CN205513618U - Adjustable intelligent bed set - Google Patents

Abstract

The utility model discloses an intelligence bed group with adjustable, this bed group be equipped with left gasbag group, right gasbag group and can be respectively to left gasbag group, right gasbag group aerify and carminative aerating device, left side gasbag group, right gasbag group are distinguished into shoulder neck district section, waist district section, buttockss and low limbs district section corresponding to human body position respectively, the operation of rethread remote controller to make bed group have multidirectional adjustment effect, no matter single use or double use all can be according to the appearance adjustment soft or hard degree of sleeping, thereby satisfy various user demands.

Description

Adjustable smart bed set

technical field

The utility model relates to an adjustable intelligent bed group with a left airbag group and a right airbag group. The adjusted result of the air bag group is stored to control the bed group to adjust the inflation and exhaust of the left air bag group and the right air bag group again according to the stored result.

Background technique

Generally, the bearing surface for the human body to lie on and sleep on the bed set is composed of a single soft material with elasticity, but the center of gravity (weight) of each part of the body will be different due to the curve of the human body, so when the user sleeps on the bed set For the load-bearing surface, the load-bearing surface of a single material will feed back different support forces on various parts of the body; this situation of different support forces to the body will often cause the user to turn over and adjust the sleeping position unconsciously during sleep, making the body Muscles cannot be fully relaxed.

In order to solve the above problems, various bed structures have appeared on the market, such as independent cylinder mattresses, memory foam or latex mattresses, air mattresses, etc. Among them, the air mattresses mostly follow the existing medical air mattress structure , and use wired or wireless remote control to manually control the multiple airbags arranged under the bed set bearing surface to inflate and exhaust, so that each airbag can adjust its saturation respectively, and then when the user lies on the bed set bearing surface , that is, due to the difference in the saturation of each airbag, it has different softness and hardness, so as to provide a more uniform support force for various parts of the body, for example: China Taiwan Patent No. 292968.

However, during sleep, most users often turn over and adjust their sleeping positions unconsciously, resulting in a center of gravity shift. For example, when sleeping on the back, the entire back is in contact with the bearing surface, and when sleeping on the side, a single shoulder is in contact with the bearing surface. In addition, the degree of bending between the head and neck and the shoulder or back is different due to different sleeping positions, so the supporting force fed back by the bearing surface will be different in different sleeping positions. And above-mentioned No. 292968 patent case can't adjust air bag saturation respectively according to the different usage states of two people respectively when lying down for two people, causes supporting effect to reduce. If it is used by a single person, it cannot provide support for the back tilt of the back of the habitual side sleeper

In view of this, the inventor of this case has accumulated many years of research and practical experience in related fields, and specially invented an adjustable intelligent bed group that has a left airbag group and a right airbag group that can be adjusted separately, so as to solve the problem that cannot be simultaneously adjusted in the prior art. It is a problem for different users to adjust the airbag saturation separately.

Utility model content

The purpose of this utility model is to provide a kind of adjustable intelligent bed group, this bed group has left air bag group and right air bag group, described left air bag group and right air bag group can adjust saturation respectively according to user's use situation, and can Store the adjusted results of the left air bag group and the right air bag group, so as to control the bed group to adjust the inflation and exhaust of the left air bag group and the right air bag group again according to the stored results.

In order to achieve the above object, the adjustable smart bed set provided by the utility model includes a bearing surface, a left airbag group, a right airbag group and an inflator, the bearing surface is for the human body to lie down, the left airbag group and the The right airbag group is respectively arranged inside or below the bearing surface and can adjust the saturation respectively, and the inflation device can respectively inflate and exhaust the left airbag group and the right airbag group; the left airbag group and the right airbag group The groups include the shoulder and neck section, the waist section, the buttocks and the lower limb section respectively, and each section is composed of multiple airbags and can be adjusted independently.

During implementation, the above-mentioned left airbag group, right airbag group and inflation device can accept the control of a remote controller to adjust the saturation. operation buttons, a fine-tuning selection key for fine-tuning the saturation of each section in the left airbag group and the right airbag group, a personal air pressure storage key that can store the adjustment results of each section in the left airbag group and the right airbag group, A memory preset with multiple usage modes of the left airbag group and the right airbag group and a display panel capable of displaying the working status of the left airbag group, the right airbag group and each section.

Through the above structure, the user can operate the operation buttons of the remote control to adjust the saturation of the shoulder and neck sections, waist section, buttocks and lower limb sections of the left airbag group and the right airbag group respectively according to the usage status, and operate the fine-tuning selection key to Make fine adjustments to each section to make the airbag provide the best support; after the adjustment is completed, the user can also operate the personal air pressure storage key to store the adjustment result in the memory, so that the user can control the bed group to adjust the left side again according to the stored result. The airbag group and the right airbag group are inflated and exhausted.

In addition, the memory also stores multiple usage modes of the left airbag group and the right airbag group, and the user can quickly adjust the shoulder and neck sections, waist section, buttock section of the left airbag group and the right airbag group according to different usage states. and lower extremity section to adjust the saturation.

The implementation of each part is further described below:

During implementation, the remote controller is further provided with an operation indicator light for displaying the status of the operation buttons, a power supply unit for providing power for the remote controller, and a power switch for controlling the power supply unit to be turned on and off. In practice, the power supply unit may be a battery.

During implementation, the bed set further includes a supporting partition for separating the left airbag group and the right airbag group, a bed frame wound around the left airbag group and the right airbag group, and a bed frame arranged on the left airbag group, the right airbag group and the bottom surface of the bed frame. support base.

During implementation, the plurality of airbags are respectively arranged in parallel in a columnar shape.

Compared with the prior art, the utility model has a left airbag group and a right airbag group, and the user can adjust the saturation respectively according to the usage conditions, and can store the adjusted results of the left airbag group and the right airbag group to control the bed. According to the stored results, the airbag group again adjusts the inflation and exhaust of the left airbag group and the right airbag group.

According to the technical means of the present invention, enumerate the embodiment that is suitable for the present invention below, and coordinate drawing description as follows:

Description of drawings

Fig. 1 is the system schematic diagram of the present utility model;

Fig. 2 is the three-dimensional exploded view of the bed set provided by the utility model;

Fig. 3 is the remote controller display schematic diagram (1) in the utility model;

Fig. 4 is the remote controller display schematic diagram (2) in the utility model;

Fig. 5 is a schematic diagram of a user sleeping on his back on the left airbag group;

Fig. 6 is a schematic diagram of a user sleeping on his side on the right airbag group.

Explanation of reference signs: 1-user; 2-bed group; 3-remote controller; 10-loading surface; 11-supporting partition; 12-bed frame; 13-supporting bottom plate; Section; 22-waist section; 23-hip and lower limb section; 20A-right airbag group; 21A-shoulder neck section; 22A-waist section; 23A-hip and lower limb section; 24-airbag; 30- Inflatable device; 40-shell; 41-operation button; 42-operation indicator light; 43-fine-tuning selection key; 44-personal air pressure storage key; 45-memory; 46-display panel; 461-power icon; 462-left and right airbags Group switching option icon; 463-left and right airbag group use module option icon; 464-each section selection option icon; 465-each section barometric saturation display marking line; 47-power supply unit; 48-power switch.

detailed description

As shown in Fig. 1 and Fig. 2, the adjustable intelligent bed set provided by the utility model includes a bed set 2 for a user 1 to lie on and a remote controller 3 capable of controlling the bed set 2.

The bed set 2 at least includes a bearing surface 10 for the user 1 to lie on, a left airbag group 20, a right airbag group 20A, a partition left airbag group 20, and a right airbag group 20A respectively arranged inside or below the bearing surface 10. The support partition 11, a bed frame 12 that is wound around the left air bag group 20, the right air bag group 20A outside, a support base plate 13 that is arranged on the left air bag group 20, the right air bag group 20A and the bottom surface of the bed frame 12, and one that can respectively The inflator 30 for inflating and deflating the left airbag group 20 and the right airbag group 20A.

As shown in Figures 1 and 3, the left airbag group 20 and the right airbag group 20A are respectively divided into shoulder and neck sections 21, 21A, waist sections 22, 22A, hip and lower limb sections 23 corresponding to user 1's body parts. , 23A. During implementation, the left airbag group 20 and the right airbag group 20A are respectively composed of a plurality of airbags 24 arranged in parallel in a column shape.

This remote control 3 comprises a housing 40, a plurality of operation buttons 41 capable of controlling the saturation of each section in the left airbag group 20 and the right airbag group 20A, an operation indicator light 42 for displaying the status of the operation buttons 41, an operation button 42 capable of controlling the left airbag Group 20, the fine-tuning selection key 43 for fine-tuning the saturation of each section in the right airbag group 20A, a personal air pressure storage key 44 that can store the adjustment results of each section in the left airbag group 20 and the right airbag group 20A, and a preset There is a memory 45 with multiple usage modes of the left airbag group 20 and the right airbag group 20A, a display panel 46 capable of displaying the working status of the left airbag group 20, the right airbag group 20A and each section, and a power supply unit that provides power for the remote control 3 47 and a power switch 48 that controls the power supply unit 47 to be turned on and off. In practice, the power supply unit 47 can be a battery.

Displayed on the display panel 46 is a power icon 461 showing the power of the power supply unit, a switch option icon 462 for the left and right airbag groups, a module option icon 463 for the use of the left and right airbag groups, a selection option icon 464 for each section, and an air pressure saturation for each section Degree display reticle 465 .

Through the above structure, the user can operate the operation buttons 41 on the remote control 3 to adjust the shoulder and neck sections 21, 21A, waist sections 22, 22A, buttocks and lower limbs in the left airbag group 20 and the right airbag group 20A according to the usage conditions. The saturation of sections 23 and 23A, and operate the fine-tuning selection key 43 to fine-tune each section to provide the best supporting force; after the adjustment is completed, the user can also operate the personal air pressure storage key 44 to store the adjustment result in In the memory 45, it is convenient for the user to control the bed set 2 to re-inflate and exhaust the left airbag set 20 and the right airbag set 20A according to the stored results.

Fig. 5 shows that the user 1 is lying on the left airbag group 20 with the posture of sleeping on his back, and Fig. 6 shows that the user 1 is lying on the right airbag group 20A with the posture of sleeping on his side. Corresponding to the different pressures on various parts of the body; therefore, each airbag can be preset to a different shape, or the shoulder and neck sections 21, 21A, and waist in the left airbag group 20 and the right airbag group 20A are respectively controlled by the inflator 30. The saturation of the segments 22 , 22A, buttocks and lower limb segments 23 , 23A enables the bearing surface 10 to provide a relatively uniform support force for the user 1 .

During the adjustment process, the user can watch the left and right airbag group switching option icons 462 on the display panel 46, and can know which group of airbag groups is being controlled by the remote controller 3; The saturation display marking line 465 can know which section is being adjusted, as well as the saturation of the shoulder and neck section 21 , 21A, waist section 22 , 22A, buttocks and lower limb section 23 , 23A.

As shown in Figure 4, the left and right airbag group switching option icons 462 on the display panel 46 show that the right airbag group 20A is being adjusted, and the storage status is displayed in the left and right airbag group use module option icons 463, and the barometric pressure saturation of each section shows the marking line 465 Displays the saturation state of the airbags in each section of the right airbag group 20A.

In addition, the preset use mode in the memory 45 allows the user to quickly adjust the shoulder and neck sections 21, 21A, waist sections 22, 22A, buttocks of the left airbag group 20 and the right airbag group 20A according to different use states. and the lower limb segments 23, 23A to adjust the saturation.

In addition, the present invention can also be applied to a single bed, such as adjusting the saturation of the left airbag group 20 and the right airbag group 20A, so as to support the user's back when sleeping on the side.

The above implementation description and drawings only illustrate the preferred embodiments of the present utility model, and are not intended to limit the scope of the present utility model; anyone who is similar or identical to the structure, devices, features, etc. of the present utility model should be considered It belongs to the protection scope of the utility model.

Claims (5)

1. An adjustable intelligent bed set, characterized in that the bed set comprises: a bearing surface, the bearing surface is for the human body to lie on; A left airbag group and a right airbag group, the left airbag group and the right airbag group are respectively arranged inside or below the bearing surface and can adjust saturation respectively; and An inflation device, which can respectively inflate and exhaust the left airbag group and the right airbag group; Wherein, the left airbag group and the right airbag group respectively include a shoulder and neck section, a waist section, a buttocks and a lower limb section, and each section is composed of a plurality of airbags and can be adjusted independently. 2. The adjustable intelligent bed set according to claim 1, characterized in that, the left airbag group, the right airbag set and the inflation device in the bed set can accept the control of a remote controller to adjust saturation; the remote controller includes A shell, a plurality of operation buttons capable of controlling the saturation of each section in the left airbag group and the right airbag group, a fine-tuning selection key capable of finely adjusting the saturation of each section in the left airbag group and the right airbag group, a function A personal air pressure storage key for storing the adjustment results of each section in the left airbag group and the right airbag group, a memory with multiple use modes preset for the left airbag group and the right airbag group, and a display capable of displaying the left airbag group, the right airbag group and each zone The display panel of the working status of the segment. 3. The adjustable smart bed set according to claim 2, wherein the remote controller is further provided with an operation indicator light for displaying the status of the operation buttons, a power supply unit for providing power for the remote controller, and a control power supply unit to turn on and off the power switch. 4. The adjustable intelligent bed set according to any one of claims 1 to 3, wherein the bed set further comprises: A support partition separating the left airbag group and the right airbag group; A bed frame surrounding the outside of the left airbag group and the right airbag group; and A supporting bottom plate arranged on the left air bag group, the right air bag group and the bottom surface of the bed frame. 5. The adjustable intelligent bed set according to any one of claims 1-3, characterized in that the plurality of airbags are respectively arranged in parallel in a columnar shape.