X-ray fluorescence powder tablet storage box

Abstract

X-ray fluorescence powder tablet storage box, including box, box cover, elastic rubber sealing ring, humidity sensor, transparent partition, drawer, desiccant box, the box is connected with the box cover to form a sealing groove, the sealing groove is adapted to the elastic rubber sealing ring, the elastic rubber sealing ring is connected with the sealing groove, the sealing groove has a rubber strip groove, the elastic rubber sealing ring has a sealing rubber strip, the sealing rubber strip is adapted to the rubber strip groove, the sealing rubber strip is connected with the rubber strip groove, the box has a plurality of inner connecting plates, the box cover has a plurality of outer connecting plates, the outer connecting plates are corresponding to the positions of the inner connecting plates, the outer connecting plates have screw rods, the screw rods pass through the inner connecting plates, the screw rods are connected with nuts through threads, the nuts are attached to the inner connecting plates, the inner wall of the box is connected with S-pole magnetic stickers, the S-pole magnetic stickers are attracted to N-pole magnetic stickers, the N-pole magnetic stickers are connected with the humidity sensor.

Description

Technical Field

[0001] This utility model relates to the field of sample storage equipment technology, and in particular to a powder compression storage box for X-ray fluorescence. Background Technology

[0002] In X-ray fluorescence analysis, powder pressing is a commonly used sample form, and its quality directly affects the accuracy of the analytical results. Humidity is one of the key environmental factors affecting the quality of powder pressing. Currently, the storage of X-ray fluorescence powder pressings mainly uses ordinary sample storage boxes or drying ovens. Ordinary sample storage boxes generally only have basic storage functions, consisting of a simple box and lid, and are mostly made of quartz, plastic, or metal. The internal environment of the box is open to the outside atmosphere, making it impossible to effectively control environmental parameters such as humidity and temperature. Desiccators mainly absorb internal humidity through desiccant to achieve a certain degree of drying storage effect. Although desiccators are universal, they are not advantageous for storing large quantities of powder samples and for drying desiccants. Summary of the Invention

[0003] This invention addresses the aforementioned shortcomings of existing technologies by providing an X-ray fluorescence powder compaction storage box that offers excellent sealing, effectively blocks external humid air, significantly reduces moisture absorption by the powder compaction, ensures stable sample quality, guarantees the accuracy of X-ray fluorescence analysis results, has a reasonable spatial distribution, facilitates convenient handling of the powder compaction, and prevents shaking, squeezing, and collision during storage, thus avoiding sample damage.

[0004] The objective of this utility model is achieved through the following technical solution:

[0005] An X-ray fluorescence powder compression storage box includes a box body, a box lid, an elastic rubber sealing ring, a humidity sensor, a transparent partition, a drawer, and a desiccant box. The box body and the box lid form a sealing groove, which is adapted to the elastic rubber sealing ring. The elastic rubber sealing ring is connected to the sealing groove. The sealing groove has a rubber strip groove, and the elastic rubber sealing ring has a sealing strip, which is adapted to the rubber strip groove and is connected to the rubber strip groove. The box body has multiple inner connecting plates, and the box lid has multiple outer connecting plates. The outer connecting plates are positioned corresponding to the inner connecting plates. The outer connecting plates have screws that pass through the inner connecting plates and are connected to nuts via threads. The nuts are fitted into the inner connecting plates. The inner wall of the box is connected to an S-pole magnet, which attracts an N-pole magnet. The N-pole magnet is connected to the humidity sensor.

[0006] The box described in this utility model has a transparent partition inside to form a placement cavity. The transparent partition has tray grooves on both sides, and the box has trays on both sides. The trays are adapted to the tray grooves and are connected to the tray grooves.

[0007] The drawer of this utility model has sliding plates on both sides, the sliding plates are connected to slide rails, the outer side of the slide rails is connected to the cabinet, the inner side of the slide rails has a slide groove, the slide groove is adapted to the roller, the roller is connected to the slide groove, the roller slides in the slide groove, the roller is connected to the sliding plate through an axle, and the axle is connected to the sliding plate and the roller in sequence. Beneficial effects

[0008] The enclosure of this utility model is made of high-strength metal or engineering plastic, providing good mechanical strength and protective performance. An elastic rubber sealing ring is added at the connection between the enclosure and the lid, providing excellent elasticity and sealing. A sealing strip is added to the outside of the elastic rubber sealing ring to further enhance the sealing effect, effectively preventing humid air from entering the enclosure. This avoids the gradual absorption of moisture from the air by the powder tablets in high-humidity environments, which could alter the physical and chemical properties of the powder tablets. For example, metal powder tablets may rust due to moisture absorption, changing their composition and microstructure, thus causing deviations in X-ray fluorescence analysis results. Furthermore, the enclosure and lid are locked together using screws and nuts. By adjusting the locking force, the sealing reliability is ensured, preventing humid air from entering the enclosure.

[0009] This utility model features a transparent partition inside the housing to form a storage cavity for desiccant. The transparent partition has a breathable mesh with a mesh diameter smaller than that of the desiccant, ensuring that the desiccant absorbs moisture from the housing while preventing it from falling out. The transparent partition also allows for easy observation of the desiccant's moisture absorption, facilitating timely replacement and preventing the desiccant from gradually becoming saturated and affecting the humidity inside the housing. Furthermore, the transparent partition is easily disassembled via a tray and tray groove, increasing the convenience of desiccant replacement.

[0010] This utility model features a multi-layered pull-out drawer inside the box. The drawers can be smoothly pulled out of the box via slide rails for quick access to and from the powder tablets. The drawers adopt a double-layer structure, consisting of an upper and a lower panel. The upper panel has a slot, the shape and size of which are designed according to the specifications of the powder tablets to securely fix them and prevent shaking, squeezing, and collisions during storage. The lower panel has a mesh and a hook plate at the bottom to serve as a support point for hanging the desiccant box. By adding a desiccant box, a dry storage environment is maintained. The lower panel is fixed to the upper panel with screws, making it easy to disassemble and clean up any fallen powder. Humidity sensors are placed in each drawer to monitor the humidity in different layers of the box in real time and accurately.

[0011] This invention features excellent sealing properties, effectively blocking external humid air. By monitoring humidity and replacing the desiccant, it greatly reduces the moisture absorption of the powder tablets, ensuring stable sample quality and accurate X-ray fluorescence analysis results. Furthermore, the spatial distribution is reasonable, making it convenient to handle the powder tablets and preventing shaking, squeezing, and collisions during storage, thus avoiding sample damage. Attached Figure Description

[0012] Figure 1 This is a schematic diagram of the structure of the X-ray fluorescence powder compression storage box described in this utility model.

[0013] Figure 2 This is a schematic diagram of the box and drawer structure described in this utility model.

[0014] Figure 3 This is a cross-sectional view of the structure of the X-ray fluorescence powder compression storage box described in this utility model.

[0015] Figure 4 This is a cross-sectional view of the box and drawer structure described in this utility model.

[0016] Figure 5 This is an exploded view of the drawer, slide rail, and lower shelf structure described in this utility model.

[0017] Figure 6 This is a schematic diagram of the box structure described in this utility model. Detailed Implementation

[0018] The present invention will be further described in detail below with reference to the accompanying drawings and embodiments:

[0019] Example 1:

[0020] A storage box for X-ray fluorescence powder tablets includes a box body 01, a box cover 02, an elastic rubber sealing ring 04, a humidity sensor 07, a transparent partition 14, a drawer 18, and a desiccant box 23. The box body 01 connects to the box cover 02 to form a sealing groove 03, which is adapted to the elastic rubber sealing ring 04. The elastic rubber sealing ring 04 connects to the sealing groove 03. The sealing groove 03 has a rubber strip groove 06, and the elastic rubber sealing ring 04 has a sealing rubber strip 05, which is adapted to the rubber strip groove 06 and connects to the rubber strip groove 06. The box body 01 has multiple inner connecting plates 11, and the box cover 02 has multiple outer connecting plates 10. The outer connecting plates 10 correspond to the inner connecting plates 11 in position. The outer connecting plates 10 have screws 13 that pass through the inner connecting plates 11 and are connected to nuts 12 by threads. The nuts 12 fit against the inner connecting plates 11. The inner wall of the box body 01 is connected to S-pole magnets 0. 9. The S-pole magnet 09 and the N-pole magnet 08 attract each other. The N-pole magnet 08 is connected to the humidity sensor 07. The housing 01 is made of high-strength metal or engineering plastic, which provides good mechanical strength and protection. An elastic rubber sealing ring 04 is added at the connection between the housing and the cover 02. It has good elasticity and sealing performance. A sealing strip 05 is added to the outside of the elastic rubber sealing ring 04 to further enhance the sealing effect. It can effectively prevent the outside humid air from entering the housing. In a high humidity environment, the moisture in the air is gradually absorbed by the powder tablet, which will cause changes in the physical and chemical properties of the powder tablet. For example, the metal powder tablet may rust due to moisture absorption, changing its composition and microstructure, which will lead to deviations in the X-ray fluorescence analysis results. In addition, the housing 01 and the cover 02 are locked and fixed by screws 13 and nuts 12. By adjusting the locking force, the sealing reliability is ensured and the humid air is prevented from entering the housing.

[0021] Example 2:

[0022] The box body 01 of this utility model has a transparent partition 14 inside to form a placement cavity 17. The transparent partition 14 has tray grooves 16 on both sides, and the box body 01 has trays 15 on both sides. The trays 15 are adapted to the tray grooves 16 and are connected to the tray grooves 16. The placement cavity 17 is formed inside the box body 01 by adding the transparent partition 14. The placement cavity 17 is used to place desiccant. The transparent partition 14 has a breathable mesh with a mesh diameter smaller than the diameter of the desiccant. This ensures that the desiccant absorbs moisture in the box and prevents the desiccant from falling out. The transparent partition 14 is made of transparent material, which makes it easy to observe the moisture absorption of the desiccant and replace it in time. This avoids the desiccant's moisture absorption capacity gradually becoming saturated over time and affecting the humidity inside the box. The transparent partition 14 is inserted into the tray grooves 16 through the trays 15, which is easy to disassemble and increases the convenience of desiccant replacement.

[0023] Example 3:

[0024] The drawer 18 of this utility model has sliding plates 26 on both sides, the sliding plates 26 are connected to slide rails 25, the outer side of the slide rails 25 is connected to the box body 01, and the inner side of the slide rails 25 has a slide groove 28, the slide groove 28 is adapted to the rollers 27, the rollers 27 are connected to the slide grooves 28, and the rollers 27 slide in the slide grooves 28. The rollers 27 are connected to the sliding plates 26 through the shaft 29, and the shaft 29 is connected to the sliding plates 26 and the rollers 27 in sequence. The box body 01 is provided with multiple pull-out drawers 18 inside. The drawers 18 can be smoothly pulled out and put into the box body through the slide rails 25, so as to quickly pick up and put away the powder tablets. The drawers 18 adopt a double-layer structure, which consists of an upper shelf and a lower shelf. The upper shelf 19 consists of a top shelf 19 and a bottom shelf 21. The top shelf 19 has a slot 20, the shape and size of which are designed according to the specifications of the powder tablets. This slot can securely fix the powder tablets and prevent them from shaking, being squeezed or colliding during storage. The bottom shelf 21 has a mesh and a hook plate 22 at its bottom, which serves as a support for hanging the desiccant box 23. By adding the desiccant box 23, a dry storage environment is maintained. The bottom shelf 21 is fixedly connected to the top shelf 19 by screws 24, making it easy to disassemble and clean up any fallen powder. Each drawer 18 has a humidity sensor 07, which can monitor the humidity in different shelves in real time and accurately.

[0025] Example 4:

[0026] The drawer 18 of this invention has an upper shelf 19 with multiple slots 20. The lower part of the upper shelf 19 is connected to a lower shelf 21 by screws 24. The screws 24 are connected to the lower shelf 21 and the upper shelf 19 in sequence. The lower shelf 21 has hook plates 22 on both sides, which are connected to a desiccant box 23. This device has good sealing performance, which can effectively block the external humid air. By monitoring humidity and replacing the desiccant, it greatly reduces the phenomenon of moisture absorption by the powder tablets, ensures the stability of sample quality, and guarantees the accuracy of X-ray fluorescence analysis results. Moreover, the space distribution is reasonable, the powder tablets are easy to put in and take out, and it prevents the powder tablets from shaking, squeezing and colliding during storage, thus avoiding sample damage.

[0027] Example 5:

[0028] Installation steps: First, place the transparent partition 14 into the housing 01, and embed the tray 15 into the tray groove 16. A placement cavity 17 is formed between the transparent partition 14 and the housing 01. A desiccant is placed in the placement cavity 17. The transparent partition 14 has a breathable mesh, the diameter of which is smaller than the diameter of the desiccant. Next, fix the S-pole magnet 09 to the inner wall of the housing 01. Then, place the humidity sensor 07 into the housing 01 and fix it by attracting the N-pole magnet 08 to the S-pole magnet 09. Finally, install and fix the slide rail 25 to the side wall of the housing 01. The lower shelf 21 is placed under the upper shelf 19 and fixedly connected to it by screws 24. Then, the drawer 18 is placed into the box body 01, and the slide plate 26 is embedded in the slide rail 25, and the rollers 27 are embedded in the slide groove 28. Then, the desiccant box 23 is inserted into the hook plate 22, and then the elastic rubber sealing ring 04 is embedded in the sealing groove 03, and the sealing strip 05 is embedded in the strip groove 06. Finally, the box cover 02 is fastened and fixed to the box body 01, and the screw 13 passes through the inner connecting plate 11 and is fastened by the nut 12 to complete the installation.

[0029] The above description is only a preferred embodiment of the present utility model and is not intended to limit the present utility model. It should be noted that for those skilled in the art, several improvements and modifications can be made without departing from the technical principles of the present utility model, and these improvements and modifications should also be considered within the protection scope of the present utility model.

Claims

1. A powder compression storage box for X-ray fluorescence, characterized in that: The enclosure includes a housing (01), a lid (02), an elastic rubber sealing ring (04), a humidity sensor (07), a transparent partition (14), a drawer (18), and a desiccant box (23). The housing (01) is connected to the lid (02) to form a sealing groove (03). The sealing groove (03) is adapted to the elastic rubber sealing ring (04), and the elastic rubber sealing ring (04) is connected to the sealing groove (03). The sealing groove (03) has a rubber strip groove (06), and the elastic rubber sealing ring (04) has a sealing strip (05). The sealing strip (05) is adapted to the rubber strip groove (06), and the sealing strip (05) is connected to the rubber strip groove (06). The box body (01) has multiple inner connecting plates (11), and the box cover (02) has multiple outer connecting plates (10). The outer connecting plates (10) are positioned corresponding to the inner connecting plates (11). The outer connecting plates (10) have screws (13). The screws (13) pass through the inner connecting plates (11). The screws (13) are connected to nuts (12) by threads. The nuts (12) are attached to the inner connecting plates (11). The inner wall of the box body (01) is connected to S-pole magnets (09). The S-pole magnets (09) and N-pole magnets (08) attract each other. The N-pole magnets (08) are connected to a humidity sensor (07).

2. The X-ray fluorescence powder compression storage box according to claim 1, characterized in that: The box (01) is connected to a transparent partition (14) to form a placement cavity (17). The transparent partition (14) has tray grooves (16) on both sides. The box (01) has trays (15) on both sides. The trays (15) are adapted to the tray grooves (16) and the trays (15) are connected to the tray grooves (16).

3. The X-ray fluorescence powder compression storage box according to claim 2, characterized in that: The drawer (18) has sliding plates (26) on both sides. The sliding plates (26) are connected to the slide rails (25). The outer side of the slide rails (25) is connected to the box body (01). The inner side of the slide rails (25) has a sliding groove (28). The sliding grooves (28) are adapted to the rollers (27). The rollers (27) are connected to the sliding grooves (28). The rollers (27) slide in the sliding grooves (28). The rollers (27) are connected to the sliding plates (26) through the shaft (29). The shaft (29) is connected to the sliding plates (26) and the rollers (27) in sequence.

4. The powder compression storage box for X-ray fluorescence according to claim 3, characterized in that: The drawer (18) has an upper shelf (19) with multiple slots (20). The lower part of the upper shelf (19) is connected to the lower shelf (21) by screws (24). The screws (24) are connected to the lower shelf (21) and the upper shelf (19) in sequence. The lower shelf (21) has hook plates (22) on both sides, and the hook plates (22) are connected to the desiccant box (23).

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