JPH0142206Y2 - - Google Patents

Description

[Detailed Description of the Invention] [Industrial Application Field] This invention relates to an automatic emergency vehicle activity recording device that automatically records the activity status of an emergency vehicle such as an ambulance.

[Conventional technology]

When an emergency vehicle such as an ambulance is dispatched to deal with an emergency situation and carries out emergency activities, it is necessary to record the time of each dispatch in detail, and this record is required. There is.

These records not only record the facts of the activities, but also may be submitted to the court as records depending on the situation, or are statistically processed and used as materials for establishing and improving the emergency operation system.

[Problem that the invention attempts to solve]

However, at present, emergency vehicle crews record data between emergency activities, which creates a risk of forgetting information or misreading records as they are mixed up in emergency activities. There were problems with accuracy, and it was a burden on the personnel responsible for recording, which meant that they could not concentrate on emergency activities.

Therefore, crew members engaged in emergency operations have requested an automatic recording device that can reduce the recording work and automatically collect accurate records, at least while they are engaged in emergency operations. There is.

[Means for solving problems]

In order to solve these problems, this invention has a setting device that corresponds to the activity content, a means for detecting the distance traveled, a clock circuit that measures the current time, and a memory that stores this information in accordance with the activity content. A calculation control circuit that performs predetermined calculations based on the stored contents, and a means for recording the calculation output of the calculation control circuit.

[Effect]

Information corresponding to the activity is stored, and
Desired processing is performed on the stored contents and recorded.

〔Example〕

FIG. 1 is a configuration diagram showing an example in which an automatic emergency vehicle activity recording device according to the present invention is mounted on an ambulance. In the figure, 1 is an emergency vehicle such as an ambulance, 2
is a mileage sensor that detects the running state of this emergency vehicle 1 and outputs a pulse signal proportional to the mileage;
Reference numeral 3 denotes a main body of an automatic emergency vehicle activity recording device, and this automatic recording device main body 3 is mounted on the emergency vehicle 1.

FIG. 2 is a block diagram showing the operation display section of the automatic emergency vehicle activity recording device shown in FIG. 1, and shows an example of the operation display screen.

In FIG. 2, the same reference numerals as in FIG. 1 indicate corresponding parts, 4 is an activity status setting device for setting the activity status, and this activity status setting device 4 consists of an illuminated push button switch that indicates the activity status. The types are, for example, "dispatch", "arrival", "transportation", "return trip", "return to station"
It consists of a push button switch. 5 is a dispatch purpose setting device for setting the dispatch purpose, and this dispatch purpose setting device 5 consists of an illuminated push button switch that indicates the dispatch circuit, and there are 15 types such as "fire", "traffic", "general injury", etc. It consists of a push button switch that can be set. Reference numeral 6 denotes a display device that displays the date, time, mileage, etc., and is constituted by a display circuit that displays the current time and distance traveled. Reference numeral 7 denotes a recorder for recording necessary information, and the record is configured to be printed out from a printer.

Next, an example of actual use will be explained step by step based on this FIG.

First, when an emergency vehicle receives a dispatch order and is dispatched from a waiting fire station, the "dispatch" button switch on the activity status setting device 4 is pressed. Then, a lamp will light up on the switch indicating that it has been pressed down, and
The lighting state continues until the next switch is pressed, and the recorder 7 prints out a display indicating "Dispatch" and the month, date, and time.

Next, when the push button switch for "Dispatch purpose" on the dispatch purpose setter 5 is pressed down, a lamp indicating that it has been pressed lights up on the switch section, and the lighted state continues until the next switch press operation. A display indicating the type of "dispatch purpose" is printed out from the recorder 7.

Next, when the emergency vehicle arrives at the scene and presses down the "Arrival" button switch on the activity status setting device 4, the "Dispatch" lamp that was lit up until now turns off and the "Arrival" button is pressed. A lamp indicating that the push button switch has been pressed lights up on the switch section, and the recorder 7
A display indicating “arrival” and the time will be printed out.

Next, if a patient is found, the patient is loaded and transport to the hospital begins. At this time, when the "Transportation" push button switch of the activity status setting device 4 is pressed down, the lamp indicating that it has been pressed lights up, the "Arrival" lamp goes out, and the "Transportation" button switch is displayed on the recorder 7. ” and print out the time.

Next, when you arrive at the hospital, press the "Arrival" push button switch, the lamp indicating "Transport" will go out, and the lamp indicating that the "Arrival" push button switch has been pressed will turn on. At the same time, the recorder 7 prints out a display indicating "arrival" and the time.

Then, when the patient is safely delivered to the hospital, the emergency activity is completed, and the patient is on his way home, the "return" button switch on the activity status setting device 4 is pressed. Then, the "Arrival" lamp goes out, and a lamp indicating that the "Return" push button switch has been pressed lights up on the switch section, and remains lit until the next switch operation, and the recorder 7 displays " A display indicating "return trip" and the time will be printed out.

Next, when you have returned to the fire station and completed all emergency activities, press the "Return" button switch on the activity status setting device 4, and the recorder 7 will print out a display indicating your return to the station and the time. As well as being out, the distance traveled, time required, average travel speed for each activity, and distance traveled, time required for each activity,
The average driving speed will be printed out. and,
The display lamps of the push button switches of the activity status setting device 4 and the dispatch purpose setting device 5 are turned off, the mileage display on the display section 6 is reset to zero, and the vehicle is on standby in preparation for the next activity.

Therefore, when the crew member of the emergency vehicle leaves the vehicle, he/she separates the printing paper from the recorder 7 and takes it home.

In the above usage example, we have explained the case where the dispatch purpose of the dispatch purpose setter 5 does not change during the activity. Even if
Each time the push button switch is pressed down, the contents are printed out by a recorder 7, and at the same time, a lamp indicating that the push button switch has been pressed continues to light up for the newly pressed push button switch.

FIG. 3 is a block diagram showing an example of the automatic emergency vehicle activity recording device according to the present invention, and only the parts necessary for explanation are shown.

In FIG. 3, the same symbols as in FIGS. 1 and 2 indicate corresponding parts, and 8 is the mileage sensor 2.
9 is a clock circuit that measures the current time; 10 is the setting status of the activity status setting device 4 and dispatch purpose setting device 5, the count value of the mileage counter circuit 8, and the clock circuit; a memory circuit for sequentially storing times from 9 to 11;
is a calculation control circuit having a calculation function for calculating the required time for each activity, travel distance, average travel time, total required time, travel distance, average travel time, etc. based on the information stored in the memory circuit 10; It is.

12 is an OR circuit (hereinafter referred to as an OR circuit) which receives the output of the dispatch purpose setter 5 and the output of the calculation control circuit 11; 13 is the output of the OR circuit 12 and the output of the activity status setter 4; OR circuit with output as input (hereinafter referred to as OR circuit), 1
4 is a two-input exclusive OR circuit (hereinafter referred to as an exclusive OR circuit) which inputs the output of the OR circuit 12 and the output from the clock circuit 9; 15 is an exclusive OR circuit with the output of the OR circuit 13; A recording control circuit which takes the output of the circuit 14 as an input and controls the recorder 7, and this recording control circuit 15 is connected to the calculation control circuit 11.
This constitutes a means for recording the calculation output obtained by.

Next, the operation of the example shown in FIG. 3 will be explained.

First, when an emergency dispatch order is received and the "dispatch" button switch of the activity status setting device 4 is pressed down, the signal passes through the OR circuit 13, operates the recording control circuit 15, and the output is used to record the data. 7 and it will be printed out. At this time, since the signal from the clock circuit 9 is constantly input to the recording control circuit 15 through the exclusive OR circuit 14, the printer of the recorder 7 prints the month, day, and time.

Further, the output signal of the activity status setting device 4 is input to the calculation control circuit 11, and the time and count value of the mileage counter circuit 8 are stored in the recording circuit 10. Note that the mileage counter circuit 8 counts pulse signals inputted from the mileage sensor 2 in proportion to the mileage of the emergency vehicle, and stores the pulse signals as the mileage.

Next, when the push button switch of the dispatch purpose setting device 5 is pressed down, the signal output from this switch passes through the OR circuits 12 and 13, operates the recording control circuit 15, and is printed out from the recorder 7.
At that time, the exclusive OR circuit 14 operates,
The time signal from the clock circuit 9 is not input and is not printed. Further, a signal based on the operation of the push button switch of the dispatch purpose setting device 5 is input to the calculation control circuit 11, and the information is stored in the recording circuit 10.

Next, select “Arrival” on the activity status setting device 4.
When the push button switch for "transport" or "return trip" is pressed down, the operation is almost the same as when the push button switch for "dispatch" is pressed down, and each time is printed, and the type and The mileage count and time are stored in the order in which the push button switches are pressed.

Then, when the emergency vehicle finishes all its emergency activities and presses down the "Return" push button switch on the activity status setting device 4, it is the same as pressing down the other push button switch on the other activity status setting device 4. Not only the type and time are printed from the recorder 7, but also the recording circuit 1
Based on the information stored in 0, the calculation control circuit 11
Calculation is started, and the required time, travel distance, average travel time, and total required time, travel distance, and average travel time for each activity are sequentially output from the calculation control circuit 11, and the outputs are sent to OR circuits 12, 13 and recorded. It is printed out from the recorder 7 via the control circuit 15.

Then, when the last signal is output and all operations are completed, the illumination lamps of the activity status setting device 4 and the dispatch purpose setting device 5 are turned off by the signal output from the calculation control circuit 11, and the mileage counter circuit 8 is turned off. Reset to zero.

Although examples of operation have been described above, these signal processing and storage/calculation functions can easily be realized as a whole using a microcomputer.
In addition, since there is a memory circuit, instead of printing sequentially each time the push button switch is pressed as described above, when the "return" push button switch of the activity status setting device 4 is pressed last, It goes without saying that it is easy to print the same content as described above all at once.

In addition, when patients are admitted to a hospital and transferred between hospitals, the "transport" and "arrival" push buttons are pressed alternately. In this case, the push button switches for "Site", "Transportation", and "Arrival" are pressed repeatedly. Therefore, for these push button switches that may be pressed many times during one dispatch, a counter corresponding to the switch of the activity status setting device 4 is added to this device, and a counter is added to the end of the display of each button to be printed. It is also possible to add a consecutive number indicating the number of times the number has been lowered.

[Effect of idea]

As explained above, this invention includes a setting device corresponding to the activity content, a means for detecting the distance traveled, a clock circuit for measuring the current time, a recording circuit for storing this information in accordance with the activity content, and a memory. a calculation control circuit that performs predetermined calculations based on the calculated contents;
Since the device is equipped with means for recording the calculation output of the calculation control circuit, information corresponding to the activity is stored, and the stored contents are subjected to desired processing and recorded, allowing the user to engage in emergency activities. This has the effect of reducing the record-keeping work of the crew members, thereby making it easier for the crew members to concentrate on emergency activities.

[Brief explanation of drawings]

FIG. 1 is a configuration diagram showing the emergency vehicle activity automatic recording device according to the present invention installed in an ambulance, and FIG. 2 is a configuration diagram showing the operation display screen of the emergency vehicle activity automatic recording device shown in FIG. 1. , FIG. 3 is a block diagram showing an example of the present invention. 1... Emergency vehicle (ambulance), 2... Mileage sensor, 4... Activity status setting device, 5... Dispatch purpose setting device, 6... Display device, 7... Recorder (printer),
8... Mileage counter circuit, 9... Clock circuit,
10... Memory circuit, 11... Calculation control circuit, 15
... Recording control circuit.

Claims (1)

[Scope of Utility Model Registration Request] In an emergency vehicle activity status automatic recording device installed in an emergency vehicle such as an ambulance, an activity status setting device that sets the activity status consisting of dispatch, arrival, transportation, return trip, and return to the station; a dispatch purpose setting device that sets a purpose; a mileage sensor that detects the traveling state of the emergency vehicle and outputs a pulse signal proportional to the distance traveled; a mileage counter that counts the output signal from the mileage sensor; a clock circuit that measures the current time; a memory circuit that sequentially stores the setting states of the activity status setting device and the dispatch purpose setting device, the counted value of the mileage counter, and the time from the clock circuit; a calculation control circuit that calculates the time required for each activity, travel distance, average travel time, total time required, travel distance, average travel time, etc. based on the information collected; and an activity status setter or dispatch purpose setter. Each time the item is operated, the operation item is printed out, and when the activity status setting device is operated, the time is also printed out, and when the return button on the activity status setting device is selected, which indicates the end of a series of tasks. An emergency vehicle activity status automatic recording device comprising a recording control circuit that prints out the item and the time at that time, and also prints out the output of the calculation control circuit.