CN105974902B - A kind of intelligent shoe cabinet system and control method based on Internet of Things - Google Patents

A kind of intelligent shoe cabinet system and control method based on Internet of Things Download PDF

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Publication number
CN105974902B
CN105974902B CN201610525061.9A CN201610525061A CN105974902B CN 105974902 B CN105974902 B CN 105974902B CN 201610525061 A CN201610525061 A CN 201610525061A CN 105974902 B CN105974902 B CN 105974902B
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shoes
fillers
module
main control
things
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CN105974902A (en
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王佳权
黄启俊
陈少勇
王皓
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黄启俊
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    • GPHYSICS
    • G05CONTROLLING; REGULATING
    • G05BCONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
    • G05B19/00Programme-control systems
    • G05B19/02Programme-control systems electric
    • G05B19/418Total factory control, i.e. centrally controlling a plurality of machines, e.g. direct or distributed numerical control [DNC], flexible manufacturing systems [FMS], integrated manufacturing systems [IMS], computer integrated manufacturing [CIM]
    • AHUMAN NECESSITIES
    • A47FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47BTABLES; DESKS; OFFICE FURNITURE; CABINETS; DRAWERS; GENERAL DETAILS OF FURNITURE
    • A47B61/00Wardrobes
    • A47B61/04Wardrobes for shoes, hats, umbrellas, or the like

Abstract

The invention discloses a kind of intelligent shoe cabinet system and control method based on Internet of Things, in the case where user is without manually controlling, detect whether that shoes are placed on fillers automatically by the linear hall sensor being mounted on fillers, pass through Temperature Humidity Sensor when there are shoes to be put into, semiconductor-air mass sensor detects the temperature and humidity in shoes, polluted gas concentration, the deodorization and sterilization to shoes and drying clearing damp are automatically performed under the control of main control processor, instantaneous operating conditions are transmitted to external Cloud Server and cell phone client by Wi-Fi module, user can inquire at any time, control shoe chest working condition.Present system not only has the function of the storage shoes of traditional shoe chest; foul smell and sterilization in shoes can also be effectively removed; protect shoes are not mouldy to rot; use technology of Internet of things and intelligent monitoring technology; with the fashion healthy functions such as timing automatic work, long-range monitoring, intelligent display, really play the role of intelligent, convenient and fast.

Description

A kind of intelligent shoe cabinet system and control method based on Internet of Things
Technical field
The present invention relates to shoe chest technical fields, and in particular to a kind of intelligent shoe cabinet system and controlling party based on Internet of Things Method.
Background technique
Shoe chest is the furniture of each family's indispensability, and present most of shoe chest all only play the function for putting shoes and sundries Energy.The shoes worn one day will not inevitably generate stink, or because Changes in weather causes shoes damp and mouldy, like this directly It is put into shoe chest, can not only destroy atmosphere, the service life of reduction shoes in shoe chest, and wear this shoes for a long time and also will affect people Health.Traditional shoe chest only has the function of storage, and function is relatively single, and poor, smell of divulging information is difficult to distribute, moisture-sensitive, product Ash, cleaning are difficult, undoubtedly become the box environomental pollution source of rubbish.
Summary of the invention
It is an object of the present invention to provide a kind of intelligent shoe cabinet system and control method based on Internet of Things, to solve the prior art Deficiency.
The invention adopts the following technical scheme:
A kind of intelligent shoe cabinet system based on Internet of Things, including body structure portion and control section,
Body structure portion includes partition (103), several support rods (101) and the fillers (102) being placed in shoes, partition (103) it is set in shoe chest, the bottom end of several support rods (101) is arranged on partition (103), and a fillers is respectively set in top (102);Setting button (1011) on support rod (101), key (1011) and following main control processors (31) connection;Fillers It (102) include fillers rear portion (1), fillers telescopic rod (2) and fillers front (3);Support rod (101), fillers telescopic rod (2) are respectively It is connected with following stepper motors (40);
Control section includes main control processor (31), control switch (32), drying clearing damp device (33), deodorization and sterilization device (34), ventilation device (41), sensor array (35), stepper motor (40), Wi-Fi module (39) in shoes;Sensor array It (35) include Temperature Humidity Sensor (351), semiconductor-air mass sensor (352), linear hall sensor (353), difference For detecting the temperature and humidity in shoes, polluted gas concentration and whether there are shoes to be put into, it is set in each fillers (102);Drying Clearing damp device (33) is set to each fillers (102) outside, and ventilation device (41) is respectively arranged in deodorization and sterilization device (34), shoes In each fillers (102), stepper motor (40) is arranged in partition;Main control processor (31) output end is respectively and control switch (32), stepper motor (40) connect, control switch (32) output end respectively with drying clearing damp device (33), deodorization and sterilization device (34), ventilation device (41) connects in shoes, and sensor array (35), Wi-Fi module (39) are double with main control processor (31) respectively To connection;The Cloud Server (42) of Wi-Fi module (39) and outside, cell phone client (43) are bi-directionally connected.
Further, several support rods (101) are divided into high and low two groups of support rods.
Further, each fillers (102) front is equipped with a spring leaf, cooperates at Hall sensor (353) and master control It manages device (31), for detecting whether fillers is softened completely.
Further, main control processor (31) uses super low-power consumption microcontroller, main control processor (31) and Wi-Fi module (39) it is installed on master control borad (104), master control borad (104) is mounted on the back side of shoe chest.
Further, the drying clearing damp device (33) uses metal heating film, and the deodorization and sterilization device (34) is adopted With UVC ultraviolet sterilization light bulb, ventilation device (41) uses small-sized DC fan in the shoes.
Further, sensor array (35) further includes photosensitive sensor (354), photosensitive sensor (354) and it is linear suddenly You have detected whether that shoes are put by sensor (353) jointly, are set in each fillers (102).
Further, control section further includes clock module (36), display module (37), voice module (38), clock mould Block (36) and main control processor (31) are bi-directionally connected, display module (37), voice module (38) respectively with main control processor (31) Output end connection.
Further, display module (37) uses liquid crystal display, is installed on before shoe chest;Voice module (38) and when Clock module (36) is mounted on master control borad.
The control method of the above-mentioned intelligent shoe cabinet system based on Internet of Things, includes the following steps:
1) key (1011) of lower support bar (101), is pressed, main control processor (31) control stepper motor (40) makes to prop up automatically Strut (101) is moved to the optimum position that user is put into shoes to outside shoe chest, if there is shoes to be put into fillers (102), linear Hall Sensor (353) or linear hall sensor (353)+photosensitive sensor (354) output quantity change, main control processor (31) signal is received, control stepper motor (40) makes support rod (101) automatically return to home position, while stepper motor (40) Fillers telescopic rod (2) elongation is controlled, keeps shoes fixed;
2) Temperature Humidity Sensor (351), semiconductor-air mass sensor (352), are opened, are detected respectively warm and humid in shoes Degree, polluted gas concentration, main control processor (31) take the mode of interval poll read temperature and humidity in each fillers (102) and Polluted gas concentration data, the result according to current detection dry clearing damp device to the functional module of each fillers respectively (33), deodorization and sterilization device (34), ventilation device (41) issues control instruction in shoes, when detecting that atmosphere is normal in shoes, close Close corresponding functional module;When the temperature in shoes is more than program setting high temperature threshold value, system automatic closing function module, protection Shoes are without damage;In program automatic running, if shoes are forcibly removed, magnetic Hall sensor (353) or linear Hall Sensor (353)+photosensitive sensor (354) output quantity changes, and triggering system is automatically stopped the work of corresponding fillers (102) Make, avoids ultraviolet radiation;
3) instantaneous operating conditions are transmitted to by Cloud Server (42) and mobile phone visitor by Wi-Fi module (39) when system is run Family end (43);User can inquire at any time, control shoe chest working condition.
Further, each shoe chest system has unique identification to number, when shoe chest system is networked for the first time, cloud clothes Business device (42) can authenticate shoe chest system, if there is identical number, Cloud Server (42) can cancel the shoe chest system Access authority forbids it to work on;The data that Cloud Server (42) uploads shoe chest system carry out arrangement statistics, result with The form of chart is sent to cell phone client, intuitively shows the working condition of shoe chest system;User utilizes cell phone client Shoe chest system is remotely controlled by Cloud Server.
Beneficial effects of the present invention:
1, compared with traditional intelligent shoe cabinet, present invention incorporates Internet of Things, devise a kind of intelligent shoe cabinet system, with In the case that family is without manually controlling, detect whether that shoes are put automatically by the linear hall sensor being mounted on fillers On fillers, there are shoes to detect the temperature and humidity in shoes, dirt when being put by Temperature Humidity Sensor, semiconductor-air mass sensor Gas concentration is contaminated, the deodorization and sterilization to shoes and drying clearing damp are automatically performed under the control of main control processor, passes through Wi-Fi mould Instantaneous operating conditions are transmitted to external Cloud Server and cell phone client, user and can inquire at any time, control shoe chest work by block Make state.Present system not only has the function of the storage shoes of traditional shoe chest, moreover it is possible to foul smell and sterilization in shoes are effectively removed, It protects shoes are not mouldy to rot, using technology of Internet of things and intelligent monitoring technology, there is timing automatic work, long-range monitoring, intelligence The fashion healthy functions such as energy display really play the role of intelligent, convenient and fast.
2, compared with prior art, the present invention by a variety of different types of sensors detect shoes whether be put into and shoes in Atmosphere realizes that the deodorization and sterilization to shoes, drying clearing damp allow user to pacify in conjunction with Wi-Fi technology under the control of main control processor Entirely, the disposition of shoes is easily and efficiently checked, the system bulk is small, easy for installation, practical, has wide application Prospect.
Detailed description of the invention
Fig. 1 is present system structural schematic diagram.
Fig. 2 is fillers structural schematic diagram of the present invention.
Fig. 3 is fillers configuration schematic diagram of the present invention.
Fig. 4 is present system schematic illustration.
Specific embodiment
The present invention is done below with reference to embodiment and attached drawing and is further explained.The following example is merely to illustrate this hair It is bright, but be not used to limit practical range of the invention.
A kind of intelligent shoe cabinet system based on Internet of Things, including body structure portion and control section.
Body structure portion includes that partition 103, several support rods 101 and the fillers 102 being placed in shoes, partition 103 are set It is placed in shoe chest, it is high and low two groups that several support rods 101, which are divided to, and the bottom end of support rod 101 is arranged on partition 103, top difference One fillers 102 is set;Setting button 1011 on support rod 101, key 1011 and following main control processors 31 connect;Fillers 102 Including fillers rear portion 1, fillers telescopic rod 2 and fillers front 3;Support rod 101, fillers telescopic rod 2 are electric with following steppings respectively Machine 40 connects.
Control section includes main control processor 31, control switch 32, drying clearing damp device 33, deodorization and sterilization device 34, shoes Interior ventilation device 41, sensor array 35, stepper motor 40, Wi-Fi module 39.31 output end of main control processor respectively and control Switch 32, stepper motor 40 connect, 32 output end of control switch respectively with drying clearing damp device 33, deodorization and sterilization device 34, shoes Interior ventilation device 41 connects, and sensor array 35, Wi-Fi module 39 are bi-directionally connected with main control processor 31 respectively;Wi-Fi module 39 are bi-directionally connected by wireless router 44 and external Cloud Server 42, cell phone client 43.
31 energy real-time reception Temperature Humidity Sensor 351 of main control processor and semiconductor-air mass sensor 352 are fed back to The data come, and adjusted in shoes by ventilation device 41 in functional module i.e. drying clearing damp device 33, deodorization and sterilization device 34, shoes Atmosphere;High temperature protection;It automatically shuts down;It transfers stepper motor 40 and controls the movement of support rod 101 and stretching for fillers 102;It is logical Cross Wi-Fi module 39, the Cloud Server 42 of wireless router 44 and outside, 43 two-way communication of cell phone client.Main control processor 31 use super low-power consumption microcontroller, and main control processor 31 is installed on master control borad 104, and master control borad 104 is mounted on the back of shoe chest Face.
Sensor array 35 is set in each fillers 102, for atmosphere in real-time monitoring shoes, and by data feedback to master Processor 31, including Temperature Humidity Sensor 351, semiconductor-air mass sensor 352, linear hall sensor 353 are controlled, respectively For detecting the temperature and humidity in shoes, polluted gas concentration and whether thering are shoes to be put into.Specifically, linear hall sensor 351 is set In 1 side of fillers rear portion of fillers 102, fillers telescopic rod 2 is equipped with magnet close to the side at fillers rear portion 1, if there is shoes It is put into fillers 102, the magnet being fitted on fillers telescopic rod 2 is automatically performed the process for detecting whether that shoes are put into, judgement Whether shoe chest enters intelligent work state.In order to improve the sensitivity for detecting whether that shoes are put into, sensor array 35 may be used also Including photosensitive sensor 354, photosensitive sensor 354 and linear hall sensor 353 have detected whether that shoes are put into jointly, setting In in each fillers 102.It dries clearing damp device 33 and uses metal heating film, be set to the fillers front 3 of each fillers 102 Outside.Deodorization and sterilization device 34 uses UVC ultraviolet sterilization light bulb, can generate the ultraviolet light and a small amount of ozone of great bactericidal effect, It is set in the fillers front 3 of each fillers 102.Ventilation device 41 uses small-sized DC fan in shoes, is set to each fillers In 102 fillers rear portion 1.
Stepper motor 40 is arranged in partition, for controlling the movement of control support rod 101 and stretching for fillers 102.
The data that main control processor 31 is collected into can be uploaded in real time cloud by wireless router 44 by Wi-Fi module 39 Server 42 and cell phone client 43;User can be with real-time query, control shoes by cloud server 42 or cell phone client 43 The working condition of cabinet (on the basis of shoe chest system and Cloud Server establish good communication).
The operation of whole system is powered by external power supply 30.
Each 102 front of fillers is also mountable a spring leaf, and spring leaf cooperates Hall sensor 353 and main control processor 31, for detecting whether fillers is softened completely.
Control section may also include clock module 36, display module 37, voice module 38, clock module 36 and master control processing Device 31 is bi-directionally connected, and display module 37, voice module 38 are connected with 31 output end of main control processor respectively.Display module 37 uses Liquid crystal display, display system instantaneous operating conditions, is installed on before shoe chest.Voice module 38 is mounted on master control borad, when It is detected with shoes and is put into fillers 102, voice module 38 can issue prompt tone.Clock module 36 is also mounted on master control borad, if Systems connection is normal, and clock module can carry out weekly a time adjustment,
The control method of the above-mentioned intelligent shoe cabinet system based on Internet of Things, includes the following steps:
1), by the key 1011 of lower support bar 101, main control processor 31 controls stepper motor 40 makes support rod 101 automatically The optimum position that user is put into shoes is moved to outside shoe chest, if there is shoes to be put into fillers 102, linear hall sensor 353 or The output quantity of linear hall sensor 353+ photosensitive sensor 354 changes, and main control processor 31 receives signal, control step Support rod 101 is set to automatically return to home position into motor 40, while stepper motor 40 controls fillers telescopic rod 2 and extends, and passes through shoes Whether the spring leaf detection fillers for supportting the installation of 102 fronts is softened completely, keeps shoes fixed.
2), open Temperature Humidity Sensor 351, semiconductor-air mass sensor 352, respectively detect shoes in temperature and humidity, Polluted gas concentration, main control processor 31 take the mode of interval poll to read temperature and humidity and contamination gas in each fillers 102 Bulk concentration data, the result according to current detection dries clearing damp device 33 to the functional module of each fillers respectively, sterilization removes Ventilation device 41 issues control instruction and closes corresponding function mould when detecting that atmosphere is normal in shoes in smelly device 34, shoes Block;When the temperature in shoes is more than program setting high temperature threshold value, system automatic closing function module protects shoes without damage; In program automatic running, if shoes are forcibly removed, magnetic Hall sensor 353 or the photosensitive biography of linear hall sensor 353+ The output quantity of sensor 354 changes, and triggering system is automatically stopped the work of corresponding fillers 102, avoids ultraviolet radiation.
3) instantaneous operating conditions are transmitted to by Cloud Server 42 and cell phone client by Wi-Fi module 39 when system is run 43;User can inquire at any time, control shoe chest working condition.
Each shoe chest system has unique identification to number, when shoe chest system is networked for the first time, 42 meeting of Cloud Server Shoe chest system is authenticated, if there is identical number, Cloud Server 42 can cancel the access authority of the shoe chest system, forbid It works on;The data that Cloud Server 42 uploads shoe chest system carry out arrangement statistics, and result is graphically sent To cell phone client, the working condition of shoe chest system is intuitively shown;User passes through Cloud Server pair using cell phone client Shoe chest system is remotely controlled.
The present invention by a variety of different types of sensors detect shoes whether be put into and shoes in atmosphere, in main control processor Control under realize to the deodorization and sterilizations of shoes, drying clearing damp, in conjunction with Wi-Fi technology, allow user security, easily and efficiently look into See the disposition of shoes, the system bulk is small, easy for installation, practical, has broad application prospects.

Claims (9)

1. a kind of intelligent shoe cabinet system based on Internet of Things, which is characterized in that including body structure portion and control section,
Body structure portion includes partition (103), several support rods (101) and the fillers (102) being placed in shoes, partition (103) it is set in shoe chest, the bottom end of several support rods (101) is arranged on partition (103), and a fillers is respectively set in top (102);Setting button (1011) on support rod (101), key (1011) and following main control processors (31) connection;Fillers It (102) include fillers rear portion (1), fillers telescopic rod (2) and fillers front (3);Each fillers (102) front is equipped with a spring Piece cooperates following linear hall sensors (353) and main control processor (31), for detecting whether fillers is softened completely;Branch Strut (101), fillers telescopic rod (2) are connected with following stepper motors (40) respectively;
Control section includes main control processor (31), control switch (32), drying clearing damp device (33), deodorization and sterilization device (34), ventilation device (41), sensor array (35), stepper motor (40), Wi-Fi module (39) in shoes;Sensor array It (35) include Temperature Humidity Sensor (351), semiconductor-air mass sensor (352), linear hall sensor (353), difference For detecting the temperature and humidity in shoes, polluted gas concentration and whether there are shoes to be put into, it is set in each fillers (102);Drying Clearing damp device (33) is set to each fillers (102) outside, and ventilation device (41) is respectively arranged in deodorization and sterilization device (34), shoes In each fillers (102), stepper motor (40) is arranged in partition;Main control processor (31) output end is respectively and control switch (32), stepper motor (40) connect, control switch (32) output end respectively with drying clearing damp device (33), deodorization and sterilization device (34), ventilation device (41) connects in shoes, and sensor array (35), Wi-Fi module (39) are double with main control processor (31) respectively To connection;The Cloud Server (42) of Wi-Fi module (39) and outside, cell phone client (43) are bi-directionally connected.
2. the intelligent shoe cabinet system according to claim 1 based on Internet of Things, which is characterized in that several support rods (101) it is divided into high and low two groups of support rods.
3. the intelligent shoe cabinet system according to claim 1 based on Internet of Things, which is characterized in that main control processor (31) is adopted With super low-power consumption microcontroller, main control processor (31) and Wi-Fi module (39) are installed on master control borad (104), master control borad (104) it is mounted on the back side of shoe chest.
4. the intelligent shoe cabinet system according to claim 1 based on Internet of Things, which is characterized in that the drying clearing damp device (33) metal heating film is used, the deodorization and sterilization device (34) uses UVC ultraviolet sterilization light bulb, ventilation dress in the shoes (41) are set using small-sized DC fan.
5. the intelligent shoe cabinet system according to claim 1 based on Internet of Things, which is characterized in that sensor array (35) is also Including photosensitive sensor (354), photosensitive sensor (354) and linear hall sensor (353) have detected whether that shoes are put jointly Enter, is set in each fillers (102).
6. the intelligent shoe cabinet system according to claim 1 based on Internet of Things, which is characterized in that when control section further includes Clock module (36), display module (37), voice module (38), clock module (36) and main control processor (31) are bi-directionally connected, and are shown Show that module (37), voice module (38) are connected with main control processor (31) output end respectively.
7. the intelligent shoe cabinet system according to claim 6 based on Internet of Things, which is characterized in that display module (37) uses Liquid crystal display is installed on before shoe chest;Voice module (38) and clock module (36) are mounted on master control borad.
8. the control method of the intelligent shoe cabinet system as claimed in any one of claims 1 to 7 based on Internet of Things, feature It is, includes the following steps:
1) key (1011) of lower support bar (101), is pressed, main control processor (31) control stepper motor (40) makes support rod automatically (101) optimum position that user is put into shoes is moved to outside shoe chest, if there is shoes to be put into fillers (102), linear Hall sensing Device (353) or linear hall sensor (353)+photosensitive sensor (354) output quantity change, and main control processor (31) connects Signal is received, control stepper motor (40) makes support rod (101) automatically return to home position, while stepper motor (40) controls shoes Telescopic rod (2) elongation is supportted, keeps shoes fixed;
2), open Temperature Humidity Sensor (351), semiconductor-air mass sensor (352), respectively detect shoes in temperature and humidity, Polluted gas concentration, main control processor (31) take the mode of interval poll to read temperature and humidity and dirt in each fillers (102) Contaminate gas concentration data, according to current detection result respectively to the functional module of each fillers i.e. dry clearing damp device (33), Ventilation device (41) issues control instruction in deodorization and sterilization device (34), shoes, when detecting that atmosphere is normal in shoes, closes corresponding Functional module;When the temperature in shoes is more than program setting high temperature threshold value, system automatic closing function module protects shoes not It is undermined;In program automatic running, if shoes are forcibly removed, linear hall sensor (353) or linear Hall sensing Device (353)+photosensitive sensor (354) output quantity changes, and triggering system is automatically stopped the work of corresponding fillers (102), Avoid ultraviolet radiation;
3) instantaneous operating conditions are transmitted to by Cloud Server (42) and cell phone client by Wi-Fi module (39) when system is run (43);User can inquire at any time, control shoe chest working condition.
9. the control method of the intelligent shoe cabinet system according to claim 8 based on Internet of Things, which is characterized in that each shoes Cabinet system has unique identification to number, when shoe chest system is networked for the first time, Cloud Server (42) can to shoe chest system into Row certification, if there is identical number, Cloud Server (42) can cancel the access authority of the shoe chest system, it is forbidden to continue work Make;The data that Cloud Server (42) uploads shoe chest system carry out arrangement statistics, and result is graphically sent to mobile phone Client intuitively shows the working condition of shoe chest system;User is using cell phone client by Cloud Server to shoe chest system System is remotely controlled.
CN201610525061.9A 2016-07-04 2016-07-04 A kind of intelligent shoe cabinet system and control method based on Internet of Things Active CN105974902B (en)

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CN106959651A (en) * 2017-05-03 2017-07-18 毛明才 Rubbish Intelligent Optimal management system and method
CN107114928B (en) * 2017-06-22 2019-04-12 深圳市晓控通信科技有限公司 A kind of shoes and hats storage device based on Internet of Things
CN107334285A (en) * 2017-08-31 2017-11-10 成都南红鞋业有限公司 A kind of intelligent shoe cabinet of energy remote control
CN108078212A (en) * 2017-12-21 2018-05-29 重庆金鑫科技产业发展有限公司 A kind of intelligent shoe cabinet
CN108618430A (en) * 2018-04-25 2018-10-09 福建航程装饰工程有限公司 A kind of Internet of Things household shoe chest
CN108813987A (en) * 2018-06-05 2018-11-16 广东南豆科技有限公司 A kind of intelligent deodorizing Dehumidifying shoes box

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CN2713891Y (en) * 2004-06-02 2005-08-03 刘建强 Multifunctional electronic environment friendly shoe cabinet
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