A deformable multi-scene adaptive modular smart luggage

Abstract

This invention discloses a modular smart bag that is deformable and adaptable to multiple scenarios, belonging to the field of smart bag technology. It includes an outer box and a box mechanism for placing items. The outer box is equipped with a folding mechanism for switching usage modes and a moving mechanism for movement. This invention integrates a traditional single-function bag into a multi-purpose smart device. It can quickly transform into various forms as needed, such as a modular storage box, a smart cargo vehicle with a seat, a large-capacity transport box, and an outdoor camping base. Users do not need to prepare multiple special equipment for different scenarios. The folding and unfolding seat mechanism of this invention uses multi-level rotating joints and multiple pin modules for multi-point adjustable locking. Combined with the steering system formed by the extendable upright rotating rod and the hand grip column, the user can stably control the movement and steering of the box while riding, transforming the bag from a passive dragging item into an active and controllable portable vehicle.

Description

Technical Field

[0001] This invention relates to the field of smart luggage technology, and in particular to a modular smart luggage that can be deformed and adapted to multiple scenarios. Background Technology

[0002] Traditional luggage products are typically limited in function and usage scenarios. For example, suitcases are mainly used for storage and transportation, while camping gear is separate. With the diversification of lifestyles, especially in the context of short trips, outdoor leisure, and business travel, users often need to carry equipment for multiple purposes, resulting in bulky luggage and inconvenient switching between modes. Existing luggage struggles to simultaneously meet the integrated needs of efficient storage, adaptability to different scenarios, and user-friendly additional functions. While some functionally expandable luggage exists on the market, such as those with simple seats, their seat structures are often fixed or have a single unfolding method, unable to be stably adjusted according to user posture or terrain, and seat folding often affects the internal storage space. Modular storage luggage often has fixed or flexible module dividers, making module installation and removal neither quick nor secure, lacking efficient locking and releasing mechanisms, and offering limited module functionality. Furthermore, luggage with power-driven movement functions typically only adds drive wheels to the body, lacking integrated design with other functional modules such as seats and extended storage, resulting in a bulky overall structure and cumbersome mode switching. In outdoor camping and other similar scenarios, users also need to carry separate equipment such as canopies and stands, which presents inconvenience in carrying and installing them. Overall, existing products have not yet formed a complete, efficient, and reliable solution in terms of flexibility in adapting to multiple scenarios, convenience of modular functions, and comfort of human-computer interaction.

[0003] Therefore, there is an urgent need for a highly integrated, flexible, and rapidly reconfigurable smart luggage system that can adapt to different scenarios. This system needs to enable rapid switching between storage modes, convenient transformation into a stable riding and mobility tool, and expansion support for scenarios such as outdoor camping, thereby truly achieving multi-purpose functionality and improving travel experience and efficiency. To address these shortcomings and needs, an innovative modular smart luggage solution that is deformable and adaptable to multiple scenarios is proposed. Summary of the Invention

[0004] To address the aforementioned technical problems, the present invention adopts the following technical solution: a modular smart bag that is deformable and adaptable to multiple scenarios, comprising an outer box and a box mechanism for placing items, wherein the outer box is provided with a folding mechanism for switching usage modes and a moving mechanism for moving. The enclosure mechanism includes multiple modular compartments placed inside an outer enclosure. Multiple mounting holes are provided on the side of the outer enclosure. The modular compartments are fixed to the outer enclosure by pin modules set in the mounting holes. Each pin module includes a fixing pin housing with an axial groove and a radial groove. A connecting pin is provided inside the fixing pin housing. A pull ring is provided on the top of the connecting pin. A side guide post is fixedly installed on the side of the connecting pin. The side guide post slides along the axial groove and the radial groove. An inner spring is provided between the connecting pin and the fixing pin housing. When no module compartments are placed inside the outer box, an inner placement box is placed inside the outer box. Multiple combined connecting columns are placed inside the inner placement box. Holes are provided below the combined connecting columns, and internal threads are provided inside the holes. External threads are provided at the top of the combined connecting columns that match the internal threads in the bottom holes. A top block, multiple pull ropes, and multiple ground nails are also placed inside the inner placement box. Internal threads are provided below the top block.

[0005] Furthermore, the enclosure mechanism also includes two upper enclosure covers that are rotatably mounted on the outer enclosure via hinges. An inner locking block is provided on the inner side of the upper enclosure cover. A lock is rotatably mounted on the outer enclosure. The lock has a keyhole and an inner rotating buckle plate is fixedly mounted on the lock. A handle frame is fixedly mounted on the outer enclosure, and a handle is rotatably mounted on the handle frame.

[0006] Furthermore, the housing mechanism also includes multiple bottom connecting posts disposed on the bottom surface of the outer housing, bottom connecting holes are provided at the bottom of the module compartment, and a compartment cover is provided on the top of the module compartment. During installation, the bottom connecting posts are inserted into the bottom connecting holes, and side connecting holes are provided on the side of the module compartment. The connecting pin of the pin module is inserted into the side connecting holes.

[0007] When using the modular compartments, first insert the key into the lock, then turn the lock 180 degrees with the key, causing the inner locking plate to rotate 180 degrees, disengaging it from the outer side of the inner latches on the two upper covers. Then, open the two upper covers and pull the pull ring and connecting pin outwards, allowing the side guide post to slide along the axial groove, compressing the inner spring. Next, rotate the side guide post and connecting pin 90 degrees, allowing the side guide post to enter the radial groove. At this point, the inner spring remains compressed, and the connecting pin remains retracted. Then, place the modular compartment into the outer box, aligning the bottom connecting hole of the modular compartment with the bottom connecting post. The side connecting hole should now align with the mounting hole. Next, rotate the connecting pin 90 degrees, allowing the side guide post to move from the radial groove to the axial groove. The inner spring then returns, allowing the connecting pin to insert into the side connecting hole, completing the modular compartment installation. Items can then be placed into each modular compartment. Close the compartment covers, then close the two upper covers and turn the lock 180 degrees.

[0008] When the inner container is needed, remove all the modular compartments from the outer container and place the inner container inside the outer container. When the inner container is needed for camping, remove it from the outer container and place it on the ground. Drive the tent pegs into the ground, then install the connecting posts onto the inner container using threaded connections. Install multiple connecting posts using a lintel connection. Then, install the top block on top of the uppermost connecting post. Attach the two ends of the pull rope to the tent pegs and the top block, respectively. Finally, place the tarpaulin outside the pull rope.

[0009] Furthermore, the folding mechanism includes a bottom turntable rotatably mounted on the outer casing, a flip plate rotatably mounted on the bottom turntable, multiple bottom wheels rotatably mounted below the flip plate, and a placement groove and a seat groove provided on the flip plate.

[0010] Furthermore, the folding mechanism also includes a seat base rotatably mounted on the flip plate, a seat plate rotatably mounted on the seat base, and a ventilation groove provided on the seat plate.

[0011] Furthermore, the folding mechanism also includes four adjustment holes located below the ventilation groove, and two pin modules are also provided on the seat base. The fixing pin is fixedly installed on the seat base. In use, the connecting pins of the two pin modules on the seat base are respectively inserted into the two adjustment holes of the ventilation groove.

[0012] Furthermore, the folding mechanism also includes a fixed base fixedly installed on the outer casing. The flip plate is provided with a hanging hole, and the fixed base is also provided with a pin module. The fixed pin is fixedly installed in the fixed base. When the flip plate is in the retracted state, the upper surface of the flip plate contacts the outer casing, and the connecting pin of the pin module in the fixed base is inserted into the hanging hole.

[0013] Furthermore, the folding mechanism also includes four adjustment holes on the seat base, and four pin modules are also provided on the flip plate. The fixing pin is fixedly installed on the flip plate. When in use, the connecting pin of the pin module on the flip plate is inserted into two adjustment holes. When the seat base is in the folded state, the outer surface of the seat base is in contact with the small surface of the flip plate. When the seat base is in the use state, the seat base is perpendicular to the flip plate.

[0014] Furthermore, the folding mechanism also includes a lower rotating ring rotatably mounted on the outer casing, a vertical rotating rod fixedly mounted on the lower rotating ring, an upper rotating ring slidably mounted on the vertical rotating rod, a hand grip post fixedly mounted on the vertical rotating rod, two fixed plates fixedly mounted on the outer casing, each fixed plate having a sliding groove, a guide post slidably mounted within the sliding groove of the fixed plate, an upper sliding rotating rod rotatably mounted on the guide post, the upper sliding rotating rod being rotatably mounted with the upper rotating ring, a lower rotating plate rotatably mounted on the upper rotating ring, and the lower rotating plate being rotatably mounted with the outer casing.

[0015] When the folding mechanism is in the retracted state, the guide post is located at the top of the fixed plate, the upper rotating ring is in contact with the outer box, the lower surface of the seat is in contact with the inner surface of the seat base, the seat is located in the seat groove, the outer surface of the seat base is in contact with the lower surface of the flip plate, the flip plate is in contact with the outer box, the connecting pin of the pin module in the fixed base is inserted into the suspension hole, and the upright rotating rod is located in the placement groove and the ventilation groove.

[0016] When a user needs to sit, first, remove the connecting pins of the pin modules inside the fixed seat, rotate the flip plate 90 degrees so that the bottom wheels contact the ground, then remove the connecting pins of the two pin modules on the flip plate from the adjustment holes, rotate the seat 270 degrees counterclockwise so that the seat is perpendicular to the flip plate, then insert the connecting pins of the two pin modules on the flip plate back into the adjustment holes to fix the seat. Then, remove the connecting pins of the two pin modules on the seat from the adjustment holes, rotate the seat 90 degrees, and then insert the connecting pins of the two pin modules on the seat back into the adjustment holes to fix the seat. Then, pull the upright rotating rod outward, the upright rotating rod rotates relative to the lower rotating ring, the fixed seat rotates relative to the lower rotating ring, the upper rotating ring slides along the upright rotating rod, the guide column slides along the fixed plate, and the upper sliding rotating rod rotates relative to the upper rotating ring. The user sits on the seat and holds the grip column. By rotating the grip column, the external box can be rotated relative to the bottom turntable for steering, and the turning range is limited by the limit block.

[0017] Furthermore, the moving mechanism includes a moving motor fixedly mounted on an outer housing, a motor bevel gear fixedly mounted on the motor shaft of the moving motor, a protective shell fixedly mounted on the outer housing, a gear shaft rotatably mounted on the outer housing, a side bevel gear and a side gear fixedly mounted on the gear shaft, the motor bevel gear and the side bevel gear being located in the protective shell, the side bevel gear meshing with the motor bevel gear, multiple four-wheeled wheels rotatably mounted on the outer housing, two of the wheels having fixedly mounted travel gears that mesh with the side gears, a limit block fixedly mounted on the outer housing, and a battery for powering the moving motor provided on the outer housing.

[0018] The mobile motor drives the bevel gear to rotate, which in turn drives the side bevel gear, gear shaft and side gear to rotate. The side gear drives the walking gear and walking wheels to rotate, thus enabling the external housing to move.

[0019] The beneficial effects of this invention compared with the prior art are: (1) This invention integrates traditional single-function bags into multi-purpose intelligent equipment through folding mechanism, box mechanism and power movement mechanism. It can quickly switch between various forms such as modular storage box, intelligent cargo vehicle with seat, large-capacity transport box and outdoor camping base as needed. Users do not need to prepare a variety of special equipment for different scenarios, which improves travel convenience and equipment utilization; (2) The box body of this invention adopts modular compartments that can be freely combined and disassembled. Users can personalize the partitions according to the size and type of items. The pin module locking mechanism can realize the quick opening and closing of the modular compartments through simple operation of pulling, turning and releasing. Quick installation and secure fixation, its spring self-locking design ensures stability and safety during transportation. When a large capacity space is needed, all modular compartments can be easily removed and replaced with an overall internal storage box, realizing flexible adaptation from fine classification and storage to large-scale storage and transportation; (3) The folding and unfolding seat mechanism set by this invention uses multi-level rotating joints and multiple pin modules for multi-point adjustable locking. Combined with the steering system formed by the extendable upright rotating rod and the hand grip column, the user can stably control the movement and steering of the box when riding, turning the bag from a passive dragging item into an active and controllable portable vehicle, significantly saving physical strength and improving the long-distance movement experience in places such as airports and scenic spots. Attached Figure Description

[0020] Figure 1 This is a schematic diagram of the overall structure of the present invention (in the collapsed state).

[0021] Figure 2 This is a schematic diagram of the overall structure of the present invention (in unfolded state).

[0022] Figure 3 This is a schematic diagram of the camping mode structure of the present invention.

[0023] Figure 4 This is a schematic diagram of the box-shaped mechanism of the present invention. Figure 1 .

[0024] Figure 5 This is a schematic diagram of the box-shaped mechanism of the present invention. Figure 2 .

[0025] Figure 6 This is a schematic diagram of the box-shaped mechanism of the present invention. Figure 3 .

[0026] Figure 7 for Figure 6 A magnified view of a portion of point A in the middle.

[0027] Figure 8 This is a schematic diagram of the box-shaped mechanism of the present invention. Figure 4 .

[0028] Figure 9This is a schematic diagram of the box-shaped mechanism of the present invention. Figure 5 .

[0029] Figure 10 This is a schematic diagram of the pin module structure of the present invention. Figure 1 .

[0030] Figure 11 This is a schematic diagram of the pin module structure of the present invention. Figure 2 .

[0031] Figure 12 This is a schematic diagram of the folding mechanism structure of the present invention. Figure 1 .

[0032] Figure 13 This is a schematic diagram of the folding mechanism structure of the present invention. Figure 2 .

[0033] Figure 14 for Figure 13 A magnified view of a portion of point B in the middle.

[0034] Figure 15 This is a schematic diagram of the moving mechanism structure of the present invention.

[0035] Reference numerals: 101-External housing; 102-Hinge; 103-Upper cover; 104-Handle frame; 105-Handle; 106-Lock; 107-Inner rotating plate; 108-Inner locking block; 109-Modular compartment; 110-Compartment cover; 111-Mounting hole; 112-Fixing pin; 113-Axial groove; 114-Meridional groove; 115-Pull ring; 116-Side guide post; 117-Inner spring; 118-Connecting pin; 119-Bottom connecting hole; 120-Bottom connecting post; 121-Side connecting hole; 201-Lower rotating ring; 202-Upright rotating rod; 203-Upper rotating ring; 204-Lower rotating plate; 205-Upper sliding rod; 206-Fixing plate; 207-Guide Column; 208-Handhold column; 209-Flip plate; 210-Bottom wheel; 211-Placement slot; 212-Seat plate slot; 213-Bottom turntable; 214-Fixed base; 215-Seat plate base; 216-Seat plate; 217-Ventilation slot; 218-Adjustment hole; 219-Adjustment insertion hole; 220-Hanging hole; 301-Moving motor; 302-Motor bevel gear; 303-Gear shaft; 304-Protective shell; 305-Side bevel gear; 306-Side gear; 307-Walking wheel; 308-Walking gear; 309-Battery; 310-Limiting block; 401-Inner placement box; 402-Combination connecting column; 403-Top block; 404-Pull rope; 405-Ground stake. Detailed Implementation

[0036] The specific embodiments of the present invention will be further described below with reference to the accompanying drawings.

[0037] Example: Reference Figures 1-15 A modular smart bag that can be deformed and adapted to multiple scenarios includes an outer box 101 and a box mechanism for placing items. The outer box 101 is provided with a folding mechanism for switching usage modes and a moving mechanism for moving. The housing mechanism includes multiple module compartments 109 placed inside an outer housing 101. The outer housing 101 has multiple mounting holes 111 on its side. The module compartments 109 are fixed to the outer housing 101 by pin modules installed in the mounting holes 111. The pin module includes a fixing pin housing 112, which has an axial groove 113 and a radial groove 114. A connecting pin 118 is installed inside the fixing pin housing 112. A pull ring 115 is installed on the top of the connecting pin 118. A side guide post 116 is fixedly installed on the side of the connecting pin 118. The side guide post 116 slides along the axial groove 113 and the radial groove 114. An inner spring 117 is provided between the connecting pin 118 and the fixing pin housing 112.

[0038] like Figure 3 As shown, when the module compartment 109 is not placed inside the outer box 101, an inner box 401 is placed inside the outer box 101. Multiple combination connecting posts 402 are placed inside the inner box 401. A hole is provided below the combination connecting post 402, and an internal thread is provided in the hole. An external thread matching the internal thread in the bottom hole is provided at the top of the combination connecting post 402. A top block 403, multiple pull ropes 404 and multiple ground nails 405 are also placed inside the inner box 401. An internal thread is provided below the top block 403.

[0039] like Figures 4-11 As shown, the box mechanism also includes two upper box covers 103 that are rotatably mounted on the outer box 101 via hinges 102. An inner locking block 108 is provided on the inner side of the upper box cover 103. A box lock 106 is rotatably mounted on the outer box 101. The box lock 106 is provided with a keyhole. An inner rotating buckle plate 107 is fixedly mounted on the box lock 106. A handle frame 104 is fixedly mounted on the outer box 101. A handle 105 is rotatably mounted on the handle frame 104.

[0040] like Figures 4-11 As shown, the housing mechanism also includes multiple bottom connecting posts 120 disposed on the inner bottom surface of the outer housing 101. The bottom of the module compartment 109 is provided with a bottom connecting hole 119, and the top of the module compartment 109 is provided with a compartment cover 110. During installation, the bottom connecting posts 120 are inserted into the bottom connecting holes 119. The side of the module compartment 109 is provided with a side connecting hole 121, and the connecting pin 118 of the pin module is inserted into the side connecting hole 121.

[0041] When the modular compartment 109 is needed, first insert the key into the lock 106, then rotate the lock 106 180 degrees with the key, thereby rotating the inner rotating plate 107 180 degrees, causing the inner rotating plate 107 to move away from the outer side of the inner locking blocks 108 of the two upper covers 103. Then, the two upper covers 103 can be opened, and the pull ring 115 and connecting pin 118 can be pulled outwards, causing the side guide post 116 to slide along the axial groove 113, compressing the inner spring 117. Then, rotate the side guide post 116 and connecting pin 118 90 degrees, causing the side guide post 116 to enter the radial groove 114. At this time, the inner spring 117 remains compressed, and the connecting pin 118... 8. Keep the module compartment 109 in the retracted state, then place it into the outer box 101. Align the bottom connection hole 119 of the module compartment 109 with the bottom connection post 120 and insert it. At this time, the side connection hole 121 is aligned with the mounting hole 111. Then rotate the connecting pin 118 ninety degrees so that the side guide post 116 moves from the radial groove 114 to the axial groove 113. Then the inner spring 117 returns, so that the connecting pin 118 is inserted into the side connection hole 121, completing the installation of the module compartment 109. Then, items can be placed into each module compartment 109. Cover the compartment cover 110, then close the two upper covers 103 and rotate the lock 106 one hundred and eighty degrees.

[0042] When the inner placement box 401 is needed, remove all the module compartments 109 inside the outer box 101 and place the inner placement box 401 into the outer box 101. When the inner placement box 401 is needed for camping, remove the inner placement box 401 from the outer box 101 and place it on the ground. Drive the ground pegs 405 into the ground. Then, install the combination connecting post 402 on the inner placement box 401 through threaded connection. Install multiple combination connecting posts 402 through lotus thread connection. Then, install the top block 403 on the top of the uppermost combination connecting post 402. Install both ends of the pull rope 404 on the ground pegs 405 and the top block 403 respectively. Then, set up the tarpaulin outside the pull rope 404.

[0043] like Figures 12-14 As shown, the folding mechanism includes a bottom turntable 213 rotatably mounted on the outer housing 101, a flip plate 209 rotatably mounted on the bottom turntable 213, a plurality of bottom wheels 210 rotatably mounted below the flip plate 209, and a placement groove 211 and a seat groove 212 provided on the flip plate 209.

[0044] like Figures 12-14 As shown, the folding mechanism also includes a seat base 215 rotatably mounted on the flip plate 209, a seat plate 216 rotatably mounted on the seat base 215, and a ventilation groove 217 provided on the seat plate 216.

[0045] like Figures 12-14As shown, the folding mechanism also includes four adjustment holes 218 located below the ventilation groove 217. Two pin modules are also provided on the seat base 215. The fixing housing 112 is fixedly installed on the seat base 215. When in use, the connecting pins 118 of the two pin modules on the seat base 215 are respectively inserted into the two adjustment holes 218 of the ventilation groove 217.

[0046] like Figures 12-14 As shown, the folding mechanism also includes a fixed base 214 fixedly installed on the outer housing 101. The flip plate 209 is provided with a hanging hole 220. The fixed base 214 is also provided with a pin module. The fixed pin housing 112 is fixedly installed in the fixed base 214. When the flip plate 209 is in the retracted state, the upper surface of the flip plate 209 contacts the outer housing 101, and the connecting pin 118 of the pin module in the fixed base 214 is inserted into the hanging hole 220.

[0047] like Figures 12-14 As shown, the folding mechanism also includes four adjustment holes 219 on the seat 215 and four pin modules on the flip plate 209. The fixing housing 112 is fixedly installed on the flip plate 209. When in use, the connecting pins 118 of the pin modules on the flip plate 209 are inserted into two adjustment holes 219. When the seat 215 is in the folded state, the outer surface of the seat 215 is in contact with the small surface of the flip plate 209. When the seat 215 is in the use state, the seat 215 is perpendicular to the flip plate 209.

[0048] like Figures 12-14 As shown, the folding mechanism also includes a lower rotating ring 201 rotatably mounted on the outer housing 101. A vertical rotating rod 202 is fixedly mounted on the lower rotating ring 201. An upper rotating ring 203 is slidably mounted on the vertical rotating rod 202. A hand grip post 208 is fixedly mounted on the vertical rotating rod 202. Two fixing plates 206 are fixedly mounted on the outer housing 101. A sliding groove is provided on the fixing plate 206. A guide post 207 is slidably mounted in the sliding groove of the fixing plate 206. An upper sliding rotating rod 205 is rotatably mounted on the guide post 207. The upper sliding rotating rod 205 is rotatably mounted with the upper rotating ring 203. A lower rotating plate 204 is rotatably mounted on the upper rotating ring 203. The lower rotating plate 204 is rotatably mounted with the outer housing 101.

[0049] When the folding mechanism is in the retracted state, the guide post 207 is located at the top of the fixed plate 206, the upper rotating ring 203 is in contact with the outer housing 101, the lower surface of the seat plate 216 is in contact with the inner surface of the seat plate seat 215, the seat plate 216 is located in the seat plate groove 212, the outer surface of the seat plate seat 215 is in contact with the lower surface of the flip plate 209, the flip plate 209 is in contact with the outer housing 101, the connecting pin 118 of the pin module in the fixed seat 214 is inserted into the suspension hole 220, and the upright rotating rod 202 is located in the placement groove 211 and the ventilation groove 217.

[0050] When a user needs to sit, first, remove the connecting pin 118 of the pin module inside the fixed seat 214, rotate the flip plate 209 90 degrees so that the bottom wheel 210 contacts the ground, then remove the connecting pins 118 of the two pin modules on the flip plate 209 from the adjustment hole 219, rotate the seat 215 counterclockwise 270 degrees so that the seat 215 is perpendicular to the flip plate 209, then insert the connecting pins 118 of the two pin modules on the flip plate 209 back into the adjustment hole 219 to fix the seat 215, then remove the connecting pins 118 of the two pin modules on the seat 215 from the adjustment hole 218, and then rotate the seat 216. At ninety degrees, insert the connecting pins 118 of the two pin modules on the seat 215 into the adjustment hole 218 to fix the seat 216. Then pull the upright rotating rod 202 outward. The upright rotating rod 202 rotates relative to the lower rotating ring 201, the fixed seat 214 rotates relative to the lower rotating ring 201, the upper rotating ring 203 slides along the upright rotating rod 202, the guide column 207 slides along the fixed plate 206, and the upper sliding rotating rod 205 rotates relative to the upper rotating ring 203. The user sits on the seat 216 and holds the grip column 208. By rotating the grip column 208, the external box 101 can be rotated relative to the bottom turntable 213 for turning. The turning range is limited by the limit block 310.

[0051] like Figure 15 As shown, the moving mechanism includes a moving motor 301 fixedly mounted on an outer housing 101. A motor bevel gear 302 is fixedly mounted on the motor shaft of the moving motor 301. A protective shell 304 is fixedly mounted on the outer housing 101. A gear shaft 303 is rotatably mounted on the outer housing 101. A side bevel gear 305 and a side gear 306 are fixedly mounted on the gear shaft 303. The motor bevel gear 302 and the side bevel gear 305 are located in the protective shell 304. The side bevel gear 305 meshes with the motor bevel gear 302. Multiple four-wheeled wheels 307 are rotatably mounted on the outer housing 101. Two wheels 307 are fixedly mounted with walking gears 308, which mesh with the side gears 306. A limit block 310 is fixedly mounted on the outer housing 101. A battery 309 for powering the moving motor 301 is provided on the outer housing 101.

[0052] The mobile motor 301 drives the motor bevel gear 302 to rotate, which in turn drives the side bevel gear 305, gear shaft 303 and side gear 306 to rotate. The side gear 306 drives the walking gear 308 and walking wheel 307 to rotate, thereby enabling the external housing 101 to move.

[0053] The working principle of the modular smart luggage that is deformable and adaptable to multiple scenarios disclosed in this invention is as follows: When the modular compartment 109 needs to be used, first insert the key into the lock 106, then rotate the lock 106 180 degrees with the key, thereby causing the inner rotating buckle plate 107 to rotate 180 degrees, so that the inner rotating buckle plate 107 moves away from the outer side of the inner locking block 108 of the two upper lids 103. Then the two upper lids 103 can be opened, and the pull ring 115 and the connecting pin 118 can be pulled outward, so that the side guide post 116 slides along the axial groove 113, and the inner spring 117 is compressed. Then the side guide post 116 and the connecting pin 118 are rotated 90 degrees, so that the side guide post 116 enters the radial groove 114, at which point the inner spring... Spring 117 remains compressed, and connecting pin 118 remains retracted. Then, module compartment 109 is placed into outer box 101. The bottom connecting hole 119 of module compartment 109 is aligned with the bottom connecting post 120 and inserted. At this time, side connecting hole 121 is aligned with mounting hole 111. Then, connecting pin 118 is rotated 90 degrees so that side guide post 116 moves from radial groove 114 to axial groove 113. Then, inner spring 117 returns, so that connecting pin 118 is inserted into side connecting hole 121, completing the installation of module compartment 109. Items can then be placed into each module compartment 109. Cover the compartment cover 110, then close the two upper covers 103 and rotate the lock 106 180 degrees.

[0054] When the inner placement box 401 is needed, remove all the module compartments 109 inside the outer box 101 and place the inner placement box 401 into the outer box 101. When the inner placement box 401 is needed for camping, remove the inner placement box 401 from the outer box 101 and place it on the ground. Drive the ground pegs 405 into the ground. Then, install the combination connecting post 402 on the inner placement box 401 through threaded connection. Install multiple combination connecting posts 402 through lotus thread connection. Then, install the top block 403 on the top of the uppermost combination connecting post 402. Install both ends of the pull rope 404 on the ground pegs 405 and the top block 403 respectively. Then, set up the tarpaulin outside the pull rope 404.

[0055] The mobile motor 301 drives the motor bevel gear 302 to rotate, which in turn drives the side bevel gear 305, gear shaft 303 and side gear 306 to rotate. The side gear 306 drives the walking gear 308 and walking wheel 307 to rotate, thereby enabling the external housing 101 to move.

[0056] When the folding mechanism is in the retracted state, the guide post 207 is located at the top of the fixed plate 206, the upper rotating ring 203 is in contact with the outer housing 101, the lower surface of the seat plate 216 is in contact with the inner surface of the seat plate seat 215, the seat plate 216 is located in the seat plate groove 212, the outer surface of the seat plate seat 215 is in contact with the lower surface of the flip plate 209, the flip plate 209 is in contact with the outer housing 101, the connecting pin 118 of the pin module in the fixed seat 214 is inserted into the suspension hole 220, and the upright rotating rod 202 is located in the placement groove 211 and the ventilation groove 217.

[0057] When a user needs to sit, first, remove the connecting pin 118 of the pin module inside the fixed seat 214, rotate the flip plate 209 90 degrees so that the bottom wheel 210 contacts the ground, then remove the connecting pins 118 of the two pin modules on the flip plate 209 from the adjustment hole 219, rotate the seat 215 counterclockwise 270 degrees so that the seat 215 is perpendicular to the flip plate 209, then insert the connecting pins 118 of the two pin modules on the flip plate 209 back into the adjustment hole 219 to fix the seat 215, then remove the connecting pins 118 of the two pin modules on the seat 215 from the adjustment hole 218, and then rotate the seat 216. At ninety degrees, insert the connecting pins 118 of the two pin modules on the seat 215 into the adjustment hole 218 to fix the seat 216. Then pull the upright rotating rod 202 outward. The upright rotating rod 202 rotates relative to the lower rotating ring 201, the fixed seat 214 rotates relative to the lower rotating ring 201, the upper rotating ring 203 slides along the upright rotating rod 202, the guide column 207 slides along the fixed plate 206, and the upper sliding rotating rod 205 rotates relative to the upper rotating ring 203. The user sits on the seat 216 and holds the grip column 208. By rotating the grip column 208, the external box 101 can be rotated relative to the bottom turntable 213 for turning. The turning range is limited by the limit block 310.

[0058] The above description is only a preferred embodiment of the present invention, but the scope of protection of the present invention is not limited thereto. Any equivalent substitutions or modifications made by those skilled in the art within the technical scope of the present invention based on the technical solution and inventive concept of the present invention should be covered within the scope of protection of the present invention.

Claims

1. A deformable, multi-scenario adaptable modular smart bag, comprising an outer box (101) and a box mechanism for placing items, characterized in that: The outer casing (101) is provided with a folding mechanism for switching usage modes and a moving mechanism for moving. The housing mechanism includes multiple modular compartments (109) placed inside an outer housing (101). Multiple mounting holes (111) are provided on the side of the outer housing (101). The modular compartments (109) are fixed to the outer housing (101) by pin modules provided in the mounting holes (111). The pin module includes a fixing pin housing (112). The fixing pin housing (112) is provided with an axial groove (113) and a radial groove (114). A connecting pin (118) is provided inside the fixing pin housing (112). A pull ring (115) is provided on the top of the connecting pin (118). A side guide post (116) is fixedly installed on the side of the connecting pin (118). The side guide post (116) slides along the axial groove (113) and the radial groove (114). An inner spring (117) is provided between the connecting pin (118) and the fixing pin housing (112). When the module compartment (109) is not placed inside the outer box (101), an inner placement box (401) is placed inside the outer box (101). Multiple combination connecting columns (402) are placed inside the inner placement box (401). A hole is provided below the combination connecting column (402), and an internal thread is provided inside the hole. An external thread matching the internal thread in the bottom hole is provided at the top of the combination connecting column (402). A top block (403), multiple pull ropes (404), and multiple ground nails (405) are also placed inside the inner placement box (401). An internal thread is provided below the top block (403).

2. The modular smart bag that is deformable and adaptable to multiple scenarios according to claim 1, characterized in that: The enclosure mechanism also includes two upper enclosure covers (103) that are rotatably mounted on the outer enclosure (101) via hinges (102). An inner locking block (108) is provided on the inner side of the upper enclosure cover (103). A lock (106) is rotatably mounted on the outer enclosure (101). A keyhole is provided on the lock (106). An inner rotating buckle plate (107) is fixedly mounted on the lock (106). A handle frame (104) is fixedly mounted on the outer enclosure (101). A handle (105) is rotatably mounted on the handle frame (104).

3. The modular smart bag that is deformable and adaptable to multiple scenarios according to claim 2, characterized in that: The housing mechanism also includes multiple bottom connecting posts (120) set on the bottom surface of the outer housing (101), bottom connecting holes (119) are provided at the bottom of the module housing (109), and a housing cover (110) is provided on the top of the module housing (109). During installation, the bottom connecting posts (120) are inserted into the bottom connecting holes (119), and side connecting holes (121) are provided on the side of the module housing (109). The connecting pin (118) of the pin module is inserted into the side connecting holes (121).

4. The modular smart bag that can deform and adapt to multiple scenarios according to claim 1, characterized in that: The folding mechanism includes a bottom turntable (213) rotatably mounted on an outer housing (101), a flip plate (209) rotatably mounted on the bottom turntable (213), a plurality of bottom wheels (210) rotatably mounted below the flip plate (209), and a placement groove (211) and a seat groove (212) provided on the flip plate (209).

5. A modular smart bag that can deform and adapt to multiple scenarios according to claim 4, characterized in that: The folding mechanism also includes a seat (215) rotatably mounted on a flip plate (209), a seat (216) rotatably mounted on the seat (215), and a ventilation groove (217) provided on the seat (216).

6. The modular smart bag that is deformable and adaptable to multiple scenarios according to claim 5, characterized in that: The folding mechanism also includes four adjustment holes (218) located below the ventilation groove (217). Two pin modules are also provided on the seat (215). The fixing shell (112) is fixedly installed on the seat (215). When in use, the connecting pins (118) of the two pin modules on the seat (215) are inserted into the two adjustment holes (218) of the ventilation groove (217).

7. A modular smart bag that can deform and adapt to multiple scenarios according to claim 6, characterized in that: The folding mechanism also includes a fixed seat (214) fixedly installed on the outer box (101), a hanging hole (220) is provided on the flip plate (209), a pin module is also provided in the fixed seat (214), and a fixed pin shell (112) is fixedly installed in the fixed seat (214). When the flip plate (209) is in the retracted state, the upper surface of the flip plate (209) contacts the outer box (101), and the connecting pin (118) of the pin module in the fixed seat (214) is inserted into the hanging hole (220).

8. A modular smart bag that can deform and adapt to multiple scenarios according to claim 7, characterized in that: The folding mechanism also includes four adjustment holes (219) on the seat (215) and four pin modules on the flip plate (209). The fixing pin (112) is fixedly installed on the flip plate (209). When in use, the connecting pin (118) of the pin module on the flip plate (209) is inserted into the two adjustment holes (219). When the seat (215) is in the folded state, the outer surface of the seat (215) is in contact with the small surface of the flip plate (209). When the seat (215) is in the use state, the seat (215) is perpendicular to the flip plate (209).

9. A modular smart bag that can deform and adapt to multiple scenarios according to claim 8, characterized in that: The folding mechanism further includes a lower rotating ring (201) rotatably mounted on the outer housing (101), a vertical rotating rod (202) fixedly mounted on the lower rotating ring (201), an upper rotating ring (203) slidably mounted on the vertical rotating rod (202), a hand grip post (208) fixedly mounted on the vertical rotating rod (202), two fixed plates (206) fixedly mounted on the outer housing (101), a sliding groove provided on the fixed plate (206), a guide post (207) slidably mounted in the sliding groove of the fixed plate (206), an upper sliding rotating rod (205) rotatably mounted on the guide post (207), the upper sliding rotating rod (205) rotatably mounted with the upper rotating ring (203), a lower rotating plate (204) rotatably mounted on the upper rotating ring (203), and the lower rotating plate (204) rotatably mounted with the outer housing (101).

10. A modular smart bag that is deformable and adaptable to multiple scenarios according to claim 1, characterized in that: The moving mechanism includes a moving motor (301) fixedly mounted on an outer housing (101), a motor bevel gear (302) fixedly mounted on the motor shaft of the moving motor (301), a protective shell (304) fixedly mounted on the outer housing (101), a gear shaft (303) rotatably mounted on the outer housing (101), and a side bevel gear (305) and a side gear (306) fixedly mounted on the gear shaft (303). The motor bevel gear (302) and the side bevel gear (305) are positioned... Inside the protective housing (304), the side bevel gear (305) meshes with the motor bevel gear (302). Multiple four-wheeled wheels (307) are rotatably mounted on the outer housing (101). Two of the wheels (307) are fixedly mounted with a walking gear (308). The walking gear (308) meshes with the side gear (306). A limit block (310) is fixedly mounted on the outer housing (101). A battery (309) for powering the mobile motor (301) is provided on the outer housing (101).

Images