CN111200208B

CN111200208B - Mobile phone classroom manager for college students

Info

Publication number: CN111200208B
Application number: CN202010198920.4A
Authority: CN
Inventors: 张磊
Original assignee: Zaozhuang University
Current assignee: Zaozhuang University
Priority date: 2020-03-20
Filing date: 2020-03-20
Publication date: 2021-02-19
Anticipated expiration: 2040-03-20
Also published as: CN111200208A

Abstract

A college student mobile phone classroom manager mainly comprises ten parts, namely a double-layer rotating base, an upright post, an upper, middle and lower rotating disc combination, a sliding ball link combination, a support frame, a hexagonal prism cloth cover mobile phone bag combination, a double-screen and double-core command control device, a multi-section and multi-layer power supply and data connector, a rubber rope, a mobile phone charging device and the like, wherein the hexagonal prism cloth cover mobile phone bag combination is driven to rotate through rotation between the double-layer base, so that students can conveniently find respective positions; the folding of the cloth cover mobile phone bag combination is completed through the combined elastic retraction operation of the spring in the upper, middle and lower rotating disc combination and the rubber rope; the charging connection of the mobile phones in different directions and the transmission work of information are completed through the multi-stage layer power supply data connector; the double-screen and double-core command control device is used for finishing the functions of receiving and summarizing information, calculating and processing the information and sending the reached information for display; the invention mainly aims at the problem that the mobile phones of the college students are uniformly managed in a classroom at present, the teaching task is completed, and the learning efficiency is fully improved.

Description

Mobile phone classroom manager for college students

Technical Field

The invention relates to classroom using equipment for university students, in particular to a mobile phone classroom manager for university students.

Background

Application No.: 2014200933362 patent entitled "folding leg supported university classroom Mobile management device". The mobile phone access station is fixed on the folding frame, the folding supporting legs are hinged to the lower end of the folding frame, the mobile phone fixer is fixed on the front side and the back side of the background layer, the front side and the back side of the background layer are respectively provided with a plurality of USB mobile phone charging interfaces, and the mobile phone management device for the university supported by the folding frame is provided.

Application No.: 2016213764094 patent of "a mobile phone bag for teaching management". The mobile phone bag comprises a mobile phone bag body, a hook is arranged at the upper end of the mobile phone bag body, a plurality of layers of storage sections are sequentially arranged on the front surface of the mobile phone bag body along the longitudinal direction of the mobile phone bag body, a plurality of storage bags used for placing mobile phones are arranged on each layer of storage section, and a sucker is arranged on the back surface of the lower end of the mobile phone bag body. The utility model provides a cell phone bag is used in teaching management, simple structure, convenient to use, low cost has signal shielding function and time prompt facility.

Application No.: 201821051056X invention entitled roll call mobile phone bag for student management, comprising a solar panel, a controller, a mounting hole, a support plate, a mobile phone bag, a pressure type normally open switch, an indicator light, a storage battery and a mobile phone bag; the mobile phone bag of certain quantity has evenly been arranged in backup pad left side, and the pilot lamp that corresponds with the mobile phone bag serial number is arranged on the right side, and the inside bottom of every mobile phone bag has arranged pressure type and has normally opened the switch, is a student's management and accomodates the bag with the cell-phone of calling roll.

Application No.: 2018218417592 patent of utility model entitled cell phone storage rack for student management. Including hollow splint, the spacing groove is all installed at both ends about hollow splint, hollow splint internally mounted has the fly leaf, the stopper is all installed at both ends about the fly leaf, and the stopper is connected with the spacing groove, the cell-phone bag is installed to the fly leaf front end, and cell-phone bag number is a plurality of, the player is all installed at both ends about the spacing groove, the USB interface is installed to player outside lower extreme, the protective cover is installed to hollow splint lower extreme rear side, protective cover and hollow splint pass through hinge connection.

Application No.: 2017206672158 entitled "Mobile phone bag for classroom". The supporting plate and the cover cap of the mobile phone bag for the classroom are connected through a hinge, the handle is arranged at the bottom of the cover cap, a plurality of mounting holes are formed in the periphery of the supporting plate, a plurality of mobile phone bags are arranged on the supporting plate, and each mobile phone bag is provided with a zipper. During installation, the steel nails can penetrate through the mounting holes in the support plates to fix the support plates on the wall surface, and the hinges for keeping the support plates are located above the support plates. When in class, the mobile phones of students can be put into the mobile phone bags respectively, then the zippers are pulled, and the covers are put down.

The prior patent technology discloses a classroom teaching management device which comprises a support frame, a mobile phone accommodating bag, a charging device and the like. The invention mainly comprises a double-layer rotating base, a stand column, an upper rotating disc combination, a middle rotating disc combination, a lower rotating disc combination, a sliding ball linkage combination, a support frame, a hexagonal prism cloth cover mobile phone bag combination, a double-screen double-core command control device, a multi-stage layer power supply data connector, a rubber rope, a mobile phone charging device and the like, wherein the base I and the base II are rotated through a circular rail groove and a sliding rail in the double-layer base to drive the hexagonal prism cloth cover mobile phone bag combination to rotate, so that students can conveniently find respective positions; through the combined elastic retraction operation of the springs in the upper, middle and lower rotating disc combinations and the upper and lower rubber ropes on the periphery, the sliding hemisphere I and the sliding ball form a circular channel along a sliding ball track in the rotating disc combination and retract and approach to the sliding hemisphere II, and the support rod and the cloth cover are retracted and approach to one position to be folded together to complete the folding and volume reduction functions of the sliding hemisphere I and the sliding ball II; the charging connection of the mobile phones in different directions and the transmission work of information are completed through the multi-stage layer power supply data connectors in different modes; the device completes information receiving and gathering, calculation processing and sending reached information display through the double-screen double-core command control device, so as to complete the unified management of the mobile phone in the classroom and improve the learning efficiency.

Disclosure of Invention

The invention aims to provide classroom use equipment which aims at uniformly managing mobile phones of college students in a classroom at present, completing teaching tasks and fully improving learning efficiency.

In order to achieve the above object, the present invention adopts the following technical solutions

A university student mobile phone classroom manager comprises a power plug, a base I, a base II, a support rod, a middle ball, a lower disc, a top ball, a cloth tube I, a partition cover, a top hemisphere I, a top hemisphere II, an upper disc, a data plug, a data socket, a display, a screen seat, a stand column, a sliding ball, a cross rod, a mobile phone inlet, a spring, a square sub-sticker, a bag cover, a circular sub-sticker, a cloth cover, a cloth tube II, a bottom ball, a USB interface, a display screen, an operation table, a track groove, a sliding ball, a male seat, a button I, a button II, a button III, a button IV, a female seat, a sliding rail, a threaded port, an inner female seat, a display plug, a seat groove, an inner socket of the stand column, a cylinder, a seat opening, an upper threaded disc I, an upper threaded disc II, a middle threaded disc I, a lower threaded disc II, a lower port, an inter-column plug, an inter-column pin plug, an inter, Ball track, disc mouth, circular magnet, smooth hemisphere I, smooth hemisphere II, fixed orifices, socket, pin type socket, magnet, horizontal pole socket, ring, bracing piece socket, well hemisphere I, well hemisphere II, the female subsides of square, cell-phone bag, inductor, circular female subsides, cloth nose, rubber rope, buckle, end hemisphere I, end hemisphere II, round hole, its characterized in that: the base I consists of a chassis, a display screen, an operating platform, a track groove, a sliding ball, a male seat and a power line plug; the base II consists of a USB interface, a female seat, a slide rail, a threaded port and an internal female seat; the operating table comprises a button I, a button II, a button III, a button IV and a display screen; the male seat is a power and data integrated connector plug; the female socket is a power and data integrated connector socket; the upper disc is three discs which respectively comprise a sliding ball track and a disc opening; the lower disc is three discs which are respectively composed of a fixed bolt, a sliding ball track and a disc opening; the sliding ball track is a circular concave track groove in the lower disc; the sliding hemisphere I is a semi-sphere formed by a round magnet and a socket; the sliding hemisphere II is a semi-sphere consisting of a circular magnet, a fixing hole and a socket; the round magnets are an N-pole round magnet and an S-pole round magnet which are respectively embedded on the semi-spherical sections of the sliding hemisphere I and the sliding hemisphere II; the power line between the upright posts is a power line consisting of an inter-upright post plug and an inter-upright post needle plug; the plug between the columns is a power supply and data integrated connector joint; the cross rods are twenty cross rods with equal length and thickness; the bottom ball is five spherical bodies with equal size, which are respectively composed of a cross rod socket and a support rod socket; the middle ball is five spherical bodies with equal size which are respectively composed of a cross rod socket and two corresponding support rod sockets at the upper part and the lower part; the middle hemisphere I is a semi-sphere formed by a magnet, a cross rod socket and two support rod sockets which correspond up and down; the middle hemisphere II is a semi-sphere formed by a magnet, a cross rod socket and two support rod sockets which correspond up and down; the magnets 66 are respectively an N-pole circular magnet and an S-pole circular magnet which are embedded on the semi-spherical sections of the bottom hemisphere I, the bottom hemisphere II, the middle hemisphere I and the middle hemisphere II; the cross rod inserting opening is a groove barrel opening with the diameter slightly larger than that of the cross rod, and plays a role in fixing; the bottom hemisphere I is a semi-sphere formed by a magnet, a cross rod socket, a ring and a support rod socket; the partition cover is a hexagonal soft cloth consisting of a round hole in the middle, seven cloth cylinders I, an area A, an area B, an area C, an area D, an area E, an area F and the like, and the inner lining of the cloth is coated with colloidal silver; the cloth tube I is seven tube paths which are uniformly sewn between the areas A, B, C, D, E and F, and two tube paths between the areas D and E are separated; the top hemisphere I is a semi-sphere formed by a magnet, a cross rod socket, a ring and a support rod socket; the magnets are an N-pole circular magnet and an S-pole circular magnet which are respectively embedded on the semi-spherical sections of the top hemisphere I and the top hemisphere II; the top ball is five balls which are formed by a cross rod socket and a support rod socket and have the same size; the data plug is a gathering part where fifty-four sensors are connected through conducting wires and is a pin type connector plug; the cloth cylinder II is fourteen cylinder paths which are uniformly sewn on the cloth surface; the square female stickers are fifty-four square female stickers which are sewn on corresponding mobile phone entrances respectively; the mobile phone bags are fifty-four rectangular cloth bags respectively sewn below corresponding mobile phone inlets, each cloth bag forms an angle of 30 degrees with the plane of the cloth cover 25, and colloid silver is coated inside and outside the cloth bags; the sensors are fifty-four proximity sensors which are respectively fixed at the bottom of the corresponding mobile phone bag; the cloth nose is eight cloth eyes sewn in the junction of the upper edge and the lower edge of the cloth cover and the edges of every two mobile phone inlet areas; the rubber rope is formed by fixing a buckle at each of two ends; the supporting rods are fourteen toughened resin tubes and play a role in supporting a framework; the square sub-sticker is a square sub-sticker sewn in the upper end of the bag cover and plays a role in adhesion; the circular sub-paste is sewn in the lower end of the bag cover and plays a role in adhesion; the display is a rectangular LED display; the pin type socket is a junction of power supply lead-in, information input and information output of the display and is a power supply and data integrated connector.

According to college student's cell-phone classroom manager, its characterized in that: the console is a central command control device containing a receiver, a transmitter, a processor, a power adapter and a chip.

According to college student's cell-phone classroom manager, its characterized in that: the track groove is a circular concave track groove, one hundred bead grooves are uniformly distributed at the bottom of the track groove, and each bead groove contains a sliding bead.

According to college student's cell-phone classroom manager, its characterized in that: the upright post is a tubular body consisting of a seat opening, an upper threaded disc I, an upper threaded disc II, a middle threaded disc I, a middle threaded disc II, a lower threaded disc I, a lower threaded disc II and a lower port.

According to college student's cell-phone classroom manager, its characterized in that: the screen seat consists of a display plug, a seat groove, an upright post inner socket and a cylinder.

According to college student's cell-phone classroom manager, its characterized in that: the cloth cover is a rectangular special cloth composed of a data plug, a mobile phone inlet, a cloth cylinder II, a square female sticker, a mobile phone bag, an inductor, a circular female sticker and a cloth nose, and colloid silver is coated on the inner lining of the cloth.

According to college student's cell-phone classroom manager, its characterized in that: the bag cover is a special rectangular cloth formed by a square sub-sticker and a round sub-sticker, and the inner lining of the cloth is coated with colloidal silver.

According to college student's cell-phone classroom manager, its characterized in that: the display is a device that contains a receiver, a transmitter, a processor, and a chip.

Drawings

FIG. 1 is a general schematic diagram of a college student's mobile phone classroom manager;

FIG. 2 is a schematic view of the frame structure installation;

FIG. 3 is a schematic view of a base I;

FIG. 4 is a schematic view of base II;

FIG. 5 is a schematic view of a column;

FIG. 6 is a schematic view of the upper and lower plates;

FIG. 7 is a schematic view of a slider ball linkage assembly;

FIG. 8 is a schematic view of a rotating disk assembly;

FIG. 9 is a schematic diagram of a power cord between two posts;

FIG. 10 is a schematic view of a panel base;

FIG. 11 is a schematic view of a section cover;

FIG. 12 is a schematic top ball view;

FIG. 13 is a schematic view of the top hemisphere II and the top hemisphere I;

FIG. 14 is a schematic view of a center ball;

FIG. 15 is a schematic view of a middle hemisphere II and a middle hemisphere I;

FIG. 16 is a schematic view of a cloth cover;

FIG. 17 is a schematic view of a bungee cord;

FIG. 18 is a schematic view of a flap;

FIG. 19 is a schematic view of a display.

In the drawings: 1. a power plug; 2. a base I; 3. a base II; 4. a support bar; 5. a middle ball; 6. a bottom wall; 7. ejecting the ball; 8. a cloth cylinder I; 9. a partition cover; 10. a top hemisphere I; 11. a top hemisphere II; 12. hanging the plate; 13. a data plug; 14. a data jack; 15. a display; 16. a screen seat; 17. a column; 18. a sliding ball; 19. a cross bar; 20. a mobile phone entrance; 21. a spring; 22. a square paste; 23. a bag cover; 24. a circular sub-label; 25. cloth cover; 26. a cloth cylinder II; 27. a bottom ball; 28. a USB interface; 29. displaying a screen; 30. an operation table; 31. a track groove; 32. a sliding bead; 33. a male seat; 34. a button I; 35. a button II; 36. a button III; 37. a button IV; 38. a female seat; 39. a slide rail; 40. a threaded opening; 41. an intraoral female seat; 42. a display plug; 43. a seat groove; 44. a socket in the upright post; 45. a cylinder; 46. a seat opening; 47. a threaded disc I is arranged; 48. an upper thread disc II; 49. a middle thread disc I; 50. a middle thread disc II; 51. a lower thread disc I; 52. a lower thread disc II; 53. a lower port; 54. a plug between the columns; 55. pin type plugs between the columns; 56. a power line between the columns; 57. a fixing bolt; 58. a sliding ball track; 59. a disc opening; 60. a circular magnet; 61. a smooth hemisphere I; 62. a slippery hemisphere II; 63. a fixing hole; 64. a socket; 65. a pin socket; 66. a magnet; 67. a cross bar socket; 68. a circular ring; 69. a support rod socket; 70. a middle hemisphere I; 71. a middle hemisphere II; 72. square female paste; 73. a mobile phone bag; 74. an inductor; 75. a circular female sticker; 76. nose arrangement; 77. a bungee cord; 78. buckling; 79. a bottom hemisphere I; 80. a bottom hemisphere II; 81. a circular hole.

Detailed Description

The invention is further described with reference to the following figures and specific embodiments.

An university student classroom handset manager as shown in figures 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, comprising: a power plug 1, a base I2, a base II 3, a support rod 4, a middle ball 5, a lower disc 6, a top ball 7, a cloth tube I8, a partition cover 9, a top hemisphere I10, a top hemisphere II 11, an upper disc 12, a data plug 13, a data socket 14, a display 15, a screen seat 16, an upright post 17, a sliding ball 18, a cross rod 19, a mobile phone inlet 20, a spring 21, a square paste 22, a bag cover 23, a circular paste 24, a cloth cover 25, a cloth tube II 26, a bottom ball 27, a USB interface 28, a display screen 29, an operation table 30, a track groove 31, a sliding ball 32, a male seat 33, a button I34, a button II 35, a button III 36, a button IV 37, a female seat 38, a sliding rail 39, a threaded port 40, an oral female seat 41, a display plug 42, a seat groove 43, an upright post inner seat 44, a cylinder 45, a seat opening 46, an upper threaded disc I47, an upper threaded disc II, a middle threaded disc 49, a middle threaded disc II 50, a lower threaded disc I51, the device comprises a lower threaded disc II 52, a lower port 53, an inter-column plug 54, an inter-column pin plug 55, an inter-column power line 56, a fixing bolt 57, a sliding ball track 58, a disc port 59, a circular magnet 60, a sliding hemisphere I61, a sliding hemisphere II 62, a fixing hole 63, a socket 64, a pin socket 65, a magnet 66, a cross rod socket 67, a ring 68, a support rod socket 69, a middle hemisphere I70, a middle hemisphere II 71, a square female sticker 72, a mobile phone bag 73, a sensor 74, a circular female sticker 75, a cloth nose 76, a rope 77, a buckle 78, a bottom hemisphere I79, a bottom hemisphere II 80 and a round hole 81.

Assembled relation

A mobile phone classroom manager for college students is characterized in that a female seat 38 below a base II 3 is inserted into a male seat 33 above a base I2, a slide rail 39 below the base II 3 is placed in a rail groove 31 on the base I2, the base I2 and the base II 3 are overlapped and tightly sealed up and down to complete the complete assembly and installation of the base, the base I2 consists of a chassis, a display screen 29, an operation table 30, a rail groove 31, a sliding bead 32, a male seat 33 and a power line plug 1, the operation table 30 comprises a button I34, a button II 35, a button III 36, a button IV 37 and a display screen 29, the operation table 30 is a central command control device which internally comprises a receiver, a transmitter, a processor, a power adapter and a chip, power distribution is controlled, received information is summarized and calculated and processed, the information is sent out according to instructions, the rail groove 31 is a circular concave rail groove, and one hundred bead grooves are uniformly distributed at the bottom of the groove, each ball groove is internally provided with a sliding ball 32, the sliding ball 32 is in a ball shape, the sliding ball is mainly used for promoting the sliding function of the sliding rail 39 in the rail groove 31, reducing friction force and facilitating the rotation between the base I2 and the base II 3, the base I2 is in a circular truncated cone shape, the button I34 is a power supply main switch, the button II 35 is an operation table system control switch, the button III 36 is a control display switch, and the button IV 37 is a control USB interface switch; the base II 3 is composed of a USB interface 28, a female base 38, a slide rail 39, a threaded opening 40 and an internal female base 41, the base II 3 is in a round table shape, the USB interface 28 is uniformly distributed around the side face of the base II 3 in a six-group mode, each group is three USB interfaces which are connected in series, the groups are connected in parallel with each other and connected with a power adapter, eighteen USB interfaces are counted, the mobile phones in different directions can be conveniently charged and connected for use, the slide rail 39 is a circular convex rail and is combined with the rail groove 31 to play a role in fixing and rotating, the threaded opening 40 is internally provided with threads and has a fixing role, the male base 33 is a power and data integrated connector plug, the female base 38 is a power and data connector socket, and the plug-in connection of the male base 33 and the female base 38 is one of key points for power and data connection, and has the functions of rotation and fixation, and the female socket 41 in the mouth is a power and data integrated connector socket.

A disc port 59 in the lower disc 6 penetrates through the lower port 53 of the upright post 17 upwards in a spiral manner to be in spiral butt joint with the lower thread disc II 52; the fixed hole 63 in the sliding hemisphere II 62 is inserted in a butt joint with the fixed bolt 57 in the lower disc 6, the socket 64 faces outwards, the sliding ball 18 and the sliding hemisphere I61 are sequentially arranged in the sliding ball track 58, the circular magnet 60 in the sliding hemisphere I61 is in attraction butt joint with the circular magnet 60 in the sliding hemisphere II 62 to form a circle, one face of the upper disc 12 containing the sliding ball track 58 faces downwards, the upper disc I47, the upper threaded disc II 48, the middle threaded disc I49 and the middle threaded disc II 50 are spirally and downwards penetrated through the seat opening 46 at the upper end of the upright post 17 to be in butt joint with the lower threaded disc I51, and the lower disc 6 is combined to form a lower rotating disc combination, the lower disc 6 is a three disc combination which is respectively formed by the fixed bolt 57, the sliding ball track 58 and the disc opening 59, the fixed bolt 57 is mainly a cylindrical pile and plays a fixing role, the sliding ball track 58 is a circular concave track groove in the lower disc 6 and is a running track of the sliding ball 18 and the sliding hemisphere 61, the disc opening 59 is internally provided with threads for fixing, and the upper disc 12 is three discs respectively comprising a sliding ball track 58 and the disc opening 59; the size and the shape of the lower disc 6 and the radius and the depth of the sliding ball track 58 in the disc are equal to the size and the shape of the upper disc 12 and the radius and the depth of the sliding ball track 58 in the disc, the sliding balls 18 are five round balls with the same size and a socket 64 in the middle, the five round balls are fixedly connected through springs 21, the sliding hemisphere I61 is a semi-sphere formed by a round magnet 60 and the socket 64, the sliding hemisphere II 62 is a semi-sphere formed by a round magnet 60, a fixing hole 63 and a socket 64, the round magnet 60 is an N-pole round magnet and an S-pole round magnet which are respectively embedded on the semi-sphere sections of the sliding hemisphere I61 and the sliding hemisphere II 62, the sliding hemisphere I61, the sliding hemisphere II 62 and the five sliding balls 18 are fixedly connected through six springs 21 to form a sliding ball linkage combination, the springs 21 play a role in contracting and extending elastic force, and when the sliding hemisphere I61 is opened to be attracted with the round magnet 60 in the sliding hemisphere II 62, the sliding hemisphere I61 and the sliding ball 18 retract and approach to the fixed sliding hemisphere II 62 along a circular channel formed by the sliding ball tracks 58 in the upper disc 12 and the lower disc 6; in the same way, a disk port 59 in the other lower disk 6 passes through a seat port 46 at the upper end of the upright post 17 and spirally downwards to penetrate through an upper thread disk I47, an upper thread disk II 48, a middle thread disk I49 and a middle thread disk II 50 in turn to be spirally butted and fixed, a fixed bolt 57 in the lower rotating disk assembly is aligned with a fixed bolt 57, a fixed hole 63 in the other sliding hemisphere II 62 is butted and inserted with the fixed bolt 57, the sliding ball linkage assembly is arranged in a sliding ball track 58, one side of the other upper disk 12 containing the sliding ball track 58 faces downwards, the disk port 59 spirally downwards penetrates through the seat port 46 at the upper end of the upright post 17, the upper thread disk I47 and the upper thread disk II 48 to be spirally butted and fixed with the middle thread disk I49, and the middle rotating disk assembly is completed; similarly, the installation of the top rotary disk assembly is completed by another lower disk 6, a sliding ball linkage assembly and an upper disk 12; the structures of the top rotating disc combination, the middle rotating disc combination and the bottom rotating disc combination are identical, and the fixing bolts 57 in the combination are on the same vertical line during installation; the upright post 17 is a tubular body consisting of a seat opening 46, an upper threaded disc I47, an upper threaded disc II 48, a middle threaded disc I49, a middle threaded disc II 50, a lower threaded disc I51, a lower threaded disc II 52 and a lower end opening 53, the seat opening 46 is a support interface of the screen seat 16, the distance between the upper threaded disc I47 and the upper threaded disc II 48 is equal to the distance between the middle threaded disc I49 and the middle threaded disc II 50, is equal to the distance between the lower threaded disc I51 and the lower threaded disc II 52, is slightly larger than the diameter of the cross rod 19, and the inner part and the outer part of the lower end opening 53 both contain threads and play a role in fixing.

An inter-column pin plug 55 at one end of an inter-column power line 56 passes through a lower port 53 in the column 17 and is lifted above the seat port 46 to be inserted into the intra-column socket 44 in the screen seat 16, and the column 45 is inserted into the seat port 46 to complete the installation of the screen seat 16; the plug 54 between the upright posts is spirally butted and fixed in the lower port 53, the lower port 53 and the threaded port 40 on the base II 3 are spirally butted and fixed on the base II 3, and meanwhile, the female socket 41 in the port and the plug 54 between the upright posts are naturally spliced and matched, so that the installation of the upright post 17 is completed; the inter-column power line 56 is a power line composed of an inter-column plug 54 and an inter-column pin plug 55, the inter-column plug 54 is a power and data integrated connector, the inter-column pin plug 55 is a power and data integrated connector, the screen base 16 is composed of a display plug 42, a base groove 43, an intra-column socket 44 and a cylinder 45, the cylinder 45 is a cylinder and is inserted in the base opening 46, the screen base 16 can freely rotate in the horizontal plane, the display plug 42 is a power and data integrated connector plug, the base groove 43 is a rectangular groove and plays a role in fixing, and the intra-column socket 44 is a power and data integrated connector embedded in the bottom of the cylinder 45.

One end of a cross rod 19 is sequentially spliced with a socket 64 in a bottom rotating disc combination, a sliding ball 18 in a middle rotating disc combination, a sliding hemisphere I61 and a sliding hemisphere II 62, and the other end of the cross rod 19 is sequentially spliced with a bottom ball 27, a bottom hemisphere I79, a bottom hemisphere II 80, a middle ball 5, a middle hemisphere I70 and a cross rod socket 67 in a middle hemisphere II 71; the horizontal pole 19 is twenty transverse rods with equal length and thickness, the bottom ball 27 is five spheres with equal size respectively composed of a horizontal pole socket 67 and a support pole socket 69, the bottom hemisphere I79 is a semi-sphere composed of a magnet 66, a horizontal pole socket 67, a ring 68 and a support pole socket 69, the bottom hemisphere II 80 is a semi-sphere composed of a magnet 66, a horizontal pole socket 67, a ring 68 and a support pole socket 69, the bottom hemisphere I79 and the magnet 66 in the bottom hemisphere II 80 attract each other to form a sphere, the middle ball 5 is a sphere with equal size respectively composed of a horizontal pole socket 67 and two support pole sockets 69, the middle hemisphere I70 is a semi-sphere composed of a magnet 66, a horizontal pole socket 67 and two support pole sockets 69 corresponding up and down, the middle hemisphere II 71 is a semi-sphere composed of a magnet 66, a horizontal pole socket 67 and two support pole sockets 69 corresponding up and down, magnet 66 inter attraction butt joint in well hemisphere I70 and well hemisphere II 71 constitutes a spheroid, magnet 66 is respectively inlayed at end hemisphere I79, end hemisphere II 80, well hemisphere I70, the round magnet of a N utmost point and the round magnet of S utmost point on the II 71 hemisphere sections of well hemisphere, horizontal pole socket 67 is the groove tube mouth that the diameter is greater than horizontal pole 19 diameter slightly, plays fixed effect, bracing piece socket 69 is the groove tube mouth that the diameter is greater than 4 diameters of bracing piece slightly, plays fixed effect, ring 68 is respectively fixed two rings that just can control the activity about the same size on end hemisphere I79, end hemisphere II 80.

A round hole 81 in the partition cover 9 is sleeved between the upper disc 12 and the lower disc 6 of the top rotating disc assembly through a screen seat 16, one end of each of seven cross rods 19 respectively penetrates through a cloth cylinder I8 to be sequentially inserted into sockets 64 on the sliding hemisphere I61, the sliding hemisphere II 62 and the five sliding balls 18, the outer side end of each cross rod 19 is sequentially inserted into cross rod sockets 67 on the top hemisphere I10, the top hemisphere II 11 and the five top balls 7, and the partition cover 9 is installed at the moment; the partition cover 9 is a hexagonal soft cloth composed of six areas such as a round hole 81, a seven cloth tube I8, an area A, an area B, an area C, an area D, an area E and an area F in the middle, colloidal silver is coated on a cloth lining, the six areas in the partition cover 9 are marked as the area A1-9, the area B10-18, the area C19-27, the area D28-36, the area E37-45 and the area F46-54, the partition cover 9 is mainly used for prompting the position where a student mobile phone is placed, the cloth tube I8 is a seven tube uniformly sewn between the area A, the area B, the area C, the area D and the area F, two tube paths between the area D and the area E are separated, the top hemisphere I10 is a semi-sphere composed of a magnet 66, a socket 67, a circular ring 68 and a support rod socket 69, the top hemisphere II 11 is a semi-sphere composed of a magnet 66, a semi-sphere II and a support rod 69, Horizontal pole socket 67, ring 68 and the hemisphere that bracing piece socket 69 constitutes, magnet 66 is the round magnet of a utmost point N and S round magnet of each inlaying on top hemisphere I10, the II 11 hemisphere cross-sections of top hemisphere, magnet 66 in top hemisphere I10 and the II 11 hemisphere of top attracts each other to dock and constitutes whole spheroid, top ball 7 is the five spheroids that the size that each comprises a horizontal pole socket 67 and a bracing piece socket 69 is equal, top ball 7' S big or small shape structure is equivalent to the big or small shape structure of end ball 27, the big or small shape structure of top hemisphere I10 is equivalent to the big or small shape structure of end hemisphere I79, the big or small shape structure of top hemisphere II 11 is equivalent to the big or small shape structure of end hemisphere II 80.

The fourteen-bar support rod 4 is sequentially inserted among fourteen cloth tubes II 26 in the cloth cover 25, a rubber rope 77 is inserted in a cloth nose 76, the upper end and the lower end of the support rod 4 are sequentially inserted with a top hemisphere I10, a top hemisphere II 11, a top ball 7, a middle hemisphere I70, a middle hemisphere II 71, a middle ball 5, a bottom hemisphere I79, a bottom hemisphere II 80 and a support rod socket 69 in a bottom ball 27 according to six zone marks in a zone cover 9, the gravity combination of the top hemisphere I10 and the top hemisphere II 11 is opened, buckles 78 at the two ends of the rubber rope 77 are buckled with rings 68 on the top hemisphere I10 and the top hemisphere II 11, the gravity of the top hemisphere I10 and the top hemisphere II 11 is restored, similarly, the gravity combination of the bottom hemisphere I79 and the bottom hemisphere II 80 is opened, the buckles 78 are buckled with the rings 68 on the bottom hemisphere I79 and the bottom hemisphere II 80, the bottom hemisphere 79 and the bottom hemisphere 80 are restored, at the moment, the assembly of the cloth cover 25 is completed, the cloth cover 25 is rectangular special cloth which is composed of a data plug 13, a mobile phone inlet 20, a cloth cylinder II 26, a square female sticker 72, a mobile phone bag 73, an inductor 74, a round female sticker 75 and a cloth nose 76, colloid silver is coated on a cloth lining, and the cloth cover 25, the support rod 4 and the cross rod 19 work jointly to form a hexagonal prism cloth cover mobile phone combination; the data plug 13 is a connection and collection part of fifty-four inductors 74 and is a needle type connector plug, the mobile phone inlet 20 is a mobile phone access inlet which is a fifty-four rectangular holes uniformly distributed in the cloth cover 25 according to six regions, each region is divided into an upper group, a middle group and a lower group, each group is in a three-way form, the cloth tube II 26 is fourteen tube paths uniformly sewn on the cloth cover 25, a circular gap with a radius slightly larger than that of the middle ball 5 is arranged between the upper part and the lower part of the tube paths, and the upper and the lower part of the tube paths and other upper and lower tube paths form a mobile phone inlet region; the square female stickers 72 are fifty-four square female stickers which are sewn on the corresponding mobile phone inlets 20 respectively and mainly play a role in adhesion; the mobile phone bags 73 are fifty-four rectangular cloth bags respectively sewn below the corresponding mobile phone inlets 20, each cloth bag forms an angle of 30 degrees with the corresponding cloth cover, and colloid silver is coated inside and outside the cloth bags; the sensors 74 are fifty-four proximity sensors respectively fixed at the bottom of the corresponding mobile phone bag 73, and mainly used for sensing whether a mobile phone exists in the mobile phone bag 73; the circular female stickers 75 are fifty-four circular female stickers which are sewn below the mobile phone entrance 20, and numbers are marked on the stickers to mainly play roles of adhesion and identification guide; the cloth nose 76 is eight cloth eyes sewn in the junction of the upper and lower edges of the cloth cover 25 and the edges of every two mobile phone entrance areas, and mainly plays a role in fixing the rubber rope 77; the elastic rope 77 is formed by fixing a buckle 78 at each of two ends, and the elastic ropes 77 are two elastic ropes which mainly play a role in contraction and folding; the sliding hemisphere I61, the sliding hemisphere II 62, the top hemisphere I10, the top hemisphere II 11, the middle hemisphere I70, the middle hemisphere II 71, the bottom hemisphere I79 and the bottom hemisphere II 80 are connected with each other through the cross rod 19 and the support rod 4 to form a hexagonal prism whole, when the magnetic attraction of the top hemisphere I10 and the top hemisphere II 11 is opened, the attraction of other hemispheres is also opened, the rubber rope 77 and the spring 21 in the upper, middle and lower rotating disc combination work in a combined mode, the upright post 17 serves as a central shaft, the cross rod 19 serves as a radius, the sliding hemisphere I61 and the sliding ball 18 form a circular channel along the upper disc 12 and the sliding ball track 58 in the lower disc 6, the fixed sliding hemisphere II 62 retracts, the support rod 4 and a cloth cover retract, the support rod is folded together to one position, the hexagonal prism shape is changed into a book shape, the volume is reduced, and the retracting and folding functions are completed; the support rods 4 are fourteen toughened resin tubes and play a role in supporting the cloth cover 25 by the framework.

According to the number marks on the round female sticker 75, the square sub sticker 22 is opposite to the square female sticker 72, the round sub sticker 24 is opposite to the round female sticker 75, binding and assembling of fifty-four pocket covers 23 are sequentially completed, the pocket covers 23 are made of special rectangular cloth formed by the square sub sticker 22 and the round sub sticker 24, colloid silver is coated on the inner lining of the cloth, numbers are marked on the surface of the circle center of the round sub sticker 24 below the pocket covers, and the pocket covers mainly play a role in guiding prompt and door curtains; the square sub-sticker 22 is a square sub-sticker sewn in the upper end of the bag cover 23 and plays a role in adhesion; the circular sub-sticker 24 is a circular sub-sticker sewn into the lower end of the flap 23 and serves as a sticker.

The pin socket 65 below the display 15 is inserted with the display plug 42 in the screen seat 16 and installed in the seat groove 43, the data plug 13 in the cloth cover 25 is inserted with the data socket 14 below the display 15, at this time, the installation of the display 15 is completed, namely, the assembly of the whole mobile phone manager is completed, the display 15 is a rectangular LED display and can rotate along with the horizontal plane rotation of the screen seat 16 to change different angles to face students, the display 15 contains a receiver, a transmitter, a processor and a chip device, the work of receiving information, summarizing, calculating and transmitting is completed, the function of displaying is achieved, and the warmth prompting language and a mobile phone of a same school are not in a bag; the pin socket 65 is a junction point of power supply lead-in, information input and information output of the display, and is a power supply and data integrated connector; the data socket 14 is a pin connector at the sensing information transmission and collection junction of the sensor in the mobile phone bag.

Advantageous effects of the invention

1. The mobile phone manager for the university student classroom, disclosed by the invention, has the characteristics of clear, quick, smooth and attractive appearance lines, simplicity and easiness in mounting and dismounting, convenience in carrying, simplicity and easiness in operation, safety in use and the like.

2. The utility model has the advantages of reasonable compactness of overall structure design, small, be convenient for place and remove, not only use to the teaching management in university classroom, still be fit for the use in places such as other office space and small-size meeting rooms.

3. The cloth linings of the cloth cover, the partition cover and the bag cover in the university student class mobile phone manager are coated with the colloidal silver, the inner side and the outer side of the mobile phone bag are also coated with the colloidal silver, and the colloidal silver has the functions of anti-static shielding and sterilization and disinfection, so that layer-by-layer protection is formed, the mobile phone manager not only can play the role of anti-static shielding for the mobile phone of a student, but also can sterilize and disinfect the mobile phone.

4. The base adopts double-deck design, be equipped with circular rail groove and slide rail in base I II, rail groove bottom evenly distributed is a hundred pearl grooves, every pearl inslot contains a smooth pearl, make the slide rail in the smooth operation of circular rail inslot, be convenient for rotation between base I and the seat II, because the cloth cover is through upper and lower rotary disk combination and bracing piece and horizontal pole combined action, constitute hexagonal prism cloth cover cell-phone bag combination and fix on the stand, the lower port of stand is fixed again on present II, the rotation of base II must drive the rotation of six prismatic cloth cover cell-phone bag combinations, students can rotate by oneself and look for respective position, make putting of cell-phone get more convenient.

5. According to the university student class mobile phone manager, the multi-section and multi-layer power supply data connectors in different modes are adopted on the power supply data connection, the hexagonal prism cloth cover mobile phone bag combination, the stand column, the base II and the display are integrated, the USB interface is arranged on the base II, and charging wires cannot be wound when a mobile phone is charged no matter how the hexagonal prism cloth cover mobile phone bag combination is rotated; the USB interfaces are uniformly distributed around the side face of the base II in six groups, each group comprises three USB interfaces, and the total number of the three USB interfaces is eighteen, so that the charging connection of mobile phones in different directions can be met, and the charging of the mobile phones of students is more convenient.

6. Teacher's accessible operation panel operates, to the information that comes into from the inductor in every cell-phone bag, receives to gather calculation and handles, sends out again according to the instruction and has reached the information and show on two display screens, and below display screen supplies the mr to use promptly, and the top display can be along with the rotation of screen seat horizontal plane and the different angle of rotation transformation towards the student, shows that the mobile phone of warm situation suggestion language and certain classmate is not in the bag, also plays the effect of calling roll to classmates.

7. The sliding hemisphere I, the sliding hemisphere II, the top hemisphere I, the top hemisphere II, the middle hemisphere I, the middle hemisphere II, the bottom hemisphere I and the bottom hemisphere II are all hexagonal prism bodies formed by connecting cross rods and supporting rods, when the magnetic attraction of the top hemisphere I and the top hemisphere II is opened, the attraction between other hemispheres is weakened, at the moment, springs in the upper rotating disk combination, the middle rotating disk combination and the lower rotating disk combination and upper and lower rubber ropes on the periphery are combined to perform elastic retraction operation, so that the sliding hemisphere I and the sliding ball form a circular channel along sliding ball tracks in the upper disk and the lower disk and retract to the fixed sliding hemisphere II, the supporting rods and a cloth cover are retracted to one position together to be folded, and the hexagonal prism bodies are changed into book-shaped bodies, so that the volume of the sliding hemisphere I, the sliding hemisphere II, the middle hemisphere II and the sliding.

Design principle and using method of the invention

1. The integral structure and the appearance design are designed according to the comprehensive factors of simple and easy operation, convenience, high safety, strong practicability, wide use and the like, and are fused with modern artistic aesthetic factors uniformly.

2. According to the principle of colloid silver sterilization, colloid silver is coated on cloth linings of a cloth cover, a partition cover and a bag cover, and colloid silver is also coated on the inner side and the outer side of a mobile phone bag to form layer-by-layer protection. The sterilization principle of colloidal silver is as follows: the chemical structure of silver determines that the silver has higher catalytic capability, and the reduction potential of the silver in a high oxidation state is extremely high enough to generate atomic oxygen in the surrounding space. Atomic oxygen has strong oxidizing property and can sterilize, and Ag + can strongly attract sulfydryl (-SH) on protease in bacteria, and can be rapidly combined with the sulfydryl (-SH) to make the protease lose activity, so that the bacteria die. When the bacteria are killed by the Ag +, the Ag + is dissociated from the bacterial corpses and is contacted with other bacterial colonies, and the process is repeatedly carried out, which is also the reason of the durability of the silver sterilization. The sterilization by adopting the active silver ions has the obvious characteristics of no color, no odor, no toxic or side effect, no pollution, no stimulation, no drug resistance, high efficiency, broad spectrum, long-term stability and the like.

3. Aiming at the characteristics of the use environments of the current college students and teachers, the design of a double-screen and double-core control device is adopted. The student control system is divided into two parts, namely an operation desk central command control device and a display for students, wherein the operation desk comprises a receiver, a transmitter, a processor, a power adapter and a chip to form the command control device, and the display comprises the receiver, the transmitter, the processor and the chip; the operation console controls power distribution, receives various information, performs summarizing calculation processing, and sends out the information according to instructions; the display receives the information transmitted by the sensor in each mobile phone bag, the information is collected, calculated and transmitted to the operation console, and the operation console and the display are precisely combined to complete the operation of collecting, calculating and transmitting the received information, so that the functions of information display and charging are achieved.

4. The design method mainly adopts the concentric circle theory, and utilizes the principle that the instinct of elastic force of a rubber rope and a spring and the NS pole of a magnet attract each other to design the structure, the folding, the volume reduction and other functions. The sliding hemisphere I, the sliding ball, the sliding hemisphere II, the top hemisphere I, the top hemisphere II, the middle hemisphere I, the middle hemisphere II, the bottom hemisphere I and the bottom hemisphere II are connected with each other through a cross bar and a support bar to form an upper, middle and lower three-layer concentric circle with an upright post as a central shaft, and the appearance of the concentric circle is a hexagonal prism frame whole; similarly, the upper, middle and lower rotating disc combination also uses the concentric circle theory, takes the upright post as the central axis, divides the upper, middle and lower three concentric circles into corresponding to the upper, middle and lower three concentric circles, and forms a whole with the upright post. When the magnetic attraction of the top hemisphere I and the top hemisphere II is opened, the attraction between other hemispheres is weakened, at the moment, the spring in the upper, middle and lower rotating disc combination and the upper and lower rubber ropes on the periphery are combined to perform elastic retraction operation, so that the sliding hemisphere I and the sliding ball form a circular channel along a sliding ball track in the upper disc and the lower disc, retract and approach to the fixed sliding hemisphere II, the supporting rod and the cloth cover are retracted and approach to one position together for folding, and the hexagonal prism shape is changed into a book shape, so that the size of the sliding hemisphere is reduced.

The using method comprises the following steps: the mobile phone manager of the university student classroom after being installed is arranged on a platform or other suitable places, the operation table board faces a teacher, the display is rotationally adjusted to face students, and the mobile phone manager can be used after a power supply is switched on and a button on the operation table is turned on. The students cover six zone mark marks according to individual school numbers and zones, wherein the zone A is 1-9, the zone B is 10-18, the zone C is 19-27, the zone D is 28-36, the zone E is 37-45 and the zone F is 46-54, the hexagonal prism cloth cover mobile phone bag combination is rotated to search the position of the students, the bag cover is opened to put the mobile phone into the bag, and then the bag cover is closed; if the students do not put the mobile phones into the corresponding bags, the display screen on the operation table and the display facing the students can display that the mobile phones of a certain student are not put in, and the system can automatically remind the students; after class, the students search and take away their mobile phones according to the identification prompt; and finally, the teacher firstly takes off the display, opens the magnetic attraction of the top hemisphere I and the top hemisphere II to enable the supporting rod and the cloth cover to be contracted and folded together, the hexagonal prism shape is changed into a book shape, the size of the book shape is reduced, then the book type cloth cover mobile phone bag combination is taken off from the base II by rotating the upright column, and the book type cloth cover mobile phone bag combination, the display and the base I II are placed in a packaging box of the book type cloth cover mobile phone bag combination.

Claims

1. A university student mobile phone classroom manager comprises a power plug, a base I, a base II, a support rod, a middle ball, a lower disc, a top ball, a cloth tube I, a partition cover, a top hemisphere I, a top hemisphere II, an upper disc, a data plug, a data socket, a display, a screen seat, a stand column, a sliding ball, a cross rod, a mobile phone inlet, a spring, a square sub-sticker, a bag cover, a circular sub-sticker, a cloth cover, a cloth tube II, a bottom ball, a USB interface, a display screen, an operation table, a track groove, a sliding ball, a male seat, a button I, a button II, a button III, a button IV, a female seat, a sliding rail, a threaded port, an inner female seat, a display plug, a seat groove, an inner socket of the stand column, a cylinder, a seat opening, an upper threaded disc I, an upper threaded disc II, a middle threaded disc I, a lower threaded disc II, a lower port, an inter-column plug, an inter-column pin plug, an inter, Ball track, disc mouth, circular magnet, smooth hemisphere I, smooth hemisphere II, fixed orifices, socket, pin type socket, magnet, horizontal pole socket, ring, bracing piece socket, well hemisphere I, well hemisphere II, the female subsides of square, cell-phone bag, inductor, circular female subsides, cloth nose, rubber rope, buckle, end hemisphere I, end hemisphere II, round hole, its characterized in that: the base I consists of a chassis, a display screen, an operating platform, a track groove, a sliding ball, a male seat and a power line plug; the base II consists of a USB interface, a female seat, a slide rail, a threaded port and an internal female seat; the operating table comprises a button I, a button II, a button III, a button IV and a display screen; the male seat is a power and data integrated connector plug; the female socket is a power and data integrated connector socket; the upper disc is three discs which respectively comprise a sliding ball track and a disc opening; the lower disc is three discs which are respectively composed of a fixed bolt, a sliding ball track and a disc opening; the sliding ball track is a circular concave track groove in the lower disc; the sliding hemisphere I is a semi-sphere formed by a round magnet and a socket; the sliding hemisphere II is a semi-sphere consisting of a circular magnet, a fixing hole and a socket; the round magnets are an N-pole round magnet and an S-pole round magnet which are respectively embedded on the semi-spherical sections of the sliding hemisphere I and the sliding hemisphere II; the power line between the upright posts is a power line consisting of an inter-upright post plug and an inter-upright post needle plug; the plug between the columns is a power supply and data integrated connector joint; the cross rods are twenty cross rods with equal length and thickness; the bottom ball is five spherical bodies with equal size, which are respectively composed of a cross rod socket and a support rod socket; the middle ball is five spherical bodies with equal size which are respectively composed of a cross rod socket and two corresponding support rod sockets at the upper part and the lower part; the middle hemisphere I is a semi-sphere formed by a magnet, a cross rod socket and two support rod sockets which correspond up and down; the middle hemisphere II is a semi-sphere formed by a magnet, a cross rod socket and two support rod sockets which correspond up and down; the magnets (66) are an N-pole circular magnet and an S-pole circular magnet which are respectively embedded on the semi-spherical sections of the bottom hemisphere I, the bottom hemisphere II, the middle hemisphere I and the middle hemisphere II; the cross rod inserting opening is a groove barrel opening with the diameter slightly larger than that of the cross rod, and plays a role in fixing; the bottom hemisphere I is a semi-sphere formed by a magnet, a cross rod socket, a ring and a support rod socket; the partition cover is a hexagonal soft cloth consisting of a round hole in the middle, seven cloth cylinders I, an area A, an area B, an area C, an area D, an area E, an area F and the like, and the inner lining of the cloth is coated with colloidal silver; the cloth tube I is sewn between the area A, the area B, the area C, the area D, the area E and the area F, two tube paths are arranged between the area D and the area E, and the two tube paths are separated; the top hemisphere I is a semi-sphere formed by a magnet, a cross rod socket, a ring and a support rod socket; the magnets are an N-pole circular magnet and an S-pole circular magnet which are respectively embedded on the semi-spherical sections of the top hemisphere I and the top hemisphere II; the top ball is five balls which are formed by a cross rod socket and a support rod socket and have the same size; the data plug is a gathering part where fifty-four sensors are connected through conducting wires and is a pin type connector plug; the cloth cylinder II is fourteen cylinder paths which are uniformly sewn on the cloth surface; the square female stickers are fifty-four square female stickers which are sewn on corresponding mobile phone entrances respectively; the mobile phone bags are fifty-four rectangular cloth bags respectively sewn below corresponding mobile phone inlets, each cloth bag forms an angle of 30 degrees with the plane of the cloth cover (25), and colloid silver is coated inside and outside the cloth bags; the sensors are fifty-four proximity sensors which are respectively fixed at the bottom of the corresponding mobile phone bag; the cloth nose is eight cloth eyes sewn in the junction of the upper edge and the lower edge of the cloth cover and the edges of every two mobile phone inlet areas; the rubber rope is formed by fixing a buckle at each of two ends; the supporting rods are fourteen toughened resin tubes and play a role in supporting a framework; the square sub-sticker is a square sub-sticker sewn in the upper end of the bag cover and plays a role in adhesion; the circular sub-paste is sewn in the lower end of the bag cover and plays a role in adhesion; the display is a rectangular LED display; the pin type socket is a junction of power supply lead-in, information input and information output of the display and is a power supply and data integrated connector.

2. The college student mobile phone classroom manager of claim 1, wherein: the console is a central command control device containing a receiver, a transmitter, a processor, a power adapter and a chip.

3. The college student mobile phone classroom manager of claim 1, wherein: the track groove is a circular concave track groove, one hundred bead grooves are uniformly distributed at the bottom of the track groove, and each bead groove contains a sliding bead.

4. The college student mobile phone classroom manager of claim 1, wherein: the upright post is a tubular body consisting of a seat opening, an upper threaded disc I, an upper threaded disc II, a middle threaded disc I, a middle threaded disc II, a lower threaded disc I, a lower threaded disc II and a lower port.

5. The college student mobile phone classroom manager of claim 1, wherein: the screen seat consists of a display plug, a seat groove, an upright post inner socket and a cylinder.

6. The college student mobile phone classroom manager of claim 1, wherein: the cloth cover is a rectangular special cloth composed of a data plug, a mobile phone inlet, a cloth cylinder II, a square female sticker, a mobile phone bag, an inductor, a circular female sticker and a cloth nose, and colloid silver is coated on the inner lining of the cloth.

7. The college student mobile phone classroom manager of claim 1, wherein: the bag cover is a special rectangular cloth formed by a square sub-sticker and a round sub-sticker, and the inner lining of the cloth is coated with colloidal silver.

8. The college student mobile phone classroom manager of claim 1, wherein: the display is a device that contains a receiver, a transmitter, a processor, and a chip.