Portable recuperating medicine box

Abstract

The invention relates to the technical field of application of recuperating medicine boxes, in particular to a portable recuperating medicine box which comprises a tool storage layer and a medicine storage layer, the tool storage layer of the portable recuperating medicine box plays a role of a'logistics center 'in the recuperating medicine box, and tool grids and cup grooves are formed in the tool storage layer at the same time; the two requirements of'recuperating equipment 'and'medicine taking and water drinking' are integrated on the same horizontal level. The tool grid is a square deep cavity and exactly contains the tool carrying box, and the tool carrying box can be integrally drawn out and independently carried, so that required instruments only need to be placed in the box at one time before going out, repeated rummaging is not needed during subsequent multiple times of going out, and omission is avoided. The cup groove is located beside the tool grid, a user can directly take the cup and take medicine on the same side after completing operations such as blood pressure measurement and blood sugar measurement, the moving line is shortened, and the risk of instrument pollution caused by walking back and forth is reduced. Positioning sleeves are reserved at the four corners of the top face of the tool storage layer, and an inserting reference is provided for the upper medicine storage layer.

Description

Technical Field

[0001] This invention relates to the field of medical kit application technology, specifically a portable medical kit. Background Technology

[0002] With the rapid expansion of home-based health care, chronic disease management, and mobile healthcare scenarios, traditional medical models, centered on "treating illness," are struggling to meet people's urgent need for integrated health services encompassing "prevention, conditioning, and rehabilitation." Especially in natural disasters or outdoor settings, medical resources are often difficult to access quickly. Against this backdrop, a portable first-aid kit for health and wellness has emerged.

[0003] However, existing portable medical kits have certain drawbacks. They completely separate the "instrument area" from the "medication area," sometimes even requiring a separate water bottle. After measuring blood pressure / blood sugar, users must walk back and forth to find water, a cup, and medication, extending their travel time and increasing the risk of contaminating unpacked instruments like lancets and cuffs during transport. Furthermore, existing portable medical kits use a "one-piece injection molding" or "zippered soft-pack" structure, with the number and height of layers fixed at the factory. For short trips of 1-2 days, this means carrying a whole kit but only using one layer, resulting in wasted space and weight. Existing portable medical kits lack individual compartments with separate drawers and labels for each medication. Non-professional caregivers face a "pil of medications" and must rummage through them, significantly increasing the risk of missed doses, incorrect dosages, or mis-dosing. Summary of the Invention

[0004] To address the problems in the prior art, the present invention provides a portable medical kit.

[0005] The technical solution adopted by this invention to solve its technical problem is: a portable medical kit, comprising a tool storage layer and a medicine storage layer. The cross-sectional size of the medicine storage layer is square, just like the overall size of the tool storage layer, and the cross-sectional size of the medicine storage layer is the same as that of the tool storage layer. A support base is installed at the bottom of the tool storage layer. Several medicine storage layers are stacked on top of the tool storage layer. Separable connecting structures are provided between the tool storage layer and its adjacent top medicine storage layer, as well as between two adjacent medicine storage layers. The identical square cross-sectional size makes... When the tool storage layer and the medicine storage layer are stacked vertically, they form a continuous rectangular outline, avoiding space waste caused by staggered steps. At the same time, the fasteners of the connecting structure are evenly stressed, preventing off-center loading and loosening. The bottom support is fixed to the bottom of the tool storage layer with bolts, which concentrates the load of the rollers and support legs to the four corners of the tool storage layer, forming a "four-point support" stable surface and preventing it from being suspended and tilting. The separable connecting structure adopts a dual system of fasteners and positioning legs / positioning sleeves. The fasteners provide vertical pre-tightening, while the positioning legs and positioning sleeves provide horizontal shearing limits. The two work together to ensure that the tool storage layer and the medicine storage layer neither shift nor separate during movement.

[0006] The tool storage layer has a tool compartment and a cup slot on one side. The tool compartment contains a tool carrying box for storing therapeutic tools, and the cup slot contains a cup holder. The openings of the tool compartment and the cup slot are aligned, allowing the user to complete the actions of "taking tools, testing, taking cups, and taking medicine" with one hand.

[0007] The medicine storage layer has several medicine compartments on one side, and each medicine compartment has a pull-out medicine drawer.

[0008] Preferably, the base includes two base frames and a pull rod. The two base frames are fixed to the bottom ends of the tool storage layer by bolts. A rod sleeve is fixed on each of the two base frames. The pull rod is horizontally fixed to the bottom of the two base frames through the rod sleeve. The pull rod consists of two telescopic rods and a handle, and the whole is in the shape of a "U".

[0009] Preferably, the base frame near the handle of the pull rod is equipped with a support leg, and the other base frame is equipped with wheels. The base of this portable medical kit consists of two base frames, a pull rod, support legs, and wheels. When the support legs and wheels are on the ground simultaneously, the kit enters a "static mode," with the support legs forming a high-friction fulcrum. When the user pulls the pull rod, the support legs lift off the ground, and the kit enters a "dragging mode," transferring all the load to the wheels. At this time, the U-shaped arms of the pull rod become telescopic rods, which can be pulled out step by step, reducing the angle between the pulling force direction and the vertical line of the center of gravity, making dragging easier. When the pull rod is retracted, it lies completely inside the rod sleeve and does not protrude from the bottom surface of the base frame, ensuring that the kit can still be stacked stably when in a vehicle or warehouse.

[0010] Preferably, the tool carrying case includes a box body, which is a cabinet structure with an opening at the top. The size of the box body is adapted to the tool compartment. The top of the box body has a double-opening lid, and a fixed handle is installed at one end of the box body. The independent design of the tool carrying case means that the "testing scene" is no longer restricted by the location of the medicine box.

[0011] Preferably, the cup holder includes a stopper plate, fixed retaining rods, and push-pull retaining rods. Both the stopper plate and the cup groove have circular cross-sections, and the cross-section of the stopper plate is adapted to the cross-section of the cup groove. The stopper plate is fixed at the opening of the cup groove. Several fixed retaining rods are horizontally fixed on the side of the stopper plate near the inside of the cup groove, and the distance between two adjacent fixed retaining rods is the same. The several fixed retaining rods are arranged in a semi-enclosed manner. Push plates are slidably fitted on the several fixed retaining rods. Several push-pull retaining rods are horizontally fixed on the side of the push plates away from the stopper plate, and the distance between two adjacent push-pull retaining rods is the same. The length of the push-pull retaining rods is the same as the length of the fixed retaining rods. The several push-pull retaining rods are arranged in a semi-enclosed manner, and the several push-pull retaining rods and the several fixed retaining rods form a fully enclosed space where cups can be placed horizontally. A pull plate is fixed to the end of the several push-pull retaining rods away from the stopper plate.

[0012] Preferably, the cup groove has an internal thread near its edge, and the stopper plate has an external thread that matches the internal thread of the cup groove. The stopper plate is threaded into the cup groove, and a rotating handle is fixed on the side of the stopper plate away from the fixed rod.

[0013] Preferably, the cross-sectional size of the medicine drawer is adapted to the cross-sectional size of the medicine compartments. The medicine drawer contains several partitions, dividing the interior into several independent spaces. A handle is installed on the front panel of the drawer on the side outside the medicine compartments. Above the handle, a label slot for attaching sticky notes is provided on one side of the front panel. The interior of the medicine drawer is divided into a matrix of medicine compartments by the partitions, with no interconnections between compartments. Even if a glass bottle breaks, the glass shards are confined within a single compartment, preventing them from scratching adjacent medicines. The label slot on the front panel allows for the insertion of handwritten or printed labels.

[0014] Preferably, the inner walls of both sides of the medicine compartment are horizontally fixed with outer rails, and the two sides of the medicine drawer are horizontally fixed with inner rails. The inner rails are horizontally pulled out and fitted into the outer rails, and ball bearings are provided between the inner rails and the outer rails.

[0015] Preferably, the connection structure between the tool storage layer and the medicine storage layer, as well as the connection structure between the medicine storage layers, all adopt fasteners. Folding handles are installed at the center of both ends of several medicine storage layers. The tool storage layer and the bottom medicine storage layer, as well as adjacent medicine storage layers, are reversibly locked together using fasteners. The male and female fasteners are fixed to the mating edges of the layers, forming an "edge lock." When the fasteners are engaged, the layers are pre-tightened vertically, making the entire stack of boxes like a solid piece, preventing vertical misalignment when pushed, pulled, or lifted. When the fasteners are disengaged, the layers are no longer constrained vertically, allowing the medicine storage layers to...

[0016] Preferably, the tool storage layer and several medicine storage layers are provided with grooves at the top, and each groove is equipped with a foldable hidden handle. Positioning sleeves are fixed at the four corners of the grooves. Positioning legs are fixed at the four corners of the bottom of each medicine storage layer. The positions of the positioning legs correspond to the positions of the positioning sleeves. A foldable hidden handle is provided in the groove of the top medicine storage layer. When multiple layers are stacked, the handle is embedded in the groove, and the layers are kept in face-to-face contact. When it is necessary to cross stairs, enter elevators, or get on or off ambulances, simply flip open the hidden handle to lift the entire stack of boxes vertically.

[0017] The beneficial effects of this invention are:

[0018] (1) In this invention, the tool storage layer of the portable medicine box plays the role of the "logistics hub" in the medicine box. It is equipped with both tool compartments and cup slots, integrating the two major needs of "medication equipment" and "medication and drinking water" at the same level. The tool compartment is a square deep cavity that can just accommodate the tool carrying box. The tool carrying box can be pulled out as a whole and carried separately. Therefore, before going out, you only need to put the required equipment into the box once. You do not need to search for it repeatedly when going out, thus avoiding omissions. The cup slot is located next to the tool compartment. After completing operations such as measuring blood pressure and blood sugar, the user can directly take the cup and take the medicine from the same side, shortening the movement and reducing the risk of equipment contamination caused by walking back and forth. The top surface of the tool storage layer has positioning sleeves at the four corners, providing a reference for the insertion of the upper medicine storage layer.

[0019] (2) In this invention, the tool storage layer and the bottom medicine storage layer of the portable medicine box are reversibly locked together by fasteners, as are the adjacent medicine storage layers. The male and female fasteners are fixed to the connecting frame edges of the layers to form a "frame edge lock". When the fasteners are engaged, the layers are pre-tightened vertically, making the entire box like a "solid piece of material" and preventing vertical misalignment when pushed, pulled or lifted. When the fasteners are disengaged, the layers are no longer constrained vertically, and the medicine storage layers can be opened. This detachable separation mechanism offers three major advantages: First, the number of medication storage layers can be flexibly increased or decreased depending on the number of days of recuperation, avoiding the redundant burden of "carrying a whole box but only using half"; second, different illnesses or family members can have their own dedicated medication storage layers, which can be simply replaced upon returning home, achieving "one layer per person, one plan per layer," preventing mixing; third, in emergencies, the entire medication section can be removed and handed over to medical staff at once, while the tools remain with the patient for other operations, achieving "items go with the person, layered transfer." The combination of buckles and positioning sleeves makes the fixation between the tool storage layer and the bottom medication storage layer, as well as between adjacent medication storage layers, more secure, making the recuperation medicine box more stable overall. At the same time, the combination of buckles and positioning sleeves also facilitates disassembly and assembly, truly upgrading the recuperation medicine box from "fixed capacity" to "flexible configuration."

[0020] (3) In this invention, the base of the portable medicine box consists of two base frames, a pull rod, support legs, and rollers. When the support legs and rollers are on the ground at the same time, the box enters the "static mode". The support legs form a high friction fulcrum to prevent it from sliding on slopes or in bus carriages. When the user pulls the pull rod, the support legs leave the ground and the box enters the "dragging mode". All the load is transferred to the rollers. At this time, the U-shaped arms of the pull rod are telescopic rods that can be pulled out step by step, reducing the angle between the pulling force direction and the vertical line of the center of gravity, making dragging easier. After the pull rod is retracted, it lies completely inside the rod sleeve and does not protrude from the bottom surface of the base frame, ensuring that the box can still be stacked stably when in a vehicle or in a warehouse. The top-level medicine storage layer features a recessed groove with a foldable, hidden handle. When multiple layers are stacked, the handle is embedded in the groove, ensuring a face-to-face fit between layers and preventing swaying caused by the handle pushing up gaps. When crossing stairs, entering elevators, or getting on or off ambulances, simply flip open the hidden handle to lift the entire stack vertically. At this point, the positioning legs and positioning sleeves form an "internal pillar" that locks each layer together. Thus, the base solves the "horizontal movement" problem, and the hidden handle solves the "vertical transport" problem, together achieving a seamless carrying experience with "one-tug-one-lift."

[0021] (4) In this invention, each medicine storage layer of the portable medicine box has several medicine compartments on one side. Each medicine compartment is supported by a three-section silent slide rail consisting of an outer rail, ball bearings, and an inner rail, forming an independent storage unit of "one compartment, one drawer; one medicine, one space". The inside of the medicine drawer is divided into a matrix of medicine compartments by partitions, with no connection between compartments. Even if a glass bottle breaks, the glass shards are confined to a single compartment and will not scratch adjacent medicines. A label slot is provided on the front panel of the drawer for inserting handwritten or printed labels. Because each medicine drawer is divided into a matrix of medicine compartments by partitions, similar medicines can be placed in separate drawers according to "morning, noon, evening" or "before and after meals"; different types of medicines can be placed in layers according to "cardiovascular, endocrine, and external medications". The ball bearings provide smooth damping when pulling out the drawer. The combination of multiple drawers, dividers, and labels makes the location of medicines within the box clearly visible, allowing any non-professional caregiver to find the target medication in the shortest time, significantly reducing the risk of accidental or missed doses. Attached Figure Description

[0022] The present invention will be further described below with reference to the accompanying drawings and embodiments.

[0023] Figure 1 This is a schematic diagram of the overall structure of the present invention.

[0024] Figure 2 This is a schematic diagram of the base structure of the present invention.

[0025] Figure 3 This is a schematic diagram of the tool storage layer structure of the present invention.

[0026] Figure 4 This is a schematic diagram of the tool carrying case of the present invention.

[0027] Figure 5 This is a schematic diagram of the cup holder structure of the present invention.

[0028] Figure 6 This is a schematic diagram of the drug storage layer structure of the present invention.

[0029] Figure 7 This is a schematic diagram of the drug drawer structure of the present invention.

[0030] Figure 8 for Figure 7 Enlarged view of details in area A.

[0031] In the diagram: 1. Base; 101. Base frame; 102. Support leg; 103. Roller; 104. Rod sleeve; 105. Pull rod; 2. Tool storage layer; 201. Tool compartment; 202. Cup slot; 3. Tool carrying box; 301. Box body; 302. Box lid; 303. Fixed handle; 4. Cup holder; 401. Stopper plate; 402. Fixed rail; 403. Push plate; 404. Push-pull rail; 405. Pull plate; 406. Rotary handle; 5. Medicine storage layer; 501. Medicine compartment; 502. Positioning leg; 6. Groove; 601. Hidden handle; 602. Positioning sleeve; 7. Medicine drawer; 701. Divider; 702. Handle; 703. Label slot; 704. Outer rail; 705. Ball bearing; 706. Inner rail; 8. Folding handle; 9. Buckle. Detailed Implementation

[0032] To make the technical means, creative features, objectives and effects of this invention easier to understand, the invention will be further described below in conjunction with specific embodiments.

[0033] like Figures 1-8 As shown, the portable medicine box of the present invention includes a tool storage layer 2 and a medicine storage layer 5. The cross-sectional size of the medicine storage layer 5 is the same as that of the tool storage layer 2, both being square. A base 1 for support is installed at the bottom of the tool storage layer 2. Several medicine storage layers 5 are stacked on top of the tool storage layer 2. Separable connecting structures are provided between the tool storage layer 2 and its adjacent top medicine storage layer 5, as well as between two adjacent medicine storage layers 5. The identical square cross-sectional dimensions ensure that the tool storage layer 2 and medicine storage layers 5 form a continuous rectangular outline when vertically stacked, avoiding space waste caused by staggered steps. This also ensures that the buckles 9 of the connecting structures are evenly stressed, preventing off-center loading and loosening. The base 1 is fixed to the tool storage layer 2 by bolts. At the bottom of tool storage layer 2, the load of rollers 103 and support legs 102 is concentrated and transferred to the four corners of tool storage layer 2, forming a "four-point support" stable surface to avoid suspension and tilting. The separable connection structure adopts a dual system of buckle 9 and positioning legs 502 / positioning sleeves 602. Buckle 9 provides vertical pre-tightening, and positioning legs 502 and positioning sleeves 602 provide horizontal shearing limit. The two work together to ensure that tool storage layer 2 and medicine storage layer 5 are neither misaligned nor separated during movement, realizing rapid modular expansion of "one-second layer disassembly and one-second layer assembly". The separable connection structure upgrades the traditional "fixed integrated box" to "flexible modular stacking", which not only ensures the overall rigidity after combination, but also realizes "selecting layers as needed" before going out and "matching the right place" after returning home, solving the pain points of multiple family members and multiple courses of medicine mixed storage, which are prone to errors and excessive redundant load.

[0034] The tool storage layer 2 has a tool compartment 201 and a cup slot 202 on one side. The tool compartment 201 contains a tool carrying box 3 for storing medical tools. The cup slot 202 contains a cup holder 4. The openings of the tool compartment 201 and the cup slot 202 are in the same direction. The user can complete the actions of "taking tools - testing - taking cup - taking medicine" with one hand. In practical applications, a latch combination or other structure that can lock the tool carrying box 3 in the tool compartment 201 should be installed on the outside of the tool storage layer 2 and on the tool carrying box 3.

[0035] The medicine storage layer 5 has several medicine compartments 501 on one side, and each medicine compartment 501 has a pull-out medicine drawer 7. In practical applications, the medicine drawer 7 can be fixed in a suitable way according to actual needs. If the medicine box is made of plastic and is small in size and light in weight, a magnet can be installed at one end of the medicine drawer 7 located in the medicine compartment 501, and a corresponding magnet can be installed at one end inside the medicine compartment 501. The magnetic force can be used to prevent the medicine drawer 7 from sliding out of the medicine compartment 501. If the medicine box is large and the medicine drawer 7 cannot be fixed by magnets, a combination of latches and other locking structures can be installed on the outside of the medicine storage layer 5 near the medicine compartment 501 and on the outside of the medicine drawer 7.

[0036] A further improvement in this embodiment is that the base support 1 includes two base frames 101 and a pull rod 105. The two base frames 101 are fixed to the bottom ends of the tool storage layer 2 by bolts. Each of the two base frames 101 is fixed with a rod sleeve 104. The pull rod 105 is horizontally fixed to the bottom of the two base frames 101 by the rod sleeve 104. The pull rod 105 consists of two telescopic rods and a handle, and the whole is in the shape of a "U". In practical applications, the pull rod 105 is selected from the existing luggage pull rod, which can be infinitely positioned for telescopic extension.

[0037] A further improvement in this embodiment is that the bottom of the base 101 near the handle of the pull rod 105 is equipped with a support leg 102. The support leg 102 is made of rubber, forming a high-friction fulcrum to prevent it from sliding on slopes or inside the vehicle. The bottom of the other base 101 is equipped with a roller 103. The base 1 of this portable medical kit consists of two bases 101, a pull rod 105, a support leg 102, and a roller 103. When the support leg 102 and the roller 103 are on the ground at the same time, the kit enters a "static mode". The support leg 102 forms a high-friction fulcrum to prevent it from sliding on slopes or inside the vehicle. When the user pulls the pull rod 105, the support leg 102 leaves the ground, and the kit enters a "dragging mode". All the load is transferred to the roller 103. At this time, the U-shaped arms of the pull rod 105 are telescopic rods that can be pulled out step by step, reducing the angle between the pulling force direction and the vertical line of the center of gravity, making dragging easier. After the pull rod 105 is retracted, it lies completely inside the rod sleeve 104 and does not protrude from the bottom surface of the base frame 101, ensuring that the box can still be stacked stably when in a vehicle or in a warehouse.

[0038] A further improvement in this embodiment is that the tool carrying box 3 includes a box body 301, which is a cabinet structure with an opening at the top. The box body 301 is adapted to the size of the tool compartment 201. The top of the box body 301 is provided with a double-opening box lid 302. A fixed handle 303 is installed at one end of the box body 301. The independent design of the tool carrying box 3 makes the "testing scene" no longer restricted by the position of the medicine box. In practical applications, the two box lids 302 of the tool carrying box 3 should be equipped with locks to ensure that the tool carrying box 3 will not be accidentally opened when carried.

[0039] A further improvement in this embodiment is that the cup holder 4 includes a stopper plate 401, fixed support rods 402, and push-pull support rods 404. Both the stopper plate 401 and the cup groove 202 have circular cross-sections, and the cross-section of the stopper plate 401 is adapted to the cross-section of the cup groove 202. The stopper plate 401 is fixed at the opening of the cup groove 202. Several fixed support rods 402 are horizontally fixed to the side of the stopper plate 401 near the inside of the cup groove 202, and the distance between adjacent fixed support rods 402 is the same. The several fixed support rods 402 are arranged in a semi-enclosed manner. A push plate 403 is slidably fitted on the support rod 402. Several push-pull support rods 404 are horizontally fixed on the side of the push plate 403 away from the stopper plate 401, and the distance between two adjacent push-pull support rods 404 is the same. The length of the push-pull support rods 404 is the same as the length of the fixed support rod 402. The several push-pull support rods 404 are arranged in a semi-enclosed manner, and the several push-pull support rods 404 and the several fixed support rods 402 form a fully enclosed space where a cup can be placed horizontally. A pull plate 405 is fixed to the end of the several push-pull support rods 404 away from the stopper plate 401.

[0040] A further improvement in this embodiment is that the cup groove 202 is provided with an internal thread near the edge, and the plug plate 401 is provided with an external thread that matches the internal thread of the cup groove 202 on its periphery. The plug plate 401 is threadedly fitted into the cup groove 202, and a rotating handle 406 is fixed on the side of the plug plate 401 away from the fixed rod 402.

[0041] A further improvement in this embodiment is that the cross-sectional size of the medicine drawer 7 is adapted to the cross-sectional size of the medicine compartment 501. The medicine drawer 7 has several partitions 701 inside, dividing the interior into several independent spaces. A handle 702 is installed on the side of the front panel of the medicine drawer 7 outside the medicine compartment 501. Above the handle 702, a label slot 703 for attaching sticky notes is provided on one side of the front panel of the medicine drawer 7. The interior of the medicine drawer 7 is divided into a matrix of medicine storage compartments by the partitions 701, with no interconnections between compartments. Even if a glass bottle breaks, the glass shards are confined to a single compartment and will not scratch adjacent medicines. The label slot 703 on the front panel of the drawer allows for the insertion of handwritten or printed labels. Because each medicine drawer 7 is divided into a matrix of medicine storage compartments by the partitions 701, similar medicines can be arranged in separate drawers according to "morning, noon, evening" or "before and after meals"; different types of medicines can be arranged in layers according to "cardiovascular, endocrine, and external medications". The 705 ball bearing provides smooth, damped sliding during drawer opening. The combination of multiple drawers, dividers, and labels ensures that medications are clearly located within the box, allowing even non-professional caregivers to find their target medications quickly, significantly reducing the risk of accidental or missed doses.

[0042] A further improvement in this embodiment is that outer rails 704 are horizontally fixed on both sides of the inner wall of the medicine compartment 501, and inner rails 706 are horizontally fixed on both sides of the medicine drawer 7. The inner rails 706 are horizontally pulled out and fitted into the outer rails 704, and ball bearings 705 are provided between the inner rails 706 and the outer rails 704.

[0043] A further improvement in this embodiment is that the connection structure between the tool storage layer 2 and the medicine storage layer 5, as well as the connection structure between the medicine storage layers 5, both adopt fasteners 9. Folding handles 8 are installed at the middle of both ends of several medicine storage layers 5. The tool storage layer 2 and the bottommost medicine storage layer 5, as well as adjacent medicine storage layers 5, are reversibly locked together by fasteners 9. The male and female fasteners of the fasteners 9 are respectively fixed to the mating edges of the layers, forming a "frame edge lock." When the fasteners 9 are engaged, the layers are pre-tightened vertically, making the entire stack of boxes like a "solid piece of material," preventing vertical misalignment when pushed, pulled, or lifted. When the fasteners 9 are disengaged, the layers are no longer constrained vertically, allowing the medicine storage layers 5 to... This detachable separation mechanism offers three major advantages: First, the number of medication storage layers 5 can be flexibly increased or decreased depending on the number of days of recuperation, avoiding the redundant burden of "carrying a whole box but only using half"; second, different illnesses or family members can have their own dedicated medication storage layers 5, which can be simply replaced upon returning home, achieving "one layer per person, one plan per layer," preventing mixed storage; third, in emergencies, the entire medication section can be removed and handed over to medical staff at once, while the tools remain with them for other operations, achieving "items go with people, layered transfer." The combination of the buckle 9 and the positioning sleeve 602 makes the fixation between the tool storage layer 2 and the bottom medication storage layer 5, as well as between adjacent medication storage layers 5, more secure, making the recuperation medicine box more stable overall. At the same time, the combination of the buckle 9 and the positioning sleeve 602 also facilitates disassembly and assembly, truly upgrading the recuperation medicine box from "fixed capacity" to "flexible configuration."

[0044] A further improvement in this embodiment is that the tool storage layer 2 and several medicine storage layers 5 are all provided with grooves 6 at their tops. Each groove 6 has a foldable hidden handle 601 installed in its center. Each groove 6 has a positioning sleeve 602 fixed at its four corners. Each medicine storage layer 5 has a positioning leg 502 fixed at its bottom four corners. The position of the positioning leg 502 corresponds to the position of the positioning sleeve 602. The groove 6 of the top medicine storage layer 5 is provided with a foldable hidden handle 601. When multiple layers are stacked, the handle is embedded in the groove 6, and the layers are kept in a face-to-face fit, so that there will be no "handle lifting the gap" that causes swaying. When it is necessary to cross steps, enter an elevator, or get on or off an ambulance, simply flip open the hidden handle 601 to lift the entire stack of boxes vertically. At this time, the "internal pillar" formed by the positioning leg 502 and the positioning sleeve 602 locks each layer together.

[0045] When using the medicine box, first place it on a flat surface, ensuring that the support legs 102 and rollers 103 at the bottom of the base 1 are on the ground simultaneously, forming a four-point stable support to ensure that the tool storage layer 2 is horizontal. At this time, the tool carrying box 3 inside the tool storage layer 2 has been pre-placed in the tool compartment 201, the lid 302 is open and closed, the fixed handle 303 faces outward, the cup holder 4 is tightened by the threaded engagement of the stopper plate 401 and the cup slot 202, and the push-pull rail 404 and the fixed rail 402 form a fully enclosed space, where the paper cups are neatly stored. Then, according to the user's plan for going out or home recuperation that day, walk to the medicine storage layer 5 area, hold the handle 702 with one hand, and use the outer rail 704, ball bearing 705, and inner rail to access the medicine storage layer 5. The silent slide rail composed of 706 smoothly pulls out the medicine drawer 7. The user quickly checks the medicine information through the label slot 703 and retrieves the required medicine bottle from the independent space divided by the partition 701, completing the "medicine identification-retrieval" action. After retrieving the medicine, the user pushes the medicine drawer 7 back. Then, the user returns to the tool storage layer 2, unscrews the handle 406, unscrews the stopper 401 from the cup slot 202, grasps the pull plate 405 and pulls it outward. The push plate 403 slides along the fixed rail 402, causing the push-pull rail 404 to misalign with the fixed rail 402, bringing the outermost paper cup to the notch. The user lifts the cup vertically, releases it, pushes the push plate 403 back to its original position, and the pull plate 405 pushes the remaining cups back into the fully enclosed space, completing the "clean cup retrieval" process. Then... The stopper plate 401 is screwed back into the cup slot 202; then, the user selects the corresponding number of medicine storage layers 5 according to the number of days of recuperation or the needs of family members, aligns the positioning legs 502 at the bottom four corners of the lower medicine storage layer 5 with the positioning sleeves 602 at the top four corners of the tool storage layer 2, and easily inserts them using the conical self-centering structure, then tightens the buckle 9, the male and female buckles form a horizontal pre-tightening at the frame edge, so that the tool storage layer 2 and the medicine storage layer 5 are locked vertically, repeating the above actions to continue stacking more medicine storage layers 5 upwards, tightening the corresponding buckle 9 after each layer is completed, until the required amount of medicine is reached; then, the hidden handle 601 in the groove 6 of the top medicine storage layer 5 is opened to form a high-strength lifting point, at which point if needed... When crossing steps or getting on and off an ambulance, the entire box can be lifted vertically. For long-distance movement, press the hidden handle 601 to fold it into the groove 6, keeping the top surface flat. Then pull out the pull rod 105 on the base 1. The U-shaped telescopic rod is inside the rod sleeve 104. Adjust the handle height to a position suitable for the user's height. At this time, using the front roller 103 as the fulcrum, lift the support leg 102, and the box enters the dragging mode, which is effortless and stable. Finally, when you reach the destination, put down the support leg 102 to restore the four-point support. Open the corresponding buckle 9 to remove any medicine storage layer 5 for independent use, or take out the tool carrying box 3 for separate testing, realizing continuous treatment throughout the entire process of "box moves with the person, layers are removed as needed, and testing and clothing are synchronized".

[0046] The foregoing has shown and described the basic principles, main features, and advantages of the present invention. Those skilled in the art should understand that the present invention is not limited to the above embodiments. The embodiments and descriptions in the specification are merely illustrative of the principles of the invention. Various changes and modifications can be made to the invention without departing from its spirit and scope, and all such changes and modifications fall within the scope of protection claimed by the present invention. The scope of protection of the present invention is defined by the appended claims and their equivalents.

Claims

1. A portable medical kit comprising a tool storage layer (2) and a medicine storage layer (5), characterized in that: The size of the cross section of the medicine storage layer (5) and the tool storage layer (2) is square structure as a whole, and the size of the cross section of the medicine storage layer (5) is the same as that of the tool storage layer (2), the bottom of the tool storage layer (2) is provided with a bottom support (1) for supporting, the top of the tool storage layer (2) is stacked with a plurality of medicine storage layers (5), and the tool storage layer (2) and the medicine storage layer (5) adjacent to the top thereof and the adjacent two medicine storage layers (5) are provided with separable connecting structures; Wherein, the tool storage layer (2) is provided with a tool compartment (201) and a cup groove (202) on one side, the tool compartment (201) is provided with a tool carrying box (3) for storing recuperation tools, and the cup groove (202) is provided with a cup holder (4); The medicine storage layer (5) is provided with a plurality of medicine compartments (501) on one side, and each medicine compartment (501) is provided with a medicine drawer (7).

2. The portable convalescent kit of claim 1, wherein: The bottom support (1) comprises two bottom frames (101) and a pull rod (105), the two bottom frames (101) are fixed at both ends of the bottom of the tool storage layer (2) by bolts, the two bottom frames (101) are provided with rod sleeves (104), and the pull rod (105) is fixed at the bottom of the two bottom frames (101) by the rod sleeves (104), wherein the pull rod (105) is composed of two telescopic rods and a handle, and the whole is in "U" shape structure.

3. The portable convalescent kit of claim 2, wherein: The bottom frame (101) close to the handle of the pull rod (105) is provided with a supporting leg (102), and the bottom of the other bottom frame (101) is provided with a roller (103).

4. The portable convalescent kit of claim 1, wherein: The tool carrying box (3) comprises a box body (301), the box body (301) is a cabinet structure provided with an opening at the top, the size of the box body (301) is matched with that of the tool compartment (201), the box body (301) is provided with a box cover (302) which is opened at the top, and the box body (301) is provided with a fixed handle (303) at one end.

5. The portable convalescent kit of claim 1, wherein: The cup holder (4) comprises a plug plate (401), fixed surrounding rods (402) and push-pull surrounding rods (404). The cross section of the plug plate (401) and the cup groove (202) is circular structure, and the cross section of the plug plate (401) is matched with the cross section of the cup groove (202). The plug plate (401) is fixed at the slot opening of the cup groove (202). A plurality of fixed surrounding rods (402) are horizontally fixed at one side of the plug plate (401) close to the inside of the cup groove (202), and the distance between adjacent two fixed surrounding rods (402) is the same. The plurality of fixed surrounding rods (402) are semi-surrounded. A plurality of push plates (403) are slidingly connected to the plurality of fixed surrounding rods (402). A plurality of push-pull surrounding rods (404) are horizontally fixed at one side of the plurality of push plates (403) away from the plug plate (401), and the distance between adjacent two push-pull surrounding rods (404) is the same. The length of the push-pull surrounding rods (404) is the same as the length of the fixed surrounding rods (402). The plurality of push-pull surrounding rods (404) are semi-surrounded, and the plurality of push-pull surrounding rods (404) and the plurality of fixed surrounding rods (402) form a full-surrounding space for horizontally placing cups. A plurality of pull plates (405) are fixed at one end of the plurality of push-pull surrounding rods (404) away from the plug plate (401).

6. The portable convalescent kit of claim 5, wherein: The cup groove (202) is provided with an internal thread at the edge. The plug plate (401) is provided with an external thread matched with the internal thread of the cup groove (202). The plug plate (401) is threadedly connected to the cup groove (202). The plug plate (401) is provided with a rotating handle (406) at one side away from the fixed surrounding rods (402).

7. The portable convalescent kit of claim 1, wherein: The medicine drawer (7) is matched with the medicine compartment (501) in size. A plurality of partitions (701) are arranged in the medicine drawer (7). The plurality of partitions (701) divide the medicine drawer (7) into a plurality of independent spaces. A buckle (702) is arranged on one side of the front plate of the medicine drawer (7) and located outside the medicine compartment (501). A label groove (703) is arranged on one side of the front plate of the medicine drawer (7) and located above the buckle (702) for pasting notes.

8. The portable convalescent kit of claim 1, wherein: The medicine compartment (501) is provided with outer rails (704) on the inner walls of both sides. The medicine drawer (7) is provided with inner rails (706) on both sides. The inner rails (706) are horizontally arranged in the outer rails (704). The inner rails (706) and the outer rails (704) are provided with balls (705).

9. The portable convalescent kit of claim 1, wherein: The connection structure of the tool storage layer (2) and the medicine storage layer (5) and the connection structure between the medicine storage layers (5) are all buckles (9). A plurality of medicine storage layers (5) are provided with folding handles (8) at the middle of both ends.

10. The portable convalescent kit of claim 1, wherein: The top of the tool storage layer (2) and the plurality of medicine storage layers (5) are provided with grooves (6). The center of the grooves (6) is provided with foldable hidden handles (601). The four corners of the grooves (6) are provided with positioning sleeves (602). The bottom of the plurality of medicine storage layers (5) is provided with positioning legs (502). The positions of the positioning legs (502) correspond to the positions of the positioning sleeves (602).

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