TWI802248B - Pressure sensing mattress and pressure sensing kit - Google Patents

Abstract

The invention discloses a pressure sensing mattress and pressure sensing kit. The pressure sensing mattress comprises a pressure sensing kit and two buffer structures. The pressure sensing kit comprises a cover and a pressure sensing component. The cover has a spacer structure and accommodating spaces. The pressure sensing component is arranged in the spacer structure. The buffer structures are arranged in the two accommodating spaces. The pressure sensing component comprises two layered members, an insulating spacer layer and a processing module. When the pressure sensing mattress is subjected to an external force, the processing module will generate a sensing signal. Through the design of the pressure sensing kit, when the pressure sensing component fails, the user can pull out the buffer structures and only send the pressure sensing kit back to the manufacturer.

Description

Pressure Sensing Pads and Pressure Sensing Kits

The invention relates to a mattress and a kit for covering on the mattress, in particular to a pressure sensing pad capable of sensing pressure, and a pressure sensing kit capable of sensing pressure and capable of being covered on the mattress.

There are various types of common pressure sensing mats, and users basically cannot disassemble them by themselves. Therefore, when the relevant electronic components fail, the relevant personnel must send the entire set of induction beds back to the manufacturer. For this reason, Cause a lot of inconvenience to the user. In addition, since the user cannot disassemble the pressure sensing pad by himself, if the user accidentally spills liquid on the pressure sensing pad, it will be difficult for the user to clean the inside of the pressure sensing pad.

The invention discloses a pressure sensing pad and a pressure sensing kit, which are mainly used to improve the existing common pressure sensing pads, which are basically difficult for users to disassemble and assemble by themselves, thereby bringing a lot of inconvenience to users.

One embodiment of the present invention discloses a pressure sensing pad, which includes: a pressure sensing set and at least one cushioning structure. The pressure sensing kit includes: a body and a pressure sensing component. The cover body includes a spacer structure, at least one accommodation space and at least one closure component, the interior of the spacer structure is not connected with the accommodation space, the closure component can be operated to close the accommodation space, and the closure component can be operated to make the accommodation space The placement space communicates with the outside; the pressure sensing component is arranged in the spacer structure, and the pressure sensing component includes: two layered components, an insulating spacer layer and a processing module. Each layered member includes an insulating body and at least one conductive structure, and the conductive structure is arranged on one side of the insulating body; an insulating spacer layer is arranged between two layered members, and the insulating spacer layer includes a plurality of perforations, each of which penetrates the insulating spacer layer arrangement; the processing module is electrically connected to two conductive structures; the buffer structure is arranged in the accommodating space; when at least one area of the pressure sensing pad is subjected to an external force, and a section of one of the conductive structures passes through the hole and the corresponding When one segment of another facing conductive structure is in contact with each other, the processing module will correspondingly generate a sensing signal.

One embodiment of the present invention discloses a pressure sensing kit, which includes: a body and a pressure sensing component. The cover body includes a spacer structure, at least one accommodation space and at least one closure component, the interior of the spacer structure is not connected with the accommodation space, the closure component can be operated to close the accommodation space, and the closure component can be operated to make the accommodation space The placement space communicates with the outside; the pressure sensing component is arranged in the spacer structure, and the pressure sensing component includes: two layered components, an insulating spacer layer and a processing module. Each layered member includes an insulating body and at least one conductive structure, and the conductive structure is arranged on one side of the insulating body; an insulating spacer layer is arranged between two layered members, and the insulating spacer layer includes a plurality of perforations, each of which penetrates the insulating spacer Layer setting; the processing module is electrically connected to the two conductive structures; when at least one area of the pressure sensing package is subjected to external force, and one section of one of the conductive structures is connected to the other conductive structure through the perforation When a segment is in contact with each other, the processing module will correspondingly generate a sensing signal.

In summary, the pressure sensing pad of the present invention is designed by making the sleeve body include a spacer structure and two accommodating spaces, and setting the pressure sensing components in the middle of the spacer structure. When the pressure sensing pad fails, the relevant The manufacturer can directly take the sleeve with the pressure sensing component to the site, and directly remove the sleeve of the faulty pressure sensing pad on site, and replace it with a new sleeve. In this way, the pressure sensing pad can be completed. Pad repair. In addition, when the user accidentally spills liquid on the pressure sensing pad, the user can operate the closing assembly to take out the cushioning structure, so as to clean the cushioning structure.

In order to further understand the characteristics and technical content of the present invention, please refer to the following detailed description and drawings related to the present invention, but these descriptions and drawings are only used to illustrate the present invention, rather than to make any statement on the scope of protection of the present invention. limit.

In the following description, if it is pointed out that please refer to the specific drawing or as shown in the specific drawing, it is only used to emphasize the subsequent description, and most of the relevant content mentioned appears in the specific drawing, It is not intended, however, to limit the ensuing description to only those particular drawings referred to.

Please refer to FIGS. 1 to 6 together. FIG. 1 is a schematic diagram of the pressure sensing pad of the present invention, FIG. 2 is a partially exploded schematic diagram of the pressure sensing pad of the present invention, and FIG. 3 is a section along line III-III of FIG. 1 4 is a partially enlarged schematic view of FIG. 3 , and FIG. 5 and FIG. 6 are exploded schematic views of partial components from different perspectives of the pressure sensing component of the pressure sensing pad of the present invention.

The pressure sensing pad 100 of the present invention includes: a pressure sensing set A1 and two buffer structures 3 . The pressure sensing pad 100 of the present invention is suitable for use as a seat cushion, a mattress, a cleaning pad, etc., especially suitable for a mattress or a cleaning pad. It should be emphasized that in practical applications, the pressure sensing pad 100 can also include an outer cloth cover (not shown in the figure) according to the requirements, and the outer cloth cover is used to cover the entire pressure sensing pad 100, and the outer cloth cover can be It is similar to a bed cover, a quilt cover, etc., and is used to prevent external dirt from directly contacting the pressure sensing pad 100 . Certainly, the material of outer cloth cover is not limited to cloth.

The pressure sensing kit A1 includes a body 1 and a pressure sensing component 2 . The casing 1 includes a first outer layer structure 11 , a spacer structure 12 , a second outer layer structure 13 , two accommodating spaces 14 and two closing components 15 . The spacer structure 12 is located between the first outer layer structure 11 and the second outer layer structure 13, the first outer layer structure 11 and the spacer structure 12 jointly form an accommodating space 14, and the second outer layer structure 13 and the spacer structure 12 jointly form another accommodating space. space 14 , and the spacer structure 12 is correspondingly located between the two accommodating spaces 14 . Each closing assembly 15 can be operated to make one of the accommodating spaces 14 communicate with the outside, and oppositely, each closing assembly 15 can be operated to make one of the accommodating spaces 14 not communicate with the outside.

The pressure sensing component 2 is disposed in the spacer structure 12 , and the two buffer structures 3 are correspondingly disposed in the two accommodating spaces 14 , and the pressure sensing component 2 is correspondingly located between the two buffer structures 3 . Wherein, the interior of the spacer structure 12 does not communicate with any accommodating space 14 . In practical applications, the material of the sleeve body 1 can be selected according to requirements, for example, it can be various kinds of cloth, silk, tencel, nylon, polyester fiber, etc.; the material of each buffer structure 3 is, for example, foam, latex, etc., but This is not the limit.

Specifically, each closure component 15 can be a zipper component, wherein the two rows of teeth of one zipper component are respectively fixed to the first outer layer structure 11 and the spacer structure 12, while the two rows of teeth of the other zipper component are fixed respectively For the second outer layer structure 13 and the spacer structure 12, the user can operate the zipper pull of one of the zipper components so that a part of the first outer layer structure 11 is not connected with the spacer structure 12, so that one of them accommodates The space 14 communicates with the outside, so that the user can take out the cushioning structure 3 disposed in the accommodation space 14 , or place the cushioning structure 3 in the accommodation space 14 already communicated with the outside. Similarly, the user can operate the zipper pull of another zipper assembly, so that the second outer layer structure 13 is no longer connected to the spacer structure 12, and accordingly, another buffer structure 3 is taken out from another accommodating space 14, Or put the buffer structure 3 into another accommodating space 14 .

It should be noted that each closure component 15 is not limited to a zipper component, and the specific form of the closure component 15 can be changed according to requirements. For example, each closure component 15 can also include a plurality of Velcro, the first outer layer structure 11. The spacer structure 12 and the second outer layer structure 13 can be respectively provided with Velcro felts, and the plurality of Velcro felts arranged on the first outer layer structure 11 can be connected with the plurality of Velcro felts arranged on the spacer structure 12, and arranged on The plurality of Velcro felts of the second outer layer structure 13 can be connected to the plurality of Velcro felts disposed on the spacing structure 12 .

In addition, in the drawings of this embodiment, a part of the spacer structure 12 is exposed outside, and a part of the two closure components 15 are respectively arranged on the spacer structure 12 as an example, but the distance between the spacer structure 12 and the closure component 15 The setting method is not limited to what is shown in the figure. In different embodiments, the spacer structure 12 can also be located in the sleeve body 1 , while the closure component 15 is not connected to the spacer structure 12 .

As shown in Figures 2 to 6, the pressure sensing component 2 is arranged in the spacer structure 12, and the pressure sensing component 2 is not directly exposed to any accommodating space 14; During the process, the user basically only sees the spacer structure 12 , but the user does not see the pressure sensing component 2 .

The pressure sensing component 2 includes: two layered components 21 , an insulating spacer layer 22 and a processing module 23 . Each layered component 21 includes an insulating body 211 and at least one conductive structure 212 , and the conductive structure 212 is disposed on one side of the insulating body 211 . The insulating spacer layer 22 includes a plurality of through holes 221 , and each through hole 221 is disposed through the insulating spacer layer 22 . The insulating spacer layer 22 is disposed between the two layered components 21 , and the two conductive structures 212 of the two layered components 21 are disposed facing each other.

When at least one area of the pressure sensing pad 100 is subjected to an external force, and one section of one conductive structure 212 is in contact with one section of the other facing conductive structure 212 through at least one through hole 221, the process The module 23 will correspondingly generate a sensing signal 231 . By collecting and analyzing the sensing signals 231, the processing module 23 can judge the pressure state of each area of the pressure sensing mat 100, thereby judging the posture of the user on the pressure sensing mat 100, and can also The pressure that each area of the pressure sensing pad 100 bears is analyzed.

In a specific application, each conductive structure 212 can be, for example, a conductive material (such as conductive carbon paste, conductive ink, conductive silver glue, etc.), which is formed on one side of the insulating body 211 by printing or coating, but not in this way. limit. In different embodiments, each conductive structure 212 can also be a conductive fiber (such as a conductive stainless steel wire), and each conductive structure 212 can be fixed to the insulating body 211 by sewing through related sewing or textile equipment. side.

In practical applications, if the conductive structures 212 are made of conductive fibers, the pressure sensing pad 100 will have a relatively long service life. Specifically, the conductive structure 212 fabricated by coating or printing using conductive materials is prone to breakage due to external force, or the conductive structure 212 is prone to problems due to the temperature and humidity of the environment where it is located. , and problems such as peeling or deterioration of the conductive material may occur, which may lead to electrical degradation of the conductive structure 212 , thereby reducing the service life of the pressure sensing pad 100 . In contrast, the conductive structure 212 made of conductive fibers is relatively less likely to break due to external force, and the conductive structure made of conductive fibers is also relatively less likely to be peeled off or deteriorated due to environmental influences. The problem, and it is not prone to the problem of electrical degradation, is that the pressure sensing pad 100 using conductive fibers to make the conductive structure 212 has a relatively long service life.

In the existing common pressure sensing pads, conductive foam and conductive rubber are used as the relevant conductive structure, and the conductive foam and conductive rubber are fixed on both sides of the insulating spacer layer by manual lamination. This kind of manufacturing method makes the overall production cost high, and it is difficult to improve the production efficiency. In contrast, if the conductive structure 212 is made by coating, printing or sewing, it can be produced automatically and quickly by using related automatic machines. Therefore, the production efficiency of the pressure sensing pad 100 can be effectively improved, and The overall production cost can be greatly reduced.

In practical applications, the processing module 23 can also include a wireless transmission unit (such as a bluetooth chip, WI- ^FI® , etc.), and the processing module 23 can analyze the relevant information through various wireless methods, transmitted to an external electronic device D (such as a remote server, an adjacent electronic device, etc.), and relevant personnel can obtain relevant information by logging into the remote server or using an electronic device to view the relevant information transmitted by the processing module 23. The current stress state of each area of the pressure sensing mat 100 can be known, or information such as the current posture of the user on the pressure sensing mat 100 can be known.

According to the above, the pressure sensing pad 100 of the present invention is designed by setting the pressure sensing component 2 in the spacer structure 12 and making the two buffer structures 3 set in the two accommodating spaces 14 of the casing 1, etc., It allows the user not to see the pressure sensing component 2 during the disassembly and assembly of the buffer structure 3 , that is, the user can replace the buffer structure 3 at any time according to the requirement.

In a practical application scenario, when the user accidentally knocks over the liquid on the pressure sensing pad 100, the user can take out the cushioning structure 3 by operating the closing component 15 (such as a zipper), so that the cushioning structure 3 Cleaning is performed, and during the process of taking it out, the user will not directly see or touch the pressure sensing component 2, so the pressure sensing component 2 is not easily damaged. Therefore, compared with the conventional pressure sensing pad 100 , the pressure sensing pad 100 of the present invention has the advantage that the cushioning structure 3 can be replaced at any time according to the needs of users.

It is worth mentioning that, in one of the preferred embodiments, the outer layer of the spacer structure 12 may also have a waterproof layer (not shown in the figure, such as a waterproof film, etc.), and the waterproof layer is used to block any The liquid in the space 14 enters the space where the pressure sensing component 2 is provided in the spacer structure 12 , so that even if the user knocks the liquid on the pressure sensing pad 100 and the liquid enters any accommodating space 14 , the pressure The sensing component 2 is still not easily damaged. Of course, even if the outer layer of the spacer structure 12 does not include a waterproof layer, the liquid entering the accommodating space 14 is still blocked by the spacer structure 12 , and the liquid is not easy to directly contact the pressure sensing component 2 .

In contrast, in the conventional pressure sensing mattress, the relevant electronic components contained in it are directly arranged between the two foams, and if the user knocks over the liquid on the conventional pressure sensing mattress , the liquid will easily come into direct contact with the relevant electronic components, which will lead to the destruction of the relevant electronic components.

In addition, when the pressure sensing component 2 of the pressure sensing pad 100 of the present invention breaks down, relevant maintenance personnel or general users can directly take out the two buffer structures 3 and place the two buffer structures 3 in the In the new casing 1 , in this way, the user can obtain the pressure sensing pad 100 that can work normally, and the user only needs to send the faulty casing 1 back to the manufacturer for related maintenance. That is to say, when the pressure sensing component 2 breaks down, if the user has a new sleeve 1 at hand, the user can immediately obtain another normal pressure sensing pad 100 through simple operations.

In contrast, the conventional pressure-sensing mattress cannot be disassembled by the user. Therefore, when the pressure-sensing mattress breaks down, it is difficult for the user to disassemble the pressure-sensing mattress due to the overall volume of the pressure-sensing mattress. The faulty pressure-sensing mattress is sent back to the manufacturer, and the user basically has to wait for the manufacturer to send a car to take back the faulty pressure-sensing mattress. When the pressure-sensing mattress fails, the user will face the situation that there is no pressure-sensing mattress to use until the manufacturer sends back the repaired pressure-sensing mattress. In the scenario where the pressure sensing mattress is used in a medical institution, it will be difficult for the relevant medical personnel to grasp the status of the patient in bed immediately before the repaired pressure sensing mattress is sent back to the medical institution. State of the pad.

When the pressure sensing pad 100 of the present invention is applied as a mattress, in the application scene of the above-mentioned medical institution, when the pressure sensing pad 100 fails, the relevant medical personnel can directly replace it with the spare cover 1, even if Medical institutes currently have no spare sheath 1 that can be replaced. Since the overall volume of sheath 1 is relatively small, and sheath 1 can be moderately bent, medical institutions can also use simple methods (for example, by express delivery) , or send relevant personnel to go to the manufacturer's store, etc.), to quickly obtain a new cover body 1, and the relevant personnel do not need to wait for the manufacturer to send a car to come and recycle.

In addition, the pressure sensing component 2 of the pressure sensing pad 100 of the present invention is arranged in the spacer structure 12 of the sleeve body 1, and the user basically cannot see the pressure feeling during the process of disassembling and assembling the buffer structure 3 Therefore, the pressure sensing component 2 is not easily damaged by the user unintentionally. In contrast to the conventional pressure-sensing mattresses, the outer cloth cover is basically designed so that the user cannot easily remove it, and if the user removes the outer cloth cover of the known pressure-sensing mattress by himself, The relevant electronic components disposed in the pressure-sensing mattress will be directly exposed, and the relevant electronic components will be easily damaged by the user.

Please refer to Figures 5 to 8 together, Figure 7 is a schematic diagram of the two conductive patterns of the two conductive structures of the pressure sensing pad of the present invention and the perforation of the insulating spacer layer, Figure 8 is a schematic diagram of the two conductive structures of the pressure sensing pad of the present invention Another schematic diagram of the two conductive patterns of the conductive structure and the perforation of the insulating spacer layer.

In practical applications, each conductive structure 212 may include, for example, a plurality of conductive patterns 2121 , a plurality of connection segments 2122 and a plurality of auxiliary segments 2123 . Both sides of each conductive pattern 2121 are connected to two connecting segments 2122, and both ends of each auxiliary segment 2123 are connected to one end of the two connecting segments 2122, and the plurality of conductive patterns 2121, the plurality of connecting segments 2122 and the plurality of auxiliary Sections 2123 are in electrical communication with each other. Each conductive pattern 2121 is not composed of a single linear structure, but each conductive pattern 2121 is composed of a plurality of oblique structures 2121A, or each conductive pattern 2121 may also be composed of a plurality of curved structures, which are not described here. limit. In this embodiment, it is taken as an example that each connection section 2122 is a straight line structure, but the shape of each connection section 2122 is not limited to what is shown in the figure.

Each perforation 221 corresponds to a conductive pattern 2121 in the orthographic projection area of any layer member 21, and when any area of the pressure sensing pad 100 is subjected to an external force, at least one of the conductive patterns 2121 passes through the perforation 221, and the corresponding One of the conductive patterns 2121 of the other facing layer member 21 is in contact with each other, and a sensing signal is generated accordingly. The sensitivity of the pressure sensing pad 100 can be greatly improved through the design of the conductive pattern 2121 and the like.

Furthermore, if the conductive structure 212 only includes a single straight line structure, when the pressure sensing pad 100 is subjected to an external force and one segment of one conductive structure 212 is in contact with one segment of the other conductive structure 212 , due to its relatively small contact area, there may be a problem that no sensing signal is generated. In contrast, if the conductive structure 212 includes a conductive pattern 2121, when the pressure sensing pad 100 is subjected to an external force, the two conductive patterns 2121 are in contact, and the contact area is obviously larger. Therefore, it is relatively unlikely that no sensing occurs. signal problem.

In one of the preferred embodiments, 10 percent of the range of the area of the orthographic projection of each perforation 221 to the direction of the layered member 21 is one of the conductive patterns 2121, so that the pressure sensing pad can be further improved. 100 overall sensitivity.

In one preferred embodiment, the total length of each conductive pattern 2121 is greater than the maximum diameter of each through hole 221 , so that the overall sensitivity of the pressure sensing pad 100 can be further improved. For example, each conductive pattern 2121 may be composed of N oblique structures 2121A, each oblique structure 2121A is a linear structure, each through hole 221 may be a circular hole, if the length of each oblique structure 2121A is L, and each The diameter of the through hole 221 is D, then D<N*L. In this embodiment, it is taken as an example that each conductive pattern 2121 is composed of a plurality of oblique structures 2121A connected head to tail, and the specific shape of each conductive pattern 2121 is not limited to what is shown in the figure.

It should be noted that, in the drawings of this embodiment, any one of the conductive patterns 2121 included in one of the conductive structures 212 can be compared with the other conductive pattern 212 included in the other conductive structure 212 after being rotated 90 degrees around the Z axis. One conductive pattern 2121 overlaps, so that when the pressure sensing pad 100 is subjected to external force, the two conductive patterns 2121 that are in contact with each other through the through hole 221 can be in contact with a relatively large contact area, thereby , can effectively improve the overall sensitivity of the pressure sensing pad 100 .

It should be noted that the above-mentioned pressure sensing kit A1 of the present invention can also be manufactured, implemented or sold separately, and the pressure sensing kit A1 is not limited to being manufactured, implemented or sold together with only two buffer structures 3 sale.

Please refer to FIG. 9 , which is an exploded view of another embodiment of the pressure sensing pad of the present invention. The biggest difference between this embodiment and the previous embodiments is that the casing 1A of the pressure sensing kit A2 of the pressure sensing pad 200 only includes a single accommodating space 14 and a single closing component 15, and the pressure sensing pad 200 Contains only a single buffer structure3. The pressure sensing pad 200 of this embodiment can be used as a cleaning pad, for example, but is not limited thereto. Of course, in practical applications, the pressure sensing pad 200 of this embodiment may also have related straps, elastic bands and other components, so that the pressure sensing pad 200 can be fixed on the mattress. In practice, the pressure sensing kit A2 mentioned in this embodiment can also be manufactured, implemented or sold separately.

In summary, the pressure sensing pad of the present invention is designed through the sleeve body and pressure sensing components, etc., allowing relevant users to replace the buffer structure of the pressure sensing pad according to needs, and when the pressure sensing component fails, The user can directly pull out the cushioning structure, and only send the relatively small and moderately bendable sleeve back to the manufacturer, and if the user has a spare sleeve at hand, the user can just pull out the sleeve The two cushioning structures are reinstalled in the spare casing to obtain another pressure-sensing mattress that can be used normally.

The above descriptions are only preferred feasible embodiments of the present invention, and do not limit the patent scope of the present invention. Therefore, all equivalent technical changes made by using the description and drawings of the present invention are included in the scope of protection of the present invention. .

100, 200: pressure sensing pad A1, A2: Pressure Sensing Kit 1, 1a: sleeve body 11: The first outer structure 12: Spacer structure 13: Second outer structure 14:Accommodating space 15: Closure component 2: Pressure sensing components 21: layered components 211: insulating body 212: Conductive structure 2121: conductive pattern 2121A: oblique structure 2122: Connect segments 2123: auxiliary section 22: Insulation spacer 221: perforation 23: Processing Module 231: Sensing signal 3: buffer structure D: external electronic device

FIG. 1 is a schematic diagram of the pressure sensing pad of the present invention.

FIG. 2 is a partially exploded schematic view of the pressure sensing pad of the present invention.

FIG. 3 is a schematic cross-sectional view along line III-III in FIG. 1 .

FIG. 4 is a partially enlarged schematic diagram of FIG. 3 .

FIG. 5 and FIG. 6 are exploded schematic diagrams of partial components from different perspectives of the pressure sensing component of the pressure sensing pad of the present invention.

7 is a schematic diagram of the two conductive patterns of the two conductive structures of the pressure sensing pad of the present invention and the perforation of the insulating spacer layer.

FIG. 8 is another schematic diagram of the two conductive patterns of the two conductive structures of the pressure sensing pad of the present invention and the perforation of the insulating spacer layer.

FIG. 9 is an exploded schematic view of another embodiment of the pressure sensing pad of the present invention.

100: Pressure Sensing Pad

A1: Pressure Sensing Kit

1: sleeve body

11: The first outer structure

12: Spacer structure

13: Second outer structure

14:Accommodating space

15: Closure component

2: Pressure sensing components

3: buffer structure

Claims (10)

A pressure sensing pad comprising: A pressure sensing kit comprising: A body, which includes a spacer structure, at least one accommodation space and at least one closure component, the interior of the spacer structure is not connected with the accommodation space, and the closure component can be operated to close the accommodation space, and the closure assembly can be operated to communicate the accommodating space with the outside; A pressure sensing component, which is arranged in the spacer structure, the pressure sensing component includes: Two layered components, each of which includes an insulating body and at least one conductive structure, and the conductive structure is arranged on one side of the insulating body; an insulating spacer layer disposed between two of the layered members, the insulating spacer layer comprising a plurality of perforations, each of the perforations being disposed through the insulating spacer layer; a processing module electrically connected to the two conductive structures; at least one buffer structure, which is arranged in the accommodating space; Wherein, when at least one area of the pressure sensing pad is subjected to an external force, a section of one of the conductive structures is mutually connected with a section of the other facing conductive structure through the perforation. When touching, the processing module will correspondingly generate a sensing signal. The pressure sensing pad according to claim 1, wherein the pressure sensing pad includes two buffer structures, and the sleeve includes two closing components and two accommodating spaces; The sleeve includes a first outer layer structure, a second outer layer structure and the spacer structure, the first outer layer structure and the spacer structure jointly form the accommodating space, the second outer layer structure and the spacer structure The spacer structures jointly form another accommodating space, and the pressure sensing components are correspondingly located between the two buffer structures; wherein, each of the closing components is a zipper, or each of the closing components includes multiple A devil's felt. The pressure sensing pad according to claim 1, wherein each of the conductive structures includes a plurality of conductive patterns and a plurality of connection sections, two sides of each of the conductive patterns are connected to two of the connection sections, each of the There is one conductive pattern corresponding to the area of the orthographic projection of the through hole to any one of the layered components. The pressure sensing pad according to claim 3, wherein each of the conductive structures is a conductive fiber, or each of the conductive structures is a conductive material formed on the insulating body by printing or coating. The pressure sensing pad according to claim 3, wherein at least 10 percent of the range of the area of the orthographic projection of each of the perforations in the direction of the layered member is one of the conductive patterns. The pressure sensing pad as claimed in claim 3, wherein the total length of each of the conductive patterns is greater than the maximum diameter of each of the through holes. A pressure sensing kit comprising: A body, which includes a spacer structure, at least one accommodation space and at least one closure component, the interior of the spacer structure is not connected with the accommodation space, and the closure component can be operated to close the accommodation space, and the closure assembly can be operated to communicate the accommodating space with the outside; A pressure sensing component, which is arranged in the spacer structure, the pressure sensing component includes: Two layered components, each of which includes an insulating body and at least one conductive structure, and the conductive structure is arranged on one side of the insulating body; an insulating spacer layer disposed between two of the layered members, the insulating spacer layer comprising a plurality of perforations, each of the perforations being disposed through the insulating spacer layer; a processing module electrically connected to the two conductive structures; Wherein, when at least one area of the pressure sensing set is subjected to an external force, a section of one of the conductive structures is mutually connected with a section of the other facing conductive structure through the perforation. When touching, the processing module will correspondingly generate a sensing signal. The pressure sensing kit according to claim 7, wherein each of the conductive structures includes a plurality of conductive patterns and a plurality of connection sections, two sides of each of the conductive patterns are connected to two of the connection sections, and each of the conductive patterns There is one conductive pattern corresponding to the area of the orthographic projection of the through hole to any one of the layered components. The pressure sensing kit according to claim 8, wherein at least 10 percent of the range of the area of the orthographic projection of each of the perforations in the direction of the layered member is one of the conductive patterns. The pressure sensing kit as claimed in claim 8, wherein the total length of each of the conductive patterns is greater than the maximum diameter of each of the through holes.

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