Triangle bracket classroom mobile phone management double-sided storage

Abstract

The invention discloses a triangular bracket type classroom mobile phone management double-sided storage device, which is mainly composed of seven parts, namely, bottom front and rear left and right spherical bodies, top left and right spherical bodies, upper and lower transverse tubes, support rods, connecting rods, a double-shaped double-sided mobile phone bag combination and a double-screen dual-core command and control device. Six spheres, namely, left and right top balls, left and right front bottom balls and left and right rear bottom balls, form a frame support of the double-shaped double-sided mobile phone bag combination through the joint operation of the upper and lower transverse tubes, the middle rod, the support rod and the connecting rod, and have a folding function. The fabric lining and the inside and outside of the mobile phone bag are coated with colloidal silver to form layers of protection, and have anti-static shielding and sterilization and disinfection effects on mobile phones. Through the double-screen dual-core command and control device, the functions of information reception and aggregation, calculation and processing, and sending of information display and mobile phone charging are completed. The invention is mainly aimed at a classroom use device that uniformly manages the mobile phones of college students in the classroom, completes teaching tasks, and fully improves learning efficiency.

Description

Technical Field

[0001] The invention relates to a device for use in a university classroom, and in particular to a mobile phone manager for university students in a classroom. Background Art

[0002] Application number: 2014200933362, utility model patent named "Folding frame supported university classroom mobile phone management device". The mobile phone access station is fixed to the folding frame, the folding support foot is hinged to the lower end of the folding frame, the mobile phone holder is fixed on the front and back sides of the background layer, and multiple USB mobile phone charging interfaces are respectively set on the front and back sides of the background layer. A folding frame supported university classroom mobile phone management device.

[0003] Application number: 2016213764094, a utility model patent entitled "A mobile phone bag for teaching management". It includes a mobile phone bag body, a hook is provided at the upper end of the mobile phone bag body, and a plurality of storage sections are provided in sequence along the longitudinal direction of the front of the mobile phone bag body, and a plurality of storage pockets for placing mobile phones are provided on each storage section, and a suction cup is installed on the back of the lower end of the mobile phone bag body. The mobile phone bag for teaching management provided by the utility model has a simple structure, is easy to use, is low in cost, and has signal shielding function and time prompt function.

[0004] Application number: 201821051056X The invention name is "A mobile phone storage bag for roll call management for student management", including 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 battery, and a mobile phone bag; a certain number of mobile phone pockets are evenly arranged on the left side of the support plate, and indicator lights corresponding to the mobile phone pocket numbers are arranged on the right side. A pressure-type normally open switch is arranged at the bottom of each mobile phone pocket. It is a mobile phone storage bag for roll call management for student management.

[0005] Application number: 2018218417592, the utility model patent named "A mobile phone storage rack for student management". It includes a hollow splint, both ends of the hollow splint are equipped with limit slots, a movable plate is installed inside the hollow splint, both ends of the movable plate are equipped with limit blocks, and the limit blocks are connected to the limit slots, a mobile phone pocket is installed at the front end of the movable plate, and the number of mobile phone pockets is multiple, both ends of the limit slot are equipped with players, the lower end of the outer side of the player is equipped with a USB interface, and a protective cover is installed on the rear side of the lower end of the hollow splint, and the protective cover and the hollow splint are connected by a hinge.

[0006] Application number: 2017206672158, utility model patent named "Mobile Phone Bag for Classroom". The support plate and cover of the mobile phone bag for classroom are connected by hinges, a handle is provided at the bottom of the cover, a number of mounting holes are opened around the support plate, a number of mobile phone pockets are provided on the support plate, and each mobile phone pocket is provided with a zipper. During installation, the support plate can be fixed to the wall by passing steel nails through the mounting holes on the support plate, and the hinge of the support plate is kept at the top. During class, students' mobile phones can be placed in the mobile phone pockets, and then the zipper is closed and the cover is lowered.

[0007] Among the patent technologies that have been disclosed, there is a classroom teaching management device composed of three major parts, namely, a support frame, a mobile phone storage bag, and a charging device. The present invention is mainly composed of seven parts, namely, a bottom front and back left and right spherical body, a top left and right spherical body, an upper and lower transverse tube, a support rod, a connecting rod, a double-shaped cloth-surface mobile phone bag combination, and a dual-screen dual-core command and control device. The six spheres, namely, the left and right top balls, the left and right front bottom balls, and the left and right rear bottom balls, form a frame support of the double-shaped double-sided mobile phone bag combination through the joint operation of the upper and lower transverse tubes, the middle rod, the support rod, and the connecting rod, and have a folding function; the fabric lining of the double-sided mobile phone bag combination and the inside and outside of the mobile phone bag are coated with colloidal silver to form layers of protection, which has the functions of anti-static shielding and sterilization and disinfection for the mobile phone; through the dual-screen dual-core command and control device, the functions of information reception and aggregation, calculation and processing, and sending of information display and mobile phone management and charging are completed; the present invention is mainly aimed at the current unified management of college students' mobile phones in the classroom, completing teaching tasks, and fully improving learning efficiency. A classroom use device. Summary of the invention

[0008] The purpose of the present invention is to provide a classroom device for uniformly managing the mobile phones of college students in the classroom, completing teaching tasks, and fully improving the learning efficiency of students.

[0009] In order to achieve the above purpose, the present invention adopts the following technical solutions

[0010] A triangular bracket type classroom mobile phone management double-sided storage device, including a bag door curtain, a bag coat, a middle pole, a left top ball, a right front bottom ball, a screen stand, a display, an upper horizontal tube, a right top ball, a handle, a support table, a support pole, an operating table, a right rear bottom ball, a mobile phone entrance, a line card, a square sub-sticker, a round sub-sticker, a power plug, a lower horizontal tube, a left rear bottom ball, a connecting rod, a left front bottom ball, an eye hole, a bottom hole II, a middle cloth tube II, a data plug, a lower cloth tube II, a long sub-sticker, a long mother sticker, a side cloth tube II, a square mother sticker, a round mother sticker, a bottom cloth Tube Ⅱ, middle cloth tube Ⅰ, bottom hole Ⅰ, lower cloth tube I, logo, sensor, mobile phone bag, bottom cloth tube Ⅰ, side cloth tube Ⅰ, upper cloth tube, fixed thread mouth, middle rod hole Ⅰ, middle rod hole Ⅱ, fixed thread head, elliptical foot, horizontal tube mouth, side tube mouth, fixed hole, handle thread mouth, front desk, screen seat mouth, semicircular groove, backstage, corner card, seat groove, seat platform, rotating column, ring, round tube, fixing nail, card slot Ⅰ, card slot Ⅱ, socket Ⅰ, socket Ⅱ, socket Ⅲ, screen, button Ⅰ, button Ⅱ, button Ⅲ, button Ⅳ, square seat, USB interface, display screen, connection port Ⅰ, connection port Ⅱ, characterized in that: the upper horizontal tube is a stainless steel tube composed of two fixed thread ports and two middle rod holes Ⅰ; the bag is a double-shaped double-sided mobile phone bag combination composed of two isosceles trapezoidal soft fabrics and two isosceles triangle soft fabrics and a cloth tube mobile phone bag; the mobile phone pocket is 68 rectangular cloth bags sewn in the trapezoidal cloth surface, corresponding to the mobile phone entrance, each cloth bag forms a 30-degree angle with the plane of the trapezoidal cloth surface, and the inside and outside of the cloth bag are coated with colloidal silver ; The upper cloth tube is a cloth channel sewn on the seam line where the top edges of the two trapezoids meet; the left top ball is a spherical body composed of a horizontal tube opening and two side tube openings; the size of the left top ball is equal to that of the right top ball; the support rod is four tubular bodies of equal thickness and length that support the two waist edges of the trapezoid and the triangle; the side cloth tube I is sewn on the seam line where the left waist edge of the left trapezoid meets the waist edge of the left triangle, and the two cloth channels are sewn on the other waist edge of the left triangle; the lower horizontal tube is in the middle There are two stainless steel pipes of equal length and thickness with two center rod holes Ⅱ; the elliptical foot is an elliptical plate fixed to the lower end of the center rod, which plays a role of stable support; the middle cloth tube Ⅰ is a cloth channel sewn in the middle of the front trapezoid, connected to the upper cloth tube and the lower cloth tube I; the left rear bottom ball is a spherical body composed of a horizontal pipe opening and two side pipe openings; the connecting rod is two stainless steel pipes of equal length and thickness, which play a role of connecting, supporting and fixing; the long mother sticker is sewn on the other waist side of the left triangle Or two rectangular mother stickers on the other waist of the right triangle; the long child stickers are two rectangular child stickers sewn on the rear trapezoid waist; the support platform is a double screen base for supporting the operating table and the display; the backstage is a square base for supporting the operating table; the corner cards are four "7"-shaped corner cards fixed on the four corners of the backstage; the screen base is composed of a seat groove, a seat and a rotating column; the data plug is the connection point of the sixty-eight sensor wires at the bottom of the corresponding mobile phone bag, and is a pin connector plug;The sensors are sixty-eight proximity sensors fixed at the bottom of the corresponding mobile phone pockets; the display contains a receiver, a transmitter, a processor and a chip device to complete the work of receiving information for summary calculation and processing and transmission; the USB interface is twelve mobile phone charging interfaces on the display; the operating table is composed of socket I, socket II, socket III, screen, button I, button II, button III and button IV; the button I is the main power switch; the wire card is three wire slot cards composed of slot I and slot II; the bag door curtain is a special rectangular cloth composed of square sub-stickers and round sub-stickers, and the inner lining of the cloth is coated with colloidal silver; the logo is the four regional text marks evenly distributed above the bottom edge of the trapezoid, namely, No. 01-17 in Area A, No. 18-34 in Area B, No. 35-51 in Area C, and No. 52-68 in Area D; the mobile phone entrance is in accordance with four areas, each area is divided into two groups, eight on the top and nine on the bottom, and the sixty-eight rectangular holes evenly distributed in the two trapezoids in the bag are the access entrances for mobile phones. ;

[0011] According to the triangular bracket type classroom mobile phone management double-sided storage, it is characterized in that: the bag cover is a special fabric composed of components such as a mobile phone entrance, eyelet, bottom hole II, middle cloth tube II, data plug, lower cloth tube II, long son sticker, long mother sticker, side cloth tube II, square mother sticker, round mother sticker, bottom cloth tube II, middle cloth tube I, bottom hole I, lower cloth tube I, logo, sensor, mobile phone pocket, bottom cloth tube I, side cloth tube I and upper cloth tube, and the inner lining of the fabric is coated with colloidal silver.

[0012] According to the triangular bracket type classroom mobile phone management double-sided storage, it is characterized in that the middle rod is two L-shaped tubular bodies of equal size composed of a fixed wire head and an elliptical foot.

[0013] According to the triangular bracket type classroom mobile phone management double-sided storage, it is characterized in that the support platform is a base composed of a fixing hole, a handle thread opening, a front desk, a screen seat opening, a semicircular groove, a back desk and a corner clip.

[0014] According to the triangular bracket type classroom mobile phone management double-sided storage, it is characterized in that the handle is a handle composed of a ring, a round tube and a fixing nail.

[0015] According to the tripod-type classroom mobile phone management double-sided storage, it is characterized in that the display is a rectangular display device composed of a square base, a USB interface, a display screen, a connection port I and a connection port II.

[0016] According to the tripod-type classroom mobile phone management double-sided storage, it is characterized in that the operating console is a central command and control device composed of a receiver, a transmitter, a processor, a power adapter and a chip. BRIEF DESCRIPTION OF THE DRAWINGS

[0017] Figure 1 The overall schematic diagram of the double-sided storage for mobile phone management in the tripod-type classroom;

[0018] Figure 2 It is a schematic diagram of the overall frame structure;

[0019] Figure 3 It is a schematic diagram of a bag garment;

[0020] Figure 4 It is the schematic diagram of the upper and lower transverse pipes;

[0021] Figure 5 It is the schematic diagram of the middle pole;

[0022] Figure 6 It is a schematic diagram of left and right top ball;

[0023] Figure 7 It is a schematic diagram of the left and right rear bottom balls;

[0024] Figure 8 It is a schematic diagram of the left and right front bottom balls;

[0025] Fig. 9 This is a schematic diagram of a double screen stand;

[0026] Fig.10 This is a schematic diagram of the screen holder;

[0027] Fig.11 This is a schematic diagram of the handle;

[0028] Fig.12 For line card intention;

[0029] Fig.13 This is a schematic diagram of the operating table;

[0030] Fig.14 is a schematic diagram of a display;

[0031] Fig.15 This is a schematic diagram of a bag door curtain.

[0032] In the attached figure: 1, pocket door curtain; 2, pocket clothing; 3, middle pole; 4, left top ball; 5, right front bottom ball; 6, screen stand; 7, display; 8, upper horizontal tube; 9, right top ball; 10, handle; 11, support table; 12, support rod; 13, operating table; 14, right rear bottom ball; 15, mobile phone entrance; 16, line card; 17, square sub-sticker; 18, round sub-sticker; 19, power plug; 20, lower horizontal tube; 21, left rear bottom ball; 22, connecting rod; 23, left front bottom ball; 24, eyelet; 25, bottom hole II; 26, middle cloth tube II; 27, data plug; 28, lower cloth tube II; 29, long sub-sticker; 30, long mother sticker; 31, side cloth tube II; 32, square mother sticker; 33, round Mother paste; 34, bottom cloth tube II; 35, middle cloth tube I; 36, bottom hole I; 37, lower cloth tube I; 38, logo; 39, sensor; 40, mobile phone pocket; 41, bottom cloth tube I; 42, side cloth tube I; 43, upper cloth tube; 44, fixed thread mouth; 45, middle rod hole I; 46, middle rod hole II; 47, fixed thread head; 48, elliptical foot; 49, horizontal tube mouth; 50, side tube mouth; 51, fixed hole; 52, handle thread mouth; 53, front desk; 54, screen seat mouth; 55, semicircular groove; 56, backstage; 57, corner card; 58, seat groove; 59, seat platform; 60, rotating column; 61, circular ring; 62, circular tube; 63, fixing nail; 64, card slot I; 65, card slot II; 66. Socket I; 67. Socket II; 68. Socket III; 69. Screen; 70. Button I; 71. Button II; 72. Button III; 73. Button IV; 74. Socket; 75. USB interface; 76. Display screen; 77. Connector I; 78. Connector II. DETAILED DESCRIPTION

[0033] The present invention will be further described below in conjunction with the accompanying drawings and specific embodiments.

[0034] A triangular bracket type classroom mobile phone management double-sided storage device, as shown in the attached Figure 1 , Figure 2 , Figure 3 , Figure 4 , Figure 5 , Figure 6 , Figure 7 , Figure 8 , Fig. 9 , Fig.10 , Fig.11 , Fig.12 , Fig.13 , Fig.14 , Fig.15As shown, it includes: bag door curtain 1, bag clothing 2, middle pole 3, left top ball 4, right front bottom ball 5, screen seat 6, display 7, upper horizontal tube 8, right top ball 9, handle 10, support table 11, support rod 12, operation table 13, right rear bottom ball 14, mobile phone entrance 15, line card 16, square sub-sticker 17, round sub-sticker 18, power plug 19, lower horizontal tube 20, left rear bottom ball 21, connecting rod 22, left front bottom ball 23, eyelet 24, bottom hole II 25, middle cloth tube II 26, data plug 27, lower cloth tube II 28, long sub-sticker 29, long mother sticker 30, side cloth tube II 31, square mother sticker 32, round mother sticker 33, bottom cloth tube II 34, middle cloth tube I 35, bottom hole I 36, lower Cloth tube I37, logo 38, sensor 39, mobile phone pocket 40, bottom cloth tube I41, side cloth tube I42, upper cloth tube 43, fixing thread mouth 44, middle rod hole I45, middle rod hole II46, fixing thread head 47, elliptical foot 48, horizontal tube mouth 49, side tube mouth 50, fixing hole 51, handle thread mouth 52, front desk 53, screen seat mouth 54, semicircular groove 55, backstage 56, corner card 57, seat groove 58, seat platform 59, rotating column 60, ring 61, round tube 62, fixing nail 63, card slot I64, card slot II65, socket I66, socket II67, socket III68, screen 69, button I70, button II71, button III72, button IV73, square seat 74, USB interface 75, display screen 76, connection port I77, connection port II78.

[0035] Assembly Relationship

[0036] A triangular bracket type classroom mobile phone management double-sided storage device, the upper horizontal tube 8 is inserted into the upper cloth tube 43 on the bag 2, the eyelet 24 on the middle part of the upper cloth tube 43 is aligned and matched with the fixed thread mouth 44 on the upper horizontal tube 8, the horizontal tube mouth 49 on the left top ball 4 and the horizontal tube mouth 49 on the right top ball 9 are plugged with the two ends of the upper horizontal tube 8; the support rod 12 is inserted into the side cloth tube I42 and plugged with the side tube mouth 50 on the left top ball 4, the right support rod 12 is inserted into the side cloth tube II31 and plugged with the side tube mouth 50 on the right top ball 9; the lower horizontal tube 20 is inserted into the lower cloth tube I37 and rotated until the middle rod hole II46 in the lower horizontal tube 20 corresponds to the bottom hole I36 Align, the transverse tube opening 49 and the side tube opening 50 on the left front bottom ball 23 are correspondingly plugged with the lower transverse tube 20 and the left support rod 12, and the transverse tube opening 49 and the side tube opening 50 on the right front bottom ball 5 are correspondingly plugged with the other end of the lower transverse tube 20 and the right support rod 12; one end of the middle rod 3 is fixed with a thread head 47, which passes through the bottom hole Ⅰ36 and the middle rod hole Ⅱ46, and between the middle cloth tube Ⅰ35, the thread head 47 is aligned with the middle rod hole Ⅰ45 on the upper transverse tube 8, and the elliptical foot 48 under the middle rod 3 is screwed inward, and the middle rod 3 is fixed on the upper transverse tube 8 and the lower transverse tube 20, completing the installation of the front trapezoidal mobile phone bag fabric surface; the upper transverse tube 8 is composed of two fixed thread openings 4 4 and two middle rod holes Ⅰ45 are stainless steel pipes, the fixed thread mouth 44 is the two screw holes above the middle part of the upper horizontal tube 8, which play a fixing role, the middle rod hole Ⅰ45 is the two left and right screw holes at the middle side bottom of the upper horizontal tube 8, which play a fixing role; the bag clothing 2 is composed of a mobile phone entrance 15, an eyelet 24, a bottom hole Ⅱ25, a middle cloth tube Ⅱ26, a data plug 27, a lower cloth tube Ⅱ28, a long son sticker 29, a long mother sticker 30, a side cloth tube Ⅱ31, a square mother sticker 32, a round mother sticker 33, a bottom cloth tube Ⅱ34, a middle cloth tube Ⅰ35, a bottom hole Ⅰ36, a lower cloth tube I37, a logo 38, a sensor 39, and a mobile phone bag 4 0. The bottom cloth tube Ⅰ41, the side cloth tube Ⅰ42 and the upper cloth tube 43 are composed of special cloth, and the inner lining of the cloth is coated with colloidal silver. The bag 2 is a double-shaped double-sided mobile phone bag combination composed of two isosceles trapezoidal soft cloths and two isosceles triangle soft cloths and a cloth tube mobile phone bag. The mobile phone pocket 40 is 68 rectangular cloth bags sewn in the trapezoidal cloth surface, under the corresponding mobile phone entrance 15, each cloth bag is 30 degrees with the corresponding trapezoidal cloth surface, and the inside and outside of the cloth bag are coated with colloidal silver; the upper cloth tube 43 is a cloth channel sewn on the butt stitching line of the two trapezoidal top edges, and the eyelets 24 are two holes in the middle part of the upper cloth tube 43;The left top ball 4 is a spherical body composed of a transverse tube opening 49 and two side tube openings 50, and the right top ball 9 is a spherical body composed of a transverse tube opening 49 and two side tube openings 50. The size of the left top ball 4 is equal to that of the right top ball 9. The support rod 12 is a tubular body of equal thickness and length that supports the two waist sides of the trapezoid and the triangle. The side cloth tube I42 is sewn on the seam line where the left waist side of the left trapezoid and the left waist side of the triangle are connected, and two cloth channels are sewn on the other waist side of the left triangle. The side cloth tube II31 is two cloth channels sewn on the waist sides of the right trapezoid and the triangle. The lower transverse tube 20 has two middle rod holes II in the middle. The lower cloth tube I37 is a cloth channel with a bottom hole I36 sewn on the middle bottom side of the bottom edge of the front trapezoid. The middle rod 3 is composed of two L-shaped tubular bodies of equal size, which are composed of a fixed thread head 47 and an elliptical foot 48. The fixed thread head 47 is a screw head at the upper end of the middle rod 3, which plays a role of fixing. The elliptical foot 48 is an elliptical plate fixed at the lower end of the middle rod 3, which plays a role of stable support. The middle cloth tube I35 is a cloth channel sewn in the middle of the front trapezoid and connected to the upper cloth tube 43 and the lower cloth tube I37. The two ends of the middle cloth tube I35 are connected to the upper cloth tube 43 and the lower cloth tube I37. ;

[0037] Another supporting rod 12 is inserted into the side cloth tube Ⅰ42 of the other waist side of the left triangle, and the upper end is plugged into the side tube opening 50 on the left top ball 4. The connecting rod 22 is inserted into the bottom cloth tube Ⅰ41, one end is plugged into the side tube opening 50 on the left rear bottom ball 21, and the other end is plugged into the other side tube opening 50 on the left front bottom ball 23, to complete the installation of the left triangle cloth surface; in the same way, another supporting rod 12 is inserted into the side cloth tube Ⅰ42 of the other waist side of the right triangle, the upper end is plugged into the other side tube opening 50 on the right top ball 9, and the other connecting rod 22 is inserted into the bottom cloth tube Ⅰ41 on the right, and one end is plugged into The side pipe opening 50 on the right rear bottom ball 14 is plugged in, and the other end is plugged in with the side pipe opening 50 on the right front bottom ball 5 to complete the installation of the right triangular cloth surface; the left rear bottom ball 21 is a spherical body composed of a horizontal pipe opening 49 and two side pipe openings 50, and the right rear bottom ball 14 is a spherical body composed of a horizontal pipe opening 49 and two side pipe openings 50. The size and shape of the left front bottom ball 23 are equivalent to the size and shape of the right front bottom ball 5, the left rear bottom ball 21 and the right rear bottom ball 14. The connecting rod 22 is two stainless steel pipes of equal length and thickness, which play the role of connecting, supporting and fixing.

[0038] Another lower cross bar 20 is inserted into the lower cloth tube II 28 on the bag clothing 2, and the cross bar 20 is rotated until the middle rod hole II 46 is aligned with the bottom hole II 25, one end is plugged into the cross tube opening 49 on the left rear bottom ball 21, and the other end is plugged into the cross tube opening 49 on the right rear bottom ball 14; the upper end of the other middle rod 3 is fixed with a thread head 47, which passes through the bottom hole II 25 and the middle rod hole II 46 on the rear lower cross tube 20. Between the middle cloth tube II 26, the thread head 47 is aligned with the other middle rod hole I 45 on the upper cross tube 8. The elliptical foot 48 below the middle rod 3 is rotated inward and fixed on the upper cross tube 8 and the rear lower cross tube 20; the long son sticker 29 on the left side is butt-jointed with the long mother sticker 30 on the left side. The long son-strip 29 on the right side is butt-jointed with the long mother-strip 30 on the right side to complete the installation of the rear trapezoidal mobile phone bag cloth surface; the lower cloth tube Ⅱ 28 is a cloth channel with a bottom hole Ⅱ 25 sewn on the middle bottom side of the bottom edge of the rear trapezoidal block, the middle cloth tube Ⅱ 26 is a cloth channel sewn in the middle of the rear trapezoidal block, connected to the upper cloth tube 43 and the lower cloth tube Ⅱ 28, the two ends of the middle cloth tube Ⅱ 26 are connected to the upper cloth tube 43 and the lower cloth tube Ⅱ 28, the long mother-strip 30 is two rectangular mother-strips sewn on the other waist side of the left triangle or the other waist side of the right triangle, and the long son-strip 29 is two rectangular son-strips sewn on the waist side of the rear trapezoid.

[0039] The semicircular groove 55 on the support 11 is pressed on the middle part of the upper horizontal tube 8, and the fixing hole 51 is aligned with the fixing thread 44 below and fixed with screws; the fixing nail 63 below the handle 10 is screwed with the handle thread 52 on the support 11; the rotating column 60 below the screen seat 6 is placed in the screen seat opening 54, the square seat 74 below the display 7 is placed in the seat groove 58 on the screen seat 6, and the data plug 27 is connected with the connection port III 79 to complete the installation of the display 7; the operating table 13 is placed on the backstage 56 on the support 11, and is pushed upward from the bottom along the surface of the backstage 56, and pushed through the bottom The square corner card 57 is fixed to the upper corner card 57; the card slot II 65 on the line card 16 is pressed on the bottom of the middle pole 3 at the rear, another line card 16 is pressed on the middle of the middle pole 3, and another line card 16 is pressed on the upper part of the middle pole 3. The other end of the power plug 19 is connected to the socket I 66, and the power cord is pressed in the card slot I 64 above the upper, middle and bottom line cards 16 to be fixed; the socket II 67 is connected to the connection port II 78 with a power cord, and the socket III 68 is connected to the connection port I 77 with a data cable to complete the installation of the operating table 13; the support table 11 is composed of a fixing hole 51, a handle thread 52, a front desk 53, The base is composed of a screen seat opening 54, a semicircular groove 55, a backstage 56 and a corner clip 57. The support platform 11 is a double-screen base for supporting an operating table and a display. The fixing holes 51 are two through holes on the support platform 11, which are convenient for screws to pass through and play a fixing role. The handle thread opening 52 is an interface with screw threads on the support platform 11. The front desk 53 is a platform for supporting a display. The screen seat opening 54 is a round opening in the front desk 53. The semicircular groove 55 is a semicircular pipe groove. The backstage 56 is a square base for supporting an operating table. The corner clips 57 are four "7" fixed on the four corners of the backstage 56. "-shaped turning card, plays the role of buckle fixing; the handle 10 is a handle composed of a ring 61, a round tube 62 and a fixing nail 63, which plays the role of carrying; the screen base 6 is composed of a seat groove 58, a seat platform 59 and a rotating column 60, and can be rotated 360 degrees in the screen base opening 54; the data plug 27 is the gathering place where the sixty-eight sensors 39 at the bottom of each mobile phone bag are connected by wires, and is a pin connector plug; the sensors 39 are sixty-eight proximity sensors fixed to the bottom of the corresponding mobile phone bag 40, and their main function is to sense whether there is a mobile phone in the mobile phone bag 40;The display 7 is a rectangular display device consisting of a square base 74, a USB interface 75, a display screen 76, a connection port I 77 and a connection port II 78. The display 7 contains a receiver, a transmitter, a processor and a chip device to complete the work of receiving information for summarizing, calculating, processing and transmitting. The display 7 can rotate with the horizontal plane of the screen base 6 to change different angles to face the students. The square base 74 is a rectangular column, which plays a fixing role. The USB interface 75 is twelve mobile phone charging interfaces on the display. The display screen 76 is a display device that provides information to students. The connection port I 77 is a power cord connector socket connected to the operating table 13, and the connection port II 78 is a data line connector socket connected to the operating table 13; the operating table 13 consists of a socket I 66, a socket II 67, a socket III 68, a screen 69, a button I 70, a button II 71, a button III 72 and a button The operation table 13 is a central command and control device composed of a receiver, a transmitter, a processor, a power adapter and a chip, which controls power distribution, receives information for summary calculation and processing, and sends it out according to instructions. The socket I 66 is the power line access port, the socket II 67 is the data line connector socket connected to the display 7, the socket III 68 is the power line connector socket connected to the display 7, the screen 69 is a display device that provides information to the teacher, the button I 70 is the main power switch, the button II 71 is the operation table system control switch, the button III 72 is the display control switch, and the button IV 73 is the USB interface control switch; the line card 16 is composed of three wire slot cards consisting of a card slot I 64 and a card slot II 65, the card slot I 64 is a card slot on the card slot II 65, and the card slot II 65 is a semicircular tube card slot. ;

[0040] The numbers on the bag door curtain 1 correspond to the numbers on the mark 38 and the circular mother sticker 33, the square sub-sticker 17 is pasted to the square mother sticker 32, and the circular sub-sticker 18 is pasted to the circular mother sticker 33, and the bonding and assembly of sixty-eight door curtains 1 are completed in sequence. At this time, the installation of the entire triangular bracket-type classroom mobile phone management double-sided storage is completed; the bag door curtain 1 is a special rectangular cloth composed of square sub-stickers 17 and circular sub-stickers 18, and the inner lining of the cloth is coated with colloidal silver. The mark 38 is four regional text marks evenly distributed above the bottom edge of the trapezoid, namely, No. 01-17 in Area A, No. 18-34 in Area B, No. 35-51 in Area C, and No. 52-68 in Area D. The main function of the mark 38 is to remind students where their mobile phones should be placed; the The square mother stickers 32 are sixty-eight square mother stickers each sewn on the corresponding mobile phone entrance 15, which mainly play the role of bonding; the circular mother stickers 33 are sixty-eight circular mother stickers each sewn under the mobile phone entrance 15, with numbers marked on the stickers, which mainly play the role of bonding and identification guidance. The mobile phone entrance 15 is in accordance with four areas, each area is divided into two groups, eight on the upper and nine on the lower, and sixty-eight rectangular holes are evenly distributed in the two trapezoidal blocks in the pocket 2, which are the access entrances for mobile phones; the square sub-sticker 17 is a square sub-sticker sewn in the upper end of the bag door curtain 1, which mainly plays the role of bonding, and the circular sub-sticker 18 is a circular sub-sticker sewn in the lower end of the bag door curtain 1, and the opposite side of the center of the circle is marked with numbers, which mainly play the role of bonding and guidance prompts.

[0041] Advantages and effects of the present invention

[0042] 1. The appearance of the invention is bright, smooth and beautiful, and has the characteristics of easy installation and disassembly, convenient carrying, simple operation and safe use.

[0043] 2. The overall structure is reasonably designed and compact, with a small size, which is easy to place and move. It is not only suitable for teaching management in university classrooms, but also suitable for use in other offices and small conference rooms.

[0044] 3. The fabric lining of the bag cover and the bag door curtain of the present invention is coated with colloidal silver, and the inside and outside of the mobile phone bag are also coated with colloidal silver. Since colloidal silver has the functions of anti-static shielding and sterilization, it forms layers of protection, which can not only play the role of anti-static shielding for students' mobile phones, but also sterilize and disinfect the mobile phones.

[0045] 4. Since there are four obvious logos on the bottom of the two trapezoidal cloths and bright digital prompts on the bag door curtain, students can find their respective positions, making it more convenient and quick to put and take mobile phones.

[0046] 5. The USB interfaces of the present invention are evenly distributed on the front and back sides of the bottom of the display in the form of four groups, each group has three USB interfaces, a total of twelve USB interfaces, which can meet the charging connection of mobile phones in different directions, making it more convenient for students to charge their mobile phones.

[0047] 6. The teacher can operate through the operation table, receive, summarize, calculate and process the information transmitted from the sensor in each mobile phone bag, and then send it out according to the instructions. The information is displayed on two display devices, that is, the rear one is for the teacher to use, and the front display can rotate with the horizontal plane of the screen stand and change different angles to face the students, showing warm reminders and that the mobile phone of a certain student is not in the bag, which also serves as a roll call for the students.

[0048] 7. Since most of the overall material is made of special soft fabric, the double-shaped double-sided mobile phone bag combination is supported by a support frame that is easy to disassemble and assemble, so as to play its function of managing mobile phones; when the device is used, the support frame can be disassembled and the bag can be folded to reduce the size of the device and make it easier to carry.

[0049] Design principle and use method of the present invention

[0050] 1. The overall structure and appearance design are designed based on comprehensive factors such as simple and easy operation, convenience, strong safety, strong practicality and wide use, and are integrated with modern artistic aesthetic factors.

[0051] 2. According to the sterilization principle of colloidal silver, colloidal silver is coated on the cloth surface, partition cover, and cloth lining of the bag cover. The inside and outside of the mobile phone bag are also coated with colloidal silver to form layers of protection. The sterilization principle of colloidal silver: The chemical structure of silver determines that silver has a high catalytic ability. The reduction potential of highly oxidized silver is extremely high, which is enough to produce atomic oxygen in the space around it. Atomic oxygen has strong oxidizing properties and can sterilize. Ag+ can strongly attract the sulfhydryl group (-SH) on the protease in the bacterial body, quickly combine with it, make the protease inactive, and cause the bacteria to die. When the bacteria are killed by Ag+, Ag+ is freed from the bacterial corpse and then contacts other colonies, repeating the above process over and over again. This is also the reason for the persistence of silver sterilization. The use of active silver ions for sterilization has the remarkable characteristics of being colorless, odorless, non-toxic and side-effect-free, pollution-free, non-irritating, non-drug-resistant, highly efficient and broad-spectrum, and long-term stable.

[0052] 3. In view of the current usage environment characteristics of college students and teachers, a dual-screen dual-core control device design is adopted. It is divided into two parts: the central command and control device of the console and the display for students. The console contains a receiver, a transmitter, a processor, a power adapter and a chip, which constitute the command and control device, and the display contains a receiver, a transmitter, a processor and a chip; the console controls the power distribution, receives various information and performs summary calculations and processing, and then sends it out according to instructions; the display receives the information transmitted from the sensor in each mobile phone bag, performs summary calculations and processing, and then transmits it to the console. Through the precise joint operation of the console and the display, the received information is summarized, calculated, processed and transmitted, and the functions of information display, mobile phone management and charging are achieved.

[0053] 4. Taking advantage of the feature of soft materials that can be folded at will, most of the overall design materials are made of special soft fabrics, that is, the double-shaped double-sided mobile phone bag combination is supported by the support frame; the design concept of the support frame is convenient and quick to disassemble and assemble. When the device is used up, the support frame can be disassembled and the bag can be folded to reduce the size of the device and make it easy to carry.

[0054] 5. Usage: Place the installed triangular bracket classroom mobile phone management double-sided storage device on the podium or other suitable place, with the operating table facing the teacher and the display rotated to face the students. Connect the power supply and it can be used. Students find their own position according to their personal student number and the four signs on the trapezoidal cloth and the digital prompts on the bag curtain. The four signs are 1-17 for area A, 18-34 for area B, 35-51 for area C, and 52-86 for area D. Open the bag curtain to put the mobile phone into the bag, and then close the bag curtain; if a student does not put the mobile phone into the corresponding bag, the display screen on the operating table and the display facing the student will show that the mobile phone of a certain student has not been put in, and the system will automatically remind the student; after class, students will find their own mobile phones according to the sign prompts and take them away; finally, the teacher first removes the display, operating table and support table, removes the left and right top balls and the front and rear left and right bottom balls, pulls out the front and rear middle poles, upper and lower cross bars, support rods and connecting rods, folds the bag clothes, and puts the components into the packaging box after arranging them.

Claims

1. A triangular bracket-type classroom mobile phone management double-sided storage device, including a bag door curtain, a bag coat, a middle pole, a left top ball, a right front bottom ball, a screen holder, a display, an upper horizontal tube, a right top ball, a handle, a support table, a support pole, an operating table, a right rear bottom ball, a mobile phone entrance, a line card, a square sub-sticker, a round sub-sticker, a power plug, a lower horizontal tube, a left rear bottom ball, a connecting rod, a left front bottom ball, an eye hole, a bottom hole II, a middle cloth tube II, a data plug, a lower cloth tube II, a long sub-sticker, a long mother sticker, a side cloth tube II, a square mother sticker, a round mother sticker, a bottom Cloth tube II, middle cloth tube I, bottom hole I, lower cloth tube I, logo, sensor, mobile phone bag, bottom cloth tube I, side cloth tube I, upper cloth tube, fixed thread mouth, middle rod hole I, middle rod hole II, fixed thread head, elliptical foot, horizontal tube mouth, side tube mouth, fixed hole, handle thread mouth, front desk, screen seat mouth, semicircular groove, backstage, corner card, seat groove, seat platform, rotating column, circular ring, circular tube, fixed nail, card slot I, card slot II, socket I, socket II, socket III, screen, button I, button II, button III, button IV, square seat, USB interface, display screen, connection port I and connection port II, characterized in that: The upper horizontal tube is a stainless steel tube consisting of two fixed thread openings and two middle rod holes Ⅰ; the bag cover is a double-shaped double-sided mobile phone bag combination consisting of two isosceles trapezoidal soft fabrics and two isosceles triangle soft fabrics and a cloth tube mobile phone bag; the bag cover is a fabric consisting of a mobile phone entrance, eye holes, bottom hole Ⅱ, middle cloth tube Ⅱ, data plug, lower cloth tube Ⅱ, long son sticker, long mother sticker, side cloth tube Ⅱ, square mother sticker, round mother sticker, bottom cloth tube Ⅱ, middle cloth tube Ⅰ, bottom hole Ⅰ, lower cloth tube I, logo, sensor, mobile phone bag, bottom cloth tube Ⅰ, side cloth tube Ⅰ and upper cloth tube assembly; the middle rod is two L-shaped tubular bodies of equal structure size consisting of a fixed thread head and an elliptical foot; the mobile phone pocket is a cloth sewn on the ladder In the trapezoidal cloth surface, there are sixty-eight rectangular cloth bags corresponding to the mobile phone entrance, each of which forms a 30-degree angle with the plane of the trapezoidal cloth surface, and the inside and outside of the cloth bags are coated with colloidal silver; the upper cloth tube is a cloth channel sewn on the stitching line of the two trapezoidal top edges; the left top ball is a spherical body composed of a horizontal tube opening and two side tube openings; the size of the left top ball is the same as that of the right top ball; the support rod is four tubular bodies of equal thickness and length supporting the two waist sides of the trapezoid and the triangle; the side cloth tube I is sewn on the stitching line of the left waist side of the left trapezoid and the left waist side of the triangle, and two cloth channels sewn on the other waist side of the left triangle; the lower horizontal tube is two thick rod holes II in the middle Slender stainless steel pipes of equal length and thickness; the elliptical foot is an elliptical plate fixed to the lower end of the middle rod, which plays a role of stable support; the middle cloth tube I is a cloth channel sewn in the middle of the front trapezoid, connected to the upper cloth tube and the lower cloth tube I; the left rear bottom ball is a spherical body composed of a horizontal pipe opening and two side pipe openings; the connecting rods are two stainless steel pipes of equal length and thickness, which play a role of connecting, supporting and fixing; the long mother stickers are two rectangular mother stickers sewn on the other waist side of the left triangle or the other waist side of the right triangle; the long child stickers are two rectangular child stickers sewn on the waist side of the rear trapezoid; the handle is a handle composed of a ring, a round tube and a fixing nail; the support platform is a support The double-screen base for connecting the operating table and the display; the support platform is a base composed of fixing holes, handle thread openings, front desk, screen base openings, semicircular grooves, back desk and corner clips; the back desk is a square base for supporting the operating table; the corner clips are four "7"-shaped corner clips fixed on the four corners of the back desk; the screen base is composed of a seat groove, a seat platform and a rotating column; the data plug is the gathering place where the sixty-eight sensors at the bottom of each mobile phone bag are connected by wires, and is a pin connector plug; the sensors are sixty-eight proximity sensors fixed to the bottom of the corresponding mobile phone bags; the display contains a receiver, a transmitter, a processor and a chip device to complete the work of receiving information for summary calculation processing and transmission; The display is a rectangular display device consisting of a square base, a USB interface, a display screen, a connection port I and a connection port II; the USB interface is twelve mobile phone charging interfaces on the display; the operating console is composed of a socket I, a socket II, a socket III, a screen, a button I, a button II, a button III and a button IV; the operating console is a central command and control device consisting of a receiver, a transmitter, a processor, a power adapter and a chip; the button I is the main power switch; the line card is composed of a card slot I and a card slot II The bag door curtain is a rectangular cloth composed of square and round sub-stickers, and the inner lining of the cloth is coated with colloidal silver; the logo is four area text signs evenly distributed above the bottom edge of the trapezoid, namely, Area A No. 01-17, Area B No. 18-34, Area C No. 35-51, Area D No. 52-68; the mobile phone entrance is in the form of four areas, each area is divided into two groups, eight on the upper and nine on the lower, and the sixty-eight rectangular holes evenly distributed in the two trapezoids in the bag are the storage and access entrances for mobile phones.

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