JP4405998B2 - Wake-up centralized monitoring system - Google Patents

Description

  The present invention relates to a wake-up state centralized monitoring system for monitoring a wake-up state in order to prompt a specific person who is taking a nap or going to sleep for early morning work or the like.

  Conventionally, a control timer is used to awaken an employee who is on standby at a resting place, etc., by automatically swinging it in the air, without disturbing the sleep of other napmen at a predetermined time. A product in which an air bag, a blower and a hose are set is used (see Patent Document 1).

  Based on this, the wake-up state management in a room where a large number of people take a nap or go to sleep is performed in a centralized manner. In this centralized system for wake-up state centralized management, the time set, wake-up operation, and non-wake-up of individual rooms are monitored by a central control panel and a personal computer.

  However, in this centralized system, the wiring between each room and the centralized control panel requires a total of four wiring lines including two control lines and two AC100V power supply lines for each room. In addition, the centralized control panel becomes large and expensive.

In addition, when the number of rooms is small, products with a set of control timer, air bag, blower, hose, etc. for getting up are used for individual people. Can not be monitored. Therefore, this set alone is not a problem for individuals, but for multiple employees, especially when there are many sleepers and there are sleepers across multiple rooms, Management items to monitor and manage automatically.
No.46-34460

  As mentioned above, it is necessary to rationalize the centralized wiring configuration of the conventional centralized control panel and centralized wake-up state management using a personal computer, and it is necessary to reduce the cost. When there are many persons and there are sleeping persons straddling a plurality of rooms, it is necessary to newly introduce management items for monitoring and managing the wake-up state in general.

  The present invention has been made in view of the above circumstances, and while rationalizing the wiring configuration of the present system, a wake-up state centralized monitoring system capable of centrally monitoring the wake-up state for a plurality of employees, and Its purpose is to provide such a method.

In order to achieve the above object, a centralized wake-up device monitoring system according to claim 1 of the present invention outputs a set command by setting a time for a sleeper to wake up, and an operation command at the set time. A control timer that outputs a set command from the control timer, sends the set command to the wake-up state centralized monitoring panel, operates the blower in response to the operation command, and supplies and discharges air by the blower The air bag that lifts and lowers the sleeper's body to wake up the sleeper, and the set command is received, and the sleeper's wake-up state is determined based on the display information output by the sequencer in the wake-up state centralized monitoring panel. A personal computer to be displayed on a display, and the personal computer receives display information sent from a sequencer in the wake-up state centralized monitoring panel. Based on the above, the wake-up state of each sleeping person is determined and displayed as to which wake-up state is unset, set, operating, previous wake-up, wake-up, non-wake-up, or abnormal state. To do.

The centralized wake-up device monitoring system according to claim 2 of the present invention outputs a set command by setting a time for a sleeper to wake up and outputs an operation command at the set time, and the control A set command from the timer is received and sent to the wake-up state centralized monitoring panel, and a monitoring output unit that operates the blower in response to the operation command, and a sleeper's body is lifted or lowered by supplying and discharging air by the blower. An air bag that awakens the sleeping person, and a personal computer that receives the set command and displays the sleeping state on the display based on the display information output from the sequencer in the rising state centralized monitoring panel. Provided, the personal computer is based on the display information sent from the sequencer in the wake-up state centralized monitoring panel, the sleep state of each sleeper Is not set, set, operating, forward wakeup, wakeup, non-wakeup, abnormal wakeup state, and when identifying and displaying which wakeup state, an identification color is assigned to each wakeup state. It is characterized by being displayed.

  According to the wake-up state centralized monitoring system of the first to third aspects, the setting of the wake-up state centralized monitoring system in a room where a large number of nap or sleeping is made can be made low-cost and the operation can be made effective. As a result, the spread of the wake-up state centralized monitoring system can be facilitated.

Embodiments of the present invention will be described below with reference to the drawings.

FIG. 1 is a block diagram showing the configuration of the wake-up centralized monitoring system of the present invention.
In FIG. 1, the wake-up centralized monitoring system includes a control timer 1, a monitoring output unit 2, a blower 3, an air bag 4, a wake-up device centralized monitoring panel 5, a hose 6, an AC100V outlet 7, a set switch 8, and a personal computer 9. ing.

  Here, the operation of each component will be described.

  The control timer 1 is set with the time to wake up by each sleeping person. When the wake-up time is set, the control timer 1 issues a set command to the monitoring unit 2 and sends an operation command to the monitoring output unit 2 when the set time is reached.

  When the monitoring output unit 2 receives the set command, the monitoring output unit 2 sends the set command to the wake-up device centralized monitoring panel 5, and then receives the operation command to operate the blower 3.

  The blower 3 sends air to the air bag 4, and the air bag 4 lifts, lowers, or swings the sleeper's body to wake the sleeper.

  When the set-up command is sent from the monitoring output unit 2, the wake-up state centralized monitoring board 5 sends display information to the personal computer 9 according to the control of the sequencer inside the wake-up state centralized monitoring board 5.

  Based on the display information sent from the sequencer, the personal computer 9 can determine which sleeper's wake-up state is one of seven states: unset, set, operating, previous wake-up, wake-up, non-wake-up, and abnormal. It is determined whether it is in a state, and the monitoring state is displayed.

The above-described seven state determination displays are performed as follows.
“Not set” indicates an unset state. “Setting” indicates that the set switch is on. “In operation” indicates that the blower is on-off (repetition every 8 seconds). 15 seconds after the operation command is received, the display is in operation. Even if it is set once, the “pre-wake-up” becomes the pre-wake-up when the sleeper wakes up before the set time and turns off the set switch before the wake-up time. “Wake up” is a wake-up display when a sleeper senses a motion and wakes up and turns off the set switch during the motion. “Non-wake-up” is a non-wake-up display if it is not reset even after 3 minutes have passed since the operation. “Abnormal” is displayed as an abnormality unless power is restored even after 20 seconds have elapsed after a power failure.

  If a simple symbol that can be used for color identification is assigned to the above seven display items, the wake-up state can be easily monitored visually.

  FIG. 3 shows an example of combinations of display items displayed on a personal computer and identification colors.

  “Not set” corresponds to white, “In setting” corresponds to green, “In operation” corresponds to yellow, “Waking up” corresponds to sky blue, “Waking up” corresponds to blue, “No rising” corresponds to red, and Abnormal corresponds to pink.

  The display items are not limited to the above seven items, and may be decreased or increased.

  Further, in FIG. 1, a set switch 8 is provided on the operation surface of the control timer 1 in which a sleeping book is put in advance. In addition, an operating switch (no symbol) is installed in the monitoring output unit 2.

  Next, an operation flow of the wake-up centralized monitoring system configured as shown in FIG. 1 will be described. This operation proceeds according to the flowchart shown in FIG.

  First, a person who takes a nap for work in the middle of the night or early in the morning, lay an air bag 4 under the bed mattress, connect the power cord of the blower to the control timer 1, and turn on the power cord of the control timer 1. Connect to the AC 100V outlet of the room (step S1).

  Next, when the time to wake up is set in the control timer 1, a set command is issued to the monitoring unit 2 (step S2).

  Thereafter, at the set time, the control timer 1 sends an operation command to the monitoring unit 2, operates the blower 3 (step S3), and sends air to the air bag 4 (step S4).

  The air bag 4 lifts, lowers, or swings the sleeper's body to wake up. The swinging is continued for 3 to 5 minutes at intervals of 7 to 8 seconds (step S6).

  The set command and the operation command are sent not only to the monitoring output unit 2 but also to the centralized monitoring panel 5 at the same time. The wake-up state centralized monitoring panel 5 takes in the set command and the operation command, performs signal processing by the sequencer in the wake-up state centralized monitoring panel 5 (step S5), and displays the state on the personal computer 9 connected by RS232C (step S5). S7).

  As described above, the status display on the personal computer 9 is “not set” when not set, “set” when the set switch is turned on, “in operation” when the blower is on-off, Turn on and turn off before wake-up time, “Wake-up”, “Wake-up” when the set switch is turned off while the blower is operating, “Wake-up” if the fan does not reset after 3 minutes of operation, Power failure If the power does not recover even after 20 seconds have elapsed, “abnormal” is displayed (also step S6).

  According to this embodiment, the wake-up state centralized monitoring system sends a set command and an operation command from the control timer to the wake-up state centralized monitor panel 5 via the monitoring output unit, The sequencer performs signal processing, displays 7 points (not set, set, operating, previous wakeup, wakeup, no wakeup, abnormal) on the personal computer screen, and manages the operation status. Assuming essential management items, multiple wake-up states can be centrally monitored. Furthermore, since the number of power lines and signal lines can be reduced, the monitoring operation can be effectively performed and the crown system can be set at a low cost, so that a wake-up state centralized monitoring system that can be easily spread can be provided.

  Note that RS232C is used between the wake-up state centralized monitoring panel 5 and the personal computer 9, but by using a modem and a telephone line, a personal computer can be set up at a remote location and displayed on the personal computer screen. In addition, the above-described seven status displays can be performed.

It is a block diagram which shows the structure of the centralized wake-up apparatus monitoring system of this invention. It is a figure which shows the relationship between the display item of personal computer of the centralized wake-up apparatus monitoring system of this invention, and an identification color. It is a flowchart which shows the flow of operation | movement of the centralized waking apparatus monitoring system of this invention. It is a block diagram which shows the conventional example of a wake-up apparatus system.

Explanation of symbols

  DESCRIPTION OF SYMBOLS 1 ... Control timer, 2 ... Monitoring output unit, 3 ... Blower, 4 ... Air bag, 5 ... Centralized monitoring panel, 6 ... Personal computer, 7 ... AC100V outlet, 8 ... Set switch

Claims (2)

A control timer that outputs a set command by setting the time when the sleeper wakes up, and outputs an operation command when the set time is reached,
Receiving a set command from the control timer and sending it to the wake-up state centralized monitoring panel, and a monitoring output unit for operating the blower in response to the operation command;
An air bag for raising and lowering the sleeper's body by supplying and discharging air by the blower to wake the sleeper;
A computer that receives the set command and displays the sleeping state of the sleeping person on the display based on the display information output by the sequencer in the rising state centralized monitoring panel,
Based on the display information sent from the sequencer in the wake-up state centralized monitoring panel, the personal computer wakes up the sleep state of each sleeper that has not been set, set, operating, previous wake-up, wake-up, non-wake-up, A centralized wake-up device monitoring system characterized by displaying and displaying which wake-up state among the states. A control timer that outputs a set command by setting the time when the sleeper wakes up, and outputs an operation command when the set time is reached,
Receiving a set command from the control timer and sending it to the wake-up state centralized monitoring panel, and a monitoring output unit for operating the blower in response to the operation command;
An air bag for raising and lowering the sleeper's body by supplying and discharging air by the blower to wake the sleeper;
A computer that receives the set command and displays the sleeping state of the sleeping person on the display based on the display information output by the sequencer in the rising state centralized monitoring panel,
Based on the display information sent from the sequencer in the wake-up state centralized monitoring panel, the personal computer wakes up the sleep state of each sleeper that has not been set, set, operating, previous wake-up, wake-up, non-wake-up, A centralized wake-up device monitoring system, characterized in that an identification color is assigned to each wake-up state and displayed when determining and displaying which wake-up state in the wake-up state.

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