and is detachably provided on the front side of the box 7. FIG. 3 is a view for explaining the attachment. Reference numeral 8 denotes an attachment tool in which an attachment surface portion 6 is integrally provided on the upper portion of the cylinder portion 4, and is attached to the upper end of the pipe 5, and a box 7 is screwed onto the attachment surface portion 6. The screw is fixed through a fixing hole 13 a provided in the attachment surface portion 6 and a fixing hole (not shown in the figure) provided in the lower surface of the box 7.

  The indicator 14 is attached to the box 7 via an attachment piece 18. The mounting piece 18 includes a vertical portion 16 and a horizontal portion 19 protruding rearward from the center of the upper edge thereof. A fixing hole 13b provided in the vertical portion 16 and a fixing hole 13c provided in the back surface of the display unit 14 are provided. It is attached to the back surface of the display device 14 by being fixed with the screw 17. Reference numeral 30 is a code for sending measurement data from the box 7 to the display 14, and 31 is a code for sending measurement data from the display 14 to another device.

  The horizontal portion 19 of the mounting piece 18 attached in such a manner is placed on the box 7 and is fixed to the screw 17 through the fixing holes 13d and 13e provided in the respective portions, whereby the indicator 14 is attached to the box 7. It is attached. Transmission of measurement data from the wet and dry thermometer 11 and the black bulb thermometer 13 into the box 7 is performed through the horizontal pipe 9.

  FIG. 4 shows the heat stroke index measurement display device 1 with the display 14 removed. From the fitting 8 at the top of the pipe 5, the box 7, the horizontal pipe 9 integrated with the box 7, the wet and dry thermometer 11, and the black bulb thermometer 13 can also be removed integrally, and this removed one is prepared separately. As shown in FIG. 5, only the removed display device 14 is attached to the upper portion of the lever, and display by the display device 14 can be performed. At this time, the horizontal portion 19 of the mounting piece 18 is placed on the mounting surface portion 6 of the mounting tool 8 and fixed by screwing through the fixing holes 13a and 13f. The removed indicator 14 can be disposed at an appropriate position so that the horizontal portion 19 of the attachment piece 18 is locked and fixed to the front edge of a counter, a box or the like. In the removed state, the fixing hole 13c in the shape of a long hole on the upper back side can be locked to a protruding locking tool or the like and locked to a wall surface or the like.

  A rubber ring 52 is fitted on the pipe 5 so as to be elastically slidable at the lower part of each of the fastening tools 51 when the pipe 5 is expanded and contracted. Since the ring 52 is attached in this manner, even when the fastening tool 51 part unexpectedly descends integrally with the upper part due to the weight when the pipe 5 is expanded and contracted, the ring 52 hits the finger to pinch the finger. Such injuries are avoided.

  FIG. 6 is a configuration diagram of a heatstroke index notification system 100 in a school using the heatstroke index measurement display device 1.

  The heat stroke index measurement display device 1 is disposed in each of the athletic field U and the gymnasium T. The display 14 of the heat stroke index measurement display device 1 is provided with a changeover switch (provided in a recess on the lower surface of the display 14 and does not appear in the figure). Heat stroke index in each case with no room (with sunshine 0.7 × wet bulb temperature + 0.2 × black bulb temperature + 0.1 × dry bulb temperature Without sunshine 0.7 × wet bulb temperature + 0. (3 × black bulb temperature) can be measured and displayed, and those placed in the sports field U are heat stroke indices when there is sunshine, and those placed in the gymnasium T are heat stroke indices when there is no sunlight. Is displayed. The wet bulb temperature and / or dry bulb temperature data measured by the dry and wet thermometer 11 and the black bulb temperature data measured by the black bulb thermometer are amplified in the circuit in the box 7 and given to the display 14 for display. The device 14 calculates a heat stroke index based on the data and displays the heat stroke index together with the temperature.

  The heat stroke index measurement display device 1a arranged in the sports field U is used in a state in which the display 14 is removed as shown in FIG. 4, and the display 14 is another place where a person in the sports field U can check, For example, it is attached to a school building wall or a bulletin board. The heat stroke index signal from the heat stroke index measurement and display device 1a is also given to a management display 14a provided separately in the staff room S via a cord, and the alarm signal generation unit 21 is further provided from the display 14a. The heat stroke index signal is given to each of the printer 22 and the personal computer (storage device) 23. When the given heat stroke index value exceeds the set value, the alarm signal generation unit 21 provides an alarm lamp (alarm device) 33 with a driving output for generating an alarm and also transmits an alarm mail to the transmission unit (alarm transmission device) 20. Give drive output. The alarm lamp 33 supplies the personal computer 23 with the lamp current when the lamp is lit as a lighting detection signal, and the transmission unit 20 supplies the driving current during transmission as a transmission detection signal. The printer 22 records the given heat stroke index value over time. The computer 23 stores the given heat stroke index value and each detection signal data in a memory, and creates and displays graph data based on the data. When the alarm mail transmission drive output is given, the transmission unit 20 automatically transmits alarm mail to each of the registered slave devices such as mobile phones and terminal devices 60 such as personal computers in each home.

  The heat stroke index signal from the heat stroke index measurement and display device 1b arranged in the gymnasium T is also given to a management display 14b provided separately in the staff room S. The display 14b further includes an alarm lamp. A heat stroke index signal is given to each of the alarm signal generation unit 41, the printer 44, and the personal computer 23 connected to 43. The alarm lamp 43 gives the lamp current when the lamp is lit to the personal computer 23 as a lighting detection signal.

  According to the heat stroke index notification system 100, first, a person who performs sports in the athletic field U and the gymnasium T can know the current heat stroke index of the place by using the display 14, and thus the person who performs sports himself Can avoid the heat stroke. In addition, the respective heat stroke index can be confirmed on each of the indicators 14a and 14b in the staff room S, and if there is a risk of heat stroke, the alarm lamps 33 and 43 are turned on. By recognizing and confirming them, it is possible to stop and stop the exercise at the playground and gymnasium, and to take action to avoid the occurrence of heatstroke reliably and smoothly. The actually measured heat stroke index data is printed and formed by the printers 22 and 44, the data is stored in the personal computer 23, and the graph display is performed.

  Furthermore, an alarm mail is automatically transmitted to a terminal 60 such as a mobile phone or a personal computer owned by a school student or his / her parents through the transmission unit 20, and the content of the transmission is confirmed to confirm heat stroke in the entire region. Prevention of occurrence is achieved.

  It should be noted that whether the alarm lamps 33 and 43 are actually turned on when a heatstroke actually occurs or whether the transmission unit 20 has actually performed a transmission operation is a lighting detection signal or transmission detection signal of the personal computer 23. Thus, the reliability of the system can be confirmed.

  Appearance front view of heat stroke index measurement display device of this device   Rear view of the heat stroke index measurement display device of this device   Installation diagram of the indicator of the heat stroke index measurement display device of this device   Appearance front view of the heat stroke index measurement display device of the present invention with the indicator removed   Installation example explanatory diagram of the removed display in the heat stroke index measurement display device of this device   Configuration diagram of heat stroke index notification system

1 heat stroke index measurement display device 11 wet and dry thermometer 13 black bulb thermometer 14 indicator 20 transmission unit 23 personal computer)
33 Alarm lamp 34 Alarm lamp 60 Terminal 100 Heat stroke index notification system

Claims (2)

In a heat stroke index measurement and display device comprising a dry and wet thermometer, a black bulb thermometer, and a display for displaying a heat stroke index obtained based on the measurement values thereof,
A heat stroke index measurement display device, wherein the display device is detachably provided in the device in a state where the measurement value can be displayed.   A mounting pipe and a horizontal pipe that is connected and fixed to the mounting box, the wet and dry thermometer and the black bulb thermometer are attached to both ends of the horizontal pipe, and the display is provided on the front of the mounting box. The heat stroke index measurement and display device according to claim 1, wherein a vessel is detachably attached, and measurement data is transmitted from the wet and dry thermometer and the black bulb thermometer through the horizontal pipe.

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