CN201101313Y - Combined far infrared ray negative ion antibacterial mattress - Google Patents

Abstract

The utility model discloses a modular antibiotic mattress of far infrared anion, include: the outer sleeve piece comprises a plurality of hollow accommodating parts with openings respectively, the inner pad pieces are plugged into the accommodating parts through the openings respectively, and each inner pad piece comprises a soft flaky pad body formed by synthesizing a thermoplastic elastomer and functional particle materials such as far infrared rays, negative ions, nano silver and the like. Therefore, by means of the assembled design of the inner cushion piece and the selection of the material of the inner cushion piece, the mattress which is helpful for human health and is easy to fold, carry, disassemble, assemble and clean can be provided.

Description

Combined Far Infrared Negative Ion Antibacterial Mattress

technical field

The utility model relates to a mattress, in particular to a combined far-infrared anion antibacterial mattress which can be used by users to lie on.

Background technique

The life of modern people is irregular, the working hours are getting longer and longer, and the pressure is getting bigger and bigger, so the quality of sleep is getting worse and worse. Many people have sleep disorders, and poor sleep will seriously affect the internal circulatory system and cause backache Back pain, stiff shoulders and neck, make endocrine dysfunction, often lead to listlessness, low resistance, easy to cause many lesions, leading to poor health.

The simple sleeping pads currently on the market basically include: a hollow cover body with an opening on one side, and a pad body plugged into the cover body. The material of the pad is usually a layer of foam block, or a layer of cotton pad, or a pad woven from natural plants such as rush, rice stalks or green hemp fibers. Although the above-mentioned sleeping pad can provide the user to lie down, it cannot provide any other functions that are beneficial to sleep, and the material of the pad body is mostly loose fibers, so there are many gaps, and the fiber type pad body cannot be cleaned. Over a long period of time, the internal gap is easy to breed bacteria, which is not beneficial to health, making consumers reluctant to use it for a long time.

Most of the general spring bed users usually do not lay other mattresses on the spring bed, so there is no mattress specially used for laying on the spring bed on the market, and because the aforementioned conventional sleeping pads have no other functions. , so it is also not suitable for directly laying on the spring bed, so the utility model provides a mattress which has functional functions and can be spread on the spring bed.

Utility model content

The main purpose of the utility model is to provide a combined far-infrared negative ion antibacterial mattress that is easy to disassemble and clean, and has the functions of sterilizing and activating cells to improve health.

A combined far-infrared anion antibacterial mattress of the present invention comprises: an outer sleeve and a plurality of inner pads. The outer sleeve includes a plurality of hollow accommodation parts each having an opening. The inner pads are respectively inserted into the accommodating parts through the openings, and each inner pad includes a soft sheet-like pad made of thermoplastic elastomer and far-infrared rays, negative ions, nano-silver and other functional particle materials.

The beneficial effect of the utility model is that: the assembled design of the inner pad and the material selection of the inner pad make the mattress helpful to human health, and has the effect of being easy to fold, carry, disassemble and clean .

Description of drawings

Fig. 1 is a three-dimensional exploded view of a first preferred embodiment of a mattress of the present utility model;

Fig. 2 is a schematic sectional view of a part of the assembly of the first preferred embodiment;

Fig. 3 is a partially exploded perspective view of a second preferred embodiment of the mattress of the present invention, illustrating a structure in which an aroma unit is installed on an inner pad;

FIG. 4 is a schematic cross-sectional view of a part of the second preferred embodiment.

Detailed ways

Below in conjunction with accompanying drawing and embodiment the utility model is described in detail:

For convenience of description, in the following embodiments, the same components are denoted by the same reference numerals.

As shown in FIGS. 1 and 2 , the first preferred embodiment of the mattress of the present invention includes: an outer cover 1 and a plurality of inner pads 2 .

The outer cover 1 includes a first cloth layer 11, two left and right second cloth layers 12 that are stacked on the first cloth layer 11 and fixed to the periphery of the first cloth layer 11, and two The third cloth layer 13 extends inwardly from the side of the second cloth layer 12 adjacent to the other second cloth layer 12 and is located between the first and second cloth layers 11 and 12, and a plurality of upper and lower cloth layers are spaced apart from each other. And the first, second and third cloth layers 11, 12, 13 are sewn together with sewing thread 14. The outer cover 1 further includes a plurality of hollow accommodation portions 15 formed by the boundaries of the first, second, and third cloth layers 11, 12, and 13 and separated from the stitching line 14, each Each of the receiving parts 15 has an opening 151 facing the second cloth layer 12 on the opposite side.

The inner pads 2 are correspondingly plugged into the accommodating portion 15, and each inner pad 2 includes a pad body 21 made of thermoplastic elastomer material, and a plurality of functional particles mixed in the pad body 21. 22, and a plurality of air holes 23 spaced apart from each other and running through the pad body 21 up and down respectively. The cushion body 21 has the characteristics of light weight, softness and high elasticity, and is mainly a sheet-shaped body composed of thermoplastic elastomers (Thermoplastic Elastomers, TPE for short), each piece is about 56cm×44cm, and the thickness is about 3mm. Of course, TPR can also be used. (Thermoplastic Rubbers), or materials such as styrene, butadiene, isoprene, ethylene, etc., such as SIS, SBS, SEBS, etc. can be depolymerized, and the present embodiment uses TPR, Its hardness is 45A. The setting of the ventilation hole 23 can provide the effect of ventilation.

The functional particles 22 include far-infrared particles, negative ion particles and nano-silver particles. Among them, far-infrared particles can radiate far-infrared rays to achieve multiple functions such as promoting blood circulation and activating cells. Negative ion particles are mainly boron-containing Al, Na, Fe, Mg, Li ring structure silicate minerals, the main components are trigonal silicate, a small amount of iron oxide, aluminum oxide, magnesium and organic matter, etc., negative ions The amount released can reach more than 1000 per cubic centimeter, just like human beings in the natural environment of the suburbs and fields. It has the characteristics of absorbing and decomposing toxic and harmful substances, releasing hydroxyl anions for a long time, and purifying the air.

The bactericidal mechanism of nano-silver particles is similar to the catalytic reaction. When nano-silver is close to viruses, fungi, bacteria or phages, it has a strong binding force with the cell wall (or cell membrane) of the bacteria, and can directly enter the bacteria, quickly Combining with the sulfhydryl group (-SH) of oxygen metabolism, blocking metabolism and inactivating it, leading to its natural death, and nano-silver is safe to multi-cellular organisms such as human body, reptiles, plants, etc. Silver particles can be nano-sized Increasing the surface area in contact with objects can not only increase the sterilization efficiency, but also greatly reduce the silver addition rate and cost.

Among them, negative ion particles and nano-silver particles can be made into compound particles, and compound particles mixed with nano-silver can also generate negative ions through light excitation and air flow to achieve antibacterial and deodorizing effects. On the one hand, it can expand the use of occasions. On the other hand, it can assist the bactericidal mechanism of silver, thereby prolonging the use time of silver, and achieving the complete function of sterilizing and inhibiting bacteria.

When assembling, insert the inner pad 2 into the container part 15 respectively through the opening 151, that is, insert one side of the inner pad 2 into the first and second cloth layers 11 and 12, and then put The other side of the inner pad 2 is inserted between the second and third cloth layers 12 and 13. When in use, the user can lie down on the mattress. At this time, the high-energy far-infrared rays emitted by the inner pad 2 can quickly resonate with the human body, penetrate into the human body to cause vibrations of atoms and molecules, and then pass through and interact with biological cells. Generate resonance, promote blood circulation, eliminate all obstacles that hinder metabolism such as blood stasis, rejuvenate tissues, promote enzyme production, activate water molecules, increase oxygen content in the body, improve microcirculation system, promote metabolism, and balance The pH of the body can relieve many chronic diseases caused by poor circulation, relax the shoulder and neck muscles, help the brain waves to calm down and stabilize quickly and deeply, so as to relieve long-term mental stress, help improve sleep quality, and make users healthy healthier.

Through the antibacterial and bactericidal effects of negative ions in the functional particles 22 and nano-silver, the mattress of the present utility model has the effects of sterilization, deodorization, dehumidification, and anti-mite, especially when it is laid on a spring bed, it can allow users to It is more refreshing and comfortable when lying down.

It is further explained that when the user sleeps on the mattress, the characteristics of the functional particles 22 can indeed improve the health of the human body, as shown in Table 1 and Table 2 below:

Table 1

Pilot projects test results experiment method Mattress (milk white) Infrared thermal image temperature before use 30.55 ^* Human physiological test: 1. Ambient temperature: 25±1°C Humidity: 60±2%RH2. Tested person: 1 male aged 21 3. Test time: Adaptation period: 20 minutes (before using the mattress) Test period: After 1 hour and 2 hours (after using the mattress) 4. Posture of the ^person under test: adaptation period: sitting test period: lying position 5. Thermal image temperature measurement point: the center of the back -Ray digital camera)SAT-HY6800 1 hour after wearing the mattress 31.76 Temperature difference(°C) +1.21 2 hours after wearing the mattress 32.12 Temperature difference (℃) +1.57

It can be seen from Table 1 that the temperature before use is 30.55°C, the temperature after 1 hour of wearing the mattress is 31.76°C, and the temperature after 2 hours of wearing the mattress is 32.12°C, which means that the user is sleeping on the mattress The longer the time, the body temperature of the user will gradually increase.

Table 2

Pilot projects test results experiment method Mattress (milk white) back blood flow before use 23.6 ^* Human physiological test: 1. Ambient temperature: 25±1°C Humidity: 60±2%RH2. Tested person: 1 male aged 21 3. Test time: Adaptation period: 20 minutes (before using the mattress) Test period: After 1 hour and 2 hours (after using the mattress) 4. Posture of the subject: 1 hour after wearing the mattress 29.9 Difference (%) +26.7 2 hours after wearing the mattress 32.1

Difference (%) +36.0 Adaptation period: sitting test period: lying position 5. Blood flow/blood velocity measurement point: the center of the back ^* Measuring instrument: Laser Doppler Blood Flow Monitor (Laser Doppler Blood Flow Monitor), MBF3D back blood flow before use 7.6 1 hour after wearing the mattress 9.8 Difference (%) +28.9 2 hours after wearing the mattress 10.0 Amount of difference (%) +31.6

From Table 2, it can be seen that the blood flow rate before use is 23.6, the blood flow rate is 7.6, the blood flow rate is 29.9, the blood flow rate is 9.8 after 1 hour, and the blood flow rate is 32.1 after 2 hours. , The blood flow rate is 10.0, that is, as the user sleeps on the mattress for a longer time, the blood flow and blood flow rate of the user's body gradually increase.

Summarizing the test data in Table 1 and Table 2, it can be seen that when the user sleeps on the mattress for a long time, the body temperature will gradually rise, which will promote the smooth flow of blood circulation, and increase the blood flow and blood flow rate. Can make users healthier.

As shown in Figure 3 and Figure 4, it is the second preferred embodiment of the combined far-infrared negative ion antibacterial mattress of the present invention, the structure of this embodiment is roughly the same as that of the first embodiment, the difference is: the inner pad 2 further includes a plurality of card slots 24 which are respectively communicated and formed around the ventilation holes 23 and are sunken downward from the top surface, and the combined far-infrared anion antibacterial mattress further includes a plurality of detachably installed in the ventilation holes 23 , and the fragrance unit 3 that can emit fragrance, only one fragrance unit 3 is shown in the figure. The periphery of the receptacle 31 protrudes outward from the same body and corresponds to the protrusion 32 that is embedded in the card slot 24, a fragrance piece 33 that is accommodated in the receptacle 31 and can emit fragrance, and a piece of cover is fixed on the opening of the receptacle 31 And the breathable mesh 34 used to limit the fragrance, and a piece of sealing film 35 that can be torn off and sealed above the breathable mesh 34 . In the present embodiment, the fragrance part 33 is an essential oil face powder, which can emit fragrances, such as lavender fragrance, rose fragrance, citrus fragrance, etc., which can increase sleep and calm the mind. Of course, the fragrance unit 3 is also designed It can be designed for other structures, and only one fragrance unit 3 can be provided, so the number of fragrance units 3 is not limited to this embodiment, and will not be described in detail here.

It can be seen from the above description that the mattress of the present invention is molded into a sheet-like colloid through the design of the inner pad 2, and there is no gap in it, so it is easy to clean, does not hide dirt, breeds insects and bacteria, and can be used The cushion body 21 made of soft elastic colloidal material is laid on a general spring bed, which can achieve a comfortable lying effect when lying down, regardless of the spring bed or other sleeping positions, and through the characteristics of the aforementioned functional particles 22 , when the human body sleeps for a long time under the mattress, it can produce a resonance effect, activate biological cells, improve the circulatory system, prevent cold hands and feet, improve body immunity, promote metabolism, enhance tissue regeneration, regulate the nervous system, activate muscles and bones, reduce Aches and pains everywhere in the human body can completely discharge the old deposits stored in the human body, and have the effects of antibacterial, sterilizing, deodorizing, dehumidifying and anti-mite, so the utility model has the effect of achieving good health, Really can reach the purpose of the utility model.

Claims (11)

1. combined type far infrared ray negative ions antibiotic bed mattress, it is characterized in that comprising: one comprises most the package assemblies that are installed in portion, and the corresponding respectively interior pad spare of filling in the portion of being installed in of most sheets, each portion of being installed in has the opening that the pad part is filled in the confession, the pad part comprises the pad of the soft sheet that a slice is made by the thermoplastic elastomer material in each sheet, and most the functional particles of blending in pad.

2. combined type far infrared ray negative ions antibiotic bed mattress as claimed in claim 1 is characterized in that: pad part also comprises most the air-vents of up/down perforation pad respectively in this.

3. combined type far infrared ray negative ions antibiotic bed mattress as claimed in claim 2 is characterized in that: this combined type far infrared ray negative ions antibiotic bed mattress comprises that also at least one is installed in the air-vent removably and can gives out the fragrant unit of fragrance.

4. combined type far infrared ray negative ions antibiotic bed mattress as claimed in claim 3, it is characterized in that: pad part comprises that also most are communicated with respectively and are formed on around the air-vent and by the draw-in groove of end face toward lower recess in this, this fragrance unit comprises that one is embedded in the air-vent and has a holder towards upper shed, most protrude out and the projection of corresponding inlay card in draw-in groove outward by around the holder respectively, an aroma member that is housed in the holder and can gives out fragrance, a slice lid is put the gas-permeable nets that is fixed on the holder opening and is used for spacing aroma member, and a slice can be sealed on the film that seals of gas-permeable nets top with being torn.

5. combined type far infrared ray negative ions antibiotic bed mattress as claimed in claim 2, it is characterized in that: this package assembly also comprises a slice first layer of cloth, two left sides, the right side is stacked on first layer of cloth and second layer of cloth affixed with the periphery sewing of first layer of cloth accordingly, two respectively by a side consubstantiality of the second layer of cloth adjacent openings toward inner bending extend and the position first, the 3rd layer of cloth of two cloth interlayers, and most bar each intervals and with first, two, three layer of cloth sewings thread together, and by first, two, separating with formation of the boundary of three layer of cloths and thread is installed in portion, and the opening that respectively is installed in portion is second layer of cloth towards opposite side.

6. combined type far infrared ray negative ions antibiotic bed mattress as claimed in claim 1 is characterized in that: described functional particle includes most far infrared particles.

7. as claim 1 or 6 described combined type far infrared ray negative ions antibiotic bed mattresses, it is characterized in that: described functional particle includes most anion particles.

8. as claim 1 or 6 described combined type far infrared ray negative ions antibiotic bed mattresses, it is characterized in that: described functional particle includes most nano silver particles.

9. as claim 1 or 6 described combined type far infrared ray negative ions antibiotic bed mattresses, it is characterized in that: described functional particle includes most respectively by the compound particle of anion particle and nano silver particles be combined into.

10. combined type far infrared ray negative ions antibiotic bed mattress as claimed in claim 1 is characterized in that: the thickness of each sheet pad is 2～3.3mm.

11. combined type far infrared ray negative ions antibiotic bed mattress as claimed in claim 10 is characterized in that: the area of each sheet pad is 56cm * 44cm, thickness is 3mm.

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