CN103714610A - Self-help luggage equipment and self-help luggage system as well as installation method - Google Patents
Self-help luggage equipment and self-help luggage system as well as installation method Download PDFInfo
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- CN103714610A CN103714610A CN201410023111.4A CN201410023111A CN103714610A CN 103714610 A CN103714610 A CN 103714610A CN 201410023111 A CN201410023111 A CN 201410023111A CN 103714610 A CN103714610 A CN 103714610A
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Abstract
The invention discloses self-help luggage equipment and a self-help luggage system as well as an installation method. The self-help luggage equipment comprises a detection cabinet and a self-help luggage control system, wherein an inlet is formed in the front end of the detection cabinet, and an outlet is formed in the back end of the detection cabinet; the self-help luggage control system comprises a central control unit, a conveyer belt control detection unit, a sensor detection unit, a luggage information detection unit and an information cue guidance unit. The self-help luggage equipment can be used for achieving the positive technical effects that a weighing belt, an operating panel and a luggage check-in are common equipment of an existing airport, the existing airport resources can be fully utilized, as long as the detection cabinet is arranged on the weighing belt so as to enable the conveyer belt to pass the detection cabinet from the inlet to the outlet, then the central control unit is connected to the operating panel and the luggage check-in, the installation can be finished, and existing equipment can be transformed into the self-help luggage system without changing existing place environments.
Description
Technical field
The present invention relates to safety check technical field, especially relate to the installation method of a kind of self-service luggage equipment, self-service baggage system and self-service baggage system.
Background technology
The application of self-service baggage system is increasingly extensive, especially on airport, but the installation of current self-service baggage system often needs significantly to change existing site surrounding, poor compatibility, team of organizing construction to carry out scene transformation, call a large amount of resources, comprise that many-sided participations the such as place internal coordination solve, waste time and energy, so not only increase workload, also can extend whole project production time, greatly increase installation cost.In addition, the recognition device of self-service baggage system is mainly by bar code scan, the problem such as exist that discrimination is low, sweep velocity slow and equipment cost is higher, undetected or false retrieval and the situation that causes luggage to be lost often occurs.
Therefore, current self-service baggage system technology is further improved.
Summary of the invention
First object of the present invention is to provide a kind of self-service luggage equipment, is intended to solve the technical matters of the installation very complicated of self-service baggage system in prior art.
Second object of the present invention is to provide a kind of self-service baggage system, aims to provide a kind of self-service baggage system that simple and fast is installed.
The 3rd object of the present invention is to provide a kind of self-service baggage system installation method of simple and fast.
The invention provides a kind of self-service luggage equipment, this self-service luggage equipment comprises: detecting box and self-service luggage control system;
The front end of described detecting box is provided with entrance, and rear end is provided with outlet;
Described self-service luggage control system comprises: central control unit, travelling belt are controlled detecting unit, sensor detecting unit, luggage information detecting unit and information indicating guidance unit;
Described travelling belt is controlled detecting unit and is comprised a plurality of pilot relays and a plurality of detection relay, the drive end of all described pilot relays is all connected with described central control unit, and the output terminal of all described detection relays is all connected with described central control unit;
Described sensor detecting unit comprises luggage length detection sensor, luggage height detection sensor, anti-intrusion detecting sensor and human body sensor, and described luggage length detection sensor, luggage height detection sensor, anti-intrusion detecting sensor and human body sensor are all connected with described central control unit;
Described luggage information detecting unit comprises RFID recognition device and a plurality of barcode scanner, and described barcode scanner is all connected with described central control unit with described RFID recognition device;
Described information indicating guidance unit comprises pilot lamp and voice announcer, and it is outside that described pilot lamp and described voice announcer are all arranged on described detecting box, and described pilot lamp is all connected with described central control unit with described voice announcer.
The present invention also provides a kind of self-service baggage system, and this system comprises: the band of weighing, guidance panel, luggage value machine and above-described self-service luggage equipment;
The described band of weighing comprises and travelling belt and weighing apparatus on described travelling belt, disposes luggage alignment sensor, and described weighing apparatus is positioned at the below of described travelling belt;
Described guidance panel with described in the band of weighing is connected, on described guidance panel, be provided with a plurality of travelling belts and control buttons and the carrier state pilot lamp of weighing;
Described luggage value machine is connected with printer;
Described travelling belt by the entrance of described detecting box to outlet through described detecting box;
Described central control unit is connected with described guidance panel, and described central control unit is connected with described luggage value machine;
Described weighing apparatus is connected with described central control unit by order wire;
The drive end of all described pilot relays is all connected with described central control unit, the output terminal of each pilot relay connects a described travelling belt and controls button, the output terminal of all described detection relays is all connected with described central control unit, each drive end that detects relay connect a described luggage alignment sensor or described in the carrier state pilot lamp of weighing.
Optionally, a plurality of described scanners are separately positioned between front end, rear end and the front end and rear end of described detecting box, and described RFID recognition device is arranged on the rear end of described detecting box.
Optionally, it is inner that described luggage length detection sensor and described luggage height detection sensor are all arranged on described detecting box, and described anti-intrusion detecting sensor and described human body sensor are all arranged on the porch of described detecting box.
Optionally, described detection relay and described pilot relay are DC solid-state relay;
Or/and described order wire is RS232 order wire;
Or/and described travelling belt is controlled the button control button that comprises power on/power-off, advances, retreats, lets pass and reset.
Optionally, described central control unit comprises a Cortex M3 processor.
The present invention also provides a kind of installation method of self-service baggage system, and described self-service baggage system is above-described self-service baggage system, and described installation method comprises:
S10, described weigh to be with described self-service luggage equipment is installed, make described travelling belt by entrance to outlet through described detecting box;
S20, described guidance panel and described central control unit are coupled together, described central control unit is connected with described luggage value machine, and described weighing apparatus is connected with described central control unit by order wire;
S30, the drive end of all described pilot relays is all connected with described central control unit, described in each, the output terminal of pilot relay is connected with a described travelling belt control button, and the output terminal of all described detection relays is all connected with described central control unit, each drive end that detects relay and a described luggage alignment sensor or described in the carrier state pilot lamp of weighing be connected;
S40, described luggage length detection sensor, luggage height detection sensor, anti-intrusion detecting sensor and human body sensor are all connected with described central control unit;
S50, described barcode scanner is all connected with described central control unit with described RFID recognition device;
S60, that described pilot lamp and described voice announcer are installed in to described detecting box is outside, and described pilot lamp is all connected with described central control unit with described voice announcer.
Optionally, a plurality of described scanners are arranged on respectively between front end, rear end and the front end and rear end of described detecting box, and described RFID recognition device are arranged on to the rear end of described detecting box;
It is inner that described luggage length detection sensor and described luggage height detection sensor are installed in described detecting box, and described anti-intrusion detecting sensor and described human body sensor are installed in the porch of described detecting box.
Optionally, described detection relay and described pilot relay are DC solid-state relay;
Or/and described order wire is RS232 order wire;
Or/and described travelling belt is controlled the button control button that comprises power on/power-off, advances, retreats, lets pass and reset.
Optionally, described central control unit comprises a Cortex M3 processor.
Utilize self-service luggage equipment of the present invention, the positive technique effect that can obtain is: the present invention can make full use of the band of weighing, the existing resource on the existing airports such as guidance panel and luggage value machine, only need first detecting box to be arranged on weigh to be with, make travelling belt by entrance to outlet through detecting box, again central control unit is connected with luggage value machine with guidance panel, weighing apparatus is connected and can completes installation with central control unit by order wire, need not change existing site surrounding and just existing scrap build can be become to self-service baggage system, not only can take full advantage of use value and the stability of existing equipment, and there is installation simple and fast, the advantages such as equipment compatibility is good, self-service luggage equipment comprises a plurality of barcode scanners, the diverse location such as be arranged between front end, rear end and the front end of detecting box and rear end, the bar code of luggage is carried out to multilevel scanning, RFID recognition device can identifying electronic tag, have that discrimination is high, sweep velocity is fast and low cost and other advantages, and then can effectively prevent undetected or false retrieval and cause the situation that luggage is lost to occur.In addition, self-service luggage equipment of the present invention has also been used relay, self-service luggage control system of the present invention and existing control system can be isolated completely, both can make existing system keep original running status, and be not subject to the impact of the self-service luggage control system of the present invention and reach reliable and stable object, can guarantee that again self-service luggage control system of the present invention also can not be subject to the electromagnetic interference (EMI) of existing control system, can reduce fault rate, there is quick and easy for installation and stable performance, the advantage such as with low cost.
Accompanying drawing explanation
Above-mentioned and/or additional aspect of the present invention and advantage accompanying drawing below combination obviously and is easily understood becoming the description of embodiment, wherein:
Fig. 1 is the structural representation of the autonomous luggage equipment of the embodiment of the present invention;
Fig. 2 is the structural representation of self-service luggage control system of the autonomous luggage equipment of the embodiment of the present invention;
Fig. 3 is the structural representation of the self-service baggage system of the embodiment of the present invention;
Fig. 4 is the schematic flow sheet of the self-service business of the embodiment of the present invention.
Reference numeral:
The 100-band of weighing; 200-guidance panel; The autonomous luggage equipment of 300-; 310-detecting box; The self-service luggage control system of 320-; 321-central control unit; 322-weighing apparatus control module; 323-travelling belt is controlled detecting unit; 324-sensor detecting unit; 325-luggage information detecting unit; 326-information indicating guidance unit 400-luggage value machine; 500-printer.
Embodiment
Hereinafter with reference to accompanying drawing, also describe the present invention in detail in conjunction with the embodiments.It should be noted that, in the situation that not conflicting, embodiment and the feature in embodiment in the application can combine mutually, and in addition, embodiment is exemplary, only for explaining the present invention, and can not be interpreted as limitation of the present invention.
Embodiment 1
The invention provides a kind of self-service luggage equipment, as shown in Figures 1 to 3, described self-service luggage equipment comprises detecting box 310 and self-service luggage control system 320;
The front end of described detecting box 310 is provided with entrance, and rear end is provided with outlet;
Described self-service luggage control system 320 comprises: central control unit 321, travelling belt are controlled detecting unit 322, sensor detecting unit 323, luggage information detecting unit 324 and information indicating guidance unit 325;
Described travelling belt is controlled detecting unit 322 and is comprised a plurality of pilot relays and a plurality of detection relay, the drive end of all described pilot relays is all connected with described central control unit 321, and the output terminal of all described detection relays is all connected with described central control unit 321;
Described sensor detecting unit 323 comprises luggage length detection sensor, luggage height detection sensor, anti-intrusion detecting sensor and human body sensor, described luggage length detection sensor, luggage height detection sensor, anti-intrusion detecting sensor and human body sensor are all connected with described central control unit 321, wherein, in the present invention if no special instructions, the anti-intrusion detecting sensor in the present invention refers to and the sensor that passenger trespasses can be detected;
Described luggage information detecting unit 324 comprises RFID recognition device and a plurality of barcode scanner, and described barcode scanner is all connected with described central control unit 321 with described RFID recognition device;
Described information indicating guidance unit 325 comprises pilot lamp and voice announcer, and described pilot lamp and described voice announcer are all arranged on described detecting box 310 outsides, and described pilot lamp is all connected with described central control unit 321 with described voice announcer.
Utilize the self-service luggage equipment of the embodiment of the present invention can form self-service baggage system as shown in Figure 3, again, wherein, the existing resource that weigh with 100, guidance panel 200 and luggage value machine 400 is existing airport, described weighing is with 100 to comprise travelling belt and weighing apparatus, when mounted, can adopt following installation method:
1), described weigh to be with on 100 described self-service luggage equipment 300 is installed, make described travelling belt by entrance to outlet through described detecting box 310;
2), described guidance panel 200 and described central control unit 321 are coupled together, described central control unit 321 is coupled together with described luggage value machine 400, and described weighing apparatus is connected with described central control unit 321 by order wire;
3), the drive end of all described pilot relays is all connected on described central control unit 321, described in each, the output terminal of pilot relay is connected on a described travelling belt control button, and the output terminal of all described detection relays is all connected on described central control unit 321, each drive end that detects relay be connected to a described luggage alignment sensor or described in weigh on carrier state pilot lamp;
4), described luggage length detection sensor, luggage height detection sensor, anti-intrusion detecting sensor and human body sensor are all connected on described central control unit 321;
5), described barcode scanner and described RFID recognition device are all connected on described central control unit 321;
6), described pilot lamp and described voice announcer are installed in to described detecting box 310 outsides, and described pilot lamp and described voice announcer are all connected on described central control unit 321, thereby form self-service baggage system.
When mounted, except adopting above-mentioned installation method, preferably, can also in advance the detecting box of described self-service luggage equipment 300 310 and self-service luggage control system 320 be installed, so when self-service baggage system is installed, described in only needing first described detecting box 310 to be arranged on, weigh and be with on 100, make described travelling belt by entrance to outlet through described detecting box 310, again described central control unit 321 is connected with luggage value machine 400 with described guidance panel 200, weighing apparatus is connected and can completes installation with described central control unit 321 by order wire, thereby form self-service baggage system.
Above-mentioned self-service baggage system in use, passenger will fasten luggage check and post electronic tag or the luggage of bar code is placed on to weigh and is with on 100, starting luggage detects, described travelling belt is controlled detecting unit 322 can control the operation conditions that detects travelling belt, weighing apparatus can obtain the weight of luggage, described sensor detecting unit 323 can be to luggage length, luggage height, trespass and position of human body etc. detected, described luggage information detecting unit 324 can carry out bar code scan and RFID identification, described central control unit 321 can be to weighing apparatus, travelling belt is controlled detecting unit 323, the data message that sensor detecting unit 323 and luggage information detecting unit 324 gather is processed, generate output data message, and will export data information transfer to luggage value machine 400 and information indicating guidance unit 325, the pilot lamp of information indicating guidance unit 325 and voice announcer can be pointed out corresponding operation, finally, can print with the printer 500 that luggage value machine 400 is connected the connection that claims, thereby can complete the self-service business of luggage.
Utilize the self-service luggage equipment of the embodiment of the present invention, the positive technique effect that can obtain is: the present invention can make full use of to weigh and be with 100, the existing resource on the existing airports such as guidance panel 200 and luggage value machine 400, only need first detecting box 310 to be arranged on to weigh to be with on 100, make travelling belt by entrance to outlet through detecting box 310, again described central control unit 321 is connected with described luggage value machine 400 with described guidance panel 200, weighing apparatus is connected and can completes installation with described central control unit 321 by order wire, need not change existing site surrounding and just existing scrap build can be become to self-service baggage system, not only can take full advantage of use value and the stability of existing equipment, and there is installation simple and fast, the advantages such as equipment compatibility is good, self-service luggage equipment 300 comprises a plurality of barcode scanners, the diverse location such as can be arranged between front end, rear end and the front end of detecting box 310 and rear end, the bar code of luggage is carried out to multilevel scanning, RFID recognition device is identified electronic tag, have that discrimination is high, sweep velocity is fast and low cost and other advantages, and then can effectively prevent undetected or false retrieval and cause the situation that luggage is lost to occur.In addition, self-service luggage equipment 300 of the present invention has also been used relay, self-service luggage control system 320 of the present invention and existing control system can be isolated completely, both can make existing system keep original running status, and be not subject to the impact of the self-service luggage control system 320 of the present invention and reach reliable and stable object, can guarantee that again self-service luggage control system 320 of the present invention also can not be subject to the electromagnetic interference (EMI) of existing control system, can reduce fault rate, there is quick and easy for installation and stable performance, the advantage such as with low cost.
Embodiment 2
The invention provides a kind of luggage self-aid system, as shown in Figures 1 to 3, comprising: weigh and be with 100, self-service luggage equipment 300 described in guidance panel 200, luggage value machine 400 and embodiment 1;
Described weighing is with 100 to comprise travelling belt (not shown, lower same) and weighing apparatus (not shown, lower same),, on described travelling belt, dispose luggage alignment sensor, and described weighing apparatus is positioned at the below of described travelling belt;
Described guidance panel 200 with described in 100 bands of weighing be connected, on described guidance panel 200, be provided with travelling belt and control button and the carrier state pilot lamp of weighing;
Described self-service luggage equipment 300 is the self-service luggage equipment 300 described in embodiment 1, described travelling belt by the entrance of described detecting box 310 to outlet through described detecting box 310;
Described luggage value machine 400 is connected with printer 500;
Described travelling belt by the entrance of described detecting box 310 to outlet through described detecting box 310;
Described central control unit 321 is connected with described guidance panel 200, and described central control unit 321 is connected with described luggage value machine 400;
Described weighing apparatus is connected with described central control unit 321 by order wire;
The drive end of all described pilot relays is all connected with described central control unit 321, the output terminal of each pilot relay connects a described travelling belt and controls button, central control unit 321 adds high level and low level by the drive end at pilot relay, the travelling belt of simulated operation panel 200 is controlled keypress function, realizes the control to travelling belt; The output terminal of all described detection relays is all connected with described central control unit 321, each drive end that detects relay connect a described luggage alignment sensor or described in the carrier state pilot lamp of weighing, the advancing of band of weighing can be put in place, retreat put in place, the signal such as mistake is transferred in central control unit 321;
Described luggage length detection sensor, luggage height detection sensor, anti-intrusion detecting sensor and human body sensor can be respectively to luggage length, luggage height, trespass and position of human body etc. detected, wherein, human body sensor can be used for having judged whether that passenger will use self-service luggage equipment 300, when human body sensor has detected passenger near self-service luggage equipment 300, central control unit 321 immediately by the running status of all devices from standby mode to business model, waiting Passengen operation, thereby be conducive to reduce plant capacity consumption,
Described barcode scanner and described RFID recognition device can be identified dual detection mode by bar code scan and RFID luggage is detected;
Described pilot lamp and described voice announcer can carry out multiple types information indicating, for example red colored lamp is that luggage is overweight, blue lamp is standby mode, pilot lamp can also be the pilot lamp that can project font, for example on travelling belt, irradiate " luggage put area ", with guiding passenger, luggage is placed in correct region to the success ratio of obtaining to improve luggage information.
In use, passenger will fasten luggage check and post electronic tag or the luggage of bar code is placed on to weigh and is with on 100, starting luggage detects, described travelling belt is controlled detecting unit 322 can control the operation conditions that detects travelling belt, weighing apparatus can obtain the weight of luggage, described sensor detecting unit 323 can be to luggage length, luggage height, trespass and position of human body etc. detected, described luggage information detecting unit 324 can carry out bar code scan and RFID identification, described central control unit 321 can be to weighing apparatus, travelling belt is controlled detecting unit 322, the data message that sensor detecting unit 323 and luggage information detecting unit 324 gather is processed, generate output data message, and will export data information transfer to luggage value machine 400 and information indicating guidance unit 325, the pilot lamp of information indicating guidance unit 325 and voice announcer can be pointed out corresponding operation, finally, can print with the printer 500 that luggage value machine 400 is connected the connection that claims, thereby can complete the self-service business of luggage.
According to the self-service baggage system of the embodiment of the present invention, the positive technique effect that can obtain is: the common equipment that weigh with 100, guidance panel 200, luggage value machine 400 is existing airport, the present invention can make full use of this existing resource, only need add self-service luggage equipment 300 just can form self-service baggage system again, not only can utilize use value and the stability of existing equipment, and equipment compatibility is better, cost is lower.
Person skilled is understandable that, before about the described feature of self-service luggage equipment and effect, be also applicable to natch this self-service baggage system, repeat no more.
According to embodiments of the invention, optional, a plurality of described scanners are separately positioned between front end, rear end and the front end and rear end of described detecting box 310, and described RFID recognition device is arranged on the rear end of described detecting box 310.Thus, scanner can carry out multilevel scanning to the bar code of luggage, the identification that RFID recognition device can be to electronic tag, thus can carry out to luggage the detection of dual mode, discrimination is higher, sweep velocity is faster, can effectively prevent the generation of the situations such as undetected or false retrieval.
According to embodiments of the invention, optionally, described luggage length detection sensor and described luggage height detection sensor are all arranged on described detecting box 310 inside, described anti-intrusion detecting sensor and described human body sensor are all arranged on the porch of described detecting box 310, can effectively carry out luggage whether overlength, luggage whether superelevation, whether have forcible entry, whether have the multiple detections such as passenger approaches.
According to embodiments of the invention, optional, described detection relay and described pilot relay are DC solid-state relay;
Or/and described order wire is RS232 order wire;
Or/and described travelling belt is controlled the button control button that comprises power on/power-off, advances, retreats, lets pass and reset.
Thus, that DC solid-state relay has is highly sensitive, conversion fast, power ratio control is little, compatibility is good, electromagnetic interference (EMI) is little, the life-span is long and the advantage such as dependable performance, RS232 order wire almost can compatible all existing airports relevant device, central control unit 321 adds high level and low level by the drive end at relay, travelling belt on simulated operation panel 200 is controlled button, can realize to power on/power-off, the luggage of travelling belt advance, luggage retreats, luggage is let pass and the operation such as erroneous resets.
According to embodiments of the invention, optionally, described central control unit 321 comprises a Cortex M3 processor, the data message that can gather weighing apparatus, travelling belt control detecting unit 323, sensor detecting unit 323 and luggage information detecting unit 324 is quickly and accurately processed, and generate output data message, and will export data information transfer to luggage value machine 400 and information indicating guidance unit 325.
Embodiment 3
The present invention also provides a kind of installation method of self-service baggage system, and as shown in Figures 1 to 3, described self-service baggage system is above-described self-service baggage system, and described installation method comprises:
S10, described weigh to be with described self-service luggage equipment is installed, make described travelling belt by entrance to outlet through described detecting box;
S20, described guidance panel is connected with described central control unit, described central control unit is connected with described luggage value machine, and described weighing apparatus is connected with described central control unit by order wire;
S30, the drive end of all described pilot relays is all connected with described central control unit, described in each, the output terminal of pilot relay is connected with a described travelling belt control button, and the output terminal of all described detection relays is all connected with described central control unit, each drive end that detects relay and a described luggage alignment sensor or described in the carrier state pilot lamp of weighing be connected;
S40, described luggage length detection sensor, luggage height detection sensor, anti-intrusion detecting sensor and human body sensor are all connected with described central control unit;
S50, described barcode scanner is all connected with described central control unit with described RFID recognition device;
S60, that described pilot lamp and described voice announcer are installed in to described detecting box is outside, and described pilot lamp is all connected with described central control unit with described voice announcer.
When mounted, except adopting above-mentioned installation method, preferably, can also in advance the detecting box of described self-service luggage equipment 300 310 and self-service luggage control system 320 be installed, so when self-service baggage system is installed, described in only needing first described detecting box 310 to be arranged on, weigh and be with on 100, make described travelling belt by entrance to outlet through described detecting box 310, again described central control unit 321 is connected with described luggage value machine 400 with described guidance panel 200, and described weighing apparatus is connected and can completes installation with described central control unit 321 by order wire, form self-service baggage system.
According to the installation method of the self-service baggage system of the embodiment of the present invention, the positive technique effect that can obtain is: weigh and be with 100, guidance panel 200 and luggage value machine 400 are the common equipment on existing airport, the present invention can make full use of this existing resource, only need first detecting box 310 to be arranged on to weigh to be with on 100, make travelling belt by entrance to outlet through detecting box 310, again central control unit 321 is connected with luggage value machine 400 with guidance panel 200, and described weighing apparatus is connected and can completes installation with described central control unit 321 by order wire, need not change existing site surrounding and just existing scrap build can be become to self-service baggage system, the installation method of self-service baggage system of the present invention not only can take full advantage of use value and the stability of existing equipment, and there is installation simple and fast, the advantages such as equipment compatibility is good, self-service luggage equipment 300 comprises a plurality of barcode scanners, the diverse location such as can be arranged between front end, rear end and the front end of detecting box 310 and rear end, the bar code of luggage is carried out to multilevel scanning, the identification of RFID recognition device to electronic tag, have that discrimination is high, sweep velocity is fast and low cost and other advantages, and then can effectively prevent undetected or false retrieval and cause the situation that luggage is lost to occur.In addition, self-service luggage control system 320 of the present invention has also been used relay, self-service luggage control system 320 of the present invention and existing control system can be isolated completely, both can make existing system keep original running status, and be not subject to the impact of the self-service luggage control system 320 of the present invention and reach reliable and stable object, can guarantee that again self-service luggage control system 320 of the present invention also can not be subject to the electromagnetic interference (EMI) of existing control system, can reduce fault rate, there is quick and easy for installation and stable performance, the advantage such as with low cost.
The installation method of self-service baggage system of civil airport of take is example, when mounted, the existing conveyor-belt apparatus of the civil airport of take is luggage transfer passage, airport existing driving control system first segment travelling belt (band of weighing) is done to simple transformation, when transformation, only described detecting box 310 need be covered on to weigh and be with, make described travelling belt by entrance to outlet through described detecting box 310, again described central control unit 321 is connected and completes installation with described luggage value machine 300 with described guidance panel 200, self-service luggage control system 320 can be carried out information interaction with described luggage value machine 400, just can realize the self-service business handling of luggage.Therefore, the installation method of self-service baggage system of the present invention be Civil Aviation Industry set up information-based self-service platform, promote self brand image, improve departure from port value rack platform block up present situation and improve service quality first choice of method.
Person skilled is understandable that, before about self-service luggage equipment and the described feature of self-service baggage system and effect, be also applicable to natch the installation method of this self-service baggage system, repeat no more.
According to embodiments of the invention, optional, a plurality of described scanners are arranged on respectively between front end, rear end and the front end and rear end of described detecting box 310, and described RFID recognition device are arranged on to the rear end of described detecting box 310;
Described luggage length detection sensor and described luggage height detection sensor are installed in described detecting box 310 inside, and described anti-intrusion detecting sensor and described human body sensor are installed in the porch of described detecting box 310.
Thus, scanner can carry out multi-angle scanning to the bar code of luggage, RFID recognition device can be to electronic label identification, luggage length detection sensor and luggage height detection sensor can detect whether overlength and luggage superelevation whether of luggage effectively, and whether whether anti-intrusion detecting sensor and human body sensor can effectively detect to have and trespass and have passenger to approach.
According to embodiments of the invention, optional, described detection relay and described pilot relay are DC solid-state relay;
Or/and described order wire is RS232 order wire;
Or/and described travelling belt is controlled the button control button that comprises power on/power-off, advances, retreats, lets pass and reset.
Thus, that DC solid-state relay has is highly sensitive, conversion fast, power ratio control is little, compatibility is good, electromagnetic interference (EMI) is little, the life-span is long and the advantage such as dependable performance, RS232 order wire almost can compatible all existing airports relevant device, central control unit 321 adds high level and low level by the drive end at relay, travelling belt on simulated operation panel 200 is controlled button, can realize to power on/power-off, the luggage of travelling belt advance, luggage retreats, luggage is let pass and the operation such as erroneous resets.
According to embodiments of the invention, optionally, described central control unit 321 comprises a Cortex M3 processor, the data message that can gather weighing apparatus, travelling belt control detecting unit 322, sensor detecting unit 323 and luggage information detecting unit 324 is more quickly and accurately processed, and generate output data message, and will export data information transfer to luggage value machine 400 and information indicating guidance unit 325.
In order further to elaborate technical scheme of the present invention, below in conjunction with accompanying drawing 4, to utilizing the operation steps of self-service baggage system provided by the invention to describe:
1) passenger is tied luggage check on luggage, is stained with electronic tag and bar code.
2) passenger is placed on luggage to weigh and is with on 100, starting luggage detects, weighing apparatus can weigh the weight of luggage, sensor in detecting box 310 can detect length, height of luggage etc., barcode scanner and RFID recognition device can detect bar code and electronic tag respectively, these detect data message and can be transferred in central control unit 321 neutralization operation main frames 400, and pilot lamp and voice announcer can be pointed out corresponding operation.
3), if the luggage detecting is legal, can prompt passengers whether ship luggage.
4) passenger confirms and successfully ships after luggage, and printer 500 can be printed the connection that claims, and by associated baggage Data Enter departure from port database.
5) if the luggage detecting in step 3 is illegal, luggage exits, and prompt passengers rearranges luggage check, starts for the second time and detects.
6) if repeatedly attempt, still legal luggage can not correctly be detected, luggage be exited extremely, finish current self-service luggage business.
The foregoing is only the preferred embodiments of the present invention, be not limited to the present invention, for a person skilled in the art, the present invention can have various modifications and variations.Within the spirit and principles in the present invention all, any modification of doing, be equal to replacement, improvement etc., within all should being included in protection scope of the present invention.
Claims (10)
1. a self-service luggage equipment, is characterized in that, described self-service luggage equipment comprises: detecting box and self-service luggage control system;
The front end of described detecting box is provided with entrance, and rear end is provided with outlet;
Described self-service luggage control system comprises: central control unit, travelling belt are controlled detecting unit, sensor detecting unit, luggage information detecting unit and information indicating guidance unit;
Described travelling belt is controlled detecting unit and is comprised a plurality of pilot relays and a plurality of detection relay, the drive end of all described pilot relays is all connected with described central control unit, and the output terminal of all described detection relays is all connected with described central control unit;
Described sensor detecting unit comprises luggage length detection sensor, luggage height detection sensor, anti-intrusion detecting sensor and human body sensor, and described luggage length detection sensor, luggage height detection sensor, anti-intrusion detecting sensor and human body sensor are all connected with described central control unit;
Described luggage information detecting unit comprises RFID recognition device and a plurality of barcode scanner, and described barcode scanner is all connected with described central control unit with described RFID recognition device;
Described information indicating guidance unit comprises pilot lamp and voice announcer, and it is outside that described pilot lamp and described voice announcer are all arranged on described detecting box, and described pilot lamp is all connected with described central control unit with described voice announcer.
2. a self-service baggage system, is characterized in that, comprising: the band of weighing, guidance panel, luggage value machine and self-service luggage equipment claimed in claim 1;
The described band of weighing comprises and travelling belt and weighing apparatus on described travelling belt, disposes luggage alignment sensor, and described weighing apparatus is positioned at the below of described travelling belt;
Described guidance panel with described in the band of weighing is connected, on described guidance panel, be provided with a plurality of travelling belts and control buttons and the carrier state pilot lamp of weighing;
Described luggage value machine is connected with printer;
Described travelling belt by the entrance of described detecting box to outlet through described detecting box;
Described central control unit is connected with described guidance panel, and described central control unit is connected with described luggage value machine;
Described weighing apparatus is connected with described central control unit by order wire;
The drive end of all described pilot relays is all connected with described central control unit, the output terminal of each pilot relay is controlled button with a described travelling belt and is connected, the output terminal of all described detection relays is all connected with described central control unit, each drive end that detects relay and a described luggage alignment sensor or described in the carrier state pilot lamp of weighing be connected.
3. self-service baggage system according to claim 2, is characterized in that, a plurality of described scanners are separately positioned between front end, rear end and the front end and rear end of described detecting box, and described RFID recognition device is arranged on the rear end of described detecting box.
4. self-service baggage system according to claim 3, it is characterized in that, it is inner that described luggage length detection sensor and described luggage height detection sensor are all arranged on described detecting box, and described anti-intrusion detecting sensor and described human body sensor are all arranged on the porch of described detecting box.
5. self-service baggage system according to claim 4, is characterized in that, described detection relay and described pilot relay are DC solid-state relay;
Or/and described order wire is RS232 order wire;
Or/and described travelling belt is controlled the button control button that comprises power on/power-off, advances, retreats, lets pass and reset.
6. according to the self-service baggage system described in any one in claim 1～5, it is characterized in that, described central control unit comprises a Cortex M3 processor.
7. an installation method for self-service baggage system, is characterized in that, described self-service baggage system is self-service baggage system claimed in claim 2, and described installation method comprises:
S10, described weigh to be with described self-service luggage equipment is installed, make described travelling belt by entrance to outlet through described detecting box;
S20, described guidance panel is connected with described central control unit, described central control unit is connected with described luggage value machine, and described weighing apparatus is connected with described central control unit by order wire;
S30, the drive end of all described pilot relays is all connected with described central control unit, described in each, the output terminal of pilot relay is connected with a described travelling belt control button, and the output terminal of all described detection relays is all connected with described central control unit, each drive end that detects relay and a described luggage alignment sensor or described in the carrier state pilot lamp of weighing be connected;
S40, described luggage length detection sensor, luggage height detection sensor, anti-intrusion detecting sensor and human body sensor are all connected with described central control unit;
S50, described barcode scanner is all connected with described central control unit with described RFID recognition device;
S60, that described pilot lamp and described voice announcer are installed in to described detecting box is outside, and described pilot lamp is all connected with described central control unit with described voice announcer.
8. the installation method of self-service baggage system according to claim 7, it is characterized in that, a plurality of described scanners are arranged on respectively between front end, rear end and the front end and rear end of described detecting box, and described RFID recognition device are arranged on to the rear end of described detecting box;
It is inner that described luggage length detection sensor and described luggage height detection sensor are installed in described detecting box, and described anti-intrusion detecting sensor and described human body sensor are installed in the porch of described detecting box.
9. the installation method of self-service baggage system according to claim 7, is characterized in that, described detection relay and described pilot relay are DC solid-state relay;
Or/and described order wire is RS232 order wire;
Or/and described travelling belt is controlled the button control button that comprises power on/power-off, advances, retreats, lets pass and reset.
10. according to the installation method of the self-service baggage system described in any one in claim 7～9, it is characterized in that, described central control unit comprises a Cortex M3 processor.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410023111.4A CN103714610A (en) | 2014-01-17 | 2014-01-17 | Self-help luggage equipment and self-help luggage system as well as installation method |
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| CN201410023111.4A CN103714610A (en) | 2014-01-17 | 2014-01-17 | Self-help luggage equipment and self-help luggage system as well as installation method |
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Application publication date: 20140409 |