WO2017028150A1 - Ensemble de modules distincts d'alarme et de commande globale et système de gestion d'ultra-détection basé sur l'internet des objets - Google Patents

Ensemble de modules distincts d'alarme et de commande globale et système de gestion d'ultra-détection basé sur l'internet des objets Download PDF

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Publication number
WO2017028150A1
WO2017028150A1 PCT/CN2015/087205 CN2015087205W WO2017028150A1 WO 2017028150 A1 WO2017028150 A1 WO 2017028150A1 CN 2015087205 W CN2015087205 W CN 2015087205W WO 2017028150 A1 WO2017028150 A1 WO 2017028150A1
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intelligent
monitoring
rfid
management
module
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PCT/CN2015/087205
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English (en)
Chinese (zh)
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曹树槐
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曹树槐
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Priority to PCT/CN2015/087205 priority Critical patent/WO2017028150A1/fr
Publication of WO2017028150A1 publication Critical patent/WO2017028150A1/fr

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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L65/00—Network arrangements, protocols or services for supporting real-time applications in data packet communication
    • H04L65/40—Support for services or applications

Definitions

  • the invention relates to RFID technology, wireless communication technology, software and communication interface technology, electronic circuit technology, automatic control technology, mechanical design, ET traceability information technology (including ET system and ET communication information technology), and small hardware manufacturing, leather goods Luggage manufacturing technology.
  • N11N A safe and reliable information interaction technology form is N11N, which is used to replace the conventional idea of N1N (commonly known as: Internet node N-smartphone-object N).
  • N11N technology form Internet Node N - Mobile Phone - Smart Wallet - Object N.
  • the widely used automatic identification technologies include image feature recognition, barcode, magnetic card, radio frequency identification, infrared recognition, fingerprint recognition or other biological recognition, etc., each of which has its own advantages and disadvantages and applicable occasions.
  • the advantages of RFID technology are: non-contact identification, automation, batch, not easy to damage, can identify high-speed moving targets, easy to operate, low-frequency short-range RFID technology has the advantage of not being afraid of harsh environments such as oil stains and dust, high-frequency long-distance RFID technology can It can be used to track targets such as pallets, vehicles, and animals.
  • RFID has the advantages of all-weather, reliable and difficult to attack, easy to write and modify.
  • RFID technology has become more and more popular in the fields of item tracking, traceability, anti-counterfeiting, anti-theft systems, automatic production lines, library management, animal identification, access control, parking lot and checkpoint control, logistics and supply chain management control.
  • Common RFID system solutions generally consist of the following components: electronic tags, tag antennas, readers, reader antennas, control modules, interface modules, data management systems, etc.
  • the tag According to the power supply mode of the tag, it can be divided into an active RFID system and a passive RFID system.
  • the corresponding RFID tags can be divided into active tags (powered by the self-contained battery on the tag) and passive tags (labels without batteries, energy by The RF signal emitted by the reader provides two).
  • passive RFID systems can be divided into inductive coupling and electromagnetic reversal. There are two kinds of scattering coupling.
  • RFID technology can be divided into: long wave (frequency: less than 135KHz), short wave (high frequency, ie HF, frequency: 13.56MHz), ultrashort wave (UHF, UHF, frequency: 900MHz), microwave (frequency : 2.45 GHz), their reading ranges are: ⁇ 10cm, ⁇ 1m, about 10m, and about 2m.
  • the UHF RFID frequency band mainly used by the present invention (in particular, it is also possible to adopt a combination of low, medium, high, overclocking or microwave segment RFID technology to improve the shielding of electromagnetic pulse emission).
  • penetration and anti-interference ability to improve the reliability of the reader to detect/read data from the tag are listed as follows:
  • the advantages are long recognition distance, small antenna size, fast transmission speed, non-line-of-sight recognition and orientation recognition.
  • the disadvantage is that countries have different frequency band regulations, and the damage to the human body is still difficult to determine, the transmission power is limited, and it is greatly affected by certain materials.
  • the China Radio Regulatory Commission has already defined the frequency bands used by the RFID business. Since the HF and UHF 2.4 GHz bands used by RFID are basically the international ISM band, the current regulations on the use of RFID in these two bands are basically consistent with the international standards. For the 860-960MHz frequency band, the national regulations are different, which makes countries and regions have different plans for RFID service frequency in this frequency band. According to China's frequency division regulations, 860 ⁇ 960MHz is mainly used as a fixed mobile service.
  • the frequency usage of China's 860 ⁇ 960MHz frequency band is listed as follows: 870-880MHz (for CDMA downlink frequency band services), 885-915MHz (for GSM uplink frequency band services) ), 915-917MHz (for centerless walkie-talkie service), 917-925MHz (for point-to-point stereo broadcast link service), 925-930MHz (for aeronautical navigation service), 930-960MHz (for GSM downlink service) .
  • the ISM band does not require a license, but devices operating in this band are required to comply with the requirements of the corresponding spectrum usage authority for transmit power (less power communication less than 10mW/MHz), antenna gain and spread spectrum.
  • WLAN wireless local area network
  • WPAN wireless personal area network
  • IEEE802.15.1 Bluetooth
  • IEEE802.15.3 IEEE802.15.4
  • the application of RFID technology in the 900MHz band is as follows: 840.50-844.5MHz, 920.50-924.5MHz (frequency range), 2W (transmit power erp); 840-845MHz, 920-925MHz (frequency range), 100mW (transmit power erp).
  • the RFID standard system mainly consists of air interface specifications, physical characteristics (conformance testing and performance testing standards such as ISO/IEC 18046, 18047 series standards), reader/writer protocols, coding systems, and data application interface specifications (responsible for processing readers and Various communications between applications, but not involving device interfaces and device management functions), data exchange and protocol standards (such as EPCIS and ONS standards for accessing RFID data over the Internet), data and network security standards (information security) , including: RFID tag self-safety, air interface standard security, RFID reader security, self-security of the network to which the RFID system is connected), radio frequency management regulations, health and safety regulations, sensor interface standards (sensor network and RFID tag interface) Standard), device interface standard (device interface standard for transferring data between applications and readers) and other standards.
  • RFID tag self-safety air interface standard security
  • RFID reader security self-security of the network to which the RFID system is connected
  • radio frequency management regulations health and safety regulations
  • sensor interface standards sensor network and RFID tag interface
  • device interface standard device interface standard for transferring
  • EPC Global has completed the Electronic Product Code standard (such as EPC Global class Gen2) and has some dominance in some areas of application.
  • RFID Radio Frequency Identification
  • the invention In addition to the use of RFID identification technology, the invention also needs to combine necessary control electronic circuits, communication interface standards, automatic control technology, mechanical design, ET traceability information technology (including ET system and ET communication information technology), mobile phone and underlying software development. And small hardware manufacturing, leather goods and luggage manufacturing technology, including control electronic circuits, communication interfaces and technical standards / protocols, mobile phone software and low-level program instructions and other related technologies have been modularized and integrated in the corresponding fields.
  • the IoT-based separation alarm and aggregation control module and the super-sensing management system according to the present invention can be summarized as the following case A: Anti-forgotten smart wallet:
  • a post-80s entrepreneur, A Jun, is under pressure from his civilization. He needs to travel all day long in the busy and crowded modern metropolitan area to carry out market development and product technology innovation. He has taken on many business pressures and competitive threats, and also needs to take into account his personal life. Family Harmony. In particular, A regrets that in the business travel of 2014.9.11, A Jun was in the business negotiation with foreign customers, because A’s beard really made the French customer Miss Wang difficult to face up, resulting in The client firmly believes that the decision to postpone the negotiations, the customer Miss Wang exchanged a TG business card with A. Afterwards, A Jun had a profound introspection on this business negotiation. Because of the busy business in the recent period, A Jun realized that his beard was too long in the morning, but because the facilities provided by the hotel were relatively simple, due to the rush of time, A Jun Reluctantly will deal with this business negotiation.
  • the price is calculated according to the price of the feed milk.
  • Figure 1 shows "Application Scenario 1" and the modules and systems to which it is connected to solve the problem (1);
  • Figure 1 shows "Application Scenario 2" and the modules and systems to which it is connected are used to solve the problem (2);
  • Figure 1 shows "Application Scenario 3" and the modules and systems to which it is connected are used to solve the problem (3);
  • Figure 1 shows "Application Scenario 4" and the modules and systems to which it is connected to solve the problem (4);
  • Figure 1 shows "Application Scenario 5" and the modules and systems to which it is connected are used to solve the problem (5);
  • Figure 1 shows "Application Scenario 6" and the modules and systems to which it is connected to solve the problem (6);
  • Figure 1 shows "Application Scenario 7" and the modules and systems to which it is connected to solve the problem (7);
  • FIG. 7 is a left side view thereof
  • FIG. 8 is a bottom view thereof.
  • a smart portable peripheral object control center is constructed.
  • the peripheral object control center is composed of the above-mentioned separation alarm and collection control module, anti-forgotten smart wallet structure, mobile APP (27 of 27) or mobile phone ETAPP (330 of 261), RFID tag design and attachment scheme ( 88003 Figure 2), and a system of related communication protocols/technical solutions.
  • the anti-forgotten smart wallet structure is composed of an electronic module (88001), an auxiliary battery compartment (88021), a spare RFID storage box (88002), a self-locking control unit (888067 FIG. 4), and a reinforced storage box (as shown in FIG. 2).
  • thermal insulation magnetic board (88065 Figure 4), RFID antenna board (88071 Figure 5), transparent plastic sleeve (88033), mobile phone placement box (88080 Figure 7), keychain storage box ((88079 figure) 7), telescopic thread rope (88027), balance member (88019), inner lining cloth (face lining cloth 88040, bottom lining cloth 88010), leather case (88041), bottom holster (88035), bottom zipper and interlining (88011) , the corresponding mobile phone placement box layer belongs to the surface layer zipper and lining), wristband (88042), main battery (88004), control button compartment (88005), lighting/spotlight (88006), micro camera (88007) , item sequence & photo display (88008), mobile phone placement box (888080 Figure 15) and related structural components.
  • the mobile phone placement box (888080 Figure 15) includes: mobile phone charging terminal (8880801 Figure 15), mobile phone card board (8880802 Figure 15), mobile phone stop unit (8880803 Figure 15), support spacer (8880805 figure) 16), side open plate spring button (88095 Figure 20), side open gap (88096 Figure 20).
  • the mobile phone charging terminal (8880801) includes the charging socket (88808011), the terminal sliding plate (88808012), the socket changing bolt (88808013), the collecting switch (88808014), the adapter terminal (88808015) as shown in FIG. ), reinforced connecting cable (88808016), auxiliary battery box input terminal (88808017), reinforced flexible cable (88808018).
  • the mobile phone card board (8880802) includes as shown in FIG. 18: a mobile phone card slot and a heat sink (88808021), a rubber card slot (88808022), and a loose bolt (88808023).
  • the mobile phone stop unit includes: ⁇ the charging baffle (88808031) and the anti-collision strip (88808032) of FIG. 19; ⁇ as shown in FIG. 21: the stop baffle (88808033); rotating Rechargeable hand valve bolt (88808034, hand valve bolt through the tail tapping or blow molding embedded in the stop baffle.); reinforced plastic clip A (88808035, which is riveted with the hand valve bolt.); reinforced plastic clip B (88808036); clamping nut (88808037, the clamping nut is a perforated design, stringed into and engaged with the 88880034 axis cylinder); buffer spring (88808038, buffer spring stringed into the axis cylinder of 88080034); In the 21st, 88808001 is the outer panel of the mobile phone placement box 888080, and in Fig.
  • 8880803401 is the clamping buffer gap ⁇ ; ⁇ such as the stop baffle (88808033) in Fig. 21, the guide pin A (888080331) and the guide pin are provided on both wings. B (888080332), and loosely mesh with the guide groove A (8880803311) and the guide groove B (8880803321) on the two-wing partition of the mobile phone box 888080, the relaxation tolerance is equivalent to the aforementioned clamping buffer gap; 22 is a front view of the retaining plate clamping scheme of the mobile phone stop unit; as shown in FIG. 23, the retaining plate clamping side FIG.
  • 24 is a connection diagram of a charging hand valve bolt and a charging hand valve telescopic D-type bolt (88808039) attached to the reinforcing plastic clip A, and 888080310 is a D-type bolt.
  • the telescopic spring, 888080311 is a telescopic cavity of the D-bolt.
  • the related structural member includes: a fastening member (88012 and 88013, 88014 and 88015) connecting the wallet body and the wristband, a zipper head (88017) connecting the upper and lower petals of the zipper strip, and a non-slip pattern (88016) and a coupling buckle.
  • the related structural member further includes: a support block (88047), as shown in FIG. 3, a partition 3 (88044), a partition 4 (88046), and a partition 2 (88022 and FIG. 2), possibly When making the side-opening mobile phone placement box, the screws (88808041 Figure 15) and the screws (88808042 Figure 15) are attached); as shown in Figure 3, the partition A (88052), the partition B (88053), the partition C (88054); aluminum alloy sheet A (88048) and aluminum alloy sheet B (88051) as shown in Fig. 3; ligament A (88049) made of high-strength wear-resistant leather/plastic material as shown in Fig. 3. And ligament B (88050).
  • the above-mentioned separator A, separator B, and separator C may be integrally formed with the heat-insulating and anti-magnetic plate (88064, FIG. 4, 88065, FIG. 4), and may also be combined with the metal antenna plate (88063, FIG. 4, 88071, FIG. 5). ) It may also be manufactured in one piece with the reinforced storage box (88034 Figure 2).
  • the reinforced storage box (88034 Figure 2), the heat-insulating anti-magnetic plate (88065 Figure 4), the metal antenna plate (88071 Figure 5) are integrally formed and hooked to the partition B by fastening bolts (88062 Figure 4) (88053 Figure 3); possibly, the fastening bolts (88062 Figure 4) are designed to be resiliently cushioned to reduce the MCU module (1 Figure 1) and the RFID reader module ( Figure 2) that are coupled to the bulkhead B. 1) The vibration.
  • the related structural member further includes: an LED indicator L1 (8880861), an LED indicator L2 (8880871), an LED indicator L3 (8880881) attached to the control button compartment (88005, FIG. 2) in FIG.
  • LED indicator L4 (8880891), LED indicator L5 (8880901), LED indicator L6 (8880911), LED indicator L7 (8880921), LED indicator L8 (8880931), LED indicator L9 (8880941).
  • the above-mentioned LED indicators L1 to L7 are control keyboard buttons C1 (888086, FIG. 8), button C2 (888087, FIG. 8), button C3 (888088, FIG. 8), and button C4 (888089, FIG. 8) attached to the control button compartment.
  • button C5 (888090 Figure 8), button C6 (888091 Figure 8), button C7 (888092 Figure 8), button C8 (888093 Figure 8), button C9 (888094 Figure 8) correspond one-to-one; They are located at the bottom zipper lining (88055), aluminum alloy sheet B (88056), ligament B (88057), ligament A (88058), aluminum alloy sheet A (88059), surface zipper lining (88060), spare RFID storage. Place the transparencies or openings in the box (88061).
  • the above-mentioned control button compartment (88005, Figure 2) may be in communication with the MCU module (1 Figure 1) through a technical protocol (4499 Figure 1); possibly, the above-mentioned control button compartment (88005 Figure 2) is replaced with a control panel (607 Figure 1) communicates with the MCU module (1 Figure 1).
  • the self-locking control unit (888067, FIG. 4) includes the following components as shown in FIG. 13: a sliding joint (88806701), a sliding chute (88806702) attached to the top beam (88024 FIG. 2 or 88806703), and a sliding groove ( 88806711), horizontal beam (88806704) and its associated sliding trough (88806705), rebound rod (88806706), rotating joint (88806707), live lock fulcrum (88806710), counting contact or grating (88806709), counting relay (88806708), live lock shrapnel (88806717), deadlock relay (88806718) and its control piece (88806719), deadlock main gate (88806713), deadlock slave (88806712);
  • Figure 14 is a control action diagram.
  • the spare RFID tag storage box (4 Figure 1), the spare RFID storage box (88002 Figure 2), the RFID tag design and the attachment scheme (88003) Figure 2 or Figure 10), which may be an equivalent alternative to the RFID tag attacher (401 Figure 1), where:
  • the RFID tag attaching machine (401 FIG. 1) described above includes the following components as shown in FIG. 9: a handle (40101), a flash/spotlight (40102), a camera (40103), a built-in battery (40104), and an object photo display (40105). ), memo menu sequence display (40107), hook and counter (40106), RFID tag (40108), RFID tag group placement bin (401013), various compatibility identification stickers (99401014, such as: active RFID tags) , passive RFID tags, low frequency / high frequency / ultra high frequency / microwave tags, two-dimensional code, barcode, etc.), RFID tag group bullet exit (401012), automatic attach button (40109), sequence and image generation button (401010 ), the label push button (401011).
  • Pin1.1, Pin1.2, Pin1.3, . . . Pin1.n represents the attachment point design already in the product prototype design scheme.
  • the label attachment point has been set before the product is shipped or sold, hereinafter referred to as the “commodity design scheme”.
  • the product design scheme includes but is not limited to the following forms. :
  • Pin1.1 is reserved in the main body of the product
  • Pin1.2 is designed with reserved ports or holes at the package mouth of the product (divided into a, b male and female), and the usage scenario is similar to that of Pin1.3;
  • Pin1.3 design male and female mouths or holes at the seams of the separate parts of the product (divided into a, b male and female);
  • Pin1.10 product end TG retraction pinning scheme matching component application occasions such as: paper documents, documents;
  • the additional attachment scheme includes but is not limited to the following forms ( 10, FIG. 11, and FIG. 12 is a partial enlarged view of FIG. 11):
  • Pin2.2 winding scheme (divided into a, b male and female winding lines, the whole is flat);
  • Pin2.3 perforation scheme (divided into a, b, c master-slave and anti-recession members, the whole is flat);
  • Pin2.4 TG clamping scheme (divided into a, b screw, nut part, the whole is a vertebral column member);
  • Pin2.5 TG tapping scheme (the whole is a vertebral column member);
  • Pin2.7 temporary winding scheme (divided into a, b master-slave winding);
  • Pin2.8 TG shape clamping scheme (divided into a, b body and attached body, the whole is flat);
  • the anti-breakage line (such as Pin2.2a, Pin2.2b) or the connecting member or material refers to the RFID anti-breaking algorithm mechanism (or similar active anti-pre-alarm alarm). Mechanism of signal sensing structures or dielectrics.
  • Separate alarm and set control module which is composed of MCU module (1), RFID reader module (2), RFID antenna (3), spare RFID tag storage box (4), buzzer (5), etc. in Figure 1.
  • the components are combined, and the combination thereof is combined with the related management system and related technical protocols to implement the functions of the application scenario 1, the application scenario 2, the application scenario 3, the application scenario 4, and the application scenario 5, as shown in FIG.
  • the MCU module (1) receives the pre-input command of the mobile APP (or "memo menu") (27) through the electronic technology protocol (5399), the communication module (25), and the communication technology protocol (2899) to form an execution instruction.
  • the electronic technology protocol (5899) transmits the execution instructions to the corresponding units of the RFID reader module (2) to form an RFID tag inspection command, and the RFID reader/writer (2) passes the data information interaction protocol (4799) and the RFID antenna (3). Co-execute the RFID tag inspection instructions.
  • RFID tag i1 (801), RFID tag i2 (901), RFID tag i3 (1001), and RFID tag i4 (1101) must be manually stored by the user from the spare RFID tag of the smart wallet (88002, Figure 2) Removed and attached to the wallet (803), key fob (903), mobile phone (1003), object by label attachment scheme 80299, label attachment scheme 90299, label attachment scheme 100299, label attachment scheme 110299 4 (1103).
  • the RFID tag (1201) similar to the above case is also attached to the object n (1203) according to a similar scheme (120299) and communicates with the RFID antenna (3) or the filter antenna (33301) through the communication technology protocol (1299). . .
  • the reflection coupling signals (899, 999, 1099, 1199, 1299) modulated and demodulated by the RFID antenna (3) are technically compatible with ISO/IEC18000-1 and ISO/ IEC18000-2 (below 135KHZ), ISO/IEC18000-3 (13.56MHZ), ISO/IEC18000-4 (2.45GHZ), ISO/IEC18000-6 (860-960MHZ), ISO/IEC18000-7 (below 433.92MHZ), EPC Class1Gen2, UID Center, China RFID coding system, one or more of a certain wireless communication system.
  • the RFID tag serial number attached to the wallet (803), key fob (903), and mobile phone (1003) is one-to-one corresponding to the serial number in the memo menu (27), usually: memo menu (27)
  • the "object entry sequence---RFID tag sequence” is one-to-one correspondence.
  • the system defaults to: memo menu object 1---RFID tag i1; memo menu object 2---RFID tag i2, memo Menu item 3---RFID tag i3.
  • the one-to-one correspondence of different "tags---objects" may be selected according to the preference, and the application is not limited in this respect.
  • the smart wallet user takes out the RFID tag (88003) from the spare RFID tag storage box (88002, FIG. 2), attaches the tag to the corresponding object according to the corresponding scheme, and presses the button C1 (888086, FIG. 8) to enter the label sticking action.
  • the label sticking action entry refers to the data query interaction protocol (4899 and 5899), which is jointly performed by the RFID reader module (2) and the MCU module (1), and the MCU module (1) Organize the temporary entry information and transfer the input information to the mobile APP (27) through 5399, 25, 2899 at regular or real time.
  • the mobile APP displays the status of the label entry (or attachment) in real time or in real time (for example: at In the memo menu, labels are attached in bright tones, and labels are not attached in dark tones.
  • the generation mechanism of the alarm and centralized control instructions is mainly issued by the MCU module (1).
  • the MCU module (1) register stores the patrol control instruction set.
  • the control element is composed of the following information elements:
  • the display scheme of the alarm signal may be one of the following ways or a combination of several of them:
  • the flashing rule of the light provided by the LED indicator group in panel 607 (Fig. 1) is characterized by:
  • a parallel high level signal (4499) is sent from the MCU module (1) to the panel 607, and the LED indicator on the control panel 607 flashes in accordance with the rule.
  • the indicator 7.1 represents an object. 1 (tag sequence i1)
  • indicator light 7.2 represents object 2 (tag sequence i2)
  • indicator light 7.3 represents object 3 (tag sequence i3). . .
  • the indicator light 7.9 represents the object 9 (tag sequence i9)
  • the indicator light 7.0 represents that the panel is being displayed in combination (flashing display); wherein the technical feature of the flashing display is: for example, displaying the object No.
  • the buzzer alarm audio emitted by the buzzer (5) is characterized by:
  • a high level signal (4399) is sent from the MCU module (1) to the buzzer (5), which issues a continuous alarm audio.
  • the MCU module (1) interacts with the RFID reader module (2) through the technical protocol (5899), and the RFID reader module (2) attaches the RFID tag to the RFID tag through the technical protocol (4899).
  • the memo menu sequence display (40107 Figure 9) and the object photo display (40105 Figure 9) transmit video signals.
  • the memo menu sequence display (40107 Figure 9) and the object photo display (40105 Figure 9) in the RFID tag attacher (401) may be replaced by the item sequence & photo display (88008) and embedded in the smart wallet in.
  • a dynamic video or audio alarm signal is generated by the mobile APP (memo menu) (27), and its technical features are:
  • the MCU module (1) modulates the signal through the technical protocol (5399) and the communication module (25), and transmits the signal to the mobile phone APP according to the technical protocol (2899), and the dynamic video or audio alarm signal generated by the mobile APP is usually by the memo menu.
  • the serial number, the display line, and the corresponding detailed information bullet window corresponding to the alarm object for example, if the pre-recorded tour command is "10 minutes in advance", the detailed information bullet window may present a text alarm message "also There are 10 minutes to prepare the item").
  • the centralized control action is mainly completed by the deadlock relay (88806718) and the counting relay (88806708) in the self-locking control unit (Fig. 4 of 888067).
  • the former completes the signal sent by the receiving MCU module (1) by controlling the meta-information interaction protocol (88806799).
  • the latter sends feedback information to the MCU module via the Feedback/Input Meta-Interaction Protocol (888067992).
  • the self-locking control unit completes the lock control and the number of opening and closing times of the door of the reinforced storage box (88034 and FIG. 2) through the components of FIG. 13 and through the above-mentioned communication mechanism.
  • the interface protocol of the alarm, collection control meta information and inspection control instruction set is as follows:
  • the system contract rules are as follows:
  • ⁇ Dir i> represents the MCU binary operator. Where: ⁇ Dir i> is equal to zero, representing the output low potential (0), designated as no work; ⁇ Dir i> is equal to non-zero, representing the output high potential (1), designated as work.
  • REG0.TagScanFre represents the default value of the instruction set, which refers to the default patrol frequency specified by the MCU module (1 Figure 1) according to the TAG port occupancy of the RFID reader module (2 Figure 1).
  • REG1.TagCount represents the instruction set Tag counter, which refers to the TAG port occupancy according to the RFID reader module (2 Figure 1).
  • the response characteristics are as follows: A and B:
  • control element information is received by the MCU module (1 Figure 1) through the feedback/input meta-information interaction protocol (888067992):
  • One frame represents: REG1.TagCount plus 1; two consecutive frames represent: REG1.TagCount minus 1; other frame information is unresponsive);
  • One frame represents the last stack of data in the REG1.TagCount register; two consecutive frames and above represent: the register backs up the current REG1.TagCount data, and then sets the current stack to zero;
  • One frame represents: the register restores the latest stack data of REG1.TagCount; two consecutive frames and above represent: the register backs up the current REG1.TagCount data, and then sets the current stack to zero;
  • One frame represents: the register restores the latest stack data of REG1.TagCount; two consecutive frames and above represent: back up the current register data, and then push the current register data to REG1Add1.TagCount);
  • TagCount refers to the value of the tag information stored by the auxiliary reader module (wall-mounted type) (13301 Figure 1) register through the information exchange protocol (1330299).
  • the above-mentioned data information interaction between 13301 and 33301 is used to implement "screen scanning” when separating and collecting management of household objects and portable objects.
  • "screen scan” is performed by a "home set” consisting of a micro base station set (9933001) and a secondary reader module (wall mount type) (13301) composed of smart wallets between family members, MCU module (1) Implement "family set” control by command/function order.fam.listdir.
  • the default permissions of the above command/function order.famlistdir are generally specified as the top manager (parent) in the family.
  • the above-mentioned filter antenna (33301) may be designed as an electromagnetic transmitting antenna of the same size as the door frame, and embedded or adhered to the door frame (inside of the house), or may be designed to be rigid with the size of the trunk/bag/bag opening or Flexible attachment, at this time the auxiliary reader module (13301) is mounted on the trunk/bag/bag.
  • REG3.app.TagCount REG3.app.TagCount-REG2.app.TagCount
  • the above REG2.app refers to the value (memory tag sequence) pushed and registered in the register 2 of the MCU module by the memo menu.
  • the MCU module (1) executes order.simpleload.
  • the above buzzer (5) may be replaced by a function-enhanced speaker.
  • the above order.simpleload is used for phase separation to manage home objects and portable objects.
  • the smart wallet When going out and going through the gate, the smart wallet asks "Is the network centralized control?" through the proximity mechanism of 2 and 13301 mentioned above. After receiving the C4 confirmation signal, the MCU module executes the order.integload command/function.
  • the above order.ntegload is used for phased integration to manage home objects and portable objects.
  • ReaREG.scan.TagCount ⁇ REG4.search.
  • Tag Sequence 1 REG4.search.
  • Tag Sequence 2 REG4.search.
  • ReaREG.scan refers to a register unit attached to the RFID reader module (2, FIG. 1).
  • One frame represents: push the REG1.TagCount value to the MCU module and perform the voice announcement function; other frames are not responding.
  • TAG ABC n represents the tag identifier
  • the A field represents the data read and write form of the tag
  • the B field represents the power mode of the tag
  • the C field represents the communication technology form of the tag
  • n represents the tag serial number.
  • the A field has two forms: o and a (read-only and readable and writable);
  • the B field has two forms, n and s (passive and active);
  • the C field usually has two characters, 00 represents the label of the technical form of 860-960MHZ; 01 represents the label of the technical form of 430MHZ; 02 represents the label of the technical form of about 27MHZ; 03 represents the label of the technical form of 6-14MHZ; The label of the technical form of 125KHZ; 05 represents the label of 2.45GHZ and above; 06 represents the label of a wireless communication system; and 07 represents the label of a certain electromagnetic detection communication system.
  • TAG on00 i represents a non-readable and writeable passive tag sequence
  • TAG an00 i represents a readable and writable passive tag sequence
  • Order i1, i 2 , i 3 , . . . , i n represents an instruction/function for a non-readable tag operation
  • Order I 1 , I 2 , I 3 , . . . , I n represents an instruction/function for a readable and writable tag operation
  • Rule 8 OUTPUT.TEL.TAG(I): An interface operator representing a readable and writable tag
  • Time represents a time control character
  • Class.TimeTAG a class label at the same time
  • Geo represents the geographical (or distance) separation degree control character of the controlled object set
  • Class.GeoTAG the same regional class label
  • Rule 12 Local: represents the alarm distance limit control character of the controlled object set from the RFID reader module; Class.LocalTAG: the same area control degree label;
  • Stand.Time represents the base time control character of the MCU timing
  • Order.LinkM The instruction/function called when networking with the Internet Interface Module
  • Rule 17 Order.ET: an instruction/function that is output by the ET communication interface/protocol (31) to the lower computer MCU module (1) and called by the latter;
  • Rule 18 Order.ET.MA: an instruction/function that is output by the ET communication interface/protocol (31) to the lower-machine time domain check/collector (31099) and called by the latter; for the gravity acceleration micro-sensor ( 31002) Monitor/measure the instantaneous gravitational acceleration by the geomagnetic field effect, and then check and collect the real-time time and latitude and longitude, and map it to the ET logic model.
  • Rule 19 Order.ET.MB: The instruction/function called by the MCU module (1) to the lower computer RFID reader module (2) and the electromagnetic radiation detection analysis and monitoring module (30), and the latter two are called. Used for time domain calibration/collector (31099) to check and collect real-time time and latitude and longitude for instantaneous purification/equilibrium of the external ambient magnetic field (or disturbing magnetic field).
  • Rule 20 Order.Search: An instruction/function that is output by the MCU module (1) to the lower-position RFID reader module (2), and the latter performs the tag tour.
  • Rule 21 An instruction/function that is output by the MCU module (1) to the in-module register REG.MEDIA, and the latter performs a voice announcement.
  • Rule 24 Order.app i: The instruction/function that the mobile APP (27) outputs to the lower computer MCU module (1) and is called by the latter;
  • Input.con i refers to the function/signal transmitted by the function receiving control panel (607 Figure 1, or 88005 Figure 2);
  • Process Control i refers to the stack data of REG.PC;
  • OBJ.TAG i n attach operator for unreadable and writable tags
  • OBJ.TAG I n attach operator for readable and writable tags
  • Rule 31 Req.X.i: requirement tag; Req.TIME.i, representing the time of demand; Req.Geo.i, representing the degree of geographical separation of requirements;
  • Rule 32 order.sendlist: push the list of external memory lists
  • Rule 33 order.recelist: receives an external memory list
  • Rule 34 Order.public.list: Derived list, the master program performs intelligent fuzzy matching of objects, time, region and itinerary events according to ET perceptual information elements;
  • Rule 35 Order.prviate.list: Execute the inheritance list, and the master program combines the existing time, region, and itinerary events to intelligently match the collected object information according to the derived list;
  • TBC3 refers to extending the corresponding instruction/function rules as needed.
  • the Order and Input instruction segments are communicated and executed by the host computer program (mobile phone APP) or the control panel and the MCU module (for example, the 80C51 series chipset); the Process Control instruction segment is composed of the MCU module and the RFID reader module (for example, the M6E). , AS3992, EM4298, EM9209, R1000, etc.) communicate and execute;
  • Output The instruction segment is communicated and executed by the MCU module with the peripheral (or its own) circuit interface or port.
  • TEL1 ELSECONT;>.
  • TEL1 ELSECONT;>.
  • TEL1 ELSECONT;>.
  • TEL1 ELSECONT;>.
  • TEL1 ELSECONT;>.
  • TEL1 ELSECONT;>. ⁇
  • TAG(i+3)POSTE ⁇ 1>;TAG(i+3)SETUP ⁇ 1>;SCAN Fre. **Min**s ⁇ REG>;] ⁇ Order0> ⁇ Order1>... ⁇
  • TBC1 refers to the high-level programming language and the bottom layer compiled according to the technical solution described in the problem (1)-question (10) proposed by A Jun according to the list of the main program components of FIG. 25 and FIG. Software flow chart and program listing for assembly language.
  • the language may be developed based on the C language and based on the C51 family of microcontroller instruction languages, and the invention is not limited in this respect.
  • Smart wallet users A and B submit TG business cards to each other during business communication (1303, Figure 1).
  • the “committed deliverer” smart wallet The alarm will be "on the time", possibly, the MCU module (1) will remind the "committed deliverer” via the mobile APP (27) to send a text message or call "reservation recipient".
  • the smart wallet performs a patrol of the RFID tag iTG after the "time” arrives, and sends an alarm signal to the buzzer (5),
  • the centralized control signal is sent to the centralized control port (8880671) (the wallet performs the deadlock function on the reinforced storage box (88034 Figure 2)).
  • the mobile APP (27) will push the text message to the other party's mobile phone.
  • the above TG business card (1303 Fig. 1) is characterized in that the RFID chip/tag (88003 Fig. 10) is embedded/produced (in accordance with the technical standard 130299) in a personal business card, 1, 2, 3 and a smart wallet assembly system. Used to achieve the "Intelligent Anti-default System”.
  • the RFID tag I2 (1401) is attached to the pet (1403), and the tag I2 (1301) passes the communication technology.
  • the protocol (1399) and 1, 2, 3 modules form a separate alarm and aggregation control unit; or through the technical protocol (1330399), the reader module (13301), the communication technology protocol (1330299) and the 1 module communication monitoring (possibly, Joint communication monitoring with the distance monitoring module (2550499).
  • the RFID tag I2 (1401) described above may also be replaced or supplemented by the RFID tag Icn (2001) for more stringent care of the pet.
  • the RFID tag In (1501) can be attached or integrated into the corresponding smart home products (1503) through the attaching scheme (150299) through a scheme similar to the above, and they pass the 1599 technology.
  • the protocol interacts in real time with the RFID antenna (3) and the filter antenna (33301, typically the filter antenna integrated device on the door frame, mounting bracket, home product or other building).
  • the above-mentioned real-time communication interaction is composed of 1, 2, 3, and 13301 modules, and forms a "home intelligent management system” that combines travel forgetting, home security, and home object management functions.
  • the above 1801 tag is used to communicate with the 1, 2, and 3 modules through the technical protocol (1899), and the battery replacement number (REG.EXC.COUNT) is stored and transmitted by 1 to the ET information platform (64);
  • the above 1901 tag is used to communicate with the 1, 2, and 3 modules through the Technical Protocol (1999), and stores and transmits the initial battery power (REG.volori. ⁇ REG.EXC.COUNT>) and the battery termination power (REG). .volend. ⁇ REG.EXC.COUNT>) to the ET information platform (64); the above auxiliary battery is equipped with an RFID tag matching corresponding interface, which conforms to one or more of FIG. 10, 11, and 12.
  • the interface function standard of the patching scheme is to dock the auxiliary battery box of the smart wallet (88026, FIG. 2) and the auxiliary battery box input terminal (88808017, FIG. 17), respectively, to function as a damage monitoring and early warning function for the auxiliary battery.
  • auxiliary batteries are distributed in the market, and each auxiliary battery has a unique identification code, and the assembled body (991199) is used for circulation between consumers (smart electronic devices such as mobile phones that are on the go).
  • 999999 as shown in 1701 and 1601 of FIG. 1, its connection schemes 170299, 1703, 1799, and 160299, 1603, and 1699 are similar to the technical characteristics of 1901 and 1801, respectively.
  • the ET information platform (64) will segment the power value according to the time and geographical characteristics of the power consumption, and the information such as the smart wallet ID information, and distribute the value to the power user and the power supplier.
  • the modular system and technical solution involved in the above application scenario 4 constitute a "micro-energy interaction ecosystem”.
  • An alarm buzzer is set on RFIDIcn (Fig. 1 of 2001), and the 2001 is placed on the flock and the individual of the livestock according to the attachment scheme (200299, Fig. 1, consisting of one or more of Figs. 10, 11, and 12). 2003), inspections, alarm commands/feedback signals are transmitted within the flock by the technical agreement (9921019), and possibly also by the wireless communication protocol (2099).
  • the tag and the reader When the alarm command is issued, the tag and the reader generate a two-way alarm.
  • the buzzer alarm on the tag end is to remind the individual to return to the collective controlled range (until the individual returns to the middle of the group along the center).
  • the function recognition range may be Within 100 meters (using the microwave frequency band 2.5GHZ communication and / or using active tags), it is mainly suitable for grassland herders to centrally control the stocking/care of cattle and sheep.
  • the smart wallet or module user attaches the RFID tag IGn (2101) to the food, goods and goods (2103) with the attachment scheme (210299), and the RFID tag IGn (2101) through the communication technology protocol (2199), possibly, It is then identified and communicated by the 1, 2, and 3 modules through the RFID over-the-air communication protocol (9921019).
  • the above function order.buycheck is to issue read and write instructions through 1 to 2.
  • the RFID tags IP1 to Pn indicated by 2201, 2301, 2401, 2501, 2601, 2701, and 2801 in Fig. 1 have the structural characteristics that the embedded chip is an inductive chip (electromagnetic induction chip coil) designed to be sensitive to various electromagnetic waves. ), the carrier information or the combined carrier information is demodulated by the radio frequency transmitting chip (such as the technical protocols 2299, 2399, 2499, 2599, 2699, 2799, 2899 in FIG. 1), and can be used as a reader peripheral or a tag detection range.
  • the radio frequency transmitting chip such as the technical protocols 2299, 2399, 2499, 2599, 2699, 2799, 2899 in FIG.
  • the main control unit receives signals (intensity, phase and other related parameters) and outputs electromagnetic threat alarm signals; further, the main control unit may also propose anti-interference or anti-electromagnetic detection commands to the radio frequency transmitting unit. .
  • the above-mentioned main control unit is a basic detection module composed of 1, 2, and 3, and a reinforced defense module composed of an electromagnetic detection monitoring and analysis module (30 FIG. 1) and an electromagnetic defense RF excitation antenna (29).
  • a basic detection module composed of 1, 2, and 3, and a reinforced defense module composed of an electromagnetic detection monitoring and analysis module (30 FIG. 1) and an electromagnetic defense RF excitation antenna (29).
  • Electromagnetic defense RF excitation antenna (29), its structure may be designed according to technical agreement 0 (4999), technical agreement 1 (3330019), technical agreement 2 (3330199); its support may be dependent on the label attachment scheme ⁇ such as application Monitoring point 1 (2203), monitoring point 2 (2303), monitoring point 3 (2403), monitoring point 4 (2503), monitoring point 5 (2603), monitoring point 6 (2703), monitoring point n in scenario 7 2803)
  • the signal may be a stray electromagnetic pulse (or defensive electromagnetic pulse), which may be an irregular, spurious pulse wave consisting of low, medium, high, very high frequency, ultra high frequency, microwave and related frequency bands. .
  • the interference/intrusion/stealing of the electromagnetic pulse includes, for example, interference or advertisement based on fixed-point push radio frequency band, network terminal-based WiFi/Bluetooth/Zigbee/infrared signal, mobile communication network based or base station or pseudo base station transmission
  • the electromagnetic emission device of the network equipment terminal such as the electromagnetic pulse signal and the combination of the above electromagnetic wave/signal emission schemes (in particular, it is also possible to cooperate with the offline personnel to operate the short-range electromagnetic wave transmitting device, and the artificial sound and light based on the community cluster attack).
  • harassment of signals such as electricity, heat, magnetism, radiation, etc.
  • detection intrusion, interference of normal wireless electromagnetic communication, wired electromagnetic communication, human brain wave, iris, fingerprint, human biological signal characteristics or human physiological structure of the main body of the region , stealing, truncating, or damaging, specifically indicating that the intrusion, interference, theft, truncation, or damage is based on certain evidence.
  • the above-mentioned main control unit also constitutes a cluster electromagnetic defense system by using a surrounding satellite (26601 FIG. 1) in the application scenario 9.
  • the above-mentioned cluster electromagnetic defense system refers to the position and the trajectory (direction) of the floating device that is strongly pulled by the electromagnetic field of one of the elements of the satellite (Fig. 1 of Fig. 26601), and the position of the strong magnetic flux (strong electromagnetic wave) (emission source) is determined. of.
  • the floating trajectory parameters transmitted by the body-wound satellites (26601, Fig. 1) are collected, and the decision degree is determined by the concentration degree of the floating direction of a certain geographical position and time point.
  • the modular system and technical solution/protocol involved in the above application scenario 7 constitute an "intelligent electromagnetic monitoring and defense super-sensing system".
  • Distance monitoring module constructed by RFID reader module (2), pupil recognition and positioning module (25502), fingerprint identification and positioning module (25503) and corresponding technical protocols (2550199, 2550299, 2550399), through technology
  • the protocol (2550499) and the MCU module (1) constitute a behavior monitoring system.
  • the behavior monitoring system integrates the three types of signal information a, b, and c to realize real-time monitoring of micro-distance.
  • the above type a information is obtained by the RFID reader module (2) reading the RFID tag group information. This is achieved by the signal from route 4799-3-4999, 4799-3-3330019 or 4799-3-3330199 being transmitted to the distance monitoring module (25501) via the technical protocol (2550199).
  • the above-mentioned b-type positioning information is transmitted by the pupil identification and positioning module (25502) to the distance monitoring module (25501) through the technical protocol (2550299).
  • the signal output by the fingerprint identification and positioning module (25503) is transmitted to the distance monitoring module (25501) through the technical protocol (2550399).
  • the distance monitoring module (25501) constructs a positioning coordinate space by using the class meta information of the b and c types and the positional meta information of the 25501 itself, and determining the RFID tag by combining the phase, intensity, and delay of the pulse signal of the a type information. Group positioning information and calculation with 25501 the distance.
  • the distance monitoring module (25501) communicates with 1 through a technical protocol (2550499), 1 modulates the demodulated signal by the ET communication port (31) based on the technical protocol (3999), and passes the technical protocol (3599) and the ET system (33).
  • the communication, ET system (33) uses the ET five-domain model to perform data mapping on the demodulated regularized signals, thereby implementing traceability monitoring of the RFID tag set (ie, the set of monitored objects).
  • the ET communication port (31) performs regular demodulation on the signal transmitted by the distance monitoring module (25501), and combines the calibration encrypted information from the time domain calibration/collector (31001), using the ET communication technology protocol (3599).
  • the ET system transmits the high-density distance monitoring ET information, and the mapping rules of the ET five-domain model for the high-density distance monitoring ET information are as follows:
  • the b-type information is mapped to the evaluation subject domain
  • the c-type information is mapped to the process domain
  • the a-class information is mapped to the product domain
  • the commodity domain mapping is transmitted from the ET information platform (the perceived information uploaded by the monitoring object itself).
  • the ET system traces the information uploaded by the above behavior monitoring system to the following data information:
  • the above intelligent assistance has the following technical features:
  • a smart wallet that receives a derivation-type memo menu.
  • the MCU module (1) holds the sender's memo menu (REG.public.listgeostudy), and the command/function Order.public.listgeostudy will check the geography-related itinerary at any time. The object is pushed to the recipient's memo menu.
  • Order.public.listgeostudy refers to the intelligent identification of the object by the information element of the object name and the abbreviation of the itinerary.
  • the RFID reader module (2) Transfer inspection and alarm commands.
  • RFID tag i8, 9950 in Figure 1 One day in 2015, JACK intends to go with friends.
  • the smart wallet pushes the object RFID tag i8 to the JACK that is entering the itinerary plan, and the system enters it into the memo menu and uses it as a daily inspection sequence.
  • the "burning incense" pipe can supplement the body's oxygen supply.
  • Smart Wallet achieves trips between relatives, friends, and teachers and students through instructions such as Order.public.list.n, order.sendlist.n, Order.prviate.list.n, order.rece.list.n, etc. Derivation, teaching, inheritance, and learning of experience knowledge such as object preparation, and then achieve the super-perceive management function of “the object supervisor”.
  • the surrounding camera (26603) in the satellite (26601) Through the surrounding camera (26603) in the satellite (26601), the surrounding state of the human body is observed and monitored, and the monitoring information is transmitted to the MCU module (1) through the technical protocol (2660399), while the satellite is wound around the body.
  • Receiving environmental information around the human body through a technical protocol (2660199) (this information is obtained by 2 through patrol information on the surrounding RFID tag group).
  • the attitude control of the above-mentioned satellite (26601) is obtained by the technical protocol (2660599) to obtain a control signal from the distance monitoring module (25501) to obtain the attitude balance.
  • the body-worn satellite utilization technology protocol (2660299) and the technical protocol 2660499) obtain the control demand signal of the host through the pupil identification and positioning module (25502) and the fingerprint recognition and positioning module (25503), such as: flight posture, Attach flight and surround patrol track control.
  • the above-mentioned posture control may be controlled by controlling the key compartment (88005, Fig. 2), and at this time, the key C9 (888094 Fig. 8) is a direction control unit designed as a direction control rod.
  • the above-mentioned pupil recognition and positioning module (25502) and the communication protocol 2660299 and 2660499 between the fingerprint recognition and positioning module (25503) and the surrounding satellite (26601) are two-way communication for detecting human behavior and behavior, Acquisition and interactive control.
  • the micro-power is provided by the intelligent floating force device (26602), and the floating device is controlled by the electromagnetic field to control the posture, orientation and action.
  • the above actions are limited by a certain momentum limit.
  • the smart wallet and its module management system in the application scenario 1 constitute a radio frequency transmitting micro-site cluster formed as shown in 33001, 33002, and 9933001, and the data is transmitted through the technical protocol (9933099) and the ET communication port/protocol (31).
  • the ET system (33), the RF transmitting microsite cluster, the ET communication port/protocol (31) constitute the local microsite group (9933717), which combines the technical protocol (6899) through the ET system (33), and related
  • the management protocol (6699, 6799, 6999) constitutes the ET information platform (64).
  • the above related management agreement is used for the ET system (33) to submit an instruction execution permission request to the relevant administrative supervision department (62), the technical supervision department (63), and the international arbitration institution (65).
  • 6699 and 6899 are used for the request signal when the electromagnetic defense RF excitation antenna (29) transmits the stray electromagnetic pulse wave, and 6999 is used when the request signal is delayed or even not responded, the system proposes to the international arbitration institution (65). Communication negotiation information.
  • the modular system and technical solution/protocol involved in the above application scenario 10 constitute an "ET-assisted communication ecosystem”.
  • a Jun constitutes a comprehensive functional system through the solutions proposed for the above ten problems.
  • the system architecture is shown in Figure 1.
  • the ultimate goal of the system architecture is to achieve the interaction between people, things and big data. Perceive management effects.
  • Figure 1 Technical diagram of (module (module set) and management system)
  • Figure 2 Main view of the smart leather wallet structure
  • FIG. 3 Top view of the smart leather wallet structure
  • FIG. 4 Front view of the smart leather wallet structure
  • FIG. 5 Smart leather wallet structure right view
  • Figure 8 Smart leather wallet structure view bottom view
  • FIG. 10 RFID tag main body structure and attachment scheme
  • FIG 14 Flip hat door self-locking control action diagram (controller)
  • FIG. 17 Structure diagram of charging terminal and connecting line
  • Figure 20 Exterior view of the phone placement box
  • Figure 21 Front view of the retaining plate clamping scheme (stop valve)
  • Figure 22 Main view of the retaining plate clamping scheme (stop valve)
  • Figure 23 Schematic diagram of the buffer plate of the check valve
  • Figure 25 Software instruction list, storage structure and algorithm structure diagram
  • Figure 26 Software instruction list, storage structure and algorithm structure diagram (continued 1)
  • An implementation example is a smart anti-forgotten smart wallet as a carrier of the module and management system referred to in the present invention, and the corresponding functional modules are integrated in stages according to the time planning, phase planning, and sample/plan experimental verification progress of the system development. And the management system, ultimately constitutes an integrated solution with a smart wallet as an integrated control center.
  • the implementation steps are as follows:
  • STEP1 Develop and manufacture intelligent anti-forgotten smart wallet structure and corresponding components
  • STEP2 Develop/consolidate existing technology standards and protocols (first phase: integrate technical standards and protocols required for application scenario 1; second phase: integrate application Scenario 2 required; Phase 3: Integration of Application Scenario 3 required; . . .
  • STEP3 Development/application of related electronic modules and electronic parts
  • STEP4 Development/application related communication port
  • STEP5 Development/application related intelligence Hardware
  • STEP(2-5).1 Development/application of the underlying control chip and its instruction program
  • STEP(2-5).2 Development of intermediate programs
  • STEP(3-5)1 Development and manufacture of electromagnetic transmitting antennas And its construction plan and standards
  • STEP6 development of mobile APP
  • STEP7 development of ETAPP.
  • STEP1 Develop and manufacture intelligent anti-forgotten smart wallet structure and corresponding parts
  • the intelligent anti-forgotten smart wallet structure mainly consists of a wallet body structure (Fig. 2 to Fig. 8), a label attaching machine structure (Fig. 9), a label design and a patching scheme (Fig. 10, Fig. 11, and drawings). 12), self-locking control unit (Fig. 13, Fig. 14), mobile phone placement box and charging function structure (Fig. 15 to Fig. 24).
  • STEP2 Develop/consolidate existing technology standards and protocols, including:
  • the 801 Derivative Series (9950) containing 899 related attributes is equivalent to the above.
  • the technical standard for the power module (32) to be 29/3 direct/indirect power supply, respectively.
  • TBC2 refers to: ISO/IEC18000-2 (below 135KHZ), ISO/IEC18000-3 (13.56MHZ), ISO/IEC18000-4 (2.45GHZ), ISO/IEC18000-6 (860-960MHZ), ISO/ IEC18000-7 (below 433.92MHZ) EPC Class1Gen2, UID Center, China RFID coding system, WIFI, Bluetooth, GSM, CDMA2000, WCDMA, TD-SCDMA and other existing communication technology standards/protocols or one of a certain wireless communication system Or a variety.
  • the above-mentioned "Applicable to Problem n" system switching instruction is determined by the MCU module (1) according to the system interface signal status, and the main control program is based on the technical standard/protocol (by 5399, 3999, 3899, 4099, 4199, 4599, 5899). A combination of one or more of 2550499, 2660399, 1330299, 4499, 4399 is controlled.
  • the MCU module (1) includes two parts of an execution management system and components, wherein the components include: a power supply circuit, a JTAG interface, a reset circuit, a clock control unit, an audio (buzzer) circuit, and an external memory interface/circuit , optical indication (such as LED) circuit, serial port circuit or other communication interface circuit and necessary interface unit to communicate with peripheral circuit, main control chipset (microprocessor chip / single chip microcomputer), peripheral power supply device (such as lithium ion battery) , peripheral output devices (such as buzzer, LED indicator), RF transmitter (such as antenna board), heat dissipation and protection devices (such as alloy heat sink), I / O ports (such as Bluetooth, WiFi, Zigbee, infrared, USB Interface), as well as RFID tag sets, intelligent sensor data collectors.
  • the components include: a power supply circuit, a JTAG interface, a reset circuit, a clock control unit, an audio (buzzer) circuit, and an external memory interface/circuit , optical indication (such as LED) circuit
  • the MCU chip of the main control module unit (such as the LPC2131 chip) main control module unit usually includes necessary peripheral circuits such as power supply circuit, JTAG interface, reset circuit, clock control unit, audio (buzzer) circuit, external memory interface/ Circuit, optical indication (such as LED) circuit, serial port circuit or other communication interface circuit.
  • peripheral circuits such as power supply circuit, JTAG interface, reset circuit, clock control unit, audio (buzzer) circuit, external memory interface/ Circuit, optical indication (such as LED) circuit, serial port circuit or other communication interface circuit.
  • the RFID reader module (2) the main components are: RF module (mainly including RF receiving/transmitting chipset, and also includes power amplifier, balun, circulator, isolating switch, UART, RSSI, phase lock) Loop circuit, circulator, voltage controlled oscillator VCO, NOT gate control circuit, etc.), oscillation clock module, register, protocol command register, CRC, MCU interface interface, power supply circuit, RF transmitter (antenna), etc.
  • RF module mainly including RF receiving/transmitting chipset, and also includes power amplifier, balun, circulator, isolating switch, UART, RSSI, phase lock) Loop circuit, circulator, voltage controlled oscillator VCO, NOT gate control circuit, etc.
  • oscillation clock module mainly including RF receiving/transmitting chipset, and also includes power amplifier, balun, circulator, isolating switch, UART, RSSI, phase lock
  • Loop circuit circulator
  • voltage controlled oscillator VCO NOT gate control circuit, etc.
  • oscillation clock module mainly including
  • RF modules eg M6E, AS3992, EM4298, EM9209, R1000, etc.
  • RF transceiver modules including power amplifiers, baluns, circulators, isolating switches, UART, RSSI, phase-locked loop circuits, circulators, voltage-controlled oscillators) VCO, NAND gate control circuit, etc.
  • oscillating clock module register, protocol command register, CRC, MCU interface interface, power supply circuit, RF transmitter (antenna), etc.
  • RF transmitter chipset main control chipset (microprocessor chip / microcontroller), peripheral power supply (such as lithium-ion battery), peripheral output devices (such as buzzer, LED indicator), RF transmitter ( Such as antenna board), heat and protection devices (such as alloy heat sink), I / O ports (such as Bluetooth, WiFi, Zigbee, infrared, USB interface), as well as RFID tag sets, intelligent sensor data collector.
  • peripheral power supply such as lithium-ion battery
  • peripheral output devices such as buzzer, LED indicator
  • RF transmitter Such as antenna board
  • heat and protection devices such as alloy heat sink
  • I / O ports such as Bluetooth, WiFi, Zigbee, infrared, USB interface
  • RFID tag sets intelligent sensor data collector.
  • the communication module (25) refers to a traditional communication interface (such as WIFI, Bluetooth, GSM, CDMA2000, WCDMA, TD-SCDMA,), and a dedicated communication interface (such as a cable signal cable: an optical cable, a crystal head data cable, a USB cable, and One or more classes of interfaces that comply with relevant communication standards), public safety management communication interfaces (such as GPS, GIS information collection interfaces).
  • a traditional communication interface such as WIFI, Bluetooth, GSM, CDMA2000, WCDMA, TD-SCDMA,
  • a dedicated communication interface such as a cable signal cable: an optical cable, a crystal head data cable, a USB cable, and One or more classes of interfaces that comply with relevant communication standards
  • public safety management communication interfaces such as GPS, GIS information collection interfaces.
  • ET communication port/protocol (31) refers to the communication port and protocol based on the ET five-domain logical model.
  • Centralized control port Refers to the port of the 888067 self-locking control unit that complies with the technical protocol 888067199.
  • Feedback/input port refers to the port conforming to the technical agreement 888067299 of the compatible panel 607, the control button compartment 88005, and the label attaching machine 401.
  • the TBC3 described in FIG. 25 and FIG. 26 refers to an instruction unit/control/storage address/timing or algorithm structure depending on system components and functional elements.
  • the development of the intermediate program includes: MCU module and mobile APP interface embedded instruction/program 1, MCU module and RFID reader module interface embedded instruction/program 2.
  • STEP (3-5).1 Development and manufacture of electromagnetic transmitting antennas and their construction schemes and standards.
  • STEP6 Develop a mobile app.

Abstract

La présente invention apporte une série de solutions basées sur la technologie de l'Internet des objets, dont les caractéristiques techniques principales sont les suivantes: sur la base de l'application d'une technologie de reconnaissance sans fil dans le domaine de d'alarme et de commande globale distinctes, un ensemble de modules et un système de commande et de gestion d'articles ayant comme centre de commande un sac intelligent en cuir ("système intelligent anti-oubli", "système intelligent anti-défaut", "système intelligent de gestion domestique", et "système intelligent de pistage biologique") sont mis en place; sur la base de caractéristiques de la technologie RFID et de la technologie électromagnétique sans fil, une solution systématique pour la commande et la gestion d'un environnement électromagnétique ("système intelligent d'ultra-détection de surveillance et de défense électromagnétique") est mis en place; en même temps, selon les modules ci-dessus, des systèmes et des solutions, se combinant avec une technologie de l'information ET apte à être pistée, une solution pour l'utilisation exhaustive d'informations de mégadonnées de l'Internet des objets ("système intelligent d'achats", "système intelligent de formation par ultra-détection pour surveillance du comportement", "système intelligent d'aide à la survie par ultra-détection pour surveillance", "écosystème d'interaction micro-énergétique", et "écosystème ET d'aide à la communication") est mis en place.
PCT/CN2015/087205 2015-08-17 2015-08-17 Ensemble de modules distincts d'alarme et de commande globale et système de gestion d'ultra-détection basé sur l'internet des objets WO2017028150A1 (fr)

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CN112818716A (zh) * 2021-01-17 2021-05-18 马陆咀 一种智能作业盯控可视化管理系统
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