TWM505872U - Adjustable smart bed set - Google Patents

Description

Adjustable smart bed set

The present invention is an adjustable smart bed group with left and right airbag groups, which can individually adjust the saturation of the left and right airbag groups according to the usage conditions of different users, and can memorize the adjusted results of the left and right airbag groups. To control the bed group to adjust the air supply and exhaust of the left and right airbag groups according to the memory setting.

According to the general bed group, the bearing surface for the human body to lie down and sleep is composed of a single soft material with elasticity, but the body will have different centers of gravity (weight) due to the curve of the human body, so when the user sleeps in the bed When the bearing surface of the bed group is used, the bearing surface of the single material will feedback different supporting forces in various parts of the body; this kind of feedback to the body with different supporting forces will often cause the user to unconsciously turn over and adjust during sleep. Sleeping position makes the body muscles unable to get completely relaxed.

In order to overcome the above problems, various bed structure designs have appeared on the market, such as: independent tube mattresses, memory sleep or latex mattresses, air bed, etc., in which the air bed is mostly an air bed that is used for medical purposes. Structure, and use a wired or wireless remote control to manually control the plurality of airbags charged and exhausted under the bearing surface of the bed group, so that each airbag can adjust its saturation separately, when the user lies on the bearing surface of the bed group, That is, different softness is generated due to the difference in the saturation of each airbag, so as to provide a relatively uniform supporting force to various parts of the body, for example, Taiwan Notice No. 292968.

However, most users often unconsciously turn over and adjust their sleeping position during sleep, causing the center of gravity to shift. For example, the whole back is in contact with the carrying surface when sleeping, and the single shoulder and bearing surface when sleeping with the side. Contact, plus the difference in the degree of bending between the head and neck and the shoulder or back due to different sleeping postures, so the different sleeping postures are carried by The support force feedback from the surface will be different. However, when the two people are lying down, the conventional 292968 can not adjust the airbag saturation separately according to the different use states of the two people, resulting in a decrease in the supporting effect. If it is used by a single person, it cannot provide support for the back of the person who is on the side of the habit.

In view of this, the creator has accumulated many years of research and practical experience in related fields, and created an adjustable smart bed group with left and right airbag groups and adjusted separately to solve the problem that the conventional technology cannot be used at the same time. The adjustment of the lack of balloon saturation was adjusted separately.

The purpose of the present invention is to provide an adjustable smart bed set having left and right air bag sets, wherein the left and right air bag sets can adjust the saturation according to the user's use condition, and can be used for the left and right air bag sets. The adjusted result is memorized to control the bed group to adjust the charge and exhaust of the left and right airbag groups again according to the memory setting.

In order to achieve the above object, the adjustable smart bed set of the present invention comprises at least one bearing surface for the human body lying, a left air bag group and a right air bag group which are respectively arranged inside or below the bearing surface to adjust the saturation respectively, and can respectively be respectively The left airbag group and the right airbag group are inflated and inflated; the left airbag group and the right airbag group are respectively divided into a shoulder neck section, a waist section, a hip and a lower limb section which are independently adjustable corresponding to the human body part, and each A section consists of a plurality of balloons.

In implementation, the left airbag set, the right airbag set, and the inflator can be controlled by a remote controller to adjust the saturation. The remote controller includes an outer casing, a plurality of operations capable of controlling the saturation of each section of the left airbag set, and the right airbag set. A button, a fine adjustment button capable of slightly adjusting the saturation of each segment of the left air bag group and the right air bag group, a personal air pressure memory button capable of memorizing the adjustment results of each segment of the left air bag group and the right air bag group, The left airbag group and the right airbag group have a plurality of memory modules for using the module, and a display panel capable of displaying the left airbag group, the right airbag group, and the operation states of the respective sections.

With the above configuration, the user can operate the operation buttons of the remote controller to adjust the saturation of the shoulder neck section, the waist section, the hip and the lower limb section of the left and right airbag groups according to the use state, and operate the fine adjustment selection key for each The section is slightly adjusted, The airbag provides the best supporting force; after the adjustment is completed, the user can also operate the personal air pressure memory key to store the adjustment result in the memory, so that the user can control the bed group to perform the left and right airbag groups again according to the memory setting. Charge and exhaust adjustment.

In addition, the memory body is also pre-configured with a plurality of use modules of the left and right airbag sets, so that the user can quickly respectively apply the shoulder and neck sections, the waist section, and the buttocks of the left and right airbag sets according to different use states. The lower limb section is adjusted for saturation.

The implementation of each component is further described below. In implementation, the remote controller is further provided with an operation indicator that displays the state of the operation button, a power supply unit that provides power for operating the remote controller, and a power switch that controls the power supply unit to open and close. When implemented, the power supply unit can be a battery.

In implementation, the display panel displays a power indicator for displaying the power of the power supply unit, a left and right airbag group switching option for displaying the left and right airbag group control states, a left and right airbag group using module option icon, and a region. Segment selection option icon, and each section of the air pressure saturation display line; allowing the user to view the left and right air bag group switching option icons on the display panel to know which group of air bag sets the remote control is controlling; Each segment selection option icon and each segment pressure saturation display line can be used to determine which segment is being adjusted and the saturation of the shoulder, waist, hip and lower limb segments.

In implementation, the bed set further includes a support partition separating the left and right air bag sets, a bed frame disposed around the left and right air bag sets, and a support bottom plate disposed on the left and right air bag sets and the bottom surface of the bed frame.

In implementation, the plurality of balloons are arranged in parallel in a bar shape.

Compared with the prior art, the creation has left and right airbag groups, so that the user can adjust the saturation according to the use condition, and can memorize the adjusted results of the left and right airbag groups to control the bed set according to the memory setting. The left and right airbag groups are adjusted again and again.

In the following, according to the technical means of the creation, the implementation method suitable for the creation is listed, and the description is as follows:

1‧‧‧Users

2‧‧‧ Bed Group

3‧‧‧Remote control

10‧‧‧ bearing surface

11‧‧‧Support baffle

12‧‧‧ bed frame

13‧‧‧Support base plate

20‧‧‧Left airbag group

21‧‧‧Shoulder neck section

22‧‧‧ Waist section

23‧‧‧Hip and lower limbs

20A‧‧‧right airbag group

21A‧‧‧Shoulder neck section

22A‧‧‧Waist section

23A‧‧‧Hip and lower limbs

24‧‧‧Airbag

30‧‧‧Inflator

40‧‧‧ Shell

41‧‧‧ operation buttons

42‧‧‧Operation indicator

43‧‧‧ fine tuning selection button

44‧‧‧personal air pressure memory key

45‧‧‧ memory

46‧‧‧ display panel

461‧‧‧Charge icon

462‧‧‧Airbag group switching option icon

463‧‧‧ Airbag group use module option icon

464‧‧‧Selection options for each section

465‧‧‧Parts of pressure saturation display markings

47‧‧‧Power supply unit

48‧‧‧Power switch

The first picture: a schematic diagram of the system of this creation.

The second picture: the exploded view of the bed of the creation.

The third picture: the schematic diagram of the remote control of this creation (1).

The fourth picture: the schematic diagram of the remote control display of this creation (2).

Figure 5: The user of this creation is sleeping on the left airbag set.

Figure 6: The user of this creation sleeps on the right side of the right airbag set.

As shown in the first and second figures, the creative adjustable bed set includes a bed set 2 for the user 1 to lie down, and a remote control 3 for controlling the bed set 2.

The bed set 2 comprises at least one bearing surface 10 for the user 1 to lie down, a left airbag set 20, a right airbag set 20A, a left airbag set 20, and a right airbag set 20A respectively disposed inside or below the carrying surface 10. The support baffle 11, a bed frame 12 disposed around the left air bag set 20, the right air bag set 20A, a support base plate 13 disposed on the left air bag set 20, the right air bag set 20A, and the bottom surface of the bed frame 12, and a separate pair The left air bag set 20 and the right air bag set 20A are filled with the inflator 30.

As shown in the first and third figures, the left airbag set 20 and the right airbag set 20A are respectively divided into a shoulder neck section 21, 21A, a waist section 22, 22A, a hip and a lower limb section corresponding to the human body part. 23, 23A. In the 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 bar shape.

The remote controller 3 includes a casing 40, a plurality of operation buttons 41 capable of controlling the saturation of each section of the left airbag group 20 and the right airbag group 20A, an operation indicator 42 for displaying the state of the operation button 41, and a pair of left airbag groups. 20, each segment of the right air bag group 20A performs a fine adjustment button 43 for slight adjustment of saturation, a personal air pressure memory button 44 capable of memorizing the adjustment results of each segment of the left air bag group 20 and the right air bag group 20A, and a pre-set The left airbag group 20 and the right airbag group 20A use a plurality of memory modules 45 of the module, a display panel 46 capable of displaying the left airbag group 20, the right airbag group 20A, and the operating states of the sections, and a power supply for providing power for operating the remote controller 3. The unit 47 and a power switch 48 that controls the power supply unit 47 to open and close. When implemented, the power supply unit 47 can be a battery.

The display panel 46 displays a power indicator 461 for displaying the power of the power supply unit, a left and right air bag group switching option icon 462, a left and right air bag group use module option icon 463, and a segment selection option icon 464. And a segment pressure saturation display line 465.

With the above configuration, the user can operate the operation button 41 on the remote controller 3 to adjust the left airbag group 20, the shoulder neck section 21, 21A of the right airbag group 20A, the waist section 22, 22A, the hip and the lower limb, respectively, according to the use condition. The saturation of the segments 23, 23A, and the fine adjustment selection button 43 are slightly adjusted for each segment to provide optimal support; after the adjustment is completed, the user can also operate the personal pressure memory button 44 to store the adjustment result. In the memory 45, the user can control the bed group 2 to perform charge and air adjustment of the left air bag group 20 and the right air bag group 20A again according to the memory setting.

The fifth figure shows that the user 1 is lying on the left airbag set 20 in a sleeping posture, and the sixth figure shows that the user 1 is lying on the right airbag set 20A in a side sleeping posture, because the contour shapes of the various parts of the human body are different. The bearing surface 10 is different in pressure corresponding to each part of the body; therefore, the airbags can be preset to different shapes, or the left airbag set 20 and the right airbag set 20A can be respectively controlled by the inflator 30. The saturation of the 21, 21A, waist section 22, 22A, buttocks and lower limb sections 23, 23A provides the bearing surface 10 with a relatively uniform support for the user 1.

During the adjustment process, the user can view the left and right airbag group switching option icon 462 on the display panel 46 to know which group of airbags the remote controller 3 is controlling; view each section selection option icon 464 and Each zone air pressure saturation display line 465 can be used to determine which section is being adjusted, and to learn the saturation of the shoulder neck sections 21, 21A, the waist sections 22, 22A, the hip and lower limb sections 23, 23A. degree.

For example, as shown in the fourth figure, the left and right airbag group switching option icon 462 on the display panel 46 indicates that the right airbag group 20A is being adjusted, and the memory state is displayed in the left and right airbag group using module option icon 463, and the air pressure is saturated by each section. The degree display line 465 shows the saturation state of the airbags of the respective sections of the right airbag group 20A.

In addition, the preset use module in the memory 45 allows the user to quickly pair the left air bag set 20 and the right air bag set 20A according to different use states. The shoulder neck sections 21, 21A, the waist sections 22, 22A, the hip and lower limb sections 23, 23A are adjusted for saturation.

Furthermore, the present invention can also be applied to a single bed, for example, adjusting the saturation of the left airbag set 20 and the right airbag set 20A as a purpose of supporting the back when the user sleeps.

The above description of the embodiments and the drawings are merely illustrative of the preferred embodiments of the present invention, and are not intended to limit the scope of the present invention; any similarity or similarity to the structure, device, and features of the present invention should be It is the creation purpose of this creation and the scope of patent application.

1‧‧‧Users

2‧‧‧ Bed Group

3‧‧‧Remote control

10‧‧‧ bearing surface

12‧‧‧ bed frame

20‧‧‧Left airbag group

21‧‧‧Shoulder neck section

22‧‧‧ Waist section

23‧‧‧Hip and lower limbs

20A‧‧‧right airbag group

21A‧‧‧Shoulder neck section

22A‧‧‧Waist section

23A‧‧‧Hip and lower limbs

24‧‧‧Airbag

30‧‧‧Inflator

Claims (6)

The utility model relates to an adjustable smart bed set, wherein the bed set comprises at least one bearing surface for the human body lying down, a left air bag group and a right air bag group which can respectively adjust the saturation inside or below the bearing surface, and can respectively respectively pair the left air bag group The right airbag group is filled with and inflated by the airbag; the left airbag group and the right airbag group are respectively divided into a shoulder neck section, a waist section, a hip and a lower limb section which are independently adjustable corresponding to the human body part, and each section It is composed of a plurality of airbags. The adjustable smart bed set according to claim 1, wherein the left air bag set, the right air bag set and the inflating device of the bed set can be controlled by a remote controller to adjust saturation; the remote control includes a casing, A plurality of operation buttons capable of controlling the saturation of each segment of the left air bag group and the right air bag group, a fine adjustment button capable of slightly adjusting the saturation of each segment of the left air bag group and the right air bag group, and a memory left balloon group The personal air pressure memory key of each section of the right airbag group adjustment, the memory of a plurality of use modules of the left airbag group, the right airbag group, and the left airbag group, the right airbag group, and each section The display panel of the operational status. The adjustable smart bed set according to claim 2, wherein the remote controller further comprises an operation indicator for displaying the state of the operation button, a power supply unit for providing power for operating the remote controller, and a control power supply unit for opening and closing. switch. The adjustable smart bed set according to claim 2, wherein the display panel respectively displays a power icon for displaying the power of the power supply unit, and a left and right air bag group switching option for displaying the left and right air bag group control states. The left and right airbag sets use the module option icon, a section selection option icon, and each section of the air pressure saturation display line. The adjustable smart bed set according to any one of claims 1 to 4, wherein the bed set further comprises a support partition partitioning the left and right airbag groups, and a left and right airbags A bed frame on the outside of the group, and a support floor disposed on the left and right air bag sets and the bottom surface of the bed frame. The adjustable smart bed set according to any one of claims 1 to 4, wherein the plurality of airbags are arranged in parallel in a bar shape.