CN106742774B - A portable storage device - Google Patents

Abstract

The invention discloses a portable storage and arrangement device, which comprises a first rectangular uncovered box, wherein a first strip-shaped opening is formed in one end face of the first rectangular uncovered box, a group of vertical circular rings are connected in the first strip-shaped notch in a mode of fixing two ends, a first rotating bearing is embedded in each vertical circular ring, a first rotary round shaft and a rectangular bearing plate which is sleeved on the first rotary round shaft and matched with the first rectangular uncovered box are embedded in the first group of rotary bearings, the lower surface of the rectangular bearing plate is provided with a sundries tidying mechanism, the lower surface of the first rectangular uncovered box is provided with a bedding bearing mechanism, the side surface of the first rectangular uncovered box is provided with a moving mechanism, the side surface of the rectangular bearing plate is provided with a fixing mechanism, a second rectangular groove is formed in the side surface of the rectangular bearing plate, and a controller is embedded in the second rectangular groove. The invention has the advantages of simple structure and strong practicability.

Description

A portable storage device

technical field

The invention relates to the field of living tools, in particular to a portable storage and arrangement device.

Background technique

The continuous development of society and the continuous advancement of science and technology have made people's lives greatly improved compared to before. Now when people travel far, they will use some special boxes to carry clothes, but the boxes cannot carry People can't provide people with a place to ride, which is relatively limited. Therefore, in order to adapt to today's society and meet people's needs, it is necessary to design a multifunctional portable device.

Contents of the invention

The purpose of the present invention is to solve the above-mentioned problems and design a portable storage and arrangement device.

To achieve the above object, the technical solution of the present invention is a portable storage and arrangement device, including a No. 1 rectangular box without a cover, and a No. 1 strip-shaped opening is opened on one end of the No. 1 rectangular box without a cover. There is a group of vertical rings connected in a fixed way at both ends, each of the vertical rings is embedded with a No. 1 rotating bearing, and the group of No. 1 rotating bearings is embedded with a No. A rectangular bearing plate on the No. 1 rotating shaft and matched with the No. 1 rectangular lidless box. The lower surface of the rectangular bearing plate is provided with a sundry sorting mechanism, and the lower surface of the No. 1 rectangular lidless box is equipped with a quilt bearing mechanism. , the side surface of the No. 1 rectangular box without cover is provided with a moving mechanism, the side surface of the rectangular carrying plate is provided with a fixing mechanism, and the debris sorting mechanism consists of a plurality of No. 1 rectangular Grooves, bar-shaped bearing blocks embedded in each No. 1 rectangular groove, No. 1 circular grooves opened on the lower surface of each bar-shaped bearing block, and No. 1 circular grooves opened on the inner surface of each No. 1 circular groove Multiple sets of No. 2 circular grooves on the top, micro-electrically controlled telescopic support frames embedded in each No. 1 circular groove, set on the lower surface of each micro-electrically controlled telescopic support frame and corresponding to No. Circular bearing plates matching the circular grooves, pressure sensors embedded in each circular bearing plate, electric control push rods set in each No. 1 circular groove, set in each electric control push A circular hollow shell that overlaps the corresponding pressure sensor on one end surface of the rod, and a set of one set that is opened on the side surface of each circular hollow shell and matches with each corresponding set of No. 2 circular grooves. No. 1 circular openings, partition plates D arranged in each circular hollow shell, a group of No. The miniature push cylinder, the fixed rod arranged on the push end of each No. 1 micro push cylinder and matched with the corresponding No. 2 circular groove, is fixedly connected to the lower surface of multiple electric control push rods and connected to the rectangular bearing plate. Matching rectangular storage box, rectangular opening No. 1 on the side surface of the rectangular storage box, a set of shelter doors hinged in the rectangular opening No. 1, bar stop hinged on the front surface of each shelter door The rod and the lock head arranged on a group of bar-shaped brake rods are jointly formed. There is a No. 2 rectangular groove on the side surface of the rectangular bearing plate, and a controller is embedded in the No. 2 rectangular groove. The input end of the controller is electrically connected with the pressure sensor through wires, and the output end of the controller is respectively electrically connected with the miniature electric control telescopic support frame, the electric control push rod and the No. 1 miniature push cylinder through wires.

The quilt carrying mechanism is composed of two sets of No. 1 bar-shaped grooves arranged at the edge of the lower surface of the No. 1 rectangular box without a cover, a spring folding frame arranged in each No. 1 bar-shaped groove, and a No. 1 rectangular box. The lower surface of the lidless box is a rectangular shell that matches the No. 1 rectangular lidless box, and two sets of fixing grooves are opened on the side surface of the rectangular shell and matched with two sets of spring folding brackets, and are opened on the rectangular shell. The No. 2 rectangular opening on the side surface, the partition plate S arranged in the rectangular housing, a set of swing rods hinged on the side surface of the rectangular housing and located on both sides of the No. 2 rectangular opening, hinged on the side surface of each swing rod Moreover, the revolving door A matching the No. 2 rectangular opening and two sets of fastening buckles arranged on the front surface of each revolving door A are jointly formed.

The fixing mechanism consists of a No. 1 rectangular opening on the side surface of the rectangular bearing plate, a No. 2 rotating shaft arranged in the No. 1 rectangular opening, an L-shaped fixing frame set on the No. 2 rotating shaft, and a No. 1 round shaft. No. 3 rectangular groove on the rectangular lidless box corresponding to the No. 1 rectangular gap, a group of No. 3 circular grooves opened on the two opposite side surfaces in the No. 3 rectangular groove, embedded in each No. 3 rectangular groove In the circular groove and the telescopic end is the No. 1 horizontal micro-telescopic cylinder, which is arranged on the telescopic end of each No. 1 micro-telescopic cylinder and is matched with the L-shaped fixing bracket. The anti-slip gasket on the lower surface of the fixed frame and the fixed circular shaft A arranged in the No. 3 rectangular groove and overlapped with the L-shaped fixed frame are jointly formed. The output end of the controller is connected with the No. 1 micro telescopic cylinder electric sexual connection.

The moving mechanism consists of two sets of horizontal circular grooves H arranged on the side surface of the No. The rotating round table in the rotating bearing, a set of horizontal fixing plates embedded on the side surface of each rotating round table, rotating round rods running through each group of horizontal fixing plates, rolling wheels set on each rotating round rod, hinges The connecting rod D connected between each horizontal fixed plate and the corresponding rotary platform is jointly formed.

The number of the plurality of No. 1 rectangular grooves is 9-12.

The number of the multiple groups of No. 2 circular grooves is 3-5 groups, and each group of No. 2 circular grooves is located on the same horizontal line.

A rotating handle is hingedly connected to the front surface of each shielding door.

The controller is the controller of MAM-260A.

The controller is equipped with a PLC control system.

The controller is provided with a capacitive touch screen and a mains interface, the output end of the controller is electrically connected to the capacitive touch screen through a wire, and the input end of the controller is electrically connected to the mains interface through a wire.

A portable storage and arrangement device produced by using the technical solution of the present invention has a relatively simple structure, a relatively good moving effect, a large carrying space, can be used for sitting and lying down when opened, is easy to carry, and has a good locking effect device.

Description of drawings

Fig. 1 is a schematic structural view of a portable storage and finishing device according to the present invention;

Fig. 2 is a front view of a rectangular storage box of a portable storage and finishing device according to the present invention;

3 is a cross-sectional view of a rectangular housing of a portable storage and finishing device according to the present invention;

Fig. 4 is a front view of the No. 3 rectangular groove of a portable storage and arrangement device according to the present invention;

Fig. 5 is a partially enlarged view of the sundries sorting mechanism of a portable storage and sorting device according to the present invention;

Fig. 6 is a partial enlarged view of the fixing mechanism of a portable storage and finishing device according to the present invention;

In the figure, 1. No. 1 rectangular box without cover; 2. No. 1 strip-shaped gap; 3. Vertical ring; 4. No. 1 rotating bearing; 5. No. 1 rotating circular shaft; 6. Rectangular bearing plate; 7. No. 1 rectangular groove; 8. Strip bearing block; 9. No. 1 circular groove; 10. No. 2 circular groove; 11. Miniature electric control telescopic support frame; 12. Circular bearing plate; 13. Pressure Sensor; 14. Electric control push rod; 15. Circular hollow shell; 16. No. 1 circular opening; 17. Partition board D; 18. No. 1 miniature push cylinder; 19. Fixed rod; 20. Mains interface; 21 , Rectangular storage box; 22, No. 1 rectangular opening; 23, Blocking door; 24, Bar brake lever; 25, Lock head; 26, No. 2 rectangular groove; 27, Controller; 28, No. 1 bar Groove; 29, spring folding frame; 30, rectangular shell; 31, fixed groove; 32, No. 2 rectangular opening; 33, partition plate S; 34, swing rod; 35, rotary door A; 36, tight Solid buckle; 37. No. 1 rectangular gap; 38. No. 2 rotating shaft; 39. L-shaped fixed frame; 40. No. 3 rectangular groove; 41. No. 3 circular groove; 42. No. 1 miniature telescopic cylinder ; 43, folding fastening frame; 44, anti-slip gasket; 45, fixed circular shaft A; 46, horizontal circular groove H; 47, No. 2 rotating bearing; 48, rotating round platform; 49, horizontal fixed plate; 50 51. Rolling wheel; 52. Connecting rod D; 53. Turning handle; 54. PLC control system; 55. Capacitive touch screen.

Detailed ways

The present invention will be described in detail below in conjunction with the accompanying drawings. As shown in Figures 1-6, a portable storage and finishing device includes a No. 1 rectangular lidless box 1, and a No. 1 strip is opened on one end surface of the No. 1 rectangular lidless box 1. shaped gap 2, a group of vertical rings 3 are connected in the No. 1 bar-shaped gap 2 by means of fixing at both ends, each vertical ring 3 is embedded with a No. The No. 1 rotary bearing 4 is embedded with a No. 1 rotating round shaft 5, a rectangular carrying plate 6 that is sleeved on the No. 1 rotating round shaft 5 and matches the No. 1 rectangular coverless box 1. The lower surface of the rectangular carrying plate 6 is provided with a There is a sundry sorting mechanism, the lower surface of the No. 1 rectangular box without cover 1 is provided with a bedding bearing mechanism, the side surface of the No. 1 rectangular box without cover 1 is provided with a moving mechanism, and the side surface of the rectangular carrying plate 6 is provided with There is a fixing mechanism, and the debris sorting mechanism consists of a plurality of No. 1 rectangular grooves 7 on the lower surface of the rectangular bearing plate 6, a strip-shaped bearing block 8 embedded in each No. 1 rectangular groove 7, and a plurality of No. 1 rectangular grooves. No. 1 circular groove 9 on the lower surface of each bar-shaped bearing block 8, multiple groups of No. 2 circular grooves 10 opened on the inner surface of each No. 1 circular groove 9, embedded in each No. 1 circular groove 9 The miniature electronically controlled telescopic support frame 11 in the circular groove 9, the circular bearing plate 12 that is arranged on the lower surface of each microelectrically controlled telescopic support frame 11 and matches the corresponding No. 1 circular groove 9, embedded The pressure sensor 13 installed in each circular bearing plate 12, the electric control push rod 14 arranged in each No. 1 circular groove 9, is sleeved on one end face of each electric control push rod 14 and corresponds to the The circular hollow shells 15 overlapped by the pressure sensors 13, a set of No. 1 circular openings that are opened on the side surface of each circular hollow shell 15 and match with each corresponding set of No. 2 circular grooves 10 16. The partition board D17 arranged in each circular hollow shell 15, a group of No. 1 miniatures arranged on the two opposite side surfaces of each partition board D17 and corresponding to the corresponding group of No. 1 circular openings 16 Push the cylinder 18, be arranged on the push end of each No. 1 miniature push cylinder 18 and match the fixed rod 19 with the corresponding No. 2 circular groove 10, be fixedly connected to the lower surface of a plurality of electric control push rods 14 and be connected with The rectangular receiving box 21 that the rectangular carrying plate 6 matches, the No. 1 rectangular opening 22 opened on the side surface of the rectangular receiving box 21, a group of shielding doors 23 hinged in the No. 1 rectangular opening 22, hinged in each A bar-shaped brake lever 24 that blocks the front surface of the door 23 and a lock head 25 arranged on a group of bar-shaped brake levers 24 jointly constitute a No. 2 rectangular groove 26 on the side surface of the rectangular bearing plate 6, The No. 2 rectangular groove 26 is embedded with a controller 27, the input end of the controller 27 is electrically connected to the pressure sensor 13 through wires, and the output end of the controller 27 is respectively connected to the micro electric telescopic The support frame 11, the electric control push rod 14 and the No. 1 miniature push cylinder 18 are electrically connected; The spring folding frame 29 that is arranged in each No. 1 bar groove 28, is arranged on No. 1 The lower surface of the rectangular lidless box 1 and the rectangular housing 30 matching the No. 1 rectangular lidless box 1, two sets of fixing grooves opened on the side surface of the rectangular housing 30 and matching with the two sets of spring folding brackets 29 31. The No. 2 rectangular opening 32 opened on the side surface of the rectangular housing 30 , the partition plate S33 arranged in the rectangular housing 30 , a hinge connected to the side surface of the rectangular housing 30 and located on both sides of the No. 2 rectangular opening 32 A group of swing rods 34, a rotary door A35 hinged on the side surface of each swing rod 34 and matched with the second rectangular opening 32, and two sets of fastening buckles 36 arranged on the front surface of each rotary door A35 jointly constitute ; The fixing mechanism is formed by opening the No. 1 rectangular opening 37 on the side surface of the rectangular bearing plate 6, the No. 2 rotating shaft 38 arranged in the No. 1 rectangular opening 37, and the L-shaped fixed shaft set on the No. 2 rotating shaft 38. Frame 39, open on the No. 1 rectangular box without cover 1 and the No. 3 rectangular groove 40 corresponding to the No. 1 rectangular gap 37, a group of No. 3 circles opened on the two opposite side surfaces in the No. 3 rectangular groove 40 shaped groove 41, embedded in each No. 3 circular groove 41 and the telescopic end is the No. 1 miniature telescopic cylinder 42 of the level, is arranged on each No. 1 miniature telescopic cylinder 42 telescopic end and is connected with the L-shaped fixed mount 39 The matching folded fastening frame 43, the anti-slip gasket 44 arranged on the lower surface of each folded fastening frame 43, the fixed circle arranged in the No. 3 rectangular groove 40 and overlapped with the L-shaped fixed frame 39 Shaft A45 constitutes together, and the output end of described controller 27 is electrically connected with No. 1 miniature telescoping cylinder 42 through wire; Groove H46, the No. 2 rotating bearing 47 that is arranged in each horizontal circular groove H46, the rotating round table 48 that is embedded in each No. 2 rotating bearing 47, the one that is embedded on the side surface of each rotating round table 48 A set of horizontal fixed plates 49, a rotating round rod 50 running through each group of horizontal fixed plates 49, a rolling wheel 51 sleeved on each rotating round rod 50, and a hinge connected between each horizontal fixed plate 49 and the corresponding rotating round table The connecting rods D52 between 48 constitute together; the number of the plurality of No. 1 rectangular grooves 7 is 9-12; the number of the plurality of groups of No. 2 circular grooves 10 is 3-5 groups, and each A group of No. 2 circular grooves 10 are located on the same horizontal line; the front surface of each blocking door 23 is hinged with a rotating handle 53; the controller 27 is the controller of MAM-260A; the inside of the controller 27 A PLC control system 54 is provided; the controller 27 is provided with a capacitive touch screen 55 and a mains interface 20, the output end of the controller 27 is electrically connected with the capacitive touch screen 55 through a wire, and the input end of the controller 27 It is electrically connected with the mains interface 20 through wires.

The feature of this embodiment is that there is a No. 1 strip-shaped opening on one end of the No. 1 rectangular box without a cover, and a group of vertical rings are connected to the No. 1 strip-shaped opening by means of fixing at both ends. A No. 1 rotating bearing is embedded, a group of No. 1 rotating bearings is embedded with a No. 1 rotating round shaft, a rectangular bearing plate set on the No. 1 rotating round shaft and matched with the No. 1 rectangular box without a cover, the lower surface of the rectangular bearing plate There is a sundry sorting mechanism, the lower surface of the No. 1 rectangular box without a cover is equipped with a quilt bearing mechanism, the side surface of the No. 1 rectangular box without a lid is equipped with a moving mechanism, and the side surface of the rectangular bearing plate is equipped with a fixing mechanism. The sundries sorting mechanism It consists of a plurality of No. 1 rectangular grooves on the lower surface of the rectangular bearing plate, a strip-shaped bearing block embedded in each No. 1 rectangular groove, and a No. 1 circular concave groove opened on the lower surface of each strip-shaped bearing block. Slots, multiple groups of No. 2 circular grooves opened on the inner surface of each No. 1 circular groove, a miniature electric-controlled telescopic support frame embedded in each No. 1 circular groove, set in each micro The lower surface of the electronically controlled telescopic support frame and the circular bearing plate that matches the corresponding No. 1 circular groove, the pressure sensor embedded in each circular bearing plate, and the pressure sensor installed in each No. 1 circular groove The electric control push rod inside, the circular hollow shell that is set on one end surface of each electric control push rod and overlaps with the corresponding pressure sensor, is opened on the side surface of each circular hollow shell and is connected with the corresponding pressure sensor. A group of No. 1 circular openings matched with each group of No. 2 circular grooves, a partition board D arranged in each circular hollow shell, and a partition board D arranged on two opposite side surfaces of each partition board D and corresponding to the A group of No. 1 micro-propelling cylinders corresponding to a group of No. 1 circular openings, fixed rods arranged on the pushing end of each No. 1 micro-propelling cylinder and matched with the corresponding No. 2 circular grooves, fixedly connected to the A rectangular storage box with a lower surface of a plurality of electric-controlled push rods matching the rectangular bearing plate, a No. 1 rectangular opening on the side surface of the rectangular storage box, a set of shielding doors hinged in the No. 1 rectangular opening, The bar-shaped brake lever hinged on the front surface of each shielding door and the lock head arranged on a group of bar-shaped brake levers are jointly formed. There is a No. 2 rectangular groove on the side surface of the rectangular bearing plate, and the No. 2 rectangular groove The slot is embedded with a controller, the input end of the controller is electrically connected to the pressure sensor through wires, and the output end of the controller is electrically connected to the miniature electronically controlled telescopic support frame, the electronically controlled push rod and the No. 1 miniature push cylinder respectively through wires. Connection, a device with relatively simple structure, better moving effect, larger carrying space, can sit and lie down when opened, is easy to carry, and has a good locking effect.

In this embodiment, first the controller is turned on, and the whole device is started. The input end of the model MAM-260A controller controls the operation of the pressure sensor and the mains interface of the model PT124G-125 through wires, and the output end of the model MAM-260A controller controls the micro-electrically controlled telescopic support frame and electric control through wires. Push rod and the operation of No. 1 miniature push cylinder, No. 1 miniature telescopic cylinder and capacitive touch screen. The power supply is connected through the mains interface, the PLC control system provides program support for the device, and the entire device is controlled through the capacitive touch screen. After the whole device is started, the No. 1 rotating bearing and the No. 1 rotating round shaft in the vertical ring are connected to the rectangular bearing plate and can be overturned and closed. When the rectangular bearing plate is closed, the L-shaped fixing frame on the second rotating shaft is buckled on the fixed round shaft A. At this time, the No. 1 miniature telescopic cylinder pushes the folded fastening frame with anti-slip gaskets to fix the L-shaped rack to fix. Now, the device is moved by No. 2 rotating bearing, rotating round table, horizontal fixed plate, rotating round rod and rolling wheel. The No. 1 rectangular lidless box and the rectangular carrier board can be used as a bed when the rectangular carrier board is opened. Now by opening the lock on the bar brake lever and opening the shield door by turning the handle, the sundries are placed from the No. 1 rectangular opening to the rectangular storage box. The miniature electronically controlled telescopic support frame pushes the circular bearing plate and the pressure sensor of model PT124G-125 to expand and contract. At this time, the electric control push rod is pulled to drive the circular hollow shell to withstand the pressure sensor of model PT124G-125, and the model is PT124G After the pressure sensor of -125 is sensed, the No. 1 miniature push cylinder pushes the fixed rod into the No. 2 circular groove for locking. At this moment, the electric control push rod plays a supporting role. The rectangular shell supported by the spring folding frame can place the bedding, open the fastening buckle, rotate the rotary door A supported by the swing rod to place the bedding from the second rectangular opening, and the partition board S plays the role of layering.

The above-mentioned technical solutions only reflect the preferred technical solutions of the technical solutions of the present invention, and some changes that those skilled in the art may make to certain parts reflect the principles of the present invention and fall within the protection scope of the present invention.

Claims (10)

1. A portable storage and finishing device, comprising a No. 1 rectangular lidless box (1), characterized in that, a No. 1 rectangular lidless box (1) has a No. 1 strip-shaped gap (2) on one end surface, and the No. 1 rectangular lidless box (1) has a No. 1 strip-shaped gap (2), A group of vertical rings (3) are connected in the No. 1 bar-shaped gap (2) by means of fixing at both ends, and each vertical ring (3) is embedded with a No. 1 rotating bearing (4). A set of No. 1 rotating bearings (4) is embedded with a No. 1 rotating round shaft (5), a rectangular bearing plate ( 6), the lower surface of the rectangular bearing plate (6) is provided with a debris sorting mechanism, the lower surface of the No. A moving mechanism is provided on the side surface, a fixing mechanism is provided on the side surface of the rectangular carrying plate (6), and the debris sorting mechanism consists of a plurality of No. 1 rectangular grooves ( 7), the bar-shaped bearing block (8) embedded in each No. 1 rectangular groove (7), the No. 1 circular groove (9) opened on the lower surface of each bar-shaped bearing block (8), A plurality of groups of No. 2 circular grooves (10) opened on the inner surface of each No. 1 circular groove (9), and a micro-electrically controlled telescopic support embedded in each No. 1 circular groove (9) Frame (11), a circular bearing plate (12) that is arranged on the lower surface of each micro-electrically controlled telescopic support frame (11) and matches the corresponding No. 1 circular groove (9), embedded in each The pressure sensor (13) in the circular bearing plate (12), the electric control push rod (14) that is arranged in each No. 1 circular groove (9), is sleeved on each electric control push rod (14) The circular hollow shell (15) on the end face and overlapping with the corresponding pressure sensor (13) is opened on the side surface of each circular hollow shell (15) and is connected with each group of corresponding No. 2 circular concaves. A group of No. 1 circular openings (16) that match the grooves (10), the partition board D (17) that is arranged in each circular hollow shell (15), and the two opposite sides of each partition board D (17). A group of No. 1 miniature push cylinders (18) corresponding to a group of No. 1 circular openings (16) on the side surface are arranged on each No. 1 miniature push cylinder (18) pushing end and are connected with the A fixed rod (19) that matches the corresponding No. 2 circular groove (10), a rectangular storage box ( 21), open the No. 1 rectangular opening (22) on the side surface of the rectangular storage box (21), a group of shielding doors (23) hinged in the No. 1 rectangular opening (22), hinged in each shielding The bar-shaped brake lever (24) on the front surface of the door (23) and the lock head (25) arranged on a group of bar-shaped brake levers (24) form together, and the opening on the side surface of the rectangular bearing plate (6) There is a No. 2 rectangular groove (26), and a controller (27) is embedded in the No. 2 rectangular groove (26), and the input end of the controller (27) is electrically connected to the pressure sensor (13) through a wire. connection, the controller (27 ) output ends are electrically connected with the miniature electric control telescopic support frame (11), the electric control push rod (14) and the No. 1 miniature push cylinder (18) respectively by wires. 2. A portable storage and finishing device according to claim 1, characterized in that, the bedding carrying mechanism consists of two groups of No. 1 bar-shaped grooves arranged at the edge of the lower surface of the No. 1 rectangular box without a cover (1). (28), the spring folding frame (29) that is arranged in each No. 1 bar-shaped groove (28), is arranged on the lower surface of the No. 1 rectangular box without cover (1) and is connected with the No. 1 rectangular box without cover (1) ) matching rectangular shell (30), two sets of fixing grooves (31) that are opened on the side surface of the rectangular shell (30) and matched with two sets of spring folding frames (29), open on the rectangular shell (30) the second rectangular opening (32) on the side surface, the partition plate S (33) arranged in the rectangular housing (30), the hinge is connected to the rectangular housing (30) side surface and is located at the second rectangular opening ( 32) A group of swing levers (34) on both sides, hinged on the side surface of each swing lever (34) and a rotary door A (35) matched with the second rectangular opening (32), arranged on each rotation Two groups of fastening buckles (36) on the front surface of the door A (35) form together. 3. A portable storage and finishing device according to claim 1, characterized in that, the fixing mechanism consists of a No. 1 rectangular opening (37) on the side surface of the rectangular carrying plate (6), and a No. 1 rectangular opening. No. two rotating round shafts (38) in (37), the L-shaped fixed mount (39) that is sleeved on No. two rotating round shafts (38), open on the No. No. three rectangular grooves (40) corresponding to the rectangular gaps (37), a group of No. three circular grooves (41) on two opposite side surfaces in the third rectangular grooves (40), embedded in each In a No. 3 circular groove (41) and the telescopic end is a horizontal No. 1 miniature telescopic cylinder (42), which is arranged on the telescopic end of each No. 1 miniature telescopic cylinder (42) and corresponds to the L-shaped fixing bracket (39). Matching folded fastening frame (43), the anti-skid spacer (44) that is arranged on each folded fastening frame (43) lower surface, is arranged in the No. 3 rectangular groove (40) and with L-shaped fixed frame (39) The overlapping fixed circular shaft A (45) constitutes together, and the output end of the controller (27) is electrically connected with the No. 1 miniature telescopic cylinder (42) by a lead. 4. A kind of portable storage arrangement device according to claim 1, is characterized in that, described moving mechanism is provided with two groups of horizontal circular grooves H (46) on the side surface of No. ), the No. 2 rotating bearing (47) that is arranged in each horizontal circular groove H (46), the rotating round platform (48) that is embedded in each No. 2 rotating bearing (47), and is embedded in each One group of horizontal fixed plates (49) on the side surface of the rotary table (48), the rotating round rods (50) passing through each group of horizontal fixed plates (49), the rolling rods (50) sleeved on each rotating round rod (50) The connecting rod D (52) that the wheel (51) and the hinge are connected between each horizontal fixed plate (49) and the corresponding rotating round platform (48) constitute jointly. 5. A portable storage and finishing device according to claim 1, characterized in that the number of the plurality of No. 1 rectangular grooves (7) is 9-12. 6. A portable storage and finishing device according to claim 1, characterized in that, the number of the multiple sets of No. 2 circular grooves (10) is 3-5 groups, and each group of No. 2 circular grooves The grooves (10) are located on the same horizontal line. 7. The portable storage and finishing device according to claim 1, characterized in that, each of the front surfaces of each blocking door (23) is hingedly connected with a rotating handle (53). 8. A portable storage and finishing device according to claim 1, characterized in that the controller (27) is a controller of MAM-260A. 9. The portable storage and finishing device according to claim 1, characterized in that, the controller (27) is provided with a PLC control system (54). 10. A portable storage and finishing device according to claim 1, characterized in that, the controller (27) is provided with a capacitive touch screen (55) and a mains interface (20), and the controller (27) The output end of the controller (27) is electrically connected to the capacitive touch screen (55) through wires, and the input end of the controller (27) is electrically connected to the mains interface (20) through wires.