CN203366552U - Internet of Things RFID learning station - Google Patents
Internet of Things RFID learning station Download PDFInfo
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- CN203366552U CN203366552U CN2013204097026U CN201320409702U CN203366552U CN 203366552 U CN203366552 U CN 203366552U CN 2013204097026 U CN2013204097026 U CN 2013204097026U CN 201320409702 U CN201320409702 U CN 201320409702U CN 203366552 U CN203366552 U CN 203366552U
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Abstract
The utility model relates to the technical field of teaching devices, and in particular relates to a learning system. An Internet of Things RFID learning station comprises a room body which is used for learning an RFID technology. A display cabinet is arranged in the room body. At least two kinds of radio frequency cards are arranged in the display cabinet. A card reading device is arranged on one side of the display cabinet. The signal output end of the card reading device is connected with a display. An electronic tag making device and an electronic tag packaging device are arranged in the room body. By adopting the technical scheme, the Internet of Things RFID learning station provided by the utility model is provided with complete devices of learning, making, testing, radio frequency card application and the like, so that students can link theory with practice, and understand the knowledge and the application of the radio frequency cards.
Description
Technical field
The utility model relates to the teaching equipment technical field, relates in particular to a kind of learning system.
Background technology
Along with radio-frequency (RF) identification is RFID(Radio Frequency IDentification) fast development of technology, contactless card is seen everywhere in our life, and its application is very wide, as: public transit system, library, gate control system, food security are traced to the source etc.
In the teaching system, how to allow the student get information about radio-frequency technique, how to make radio-frequency card and how applied etc. by radio-frequency card, be a comparatively complicated learning system.In prior art, the teacher adopts theoretical mode usually, teaches radio-frequency card knowledge.This kind of mode is only limited to theory study, and the student can't understand the whole Production and application process of radio-frequency card really, lacks practical operative ability.
The utility model content
The purpose of this utility model is, provides a kind of RFID of Internet-of-things study station, to solve the problems of the technologies described above.
The technical matters that the utility model solves can realize by the following technical solutions:
RFID of Internet-of-things study station, comprise that one for learning the room main body of RFID technology, it is characterized in that, in described room main body, is provided with a showcase, is provided with at least two kinds of radio-frequency cards in described showcase; Described showcase one side is provided with a card-reading apparatus, and the signal output part of described card-reading apparatus connects a display;
Also be provided with one in described room main body for making the electronic tag producing device of electronic tag;
Also be provided with one in described room main body for encapsulating the electronic label packaging device of described electronic tag.
The utility model, for RFID teaching application, when the student need to learn the RFID technology, can enter the room main body.Comprise low frequency, high frequency, ultrahigh-frequency tag in showcase, student's own interested radio-frequency card of at first taking from showcase, on card-reading apparatus, swipe the card, the information such as the performance of display demonstration radio-frequency card, advantage, application case, production method, so that the student fully understands the radio-frequency card of taking theoretically.Then the student is according to the production method on display, and designing antenna, adopt the electronic tag producing device to make electronic tag.After electronic tag completes, adopt electronic label packaging device that electronic label seal is contained in plastic cards, completed the making of whole radio-frequency card.
Porch in described room main body also is provided with a gate control system, and described gate control system is the non-contact radio frequency cards gate control system.Above-mentioned non-contact radio frequency cards gate control system can adopt gate control system of the prior art.Above-mentioned design has realized the personal identification function, authorizes the student to swipe the card and to enter the room main body by the contactless card carried, and other staff can't enter room of the present utility model main body and carry out autonomous learning.
Also be provided with at least two camera heads in described room main body, at least two described camera heads are separately positioned on the place ahead and the rear of described room main body, and the signal output part of at least two described camera heads connects a memory storage by an image processing module.The turnover storage that the utility model is real-time by the video in the room main body is convenient to check in the future.Like this, the process of student school in the room main body also can be monitored, and realizes unattended chemistry habit pattern.
Also be provided with one in described room main body for printing the printing equipment of radio-frequency card.Can stamp the student individuality pattern by printing equipment on the radio-frequency card surface completed.
Also be provided with a cutting means for the radio-frequency card that completes in described room main body, described cutting means one side is provided with a card reader, and the signal output part of described card reader connects described display.Whether the radio-frequency card that card reader has cut for check can read, whether performance is perfect, and shows in display, for the student, checks.
Also be provided with a RFID label in described room main body and be placed with the position optimization system, described RFID label is placed with the position optimization system and comprises that a computing machine, an electronic label read/write, are for placing the program control turntable of carrier, place carrier on described program control turntable, described carrier can be various casings or other are for being placed with the article of electronic tag;
Described computing machine connects described electronic label read/write, and described program control turntable is rotatable.The carrier that need to be placed with is placed on program control turntable, and the electronic tag that the student makes is placed with on the diverse location of carrier, can find its readwrite performance difference, so that the student further understands the performance difference of label on diverse location.Utilize the RFID label to be placed with the position optimization system, the student can determine the optimum label sticking position on various casings.
The read-write antenna of described electronic label read/write is arranged on a frame, and described read-write antenna 360 degree are rotationally connected described frame.The read-write antenna of electronic label read/write is can controlled sensing arbitrarily angled, can, according to the experimental data of computing machine, can analyze optimum antenna combination.
Also be provided with one in described room main body for testing the label electrostatic detection system of electronic tag static immunity to interference performance, also be provided with one for eliminating the X eliminator of electronic tag static.Described X eliminator preferably adopts active X eliminator.The student is after the electronic tag that completes, and the electronic tag that can make oneself by label electrostatic detection system carries out electrostatic detection, when needs abstract factory static, can adopt timely X eliminator to carry out the static elimination.Above-mentioned design meets the requirement of IEC61000-4-2 and GB/T17626.2 standard fully, and the immunity to interference performance while for the evaluation electronic electric equipment, standing static discharge provides perfect solution comprehensively.
Also be provided with a RFID Performance Test System in described room main body, described RFID Performance Test System comprises that an electromagnetic screen camera bellows, is arranged on the RFID ability meter in described electromagnetic screen camera bellows.The RFID ability meter can adopt the tester be easy to get on the market, and the RFID ability meter is for application performances such as the read-write frequency characteristic of testing the electronic tag that the student completes, directivity characteristicss.The electromagnetic screen camera bellows, for shielding the interference of external electromagnetic signal, provides clean unreflected environment.The student can be tested when completing electronic tag, also can after completing personal settings, be tested.
Also be provided with a channel detection system in described room main body, described channel detection system comprises a detection door frame, at least two information read devices, a microprocessor system, described information read device adopts a card reader, at least two card reader evenly are arranged on described detection door frame, and the signal output part of at least two card reader connects respectively described microprocessor system;
Described channel detection system also comprises a plurality of mobile vehicles, is respectively equipped with a radio-frequency card on a plurality of mobile vehicles.Above-mentioned radio-frequency card adopts the homemade radio-frequency card of student, and the student adopts the equipment making radio-frequency card in the utility model, and will make radio-frequency card by oneself and be arranged on mobile vehicle.Controlling mobile vehicle by after detecting door frame, the information read device detected on door frame reads respectively the radio-frequency card information on a plurality of mobile vehicles, and information is passed to the microprocessor system, the microprocessor system is carried out identifying processing, determines by detecting the mobile vehicle of door frame.
Above-mentioned design from the knowwhy of study radio-frequency card, make radio-frequency card, by the radio-frequency card labeling, complete a complete study application system to the application to radio-frequency card etc., make the student can be theoretical in conjunction with putting into practice, improved learning interest.
Also be provided with a book system in described room main body, described book system comprises at least one bookshelf, and described bookshelf is provided with a plurality of compartments, and at least one compartment is provided with at least one books, and every books are provided with a radio-frequency card;
Each described compartment place is provided with a light-emitting device, and light-emitting device is corresponding one by one with compartment;
Also comprise a computing machine, described computing machine connects described light-emitting device by a control module;
Also comprise an automatic book-lending device and a gate inhibition, described gate inhibition is provided with at least one books card reader, and described books card reader connects described computing machine.
The radio-frequency card of above-mentioned design also adopts the homemade radio-frequency card of student, and the automatic book-lending device of above-mentioned design can adopt automatic book-lending device of the prior art.The use principle of above-mentioned design is as follows: the student arrives the position of books by computer search, and lights the light-emitting device of books position by the computer control control module, and light-emitting device is luminous, indication books position.The student completes by the automatic book-lending device work of checking out.After having checked out, by the gate inhibition, walk out, the books card reader on the gate inhibition reads the book information of lending, and by computing machine, built-in book database is processed.
Radio-frequency card described in the utility model is preferably non-contact radio frequency cards.
Each equipment in described room main body and device post electronic tag, on the doorway of described room main body, are provided with card reader, and described card reader connects a signal processing module, and described signal processing module connects a warning device.When student or other staff take the equipment in the room main body or device out of the room main body, card reader reads the electronic tag on it, and signal processing module is undertaken and alarm by warning device after recognizing and being the article in the room main body.Above-mentioned design has realized guaranteeing the security of article in the unmanned management process, has had good anti-theft function.
Beneficial effect: owing to adopting technique scheme, the utility model is provided with the equipment sets such as study, making, test and using radio card, so that the student can combine theory and practice together, understands knowledge and the application of radio-frequency card.
The accompanying drawing explanation
Fig. 1 is part-structure schematic diagram of the present utility model;
A kind of structural representation that Fig. 2 is the utility model channel detection system;
A kind of structural representation that Fig. 3 is the utility model book system.
Embodiment
For technological means, creation characteristic that the utility model is realized, reach purpose with effect is easy to understand, below in conjunction with the further elaboration the utility model of concrete diagram.
With reference to Fig. 1, RFID of Internet-of-things study station, comprise that one for learning the room main body of RFID technology, is provided with a showcase 1 in the room main body, is provided with at least two kinds of radio-frequency cards 11 in showcase 1.Radio-frequency card 11 is preferably non-contact radio frequency cards.Showcase 1 one sides are provided with a card-reading apparatus 12, and the signal output part of card-reading apparatus 12 connects a display 2.Display 2 can adopt liquid crystal display, and liquid crystal display is arranged on a side walls of room main body, for the student, checks relevant information.Also be provided with one in the room main body for making the electronic tag producing device 3 of electronic tag.Also be provided with an electronic label packaging device for the packaging electronic label 4 in the room main body.The utility model, for RFID teaching application, when the student need to learn the RFID technology, can enter the room main body.At first the own interested radio-frequency card 11 of taking from showcase 1 is swiped the card on card-reading apparatus 12, and display 2 shows the information such as the performance, advantage, application case, production method of radio-frequency cards, so that the student fully understands the radio-frequency card 11 of taking theoretically.Then the student is according to the production method on display 2, and designing antenna etc., adopt electronic tag producing device 3 to make electronic tag.After electronic tag completes, adopt electronic label packaging device 4 that electronic label seal is contained in plastic cards, completed the making of whole radio-frequency card 11.
Porch in the room main body also is provided with a gate control system, and gate control system is the non-contact radio frequency cards gate control system.Above-mentioned non-contact radio frequency cards gate control system can adopt gate control system of the prior art.Above-mentioned design has realized the personal identification function, authorizes the student to swipe the card and to enter the room main body by the contactless card carried, and other staff can't enter room of the present utility model main body and carry out autonomous learning.Can also be provided with four camera heads in the room main body, four camera heads are separately positioned on the top, four corners of room main body, and camera head shooting direction is downward, and the signal output part of four camera heads connects memory storage by image processing module.The turnover storage that the utility model is real-time by the video in the room main body is convenient to check in the future.Like this, the process of student school in the room main body also can be monitored, and realizes unattended chemistry habit pattern.
Also be provided with a printing equipment 5 for printing radio-frequency card in the room main body.Can stamp the student individuality pattern by printing equipment 5 on the radio-frequency card surface completed.Also be provided with the cutting means 6 of a radio-frequency card completed for shearing in the room main body, cutting means one side is provided with a card reader 61, and the signal output part of card reader 61 connects display 2.Whether the radio-frequency card that card reader 61 has cut for check can read, whether performance is perfect, and shows in display 2, for the student, checks.
Also be provided with the RFID label in the room main body and be placed with the position optimization system, the RFID label be placed with the position optimization system comprise computing machine, electronic label read/write 71, for placing the program control turntable 72 of carrier, place carrier on program control turntable 72, carrier can be various casings or other are for being placed with the article of electronic tag; Computing machine connecting electronic tag read-write equipment 71, program control turntable 72 is rotatable.The carrier that need to be placed with is placed on program control turntable 72, and the electronic tag that the student makes is placed with on the diverse location of carrier, can find its readwrite performance difference, so that the student further understands the performance difference of label on diverse location.Utilize the RFID label to be placed with the position optimization system, the student can determine the optimum label sticking position on various casings.The read-write antenna of electronic label read/write 71 is arranged on frame, and read-write antenna 360 degree are rotationally connected frame.The read-write antenna of electronic label read/write 71 is can controlled sensing arbitrarily angled, can, according to the experimental data of computing machine, can analyze optimum antenna combination.
Also be provided with one in the room main body for testing the label electrostatic detection system of electronic tag static immunity to interference performance, also be provided with for eliminating the X eliminator of electronic tag static.X eliminator preferably adopts active X eliminator.The student is after the electronic tag that completes, and the electronic tag that can make oneself by label electrostatic detection system carries out electrostatic detection, when needs abstract factory static, can adopt timely X eliminator to carry out the static elimination.Above-mentioned design meets the requirement of IEC61000-4-2 and GB/T17626.2 standard fully, and the immunity to interference performance while for the evaluation electronic electric equipment, standing static discharge provides perfect solution comprehensively.
Also be provided with the RFID Performance Test System in the room main body, the RFID Performance Test System comprises the electromagnetic screen camera bellows, is arranged on the RFID ability meter in the electromagnetic screen camera bellows.The RFID ability meter can adopt the tester be easy to get on the market, and the RFID ability meter is for application performances such as the read-write frequency characteristic of testing the electronic tag that the student completes, directivity characteristicss.The electromagnetic screen camera bellows, for shielding the interference of external electromagnetic signal, provides clean unreflected environment.The student can be tested when completing electronic tag, also can after completing personal settings, be tested.
With reference to Fig. 2, also be provided with channel detection system in the room main body, channel detection system comprises the computing machine 83 that detects door frame 81, three information read devices 82, is provided with the microprocessor system, three information read devices 82 all adopt card reader, three card reader are separately positioned on left side, right side and the upside that detects door frame 81, and the signal output part of card reader connects respectively computing machine 83.Channel detection system also comprises a plurality of mobile vehicles 84, on a plurality of mobile vehicles 84, is respectively equipped with radio-frequency card.Above-mentioned radio-frequency card adopts the homemade radio-frequency card of student, and the student adopts the equipment making radio-frequency card in the utility model, and will make radio-frequency card by oneself and be arranged on mobile vehicle 84.Controlling mobile vehicle 84 by after detecting door frame 81, the information read device 82 detected on door frame 81 reads respectively the radio-frequency card information on a plurality of mobile vehicles 84, and information is passed to the microprocessor system, the microprocessor system is carried out identifying processing, determines by detecting the mobile vehicle 84 of door frame 81.Above-mentioned design from the knowwhy of study radio-frequency card, make radio-frequency card, by the radio-frequency card labeling, complete a complete study application system to the application to radio-frequency card etc., make the student can be theoretical in conjunction with putting into practice, improved learning interest.
With reference to Fig. 3, also be provided with book system in the room main body, book system comprises bookshelf 91, and bookshelf 91 is provided with a plurality of compartments, and at least one compartment is provided with at least one books 92, and every books 92 are provided with radio-frequency card.Each compartment place is provided with light-emitting device 93, and light-emitting device 93 can adopt bulb or LED lamp.Light-emitting device 93 is corresponding one by one with compartment, and light-emitting device 93 can be arranged on the sidewall of compartment.Also comprise computing machine 94, computing machine connects light-emitting device 93 by control module.Also comprise automatic book-lending device 94 and gate inhibition 95, gate inhibition 95 is provided with the books card reader, and the books card reader connects computing machine 94.The radio-frequency card of above-mentioned design also adopts the homemade radio-frequency card of student, and the automatic book-lending device of above-mentioned design can adopt automatic book-lending device of the prior art.The use principle of above-mentioned design is as follows: the student arrives the position of books 92 by computer search, and controls control module by computing machine 94 and light the light-emitting device 93 of books 92 positions, and light-emitting device 93 is luminous, indication books 92 positions.The student completes by the automatic book-lending device work of checking out.After having checked out, by gate inhibition 95, walk out, the books card reader on gate inhibition 95 reads the book information of lending, and by computing machine, built-in book database is processed.
Each equipment in the room main body and device post electronic tag, on the doorway of room main body, are provided with card reader, and card reader connects signal processing module, and signal processing module connects warning device.When student or other staff take the equipment in the room main body or device out of the room main body, card reader reads the electronic tag on it, and signal processing module is undertaken and alarm by warning device after recognizing and being the article in the room main body.Above-mentioned design has realized guaranteeing the security of article in the unmanned management process, has had good anti-theft function.
Above demonstration and described ultimate principle of the present utility model and principal character and advantage of the present utility model.The technician of the industry should understand; the utility model is not restricted to the described embodiments; that in above-described embodiment and instructions, describes just illustrates principle of the present utility model; under the prerequisite that does not break away from the utility model spirit and scope; the utility model also has various changes and modifications, and these changes and improvements all fall in claimed the utility model scope.The claimed scope of the utility model is defined by appending claims and equivalent thereof.
Claims (10)
1. RFID of Internet-of-things study station, comprise that one for learning the room main body of RFID technology, it is characterized in that, in described room main body, is provided with a showcase, is provided with at least two kinds of radio-frequency cards in described showcase; Described showcase one side is provided with a card-reading apparatus, and the signal output part of described card-reading apparatus connects a display;
Also be provided with one in described room main body for making the electronic tag producing device of electronic tag;
Also be provided with one in described room main body for encapsulating the electronic label packaging device of described electronic tag.
2. RFID of Internet-of-things study according to claim 1 station, is characterized in that, also be provided with a gate control system in the porch of described room main body, described gate control system is the non-contact radio frequency cards gate control system; Also be provided with at least two camera heads in described room main body, at least two described camera heads are separately positioned on the place ahead and the rear of described room main body, and the signal output part of at least two described camera heads connects a memory storage by an image processing module.
3. RFID of Internet-of-things study according to claim 1 station, is characterized in that, also is provided with one in described room main body for printing the printing equipment of radio-frequency card.
4. RFID of Internet-of-things study according to claim 1 is stood, it is characterized in that, also be provided with a cutting means for the radio-frequency card that completes in described room main body, described cutting means one side is provided with a card reader, and the signal output part of described card reader connects described display.
5. RFID of Internet-of-things study according to claim 1 is stood, it is characterized in that, also be provided with a RFID label in described room main body and be placed with the position optimization system, described RFID label is placed with the position optimization system and comprises that a computing machine, an electronic label read/write,, for placing the program control turntable of carrier, place carrier on described program control turntable;
Described computing machine connects described electronic label read/write, and described program control turntable is rotatable; The read-write antenna of described electronic label read/write is arranged on a frame, and described read-write antenna 360 degree are rotationally connected described frame.
6. according to the described RFID of Internet-of-things study of any one in claim 1 to 5 station, it is characterized in that, also be provided with one in described room main body for testing the label electrostatic detection system of electronic tag static immunity to interference performance, also be provided with one for eliminating the X eliminator of electronic tag static.
7. RFID of Internet-of-things study according to claim 6 is stood, it is characterized in that, also be provided with a RFID Performance Test System in described room main body, described RFID Performance Test System comprises that an electromagnetic screen camera bellows, is arranged on the RFID ability meter in described electromagnetic screen camera bellows.
8. according to the described RFID of Internet-of-things study of any one in claim 1 to 5 station, it is characterized in that, also be provided with a channel detection system in described room main body, described channel detection system comprises a detection door frame, at least two information read devices, a microprocessor system, described information read device adopts a card reader, at least two card reader evenly are arranged on described detection door frame, and the signal output part of at least two card reader connects respectively described microprocessor system;
Described channel detection system also comprises a plurality of mobile vehicles, is respectively equipped with a radio-frequency card on a plurality of mobile vehicles.
9. according to the described RFID of Internet-of-things study of any one in claim 1 to 5 station, it is characterized in that, also be provided with a book system in described room main body, described book system comprises at least one bookshelf, described bookshelf is provided with a plurality of compartments, at least one compartment is provided with at least one books, and every books are provided with a radio-frequency card;
Each described compartment place is provided with a light-emitting device, and light-emitting device is corresponding one by one with compartment;
Also comprise a computing machine, described computing machine connects described light-emitting device by a control module;
Also comprise an automatic book-lending device and a gate inhibition, described gate inhibition is provided with at least one books card reader, and described books card reader connects described computing machine.
10. RFID of Internet-of-things study according to claim 1 is stood, it is characterized in that, each equipment in described room main body and device post electronic tag, doorway in described room main body is provided with card reader, described card reader connects a signal processing module, and described signal processing module connects a warning device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013204097026U CN203366552U (en) | 2013-07-10 | 2013-07-10 | Internet of Things RFID learning station |
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| Application Number | Priority Date | Filing Date | Title |
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| CN2013204097026U CN203366552U (en) | 2013-07-10 | 2013-07-10 | Internet of Things RFID learning station |
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| CN203366552U true CN203366552U (en) | 2013-12-25 |
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| CN2013204097026U Expired - Fee Related CN203366552U (en) | 2013-07-10 | 2013-07-10 | Internet of Things RFID learning station |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104483770A (en) * | 2015-01-05 | 2015-04-01 | 合肥京东方光电科技有限公司 | Anti-static device and panel display manufacturing equipment |
| CN107274740A (en) * | 2017-06-05 | 2017-10-20 | 安徽福讯信息技术有限公司 | A kind of RFID library managements experience system |
| CN107833504A (en) * | 2017-11-15 | 2018-03-23 | 成都正光恒电子科技有限责任公司 | RFID of Internet-of-things study station |
-
2013
- 2013-07-10 CN CN2013204097026U patent/CN203366552U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104483770A (en) * | 2015-01-05 | 2015-04-01 | 合肥京东方光电科技有限公司 | Anti-static device and panel display manufacturing equipment |
| CN107274740A (en) * | 2017-06-05 | 2017-10-20 | 安徽福讯信息技术有限公司 | A kind of RFID library managements experience system |
| CN107833504A (en) * | 2017-11-15 | 2018-03-23 | 成都正光恒电子科技有限责任公司 | RFID of Internet-of-things study station |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20131225 Termination date: 20140710 |
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| EXPY | Termination of patent right or utility model |