KR200375040Y1 - Taximeter Having Part for Setting Interval of Speed Data - Google Patents

Abstract

The present invention relates to a taxi meter provided with a speed data time setting unit that can adjust the speed measurement time interval of the speed data of the taxi that is to be stored at a predetermined interval for a predetermined period. Taxi meter (1) of the present invention, the microprocessor (2) for controlling the overall function, the distance pulse signal generator (3) for providing the mileage signal of the vehicle required for the fare calculation to the microprocessor (2), other The microprocessor may generate a tariff input unit 4 for inputting a leaf, a tariff display unit 5 for displaying a tariff related item, a memory 6 for storing programs and data, and generate speed data by detecting a vehicle speed. A taxi meter comprising a speed sensing unit (7) provided in (2) and a data printing unit (8) on which data is printed, wherein the time for adjusting the speed measurement time interval of the speed data measured by the speed sensing unit (7) It is characterized by including the setting unit 10. According to the taxi meter (1) of the present invention, the time setting section 10 can adjust the speed measurement time interval of the speed data at a desired interval, when the speed data of the usual situation is required by setting a long time interval speed In the special case of storing and outputting data and requiring precise driving records, speed data can be saved and output by setting a short time interval from 1 second to several seconds. Therefore, the time interval of the speed data is fixedly set. There is an effect that can solve the problems associated with the conventional taxi meter.

Description

Taximeter having Part for Setting Interval of Speed Data

(Technology)

The present invention relates to a taxi meter, and more particularly a taxi meter provided with a speed data time setting unit that allows the user to adjust the speed measurement time interval of the speed data of the taxi, which is to be stored at a predetermined interval for a predetermined period. It is about.

(Background)

Taxi meters, which are based on the ability to calculate and display fares by measuring mileage and time, are not only functions related to the vehicle fare management system such as vacant cars, driving, surcharges, compounding, payments, and accumulation, It has evolved to have various additional functions such as function (ie, tachometer) and receipt printing function.

According to the law related to taxi operation, in order to be able to use it as a basic data for analyzing the causes of traffic accidents, the speed data of the vehicle is stored in the memory of the taxi meter over a certain period (for example, three days before the present time). It is regulated to record at any interval within 1 minute. In accordance with these regulations, taximeters with tachometer functions include a set of components for sensing vehicle speed and generating, storing and outputting speed data.

Figure 2 is an external perspective view of a general taxi meter, Figure 3 is a block diagram of a general conventional taxi meter.

As shown in the figure, the conventional taxi meter 100, in its appearance, for example, in the rectangular shape of the main body 110, tariff setting buttons for inputting a vacant car, running, surcharge, payment, compound, cumulative, etc. The printer 140 for printing the tariff display window 130 and the receipt, and the keypad input unit 150 for inputting various functions in place of the tariff setting button 120 are configured.

Internally, including a distance pulse signal generator 102 for providing a mileage signal of the vehicle required for fare calculation, centering on the microprocessor 101 for controlling the overall function of the taxi meter 100, and the A tariff input unit 103 corresponding to the tariff setting button 120, a tariff display unit 104 corresponding to the tariff display window 130, a memory 105 in which related programs or data are stored, and a vehicle speed It can be said that it is configured to include a speed detecting unit 106, a printing unit 107 corresponding to the printer 140, a keypad input unit 108 and the like to generate the speed data.

Corresponding to the storage of speed data of the vehicle occupies the storage capacity of the memory 105 correspondingly, if the speed data is stored at short intervals (seconds), it is possible to precisely analyze the speed, but a large amount of memory is required. In practice, the site stores speed data by setting a relatively long time interval such as, for example, 1 minute intervals.

However, regardless of how the existing taxi meters are set, the time interval is fixed so that the speed data is generated to generate speed data with only one time interval (eg, 1 minute) when the taxi meter is manufactured. There is a limitation that the time interval of speed data cannot be adjusted according to the purpose.

In other words, in a typical case, the desired vehicle driving record can be obtained only by the speed data obtained at a long time interval of 1 minute, but in a special situation such as the need to analyze the speed more precisely for a specific vehicle or driver. More precise speed interval data may be required, and in this case, there is a problem in that conventional taxi meters having fixed time intervals cannot obtain speed data of various time intervals that meet the needs of users.

The purpose of the present invention is to solve the above-mentioned problems associated with the conventional taxi meter in which the time interval of the speed data is fixed, and the time interval of the speed data of the taxi is used for the use of the speed data required by the user. It is to improve the utilization of speed data by allowing it to be freely adjusted accordingly.

1 is a block diagram of an exemplary taxi meter in accordance with the present invention;

2 is an external perspective view of a typical taxi meter;

Figure 3 is a block diagram of a typical conventional taxi meter.

<Description of Symbols for Main Parts of Drawings>

1: taxi meter of the present invention 2: microprocessor

3: distance pulse signal generator 4: tarip input

5: Tariff Display Part 6: Memory

7: Speed sensing unit 8: Data printing unit

9: keypad input unit 10: time setting unit

According to the present invention there is provided a taxi meter including a time setting unit for adjusting the speed measurement time interval of the speed data. According to the present invention, a microprocessor for controlling the overall function, the mileage signal of the vehicle required for fare calculation according to the micrometer The distance pulse signal generation unit provided to the processor, the tariff input unit for inputting the tariff, the tariff display unit for displaying the tariff related items, the memory in which programs and data are stored, and the vehicle speed are detected to generate speed data. A taxi meter comprising a speed sensing unit provided to a microprocessor and a data printing unit to which data is printed, the taxi meter having a time setting unit for adjusting a speed measurement time interval of the speed data measured by the speed sensing unit.

Preferably, the taxi meter of the present invention further includes a keypad input unit for inputting various functions in place of the tariff input unit, and the adjustment of the speed measurement time interval of the speed data by the time setting unit is input through the keypad input unit.

Hereinafter, with reference to the accompanying drawings will be described in detail a taxi meter equipped with a speed data time setting unit according to the present invention. The following specific examples merely illustrate the taxi meter provided with a keypad input unit according to the present invention, and are not intended to limit the scope of the present invention.

1 is a block diagram of an exemplary taxi meter in accordance with the present invention.

As illustrated in FIG. 1, the taxi meter 1 according to the present invention includes a microprocessor 2 for controlling all functions of the taxi meter 1 according to its function, and a mileage signal of a vehicle required for fare calculation. Distance pulse signal generating section 3 provided to microprocessor 2, Tariff input section 4 for inputting a tariff, Tariff display section 5 for displaying tariff related matters, Memory for storing programs and data 6, in place of the speed detection unit 7 for detecting the vehicle speed and generating the speed data and providing the speed data to the microprocessor 2, the data printing unit 8 on which the data is printed, and the tarip input unit 4; Keypad input unit 9 for inputting various functions is included.

According to a feature of the present invention, in the taxi meter 1 of the present invention in order to store the speed data obtained by the speed sensing unit 7 so as to be outputted, a desired interval for speed measurement of the speed data of the speed data (eg, 1 And a speed data time setting section 10 to set the time interval within minutes, whereby the speed data obtained by the speed sensing section 7 is the speed of the time interval specified by the speed data time setting section 10. The data is stored in the memory 6 and can be outputted through the printing unit 8 or the like, if necessary.

As the time setting unit 10 is provided in the taxi meter 1 of the present invention, instead of the button of the tarip input unit 4 used as an input means for executing various functions of the taxi meter, the tarip input unit 4 is replaced. Using a keypad of the keypad input unit 9 formed integrally with the remote control developed to input various function execution, or the taxi meter (see Utility Model Registration Application No. 20-2004-0016655 of the same application) developed by the present inventors When the desired time interval is inputted, the microprocessor 2, the tarp input unit 4, the tarp display unit 5, the memory 6, the speed sensing unit 7, the data printing unit 8 and the associated program It is possible to adjust the time interval of the resulting speed data by the operation of the time setting unit 10 is built in a mutual organic relationship.

The input procedure manual of the tariff input button for inputting the speed measurement time interval is determined by the relevant program of the taxi meter.

As described above, according to the taxi meter 1 having the speed data time setting unit of the present invention, the taxi meter 1 is controlled by using the input means such as the tariff input unit 4 to control the time setting unit 10. It is possible to freely adjust the speed measurement time interval of the speed data stored and output to the time interval suitable for the user's request within the legal scope.

Although the time setting unit 10 has been described with reference to the example applied to the taxi meter 1, the time setting unit 10 is also applied to a tachometer (vehicle driving recorder) having a function of storing and outputting speed data. Naturally, the time interval of the speed data stored and output by the tachometer can be adjusted.

Taxi meter (1) of the present invention described above, the time setting unit 10 can adjust the speed measurement time interval of the speed data to the desired interval, if the speed data of the usual situation is required to increase the time interval ( For example, 1 minute) can be set to store and output speed data, and in special cases requiring precise driving records, speed data can be stored and output by setting a short time interval from 1 second to several seconds. There is an effect that can solve the problems associated with the conventional taxi meter that has a fixed time interval of.

Claims (2)

A microprocessor (2) for controlling various functions, a distance pulse signal generator (3) for providing a mileage signal of a vehicle required for the fare calculation to the microprocessor (2), and a tariff input unit (4) for inputting a tariff , A tariff display unit 5 displaying tariff related matters, a memory 6 in which programs and data are stored, and a speed detector 7 generating speed data by detecting a vehicle speed and providing the speed data to the microprocessor 2. In the taxi meter comprising a data printing unit 8 and the data is printed, Taxi meter with a speed data time setting unit characterized in that it comprises a time setting unit 10 for adjusting the speed measurement time interval of the speed data measured by the speed detecting unit (7). The method of claim 1, further comprising a keypad input unit (9) for inputting various functions in place of the tariff input unit (4), wherein the adjustment of the speed measurement time interval of the speed data by the time setting unit (10) Taxi meter provided with a speed data time setting unit, characterized in that the input via the keypad input unit (9).