CN2234106Y

CN2234106Y - Door entrance management controller

Info

Publication number: CN2234106Y
Application number: CN95212663U
Authority: CN
Inventors: 李宝珍
Original assignee: Individual
Current assignee: Individual
Priority date: 1995-05-26
Filing date: 1995-05-26
Publication date: 1996-08-28
Anticipated expiration: 2005-05-26

Abstract

The utility model relates to a door entrance management controller. A receiving module circuit receives the emission signals of a remote controller, and the signals are sent to a central processing unit through a microprocessor and an RS-232 interface; then, after the code confirmation, the use right confirmation, the time and number count and the other programs of the signals are processed in the central processing unit, the central processing unit outputs a signal to be sent to a microprocessor through the RS-232 interface, and the microprocessor works with a door inhibition control circuit to relieve the door inhibition. Thus, people or vehicles can enter. In addition, the microprocessor is provided with a burning and recording circuit which can burn, record and duplicate the remote controller.

Description

The gate inhibition passes in and out management and control device

The utility model relates to a kind of gate inhibition and passes in and out management and control device, especially refer to a kind of parking lot that applies to, particular place gate inhibition's turnover management devices, it is mainly by a receiver module circuit, microprocessor, RS-232 interface and gate inhibition's control circuit are formed, wherein the receiver module circuit can receive transmitting from telepilot, this transmits and delivers to CPU (central processing unit) through microprocessor and RS-232 interface and carry out the right to use and confirm, service time, the login of starting at of number of times waited handling procedure, again after confirming that the user is errorless, send a signal by CPU (central processing unit) and touch gate inhibition's control circuit releasing gate inhibition, to let pass through microprocessor; Moreover be provided with a burning circuit on the microprocessor, can the copy backup telepilot.

Because science and technology is maked rapid progress with industrial level, robotization has become an inevitable trend, the past robotization is applied to industry for a long time, not general in general daily life, obviously change yet this kind situation is existing at present, utilization as telepilot, the embryo that promptly has robotization, yet the optimum condition of robotization should be unmanned guard, this is only the final ideal of robotization, but this kind expectation is reflected in the actual life, the effect of practice is unsatisfactory, with parking lot, building in the present city is example, be to buy by oneself the parking stall wherein except that minority, most of parking stall owners all belong to lease character, for leasehold relationship object appearred promptly leasing both, reach problem such as pay the fees during this time, if the problem of metering is arranged for chargeing more to derive one by one, complicated problem of management like this, all finished with manpower in the past, but wages market with present city district, employ the special messenger and be engaged in the parking lot management, its cost is quite high, simultaneously also can not drop into too many manpower at this, thereby with limited manpower in the face of aforementioned complicated problem of management, and regret unable to do what one wishes is arranged, the lease date of start of calculation of each parking stall may be all inequality, thereby the date of paying the fees is all inequality, if overtime respective handling how when paying the fees, how about prevent that the parking stall from by improper problems such as take, obviously not being that very few manpower can be born, in fact if can the perfect automated management system of matching design, foregoing problems all can be readily solved.

In view of this, this creator is through development test in many ways, and the gate inhibition who successfully creates a kind of robotization finally passes in and out management and control device, and it can reduce managing human significantly, even can reach unserviced boundary, and make the control that enters of particular place enter effective management.

Therefore, fundamental purpose of the present utility model is to provide a kind of robotization gate inhibition to pass in and out management and control device, it mainly is to receive transmitting of telepilot with a receiver module circuit, again after a microprocessor and RS-232 interface are delivered to CPU (central processing unit) and are carried out handling procedures such as right to use affirmation, service time and number of times calculating, with this pen turnover data storing, and export a signal by CPU (central processing unit) and deliver to microprocessor through RS-232 interface, drive gate inhibition's control circuit by it and remove the gate inhibition, with clearance personnel or vehicle.

Another purpose of the present utility model is to provide a kind of automatic management control device of reproducible backup telepilot, and it mainly is to be provided with a burning circuit, writable copy backup telepilot on microprocessor.

The technical solution of the utility model is to provide a kind of gate inhibition to pass in and out management and control device, and it includes a receiver module circuit, a microprocessor, an inlet and outlet connectors, gate inhibition's control circuit, a RS-232 interface, and its characteristics are:

This receiver module circuit is to be connected with microprocessor, and microprocessor is connected with RS-232 interface through an inlet and outlet connectors again, this RS-232 interface again with a CPU (central processing unit) line,

Gate inhibition's control circuit mainly is made up of the array relay drive circuit, and by each output terminal drive controlling of microprocessor, above-mentioned design can pass in and out control and data recording storage at particular place respectively for it.

Aforesaid gate inhibition passes in and out management and control device, and its characteristics are: this microprocessor also is connected with a burning circuit through inlet and outlet connectors, and this burning circuit is provided with the burning socket, reproducible backup telepilot.

Aforesaid gate inhibition passes in and out management and control device, and its characteristics are: this CPU (central processing unit) can be replaced by a computing machine.

Characteristics of the present utility model are that it mainly is to utilize a receiver module circuit to receive remote controller signal, through microprocessor, RS-232 interface is delivered to CPU (central processing unit) and is made to confirm and carry out data recording, for the control purposes, and after confirming, can send a signal and drive the signal instruction execution work of microprocessor according to telepilot, can effectively carry out the turnover management of particular place whereby, and the utility model is except that the above-mentioned automatic management function that is used in the parking lot, also can be used in remote control gate respectively, machine for punching the card, calculate gate, gate inhibition's control such as electric rolling door, and track turnover, the building robotization, community, the management of ring road, therefore the more traditional labor control of this design has obviously improved control efficient and quality, has possessed height practicality and progressive.

Further specify specific structural features of the present utility model and purpose below in conjunction with accompanying drawing.

Fig. 1 is a calcspar of the present utility model.

Fig. 2 is a circuit diagram of the present utility model.

Essential structure of the present utility model is please at first consulted shown in Figure 1, and it includes a receiver module circuit 10, a microprocessor 20, gate inhibition's control circuit 30, a burning circuit 40, a RS-232 interface 50 and CPU (central processing unit) 60 etc.; Wherein

This receiver module circuit 10 is in order to receive transmitting from telepilot 70, after handling, shaping is sent to microprocessor 20 through amplifying, delivering to CPU (central processing unit) 60 by microprocessor 20 through RS-232 interface 50 again confirms, with the parking lot management is example, CPU (central processing unit) 60 according to its pre-deposit data the item that must confirm comprise: whether user's (being the present holder of telepilot) is former parking stall user, whether this parking stall paid usage charges etc., after confirming above-mentioned item, still can add up access times and record turnover time, it is stored on the CPU (central processing unit) 60, with for future reference, where necessary, can it be printed off by printing device.

This gate inhibition's control circuit 30 mainly is whether the opening of control access way reaches relevant cresset or show (police) showing device.

Burning circuit 40 is to be connected with microprocessor 20 by inlet and outlet connectors, and it can receive transmitting and being duplicated of telepilot 70 by microprocessor 20 and receiver module circuit 10, for backup.

Microprocessor 20 and burning circuit 40 can be connected to respectively on the RS-232 interface 50, can be connected with CPU (central processing unit) 60 (this is not shown in the figures) again by this RS-232 interface 50, when the access way of a certain particular place more for a long time, one group of monitoring host computer is set respectively on its each passage, owing to use many group monitoring host computers simultaneously, so each can be organized monitoring host computer links on the computer system jointly, replace CPU (central processing unit) 60 by computing machine, carry out the processing of comparatively complicated or bulk data, in addition can with other peripheral unit lines; RS-232 interface 50 is used for CPU (central processing unit) 60 again to be made line with the signal source and links up, its except above-mentioned by microprocessor 20 and receiver module circuit 10 lines, also can be, detect identification device lines such as inductor, so that use in different occasions with machine for punching the card.

Structures such as above-mentioned receiver module circuit 10, microprocessor 20, gate inhibition's control circuit 30, burning circuit 40 and RS-232 interface 50 are to be combined on the unique host, it can be located at an access way place, and be exclusively used in the detection control of this passage, in other words, when the place of carrying out control has a plurality of passage, promptly on each passage, establish an independent main frame, and by its RS-232 interface 50 respectively with CPU (central processing unit) 60 lines, and plan as a whole control by CPU (central processing unit) 60.

Can find out essential structure kenel of the present utility model by above-mentioned explanation, see also shown in Figure 2 as for detailed circuit, at first be positioned at this receiver module circuit 10 that is of figure below, it mainly is made up of high-frequency amplifier circuit 11, oscillatory circuit 12, amplifying circuit 13 and shaping circuit 14 etc., when its antenna receives transmitting of telepilot, to after the amplification shaping of foregoing circuit, be sent on the microprocessor 20;

Microprocessor 20 is to be connected with burning circuit 40 and RS-232 interface 50 respectively via an inlet and outlet connectors 21; Wherein

Burning circuit 40 itself also is a microprocessor, sets up operating key 41,42 on its two control end separately, and its output terminal then is provided with a burning socket 43 again, utilize this burning socket 43 can with standby telepilot line, to carry out the duplicate copy of signal.

Microprocessor 20 is connected with gate inhibition's control circuit 30 with its output terminal pin PB0～PB3 again, carries out gate inhibition's control action to control it.

Gate inhibition's control circuit 30 is made up of five group relay driving circuits 31～35, three group relay driving circuits 31～33rd wherein are respectively by three groups of output terminal pin PB0 of microprocessor 20, PB2, PB3 institute directly drives, other two relay drive circuits 34,35 are connected with the output connecting pin PB1 of microprocessor 20 through a logical circuit 36, and by its driving, in the present embodiment, the first three groups relay drive circuit 31～33 of gate inhibition's control circuit 30 is connected with the motor of garage door roller or Railings machine respectively, in order to control its lifting or to stop temporarily, two group relay driving circuits 34 again, 35 are used for red, green cresset is as the indication purposes.

Can find out concrete line construction of the present utility model through above-mentioned explanation, is that example proposes explanation with pay-for-parking field, building as for it only below the working method, the Railings machine in parking lot or iron rolling door are and above-mentioned gate inhibition's control circuit 30 lines, to control its keying, under the normality, it is to be to close shape, and driving red cresset with a relay drive circuit 35 lights, when automobile hastens forward, when the driver transmits with telepilot on the car, receive through microprocessor 20 by receiver module circuit 10, RS-232 interface 50 is sent to CPU (central processing unit) 60 and does the qualification affirmation, through confirm errorless after, CPU (central processing unit) will write down time and the accumulative total access times that its requirement enters, and send a drive signal and be sent to microprocessor 20 through RS-232 interface 50, drive gate inhibition's control circuit 30 by microprocessor 20 and make second, four relay drive circuits 32,34 actions, red cresset is converted to green cresset, and the startup rolling door is opened, and telepilot is when launching shutdown signal once again, microprocessor 20 will drive the 3rd group relay driving circuit 33 makes rolling door close, and promptly finishes control clearance operation.

Be to utilize burning circuit 40 copy backup telepilots about another function of the present utility model again, it mainly is to make former telepilot launch it in regular turn respectively to organize transmission frequency, the backup telepilot is connected with burning socket 43 on the burning circuit 40, and this receiver module circuit 10 receive former telepilot respectively organize transmission frequency after promptly be sent to

microprocessor

20,20 of microprocessors are delivered to signal on the burning circuit 40 by inlet and outlet connectors 21, operation through operating key 41,42 is organized transmission frequency burning on standby telepilot, to finish duplicate copy with each.

Claims

1. a gate inhibition passes in and out management and control device, and it comprises a receiver module circuit, a microprocessor, gate inhibition's control circuit, a RS-232 interface, it is characterized in that:

This receiver module circuit is connected with microprocessor, microprocessor is connected with RS-232 interface through an inlet and outlet connectors again, this RS-232 interface again with a CPU (central processing unit) system line, gate inhibition's control circuit mainly is made up of the array relay drive circuit, by each output terminal drive controlling of microprocessor, above-mentioned design can pass in and out control and data recording storage at particular place respectively for it.

2. gate inhibition according to claim 1 passes in and out management and control device, it is characterized in that: this microprocessor also is connected with a burning circuit through inlet and outlet connectors, and this burning circuit is provided with the burning socket, reproducible backup telepilot.

3. gate inhibition according to claim 1 passes in and out management and control device, it is characterized in that: this CPU (central processing unit) can be replaced by a computing machine.