CN111000381A

CN111000381A - Intelligent logistics terminal express cabinet with adjustable storage space

Info

Publication number: CN111000381A
Application number: CN201911264916.7A
Authority: CN
Inventors: 许利江
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-12-11
Filing date: 2019-12-11
Publication date: 2020-04-14

Abstract

The invention discloses an intelligent logistics terminal express cabinet with an adjustable storage space, which structurally comprises a ceiling, a telescopic box door, an operating panel, an express cabinet and an anti-skidding bottom pad, wherein the ceiling is connected to the top of the express cabinet, the anti-skidding bottom pad is vertically connected to the bottom of the express cabinet, and the operating panel is arranged in the middle of the express cabinet. Use the board to decide for quiet, use the movable plate to move, thereby adjust the position of movable plate between two boards, make the check chamber be debuggable, can put the check with two piece co-altitude expressures and adjust to two express deliveries of one big one little and put the check, thereby can be adapted to one and put the express delivery that the check is high and one than former express delivery and put the short express delivery of check than former express delivery, improve express delivery cabinet space utilization, also help improving the delivery efficiency of express delivery trade simultaneously, and telescopic chamber door can be adapted to the express delivery of co-altitude and put the check, the setting up of hinge fork makes the both sides atress of movable plate even, the security and the steadiness that the express delivery was placed have further been improved.

Description

Intelligent logistics terminal express cabinet with adjustable storage space

Technical Field

The invention relates to the technical field of intelligent modern logistics, in particular to an intelligent logistics terminal express cabinet with an adjustable storage space.

Background

The innovative application mode of intelligence new technology in the commodity circulation field constantly emerges, becomes the basis of intelligent commodity circulation big development in the future, has not only promoted the development of electronic commerce platform, still greatly promotes trade development, and self-service express delivery cabinet of intelligence is following the emerging unattended formula express delivery access equipment that develops of electronic commerce trade in recent years, saves courier's delivery time greatly, improves the delivery efficiency of express delivery.

But the single cabinet storage space of the self-service express delivery cabinet of current intelligence is fixed, the express delivery person is when depositing the cabinet to the express delivery piece, need select the check chamber of express delivery cabinet according to the size of express delivery, when only remaining two the same check chambers can place two express deliveries, an express delivery is slightly less than the check chamber, and another express delivery is slightly more than the check chamber, only can deposit the express delivery that is less than the check chamber this moment, and the express delivery that is slightly more than the check chamber is then not placed, thereby this kind of express delivery cabinet of fixed check chamber size, has the limitation, its space utilization is lower, the efficiency of delivering of express delivery trade has also been seriously influenced.

Disclosure of Invention

The invention mainly aims to overcome the defects of the prior art and provides an intelligent logistics terminal express cabinet with an adjustable storage space.

The invention is realized by adopting the following technical scheme: an intelligent logistics terminal express cabinet with an adjustable storage space structurally comprises a ceiling, a telescopic box door, an operation panel, an express cabinet and an anti-slip bottom pad, wherein the ceiling is connected to the top of the express cabinet, the anti-slip bottom pad is vertically connected to the bottom of the express cabinet, the operation panel is installed in the middle of the express cabinet, and the telescopic box doors are evenly distributed on the express cabinet;

the express delivery cabinet comprises fixed plates, express delivery placing cells, movable plates, hinge fork connecting assemblies and spring type telescopic rods, wherein the fixed plates and the movable plates are longitudinally arranged in a staggered mode, the express delivery placing cells are formed between every two adjacent fixed plates and every two adjacent movable plates, the two sides of each fixed plate and the two sides of each movable plate are connected together through the hinge fork connecting assemblies and the spring type telescopic rods, and the inner sides of the hinge fork connecting assemblies are provided with the three spring type telescopic rods which are arranged in an equidistant mode;

decide the inside fixed connection of board and express delivery cabinet, movable plate and express delivery cabinet sliding connection, every the lattice is put in the express delivery all corresponds telescopic chamber door, telescopic chamber door one end carries out the hasp with the movable plate and is connected, and the other end carries out hinged joint with deciding the board.

The fixed plate comprises a rotating shaft, a screw rod assembly, a through hole, a high-strength connecting rope, a fixed plate body and a driving bevel gear, the rotating shaft is arranged on the fixed plate body, the driving bevel gear is arranged at the tail end of the rotating shaft, the two ends of the driving bevel gear are matched with the screw rod assembly, the screw rod assembly is movably connected with the fixed plate body, the high-strength connecting rope is connected with the center of the screw rod assembly and the two sides of the center of the screw rod assembly, the high-strength connecting rope penetrates through the through hole and a spring of the spring telescopic rod to be connected with an inner rod of the spring telescopic rod, an outer barrel of the spring telescopic rod is vertically connected with the bottom surface of the fixed plate body.

Preferably, the screw assembly comprises a guide wheel, a screw, a driven bevel gear, a nut pair and a translation plate, the guide wheel is slidably connected with the inner wall of the fixed plate body and fixed at two ends of the translation plate, the nut pair is connected between the two sides of the translation plate and in threaded connection with the screw, the driven bevel gear is in excessive fit at the end of the screw, the driven bevel gear is in orthogonal meshing with the driving bevel gear, and the translation plate is connected with one end of the high-strength connecting rope.

Preferably, the movable plate comprises a guide groove, a movable plate body and sub-locks, the guide grooves longitudinally matched with the inner wall of the express cabinet are formed in the two sides of the movable plate body, the sub-locks are arranged on the front side of the movable plate body in a downward mode and buckled with the telescopic box door, and the movable plate body is connected with the inner rod of the spring type telescopic rod and the hinge fork connecting assembly.

Preferably, the hinge fork connecting assembly comprises an upper hinge sliding seat, a hinge fork and a lower hinge sliding seat, the upper cloth of the hinge fork is provided with the upper hinge sliding seat, the lower hinge sliding seat is arranged at the lower part of the hinge fork, the upper hinge sliding seat is connected with the fixed plate body in a sliding manner, and the lower hinge sliding seat is connected with the movable plate body in a sliding manner.

As optimization, telescopic chamber door is including interior lock door plant, wave groove, card pearl subassembly, outer sliding sleeve door plant, handle, the front of outer sliding sleeve door plant is fixed with the handle, outer sliding sleeve door plant both sides inner wall all is provided with the card pearl subassembly, card pearl subassembly and wave groove cooperate, the wave groove sets up the side outer wall at the interior lock door plant of the integrated into one piece structure with it, interior lock door plant runs through in outer sliding sleeve door plant, outer sliding sleeve door plant carries out the axle hinge with the fixed plate body and connects, female lock and sub-lock in the interior lock door plant.

As optimization, the card pearl subassembly includes recess, guide post, spring, spacing ring, card pearl and spacing ring fixed connection, be equipped with the recess in the card pearl, the guide post run through in with clearance fit's spring, spacing ring, recess, the one end and the groove connection of spring, the other end and outer sliding sleeve door plant inner wall connection, the card pearl is cooperated with the wave groove.

And optimally, the two groups of screw rod assemblies are arranged in a mirror image mode by taking the rotating shaft as an axis.

Advantageous effects

Through the rotation of pivot, make the initiative bevel gear take place the linkage, thereby through both sides and driven bevel gear of quadrature meshing with it, and make the lead screw synchronous revolution of both sides, because of the screw thread of two lead screws is opposite setting, when so two lead screws are rotatory, two nut pairs are for opposite movement or opposite movement, thereby make two translation boards translate or opposite translation under the guide effect of leading wheel, during opposite translation, because the length of high strength even rope is fixed, so release the pulling force to the pole in the spring telescopic link, make pole in the spring telescopic link produce thrust to the movable plate body, thereby the interval grow of movable plate body and the fixed plate body that is connected with it, the express delivery of top is put check space grow, and the express delivery of below is put check and is diminished, be convenient for place an express delivery that is put check bigger than original and a little express delivery, simultaneously go up hinge slide, Lower hinge slide interval equidistance diminishes, and the positive height grow of hinge fork, make the movable plate body draw the force even, more do benefit to the steadiness that improves the express delivery and place, otherwise the operation also can place a big express mail and a little express mail, if big express mail weight is heavier and select to place in the below, otherwise the same reason, because the fixed plate is fixed, the stillness, and the movable plate is height-adjustable, because of interior lock door plant and movable plate looks closure, and outer sliding sleeve door plant is connected with the fixed plate, so interior lock door plant follow-up plate position changes, thereby guarantee that the big little express delivery of regulation puts the check all have assorted chamber door with it, effectively prevent that the express mail is stolen, improve the security of express mail, and the cooperation of card pearl, wave groove, the steadiness of interior lock door plant has been improved, it produces the pulling force to avoid interior door plant lock to lead to the sub-lock impaired, overall structure is more firm.

Compared with the prior art, the invention has the beneficial effects that: according to the invention, the fixed plate is used as a static part, the movable plate is used as a movable part, so that the position of the movable plate between the two fixed plates is adjusted, the cell cavity is adjustable, two express placing cells with the same height can be adjusted into two express placing cells with one large cell and one small cell, the express cabinet can be suitable for express delivery with a height higher than that of the original express placing cell and express delivery with a height lower than that of the original express placing cell, the space utilization rate of the express cabinet is improved, the delivery efficiency of the express industry is improved, the combination of the inner lock door plate and the outer sliding sleeve door plate is suitable for express placing cells with different heights, the hinge fork is arranged, so that the stress on two sides of the movable plate is uniform, and the safety and the stability of express placing are further improved.

Drawings

Other features, objects and advantages of the invention will become more apparent upon reading of the detailed description of non-limiting embodiments with reference to the following drawings:

fig. 1 is a schematic structural diagram of an intelligent logistics terminal express delivery cabinet with an adjustable storage space.

Fig. 2 is a schematic front view of a partial structure of the express delivery cabinet of the present invention.

Fig. 3 is a schematic view of a first side view partial structure of the express delivery cabinet of the present invention.

Fig. 4 is a second side view partial structure schematic diagram of the express delivery cabinet of the invention.

Fig. 5 is a schematic view of the internal top structure of the fixed plate of the present invention.

Fig. 6 is a schematic view of the structure of the engagement of the fixed plate and the movable plate of the present invention.

Fig. 7 is a schematic structural view of the retractable door of the present invention.

FIG. 8 is a schematic view of the structure of the bead assembly of the present invention.

In the drawings, the corresponding relationship between the component names and the reference numbers is as follows:

a ceiling-100, a telescopic door-200, an operation panel-300, an express cabinet-400, an anti-skid bottom cushion-500, a fixed plate-40 a, an express placing grid-40 b, a movable plate-40 c, a hinge fork connecting assembly-40 d, a spring type telescopic rod-40 e, a rotating shaft-40 a1, a screw rod assembly-40 a2, a through hole-40 a3, a high-strength connecting rope-40 a4, a fixed plate body-40 a5, a driving bevel gear-40 a6, a guide wheel-a 21, a screw rod-a 22, a driven bevel gear-a 23, a nut pair-a 24, a translation plate-a 25, a guide groove-40 c1, a movable plate body-40 c2, a sub-40 c3, an upper hinge slide-40 d1, a hinge fork-40 d2, a lower hinge-40 d3, an inner lock-20 a door plate, a door plate-20 a door plate, The device comprises a wave groove-20 b, a clamping bead component-20 c, an outer sliding door plate-20 d, a handle-20 e, a groove-20 c1, a guide column-20 c2, a spring-20 c3, a limiting ring-20 c4 and a clamping bead-20 c 5.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

In the description of the present invention, it is to be noted that, unless otherwise explicitly specified or limited, the terms "connected" and "connected" are to be interpreted broadly, e.g., as being fixed or detachable or integrally connected; can be mechanically or electrically connected; may be directly connected or indirectly connected through an intermediate. The specific meanings of the above terms in the present invention can be understood in specific cases to those skilled in the art.

Referring to fig. 1 to 8, the present invention provides a technical solution of an intelligent logistics terminal express delivery cabinet with an adjustable storage space: the express delivery cabinet comprises a ceiling 100, telescopic box doors 200, an operation panel 300, an express delivery cabinet 400 and an anti-skid bottom pad 500, wherein the ceiling 100 is connected to the top of the express delivery cabinet 400, the anti-skid bottom pad 500 is vertically connected to the bottom of the express delivery cabinet 400, the operation panel 300 is installed in the express delivery cabinet 400, and the telescopic box doors 200 are uniformly distributed on the express delivery cabinet 400;

the express cabinet 400 comprises a fixed plate 40a, an express placing grid 40b, a movable plate 40c, a hinge fork connecting assembly 40d and a spring type telescopic rod 40e, wherein the fixed plate 40a and the movable plate 40c are longitudinally arranged in a staggered manner, the express placing grid 40b is formed between every two adjacent fixed plates 40a and movable plates 40c, the two sides of the fixed plate 40a and the two sides of the movable plate 40c are connected together through the hinge fork connecting assembly 40d and the spring type telescopic rod 40e, and the inner side of the hinge fork connecting assembly 40d is provided with three spring type telescopic rods 40e which are arranged in an equidistant manner;

the combination of the fixed plate 40a and the movable plate 40c is arranged in such a way that the fixed plate 40a is used as a static state, the movable plate 40c is used as a movable state, and the position of the movable plate 40c between the two fixed plates 40a is adjusted, so that two express storage compartments 40b with the same height are adjusted into two express storage compartments 40b with one larger compartment and one smaller compartment, and the express delivery device can be suitable for express deliveries with a height higher than that of the original express storage compartment 40b and express deliveries with a height lower than that of the original express storage compartment 40 b.

The fixed plate 40a is fixedly connected with the inside of the express cabinet 400, the movable plate 40c is connected with the express cabinet 400 in a sliding manner, each express placing cell 40b corresponds to a telescopic door 200, one end of each telescopic door 200 is connected with the movable plate 40c in a locking and buckling manner, and the other end of each telescopic door 200 is connected with the fixed plate 40a in a hinged manner;

the combination of the telescopic box door 200, the movable plate 40c and the fixed plate 40a is arranged to be self-adapted to two express storage compartments 40b with one large and one small, and the movable plate 40c adjusts the telescopic box door 200 while adjusting, so that the express items are prevented from being stolen.

The fixed plate 40a comprises a rotating shaft 40a1, a screw rod assembly 40a2, a through hole 40a3, a high-strength connecting rope 40a4, a fixed plate body 40a5 and a drive bevel gear 40a6, the rotating shaft 40a1 is mounted on the fixed plate body 40a5, the drive bevel gear 40a6 is mounted at the tail end of the rotating shaft 40a1, the two ends of the drive bevel gear 40a6 are both matched with screw rod assemblies 40a2, the screw rod assemblies 40a2 are movably connected with the fixed plate body 40a5, the high-strength connecting rope 40a4 is connected to the center and the two sides of the center of the screw rod assembly 40a2, the high-strength connecting rope 40a4 penetrates through the through hole 40a3 and the spring of the spring type telescopic rod 40e to be connected with the inner rod of the spring type telescopic rod 40e, the outer cylinder of the telescopic rod 40e is vertically connected with the bottom surface of the fixed plate body 40a 4642, and the through hole 3940 a3 is arranged;

the high-strength connecting rope 40a4 is arranged to support the movable plate 40c, so as to improve the stability of the placement of the express mail, and the drive bevel gear 40a6 is arranged to drive the two sets of screw rod assemblies 40a2 to run in the same row.

The lead screw assembly 40a2 comprises a guide wheel a21, a lead screw a22, a driven bevel gear a23, a nut pair a24 and a translation plate a25, wherein the guide wheel a21 which is slidably connected with the inner wall of a5 of the fixed plate body 40a5 is fixed at each of two ends of the translation plate a25, the nut pair a24 is connected in the middle of the translation plate a25, the nut pair a24 is in threaded connection with the lead screw a22, the driven bevel gear a23 is excessively matched at the end of the lead screw a22, the driven bevel gear a23 is in orthogonal meshing with the driving bevel gear 40a6, the translation plate a25 is connected with one end of a high-strength connecting rope 40a4, and the guide wheel a21 is arranged to facilitate the translation of the translation plate a25 and improve the smoothness of the translation plate a 25.

The movable plate 40c comprises a guide groove 40c1, a movable plate body 40c2 and a sub-lock 40c3, wherein guide grooves 40c1 longitudinally matched with the inner wall of the express cabinet 400 are formed in two sides of the movable plate body 40c2, the sub-lock 40c3 is installed on the front side of the movable plate body 40c2 in a downward inclining mode, the sub-lock 40c3 is buckled with the telescopic door 200, the movable plate body 40c2 is connected with an inner rod of a spring type telescopic rod 40e and a hinge fork connecting assembly 40d, the guide groove 40c1 is arranged to play a role in guiding the lifting of the movable plate body 40c2, and meanwhile plays a role in limiting, and the movable plate body 40c2 is prevented from being deviated due to the fact that express is not placed in the middle.

The hinge fork connecting assembly 40d comprises an upper hinge sliding seat 40d1, a hinge fork 40d2 and a lower hinge sliding seat 40d3, the upper cloth of the hinge fork 40d2 is provided with the upper hinge sliding seat 40d1, the lower part of the hinge fork is provided with a lower hinge sliding seat 40d3, the upper hinge sliding seat 40d1 is in sliding connection with the fixed plate body 40a5, the lower hinge sliding seat 40d3 is in sliding connection with the movable plate body 40c2, the two sides of the movable plate 40c are stressed uniformly by the arrangement of the hinge fork 40d2, and the safety and the stability of fast piece placement are further improved.

The retractable door 200 comprises an inner lock door panel 20a, a wave groove 20b, a bead clamping assembly 20c, an outer sliding door panel 20d and a handle 20e, wherein the handle 20e is fixed on the front surface of the outer sliding door panel 20d, the bead clamping assemblies 20c are arranged on the inner walls of the two sides of the outer sliding door panel 20d, the bead clamping assemblies 20c are matched with the wave groove 20b, the wave groove 20b is arranged on the outer wall of the inner lock door panel 20a which is integrated with the wave groove 20b, the inner lock door panel 20a penetrates through the outer sliding door panel 20d, the outer sliding door panel 20d is hinged to a fixed panel body 40a5 through a shaft, an inner female lock of the inner lock door panel 20a is buckled with a sub lock 40c3, the handle 20e is convenient for opening the retractable door 200, the inner lock door panel 20a is combined with the outer sliding door panel 20d, and can adapt to express storage compartments 40b with different heights, the wave groove 20b is arranged to be capable of being clamped with the clamping bead component 20c, so that the adjusted inner lock door plate 20a is slightly fixed, the situation that the inner lock door plate 20a generates pulling force on the sub-lock 40c3 to cause damage to the sub-lock 40c3 is avoided, and the overall structure is firmer.

The clamping bead assembly 20c comprises a groove 20c1, a guide post 20c2, a spring 20c3, a limit ring 20c4 and a clamping bead 20c5, the clamping bead 20c5 is fixedly connected with the limit ring 20c4, the groove 20c1 is formed in the clamping bead 20c5, the guide post 20c2 penetrates through the spring 20c3, the limit ring 20c4 and the groove 20c1 which are in clearance fit with the guide post, one end of the spring 20c3 is connected with the groove 20c1, the other end of the spring is connected with the inner wall of the outer sliding door panel 20d, the clamping bead 20c5 is matched with the wave groove 20b, the groove 20c1 is arranged to accommodate the spring 20c3 and the guide post 20c2 to reduce space occupation, and the spring 20c3 is arranged to reset the clamping bead 20c5, so that the clamping bead 20c5 is clamped with the clamping groove of the wave groove 20 b.

The two groups of screw rod assemblies 40a2 are arranged in a mirror image mode by taking the rotating shaft 40a1 as an axis.

The working principle of the invention is as follows: before delivery, the rotating shaft 40a1 is rotated to make the driving bevel gear 40a6 interlock, so that the two screw rods a22 on two sides rotate synchronously through the driven bevel gear a23 with two sides meshed with the two screw rods a22 orthogonally, because the threads of the two screw rods a22 are arranged oppositely, when the two screw rods a22 rotate, the two nut pairs a24 move oppositely or move oppositely, so that the two translation plates a25 translate oppositely or translate oppositely under the guiding action of the guide wheels a21, when the translation plates translate oppositely, because the length of the high-strength connecting rope 40a4 is fixed, the pulling force on the inner rod of the spring type telescopic rod 40e is released, so that the inner rod of the spring type telescopic rod 40e generates pushing force on the movable plate body 40c2, the distance between the movable plate body 40c2 and the fixed plate body 40a5 connected with the movable plate body is increased, the space of the express placing grid 40b above is increased, the express placing grid 40b below is decreased, and the express piece larger than the original placing grid 40b and a smaller express piece is convenient to place, meanwhile, the distance between the upper hinge sliding seat 40d1 and the lower hinge sliding seat 40d3 is equidistantly reduced, the positive height of the hinge fork 40d2 is increased, so that the movable plate body 40c2 is uniformly tensioned, the express delivery placing stability is better improved, otherwise, a large express item and a small express item can be placed, if the weight of the large express item is heavier, the large express item is placed below the large express item, and on the contrary, the movable plate 40c is fixed and stationary, and the movable plate 40c is adjustable in height, and because the inner lock door plate 20a is locked with the movable plate 40c, the outer slide door plate 20d is connected with the fixed plate 40a, the position of the inner lock door plate 20a and the position of the movable plate 40c are changed, the adjusted large express delivery placing lattice 40b and the small express delivery placing lattice 40b are provided with the matched box doors, the express delivery is effectively prevented from being stolen, the safety of the express delivery is improved, and the clamping bead 20c5 and the wave groove 20b are matched, so that the stability of the inner lock door, the damage of the sub-lock 40c3 caused by the pulling force generated by the sub-lock 40c3 by the inner lock door plate 20a is avoided, the whole structure is firmer, and the express mail is placed by opening the retractable door 200 after the adjustment is finished.

In summary, the technical progress obtained by the invention compared with the prior art is as follows: according to the invention, the fixed plate is used as a static part, the movable plate is used as a movable part, so that the position of the movable plate between the two fixed plates is adjusted, the cell cavity is adjustable, two express placing cells with the same height can be adjusted into two express placing cells with one large cell and one small cell, the express cabinet can be suitable for express delivery with a height higher than that of the original express placing cell and express delivery with a height lower than that of the original express placing cell, the space utilization rate of the express cabinet is improved, the delivery efficiency of the express industry is improved, the combination of the inner lock door plate and the outer sliding sleeve door plate is suitable for express placing cells with different heights, the hinge fork is arranged, so that the stress on two sides of the movable plate is uniform, and the safety and the stability of express placing are further improved.

Although the present invention has been described in detail with reference to the foregoing embodiments, it will be apparent to those skilled in the art that various changes in the embodiments and/or modifications of the invention can be made, and equivalents and modifications of some features of the invention can be made without departing from the spirit and scope of the invention.

Claims

1. The utility model provides an intelligence commodity circulation terminal express delivery cabinet with adjustable parking space, its structure is including roof (100), telescopic chamber door (200), operating panel (300), express delivery cabinet (400), anti-skidding heelpiece (500), roof (100) are connected on express delivery cabinet (400) top, and the end has anti-skidding heelpiece (500), openly is equipped with operating panel (300), telescopic chamber door (200), its characterized in that:

the express delivery cabinet (400) comprises fixed plates (40 a), express delivery placing cells (40 b), movable plates (40 c), hinge fork connecting assemblies (40 d) and spring type telescopic rods (40 e), wherein the fixed plates (40 a) and the movable plates (40 c) are longitudinally arranged in a staggered mode, the express delivery placing cells (40 b) are formed between every two adjacent fixed plates (40 a) and adjacent movable plates (40 c), and the fixed plates (40 a) are connected with the movable plates (40 c) through the hinge fork connecting assemblies (40 d) and the spring type telescopic rods (40 e);

the express delivery storage device is characterized in that the fixed plate (40 a) is connected with an express delivery cabinet (400), the movable plate (40 c) is connected with the express delivery cabinet (400), each express delivery storage cell (40 b) is correspondingly provided with a telescopic door (200), and the telescopic doors (200) are connected with the movable plate (40 c) and the fixed plate (40 a).

2. The intelligent logistics terminal express delivery cabinet with the adjustable storage space of claim 1, wherein: the fixed plate (40 a) comprises a rotating shaft (40 a 1), a screw rod assembly (40 a 2), a through hole (40 a 3), a high-strength connecting rope (40 a 4), a fixed plate body (40 a 5) and a driving bevel gear (40 a 6), the rotating shaft (40 a 1) with a driving bevel gear (40 a 6) is mounted on the fixed plate body (40 a 5), the two ends of the driving bevel gear (40 a 6) are matched with the screw rod assembly (40 a 2) connected with the fixed plate body (40 a 5), the screw rod assembly (40 a 2) is connected with the high-strength connecting rope (40 a 4), the high-strength connecting rope (40 a 4) penetrates through the through hole (40 a 3) to be connected with a spring type telescopic rod (40 e), and the through hole (40 a 3) is formed in the fixed plate body (40 a 5).

3. The intelligent logistics terminal express delivery cabinet with the adjustable storage space of claim 2, wherein: the lead screw assembly (40 a 2) comprises a guide wheel (a 21), a lead screw (a 22), a driven bevel gear (a 23), a nut pair (a 24) and a translation plate (a 25), wherein the guide wheel (a 21) is installed at the tail end of the translation plate (a 25), the translation plate (a 25) is connected with the nut pair (a 24) connected with the lead screw (a 22) in the middle, the lead screw (a 22) is provided with the driven bevel gear (a 23) matched with the driving bevel gear (40 a 6), and the translation plate (a 25) is connected with a high-strength connecting rope (40 a 4).

4. The intelligent logistics terminal express delivery cabinet with the adjustable storage space of claim 1, wherein: the movable plate (40 c) comprises a guide groove (40 c 1), a movable plate body (40 c 2) and a sub-lock (40 c 3), the movable plate body (40 c 2) is provided with a guide groove (40 c 1) matched with the express cabinet (400), the movable plate body (40 c 2) is provided with a sub-lock (40 c 3) matched with the telescopic door (200), and the movable plate body (40 c 2) is connected with the spring type telescopic rod (40 e) and the hinge fork connecting assembly (40 d).

5. The intelligent logistics terminal express delivery cabinet with the adjustable storage space of claim 1 or 4, wherein: the hinge fork connecting assembly (40 d) comprises an upper hinge sliding seat (40 d 1), a hinge fork (40 d 2) and a lower hinge sliding seat (40 d 3), wherein the hinge fork (40 d 2) is uniformly provided with a hinge sliding seat (40 d 1) connected with the fixed plate body (40 a 5) and a lower hinge sliding seat (40 d 3) matched with the movable plate body (40 c 2).

6. The intelligent logistics terminal express delivery cabinet with the adjustable storage space of claim 1, wherein: telescopic chamber door (200) is including interior lock door plant (20 a), wave groove (20 b), card pearl subassembly (20 c), outer sliding sleeve door plant (20 d), handle (20 e), outer sliding sleeve door plant (20 d) are fixed with handle (20 e), be equipped with in outer sliding sleeve door plant (20 d) with wave groove (20 b) complex card pearl subassembly (20 c), establish lock door plant (20 a) in wave groove (20 b), interior lock door plant (20 a) run through in outer sliding sleeve door plant (20 d), outer sliding sleeve door plant (20 d) link to each other with fixed plate body (40 a 5), interior lock door plant (20 a) and sub-lock (40 c 3) cooperation.

7. The intelligent logistics terminal express delivery cabinet with the adjustable storage space of claim 6, wherein: the clamping bead assembly (20 c) comprises a groove (20 c 1), a guide post (20 c 2), a spring (20 c 3), a limiting ring (20 c 4) and a clamping bead (20 c 5), the clamping bead (20 c 5) is connected with the limiting ring (20 c 4), the clamping bead (20 c 5) is internally provided with the groove (20 c 1), the guide post (20 c 2) penetrates through the spring (20 c 3), the limiting ring (20 c 4) and the groove (20 c 1), the spring (20 c 3) is connected with the groove (20 c 1) and an outer sliding door panel (20 d), and the clamping bead (20 c 5) is matched with a wave groove (20 b).