CN2588470Y

CN2588470Y - Intelligent remote controlled punch-card machine

Info

Publication number: CN2588470Y
Application number: CN 02259053
Authority: CN
Inventors: 刘伟
Original assignee: Individual
Current assignee: Individual
Priority date: 2002-11-30
Filing date: 2002-11-30
Publication date: 2003-11-26
Anticipated expiration: 2012-11-30

Abstract

The utility model relates to an intelligent remote controlled punch-card machine, which is characterized in that the utility model is composed of a radio emission mechanism fixed on a running route, a radio receiving mechanism used on a vehicle and a data processing mechanism fixedly arranged between an origin station and a terminal station, wherein, the data processing and the radio receiving mechanism are electrically connected with each other by an interface circuit, and the radio receiving mechanism is connected with the radio emission mechanism by radios. A plurality of radio emission mechanisms are respectively fixed on different positions of the running route of a bus. The signals of time and station points are transmitted by the method of radios, when a bus passes through, the vehicle radio receiving mechanism is capable of receiving the signals sent by the station radio emission mechanism, so the card can be punched without getting off and stopping the vehicle. The bus drivers can stop to rest according to the time received, and can control the running speed of the buses, so the existing problems can be overcome.

Description

A kind of intelligent distant control punched-card machine

Technical field: the utility model relates to a kind of intelligent distant control punched-card machine.

Background technology: existing bus particularly city bus in when operation, need the driver and conductor to go to check card to the point of fixity in the operation way, by the management of checking card, guaranteeing that bus has a kind of good operation order,, also exist many problems though this management mode of manually checking card plays a role to the operation management of bus, one, take charge of well-behaved personnel and get off to check card and need sometimes to go across the road, and the vehicle of dealing is a lot, cause unsafe problem can for so the well-behaved personnel of department; Its two, to point of fixity go to check card and need take well-behaved visitor's time; Its three because human factor is too many, can occur some management less than the place, the operator of bus can find out space wherein, the phenomenon that causes commercial vehicle driving to be arranged or delay unloading causes certain negative effect to public transport company.

Summary of the invention: the purpose of this utility model is a kind of intelligent distant control punched-card machine of design, with wireless mode transmission time signal and website signal, when bus through out-of-date, the onboard wireless receiving mechanism just can receive the signal that website wireless transmit mechanism sends, need not get off and check card, car also need not stop, and the driver and conductor stopped according to the time that receives, with regard to the travelling speed of may command bus, thereby can overcome the variety of issue of above-mentioned existence.

The purpose of this utility model is such realization, design a kind of intelligent distant control punched-card machine, its Te-Zheng is: it is by a wireless transmit mechanism that is fixed on the routing, the wireless receiving mechanism that uses on one vehicle, one DPA data processing activity that is fixed between inception point and the terminus is formed, data processing is electrically connected by interface circuit with wireless receiving mechanism, and wireless receiving mechanism and wireless transmit mechanism pass through dedicated radio link.

Described wireless transmit mechanism has a plurality of and is separately fixed at diverse location on the bus routing.

Described wireless receiving mechanism 3 is fixed on the vehicle.

Described wireless receiving mechanism 3 is hand-held sets.

The intensity of the radio signal of transmitting between described wireless transmit mechanism 1 and the wireless receiving mechanism 3 is chosen in carries out dedicated radio link between the 5M-200M.

Described wireless transmit mechanism 1 is to be made of the wireless transmitter module, power supply, micro-processor interface circuit, clock circuit, display circuit and the keyboard circuit that are fixed in the housing; Micro-processor interface circuit is electrically connected with wireless transmitter module, clock circuit, display circuit, keyboard circuit and power supply by the I/O mouth.

Described wireless receiving mechanism 3 is to be made of the wireless receiving module, power supply, micro-processor interface circuit, display, memory, interface circuit, keyboard circuit, the sound circuit that are fixed in the housing, and micro-processor interface circuit is electrically connected with wireless receiving module, memory, display, interface circuit, keyboard circuit, sound circuit.

Transmitter module (RF401) 401 of described wireless transmit mechanism 1 and pin position P3.1, the P3.2 of microprocessor (AT89C2051) 402 are connected, the pin position P3.3 of keyboard 405 and microprocessor (AT89C2051) 402 is connected, the pin position P1 of display 403 and microprocessor (AT89C2051) 402 is connected, and pin position P3.4, the pin position P3.5 of clock control circuit 404 and microprocessor (AT89C2051) 402 are connected.

The pin position P3.0 of the receiver module of wireless receiving mechanism 3 (RF401) 501 and microprocessor (AT89C8051) 502 is connected, the pin position P3.2 of keyboard 503 and microprocessor (AT89C8051) 502 is connected, the pin position P1 of display 504 and microprocessor (AT89C8051) 502 is connected, the pin position P3.1 of interface control circuit 505 and microprocessor (AT89C8051) 502, pin position P3.3 connects, the pin position P3.4 of memory circuit (AT93C86) 506 and microprocessor (AT89C8051) 502, pin position P3.5, pin position P3.6 connects, and the pin position P2 of voice warning circuit (ISD) 507 and microprocessor (AT89C8051) 502 is connected.

The course of work of the present utility model is: wireless transmitter module sends website number information and temporal information at that time at interval by certain hour, when the vehicle that receiving mechanism is housed passes through website, site number information and the temporal information that will automatic reception wireless transmit mechanism sends also is stored in the memory, wireless receiving mechanism has auditory tone cues, expression process website and temporal information be record, these contents can be presented at by the keyboard operation in the wireless receiving mechanism on the display, check to make things convenient for the driver and conductor; After this mechanism receives site information, also can realize calling out the stops or calling out the stops function in advance.When car arrives the DPA data processing activity location, can pass to DPA data processing activity depositing the information of standing for a long while by the interface circuit of receiving mechanism, after DPA data processing activity is handled data processing, these information are printed by printer, file with convenient.Characteristics of the present utility model are: this intelligent distant control punched-card machine is easy to use, it can have the place placement wireless transmit mechanism of power supply and safety and can number to it on routing, wireless transmit mechanism can send website number information and temporal information at that time by certain time interval, does not need networking.And the commercial vehicle that is placed with wireless receiving mechanism is when being fixed on the website on the routing, wireless receiving mechanism can receive site number information and the temporal information that wireless transmit mechanism is sent out, and with these information storages in memory, the function that wireless receiving mechanism has information and calls out the stops, when car arrives the DPA data processing activity location, can pass to DPA data processing activity depositing the information of standing for a long while by the interface circuit of receiving mechanism, after DPA data processing activity is handled data processing, by printer these information are printed, file with convenient.It does not need to take charge of well-behaved personnel and gets off and check card, the driver and conductor is safe from danger, car can not stop yet, the passenger need not wait, temporal information is to be provided by the clock in the trigger mechanism, therefore can not occur because time difference after temporal information and site information process DPA data processing activity are handled, can be known car operation situation on the way yet.

Description of drawings: the utility model is described further below in conjunction with the embodiment accompanying drawing: Fig. 1 is that embodiment is using synoptic diagram; Fig. 2 is embodiment wireless transmit mechanism circuit theory diagrams; Fig. 3 is embodiment wireless receiving mechanism circuit theory diagrams; Fig. 4 is embodiment wireless transmit mechanism circuit theory diagrams; Fig. 5 is embodiment wireless receiving mechanism circuit theory diagrams.

Embodiment: embodiment as shown in the figure, usually wireless transmit mechanism 1 is fixed on the chosen certain site on the routing, but these websites are safety and the place that power supply source is arranged, and the intensity of the radio signal that wireless transmit mechanism 1 is sent out is limited at limited distance and can receives as 100M.Can prevent like this other communications facility radiography is rung, can write down more accurately on the other hand by the time of management vehicle by herein, it three can reduce power consumption.Wireless transmit mechanism 1 sends the number information of this website and temporal information at that time at interval with certain hour.The wireless receiving mechanism 3 that is fixed on the vehicle 2 receives time and the number information that wireless transmit mechanism 1 sends, because being fixed on wireless receiving mechanism 3 on the vehicle 2 can receive in certain distance and need many time and number information that sent by same wireless transmit mechanism 1, by the information number that receives, and it is treated, can know among the Che Zaizhan like this or the time in the way, and then can recognize the speed of car, therefore the time and the number information that write down 1 transmission of wireless transmit mechanism can be to choose the information and the last information of record for the first time, and are stored in the storer.After commercial vehicle arrived inception point or terminus, onboard wireless receiving mechanism 3 was passed to DPA data processing activity 4 to the information of being deposited by interface circuit, after DPA data processing activity is handled data, prints data by printer 5 again.Wireless transmit mechanism 1 among Fig. 2 is by housing 101, wireless transmitter module 102, micro-processor interface circuit 106, power supply 107, display circuit 103, keyboard circuit 104 and clock circuit 105 are formed, micro-processor interface circuit 106 can be a single-chip microcomputer, wireless transmitter module 102 is because the producer that produces, specification is more, in embodiment of the present utility model, select RF401 for use, it both can send, also can receive, in order to regulate initial time and site information, be provided with keyboard circuit 104 and display circuit 103 in the mechanism, for reaching the accuracy of time, be provided with clock circuit 105 in the mechanism.Wireless transmitter module 102, micro-processor interface circuit 106, power supply 107 are fixed in the housing 101, and it is local easily that housing 101 is fixed on safe and reliable power supply.During work, micro-processor interface circuit 106 reading the time in the clock circuit 105 and the site number signal that sets sent by wireless transmitter module regularly.Among Fig. 3, wireless receiving mechanism 3 is made up of housing 301, wireless receiving module 303, power supply 305, micro-processor interface circuit 302, display 308, memory 306, interface circuit 307, keyboard circuit 309 and sound circuit 304; Wherein micro-processor interface circuit 302 adopts single-chip microcomputer, and interface circuit 307 can be serial ports, parallel port, USB mouth or wireless transmitter module, and power supply 305 can be power supply or a battery supply on the car.Wireless receiving module 303, display 308, memory 306, interface circuit 307, keyboard circuit 309 and sound circuit 304 are connected electrically in respectively on the I/O mouth of micro-processor interface circuit 302, and entire circuit is fixed in the housing 101.This no line mechanism has the sound broadcast function, is called out the stops by manual button by the driver because existing sound broadcast has only when car arrives at a station.After adopting the scheme of Fig. 3, can realize automatic broadcasting, it can adapt to various public transit vehicles.Among Fig. 4, the pin position (P3.1, P3.2) of 1 transmitter module (RF401) 401 of wireless transmit mechanism and microprocessor 402 (AT89C2051) is connected, keyboard 405 is used to be provided with initial time and website, be connected with the pin position (P3.3) of microprocessor 402, show that the 403 pin positions (P1) that are used for demonstration time and site information and microprocessor 402 (AT89C2051) are connected, clock control circuit 404 is used for regularly, be connected with pin position (P3.4), pin position (P3.5) of microprocessor 402,406 is power supply among the figure.Among Fig. 5, the pin position (P3.0) that wireless reception mechanism 3 accepts module (RF401) 501 and microprocessor 502 (AT89C8051) is connected, keyboard 503 is used to show time of reception and website, be connected with the pin position (P3.2) of microprocessor 502, the pin position (P1) that display 504 is used for demonstration time and site information and microprocessor 502 (AT89C8051) is connected, interface control circuit 505 is used to transmit the pin position (P3.1) of data and microprocessor 502, pin position (P3.3) connects, the pin position (P3.4) of memory circuit 506 and microprocessor 502 (AT89C8051), pin position (P3.5), pin position (P3.6) pin connects, and the pin position (P2) that sound circuit 507 is used for voice suggestion and microprocessor 502 (AT89C8051) is connected.

Claims

1, a kind of intelligent distant control punched-card machine, it is characterized in that: it is by a wireless transmit mechanism that is fixed on the routing, the wireless receiving mechanism that uses on one vehicle, one DPA data processing activity that is fixed between inception point and the terminus is formed, data processing is electrically connected by interface circuit with wireless receiving mechanism, and wireless receiving mechanism and wireless transmit mechanism pass through dedicated radio link.

2, a kind of intelligent distant control punched-card machine according to claim 1 is characterized in that: described wireless transmit mechanism has a plurality of and is separately fixed at diverse location on the bus routing.

3, a kind of intelligent distant control punched-card machine according to claim 1, it is characterized in that: described wireless receiving mechanism (3) is fixed on the vehicle.

4, a kind of intelligent distant control punched-card machine according to claim 1, it is characterized in that: described wireless receiving mechanism (3) is a hand-held set.

5, a kind of intelligent distant control punched-card machine according to claim 1 is characterized in that: described wireless transmit mechanism (1) and wireless receiving mechanism (3) carry out dedicated radio link between 5-200M.

6, a kind of intelligent distant control punched-card machine according to claim 1, it is characterized in that: described wireless transmit mechanism (1) is made up of housing, wireless transmitter module, power supply, micro-processor interface circuit, clock circuit, display circuit and keyboard circuit, micro-processor interface circuit is electrically connected with wireless transmitter module, clock circuit, display circuit, keyboard circuit and power supply by the I/O mouth, wireless transmitter module, power supply, micro-processor interface circuit, clock circuit, display circuit and keyboard circuit, power supply is fixed in the housing.

7, a kind of intelligent distant control punched-card machine according to claim 1, it is characterized in that: described wireless receiving mechanism (3) is made up of housing, wireless receiving module, power supply, micro-processor interface circuit, display, memory, interface circuit, keyboard circuit, sound circuit, micro-processor interface circuit is electrically connected with wireless receiving module, memory, display, interface circuit, keyboard circuit, sound circuit, and wireless receiving module, power supply, memory, micro-processor interface circuit, display, interface circuit, keyboard circuit, sound circuit place in the housing.

8, a kind of intelligent distant control punched-card machine according to claim 1, it is characterized in that: the transmitter module (401) of described wireless transmit mechanism 1 (RF401) is connected with microprocessor (402) pin position (P3.1, P3.2) (AT89C2051), keyboard (405) is connected with microprocessor (402) pin position (P3.3) (AT89C2051), display (403) is connected with microprocessor (402) pin position (P1) (AT89C2051), and clock control circuit (404) is connected with microprocessor (402) pin position (P3.4), pin position (P3.5) (AT89C2051).

9, a kind of intelligent distant control punched-card machine according to claim 1, it is characterized in that: the module (501) of accepting of wireless reception mechanism (3) (RF401) is connected with microprocessor (502) pin position (P3.0) (AT89C8051), keyboard (503) is connected with microprocessor (502) pin position (P3.2) (AT89C8051), display (504) is connected with microprocessor (502) pin position (P1) (AT89C8051), interface control circuit 505 (RB232) and microprocessor (502) pin position (P3.1) (AT89C8051), pin position (P3.3) connects, memory circuit (506) (AT93C86) and microprocessor (502) pin position (P3.4) (AT89C8051), pin position (P3.5), pin position (P3.6) connects, and sound circuit (507) (ISD) is connected with microprocessor (502) pin position (P2) (AT89C8051).