CN105853097A - Intelligent bed - Google Patents

Abstract

The invention discloses an intelligent bed, which comprises: the bed frame comprises a base frame, a hip frame, a back frame, a thigh frame, a head frame and a thigh frame, wherein the hip frame, the back frame and the thigh frame are arranged in the base frame; a first linkage device connected between the base frame and the head frame; a second linkage device connected between the base frame and the shank frame; the mattress is arranged on the bedstead, and a breathing belt is arranged on the mattress; a controlling means, including the control box of installing in the bed frame, install control system and first, the electronic expansion bend of second in the control box, the area of breathing is connected with control system, and control system has wireless module and bluetooth module. The state of the bedstead can be automatically controlled by the control device through the data detected by the breathing belt or controlled by operating the remote controller and the mobile phone, so that the bedstead is adjusted to enable the sleeping posture of the consumer to reach the best state (the knee and the heart are positioned on the same horizontal plane), thereby enabling the consumer to breathe more smoothly, preventing snoring and improving the sleeping quality.

Description

a smart bed

Technical field:

The invention relates to the technical field of bed products, in particular to an intelligent bed.

Background technique:

Because one-third of people's time is all sleeping, so that bed becomes our requisite furniture article, the bed on the existing market is of a great variety, but use function is single, only possesses the function of sleeping usually.

At present, many people suffer from insomnia due to various reasons, or have poor sleep quality, or snore. However, traditional beds cannot solve these problems and cause great troubles to people.

In addition, the Chinese society is increasingly aging, and the daily life of the elderly is often inconvenient, especially those who have mobility issues and need to be taken care of by others, including some people who may have mobility issues caused by diseases. However, traditional beds cannot meet the needs of use. need.

Most of the nursing beds currently used for these groups of people are hand-cranked. Some elderly people often need to sit up, especially those with a bad heart. But nowadays, half-folding beds with only the upper body can be rolled up and down are generally used. After the half-folding bed is rolled up, the patient's body tends to slide towards the end of the bed. At this time, the force on the waist and hips is stronger than that of a normal person sitting on a stool. The force is greater, and they often feel uncomfortable, and they will ask to hang their feet down.

In view of this, the inventor proposes the following technical solutions.

Invention content:

The purpose of the present invention is to overcome the deficiencies of the prior art and provide an intelligent bed.

In order to solve the above-mentioned technical problems, the present invention adopts the following technical solutions: the smart bed includes: a bed frame, which includes a base frame, and a buttock frame installed in the middle of the base frame, all of which are pivotally connected with the base frame and positioned on the hip frame The back frame and the thigh frame on both sides and the head frame and the calf frame pivotally connected with the back frame and the thigh frame respectively; the first linkage device, which is connected between the base frame and the head frame; the second linkage device, It is connected between the base frame and the calf frame; the mattress is set on the bed frame, and the mattress is provided with a breathing belt for detecting and recording the user's heart rate, sleep duration, deep sleep, and breathing frequency; The control device includes a control box installed in the base frame, a control system installed in the control box, and a control system installed in the control box and used to drive the action of the first linkage device to control the lifting of the back frame, the head frame relative to the base frame, and The swinging first electric retractor and the second electric retractor installed in the control box and used to drive the second linkage device to control the lifting and swinging of the thigh frame and the calf frame relative to the base frame, the breathing belt is connected with the control system , the control system has a wireless module and a Bluetooth module.

Further, in the above technical solution, the first linkage device includes a first rotating shaft installed in the base frame and a first driving arm hinged to the first rotating shaft, and the end of the first driving arm passes through the first connecting shaft. The rod is connected with the middle part of the head frame.

Furthermore, in the above technical solution, the lower end of the back frame is provided with a first stop bar for preventing excessive lifting and swinging of the first driving arm.

Furthermore, in the above technical solution, the second linkage device includes a second shaft installed in the base frame and a second drive arm hinged to the second shaft, and the end of the second drive arm passes through the second linkage. The rod is connected to the middle of the calf frame.

Furthermore, in the above technical solution, the lower end of the thigh frame is provided with a second stop bar for preventing excessive lifting and swinging of the second driving arm.

Furthermore, in the above technical solution, the lower end of the control box is provided with first and second installation positions for the first and second rotating shafts to pass through, and first and second installation positions for enclosing the first and second installation positions respectively. , the second end cover, and the driving rods in the first and second electric retractors respectively extend into the first and second installation positions, and are respectively linked with the first and second rotating shafts to drive the first and second The second shaft turns.

Furthermore, in the above technical solution, the control box is respectively provided with slide rails or slide grooves at the lower ends of the first and second installation positions, and the first and second end covers are provided with corresponding slide rails or slide grooves. The chute or slide rail, the first and second end covers are inserted into the slide rail or chute at the lower end of the first and second installation positions in the control box through the chute or slide rail in a pull-out assembly manner, and The locking protrusions formed on the first and second end covers are all engaged in the slots in the first and second installation positions, so that the first and second end covers are respectively fixed in the first and second installation positions.

Further, in the above technical solution, the four corners of the base frame are respectively equipped with supporting seats for supporting the calf frame and the head frame, and the inner side of the base frame is also installed to support the back frame, the head frame and the thigh frame. And the L-shaped support block of the calf frame.

Further, in the above technical solution, a remote controller is also hung on the bed frame, and the remote controller is connected to the control system in the control device through wires, or the remote controller is connected to the control system through a wireless connection. , or, the remote controller is connected to the control system via Bluetooth.

Furthermore, in the above technical solution, the control system is electrically connected to the mobile phone through the wireless module and the Bluetooth module, and is controlled by the mobile phone APP.

After adopting the above technical solution, the present invention has the following beneficial effects compared with the prior art:

1. When the present invention works, the consumer lies on the mattress and places the breathing belt on the consumer's chest. When the consumer falls asleep, the breathing belt detects and records the consumer's heart rate, sleep duration, deep sleep, Breathing times, when the detected data does not meet the requirements, the control system in the control device controls the first and second electric retractors to work, and the first electric retractor drives the first linkage device to control the back frame, The head frame lifts and swings relative to the base frame, and the second electric retractor drives the second linkage device to control the lifting and swinging of the thigh frame and calf frame relative to the base frame, so that the bed frame can be adjusted so that the consumer's sleeping position can reach The best state (knee and heart are at the same level) makes consumers sleep in the most comfortable position, which can make consumers breathe more smoothly, prevent snoring, and also greatly improve sleep quality, and the invention is fully automated control, so that the present invention has extremely high market competitiveness. In addition, the consumer can also adjust the bed frame to the most suitable state for sleeping before going to bed, so that the consumer can quickly fall asleep, ensure the quality of sleep, and prevent snoring.

2. The present invention can automatically control the state of the bed frame, and can also be controlled by the consumer through a remote control or a mobile phone. It is easy to operate and very convenient to use.

3. Since the first and second end covers are inserted into the control box in the way of pull-out assembly through the chute or slide rail, it is easy to disassemble and assemble, and the purpose of fixing can be achieved without screw fastening, and it is convenient for later maintenance maintainance.

Description of drawings:

Fig. 1 is a perspective view of the present invention;

Fig. 2 is an assembly drawing of the bed frame and the first and second interlocking devices in the present invention;

Fig. 3 is a perspective view of the control device in the present invention.

detailed description:

The present invention will be further described below in conjunction with specific embodiments and accompanying drawings.

As shown in Figures 1-3, it is a smart bed, which includes: a bed frame 1, a first linkage device 2 and a second linkage device 3 installed in the bed frame 1, a The mattress and the control device 4 installed in the bed frame 1, wherein the mattress is provided with a breathing belt for detecting and recording the user's heart rate, sleep duration, deep sleep, and breathing times, and the breathing belt and the control device 4 electrical connection.

Described bed frame 1 comprises a base frame 11, and the buttock frame 12 that is installed in the middle part of base frame 11, is all pivoted with base frame 11 and is positioned at the back frame 13 of hip frame 12 both sides and thigh frame 14 and back frame respectively. 13 and the thigh frame 14 pivotally connected head frame 15 and calf frame 16, wherein the first linkage device 2 is connected between the base frame 11 and the head frame 15; in addition, the second linkage device 3 Connected between the base frame 11 and the calf frame 16; the first linkage device 2 and the second linkage device 3 are controlled by the control device 4, that is to say, the control device 4 passes the first linkage device 2 and the second linkage device 2 The interlocking device 3 can respectively drive the hip frame 12, the back frame 13, the head frame 15, the thigh frame 14, and the calf frame 16 to raise or lower relative to the base frame 11, so as to achieve the purpose of adjusting the state of the bed frame 1, so that consumers A comfortable sleeping position can be achieved to improve the sleep quality of consumers.

The four corners of the base frame 11 are respectively equipped with supporting bases 17 for supporting the calf frame 16 and the head frame 15, and the inside of the base frame 11 is also installed with support for the back frame 13, the head frame 15 and the thigh frame 14 and The L-shaped support block 18 of calf frame 16. When the buttock frame 12, the back frame 13, the head frame 15, the thigh frame 14, and the calf frame 16 were all in a lying state, the corners of the head frame 15 and the calf frame 16 were respectively docked with the support seat 17, and the back frame 13 , the outer sides of the head frame 15 and the thigh frame 14 and the calf frame 16 are respectively docked with the L-shaped support block 18, so that the whole bed frame 1 forms a stable structure and has a larger load-bearing capacity.

Described mattress is divided into five sections, and is corresponding with described buttock frame 12, back frame 13, head frame 15, thigh frame 14, calf frame 16 respectively, and mattress and buttock frame 12, back frame 13, head Frame 15, thigh frame 14, the corresponding part of calf frame 16 can rise and fall with back frame 13, head frame 15, thigh frame 14, calf frame 16 lifting respectively.

The buttock frame 12, the back frame 13, the head frame 15, the thigh frame 14, and the calf frame 16 correspond to the buttocks, the back, the head, the thigh, and the calf of the human body respectively, that is, the present invention can raise or lower the back, the head, and the thigh. , Calf, so that consumers are in a comfortable sleeping position.

The first linkage device 2 includes a first rotating shaft 21 installed in the base frame 11 and a first driving arm 22 hinged to the first rotating shaft 21, and the end of the first driving arm 22 is connected to the first connecting rod 23 The middle part of the head frame 15 is connected. In addition, the lower end of the back frame 13 is provided with a first stop rod 131 for blocking the excessive lifting and swinging of the first driving arm 22, so as to ensure the stability of the first linkage device 2 and also improve the service life.

When the first rotating shaft 21 rotates, it drives the first driving arm 22 to swing, and the first driving arm 22 cooperates with the first connecting rod 23 to control the head frame 15 to move up and down, and the head frame 15 moves up and down. In this process, the back frame 13 can be driven to move up and down, so as to achieve the purpose of adjusting the positions of the back frame 13 and the head frame 15 relative to the base frame 11.

The second linkage device 3 includes a second rotating shaft 31 installed in the base frame 11 and a second driving arm 32 hinged to the second rotating shaft 31 , and the end of the second driving arm 32 is connected to the second connecting rod 33 The middle part of the calf frame 16 is connected. In addition, the lower end of the thigh frame 14 is provided with a second stop rod for blocking the excessive lifting and swinging of the second driving arm 32, so as to ensure the working stability of the second linkage device 3 and also improve the service life.

When the second rotating shaft 31 rotates, it drives the second drive arm 32 to swing, and the second drive arm 32 cooperates with the second connecting rod 33 to control the movement of the calf frame 16 up and down, and during the process of the leg frame 16 moving up and down, The thigh frame 14 can be driven to move up and down, so as to achieve the purpose of adjusting the positions of the calf frame 16 and the thigh frame 14 relative to the base frame 11 .

The control device 4 includes a control box 41 installed in the base frame 11, a control system installed in the control box 41, and a control system installed in the control box 41 and used to drive the first linkage device 2 to control the back frame 13, the head The part frame 15 lifts and swings relative to the base frame 11, and the first electric retractor 42 is installed in the control box 41 and is used to drive the action of the second linkage device 3 to control the lifting and swinging of the thigh frame 14 and the calf frame 16 relative to the base frame 11. The second electric retractor 43, the breathing belt is connected with the control system, and the control system has a wireless module and a bluetooth module.

The structure of the first electric retractor 42 is the same as that of the second electric retractor 43, and the electric telescopic device described in the patent (patent No. 201320314613.3) proposed by the inventor on May 29, 2013 or The structure of the electric retractor described in the patent (Patent No. 201320126126.4) proposed by the inventor on March 20, 2013 will not be repeated here.

A remote controller 5 is also hung on the bed frame 1, and the remote controller 5 is connected to the control system wire in the control device 4 through wires, or the remote controller 5 is connected wirelessly to the control system, or, The remote controller 5 is connected to the control system via bluetooth, so that consumers can connect the remote controller 5 with the control system according to the actual situation, so as to use the remote controller 5 at a short distance or a long distance. In addition, the control system is electrically connected to the mobile phone through the wireless module and the Bluetooth module, and is controlled by the mobile phone APP, that is to say, consumers can remotely control the control system in real time through the mobile phone APP, so that it is very convenient.

Multiple modes are set in the control system, and each mode represents the state of the bed frame 1 after the back frame 13, the head frame 15, the thigh frame 14, and the calf frame 16 are raised or lowered to different degrees relative to the base frame 11, So that the consumer can directly press the corresponding button on the remote controller 5 or the mobile phone APP to control the different states of the bed frame 1, which is very easy to operate.

The lower end of the control box 41 is provided with first and second installation positions 401 and 402 for the first and second rotating shafts 31 to pass through, and first and second installation positions 401 and 402 respectively used for packaging the first and second installation positions 401 and 402. The second end caps 44, 45, and the driving rods in the first and second electric retractors 43 extend into the first and second installation positions 401 and 402 respectively, and are connected with the first and second rotating shafts 31 respectively. to drive the first and second rotating shafts 31 to rotate.

The control box 41 is respectively provided with slide rails or slide grooves at the lower ends of the first and second installation positions 401, 402, and slide rails or slide grooves corresponding to the slide rails or slide grooves are provided on the first and second end covers 44, 45. Groove or slide rail, the first and second end caps 44, 45 are all inserted into the slide rail or the lower end of the first and second installation positions 401, 402 in the control box 41 through the slide groove or slide rail in a pull-out assembly mode. in the chute, and the first and second end caps 44, 45 are formed in the card slots in the first and second mounting positions 401, 402, so that the first and second end caps 44, 45 45 are respectively fixed in the first and second installation positions 401 and 402, that is to say, the assembly method of the first and second end covers 44 and 45 with the control box 41 is very simple, and can be fixed without screw fastening. purpose, and because the first and second end caps 44, 45 are easy to assemble and disassemble, it is beneficial for later maintenance.

When the invention works, the consumer lies on the mattress and places the breathing belt on the consumer's chest. When the consumer falls asleep, the breathing belt detects and records the consumer's heart rate, sleep duration, deep sleep, and breathing times in real time. , when the detected data does not meet the requirements, the control system in the control device 4 controls the first and second electric retractors 42, 43 to work, and the first electric retractor 42 drives the first linkage device 2 to act Control the back frame 13, the head frame 15 to lift and swing relative to the base frame 11; The bed frame 1 is adjusted so that the consumer's sleeping position can reach the best state (the knees and the heart are at the same level), so that the consumer's sleeping position can reach the most comfortable position, so that the consumer can breathe more smoothly and snoring can be prevented. It can also greatly improve sleep quality, and the present invention is fully automatic control, so that the present invention has extremely high market competitiveness.

In addition, the consumer can also adjust the bed frame 1 to the most suitable state for sleeping before going to bed, so that the consumer can quickly fall asleep, ensure the quality of sleep, and prevent snoring.

Of course, the above descriptions are only specific embodiments of the present invention, and are not intended to limit the implementation scope of the present invention. All equivalent changes or modifications made according to the structure, features and principles described in the scope of the patent application of the present invention should be included in the The present invention is within the patent scope.

Claims (10)

1. A smart bed, characterized in that: comprising: A bed frame (1), which includes a base frame (11), and a hip frame (12) installed in the middle of the base frame (11), both of which are pivotally connected with the base frame (11) and located on both sides of the hip frame (12) The back frame (13) and the thigh frame (14) and the head frame (15) and the calf frame (16) pivotally connected with the back frame (13) and the thigh frame (14) respectively; The first linkage device (2), which is connected between the base frame (11) and the head frame (15); The second linkage device (3), which is connected between the base frame (11) and the calf frame (16); The mattress is arranged on the bed frame (1), and the mattress is provided with a breathing belt for detecting and recording the user's heart rate, sleep duration, deep sleep, and breathing frequency; A control device (4), which includes a control box (41) installed in the base frame (11), a control system installed in the control box (41), and installed in the control box (41) for driving the first The moving device (2) operates to control the back frame (13), the first electric retractor (42) that the head frame (15) lifts and swings relative to the base frame (11) and is installed in the control box (41) and used to drive The second linkage device (3) acts to control the second electric retractor (43) that lifts and swings the thigh frame (14) and calf frame (16) relative to the base frame (11), and the breathing belt is connected to the control system, The control system has a wireless module and a bluetooth module. 2. An intelligent bed according to claim 1, characterized in that: the first linkage device (2) includes a first rotating shaft (21) installed in the base frame (11) and connected with the first rotating shaft ( 21) A hinged first driving arm (22), and the end of the first driving arm (22) is connected to the middle of the head frame (15) through the first connecting rod (23). 3. The smart bed according to claim 1, characterized in that: the lower end of the back frame (13) is provided with a first stop rod (131) for blocking the first driving arm (22) from excessive lifting and swinging. 4. An intelligent bed according to claim 2, characterized in that: the second linkage device (3) includes a second rotating shaft (31) installed in the base frame (11) and connected with the second rotating shaft ( 31) A hinged second driving arm (32), and the end of the second driving arm (32) is connected to the middle of the calf frame (16) through a second connecting rod (33). 5 . The smart bed according to claim 4 , characterized in that: the lower end of the thigh frame ( 14 ) is provided with a second stop rod for preventing excessive lifting and swinging of the second driving arm ( 32 ). 6. An intelligent bed according to claim 4, characterized in that: the lower end of the control box (41) is provided with first and second installation positions for the first and second rotating shafts (31) to pass through (401, 402) and the first and second end caps (44, 45) respectively used to encapsulate the first and second installation positions (401, 402), and the first and second electric retractors (43) The drive rods in the drive rods respectively extend into the first and second mounting positions (401, 402), and are respectively linked with the first and second rotating shafts (31) to drive the first and second rotating shafts (31) to rotate. 7. The smart bed according to claim 6, characterized in that: the control box (41) is provided with slide rails or chute respectively at the lower ends of the first and second installation positions (401, 402), the first 1. The second end cover (44, 45) is provided with a chute or a slide rail corresponding to the slide rail or the chute, and the first and second end covers (44, 45) pass through the chute or the slide rail to The drawing assembly method is inserted into the slide rail or the slide groove at the lower end of the first and second installation positions (401, 402) in the control box (41), and the first and second end covers (44, 45) are formed The card protrusions are all clamped and embedded in the card slots in the first and second installation positions (401, 402), so that the first and second end covers (44, 45) are respectively fixed on the first and second installation positions (401, 402). 402). 8. An intelligent bed according to claim 1, characterized in that: the four corners of the base frame (11) are respectively equipped with supporting seats ( 17), and the inside of the base frame (11) is also equipped with an L-shaped support block (18) for supporting the back frame (13), the head frame (15), the thigh frame (14) and the calf frame (16). 9. An intelligent bed according to claim 1, characterized in that: a remote control (5) is hung on the bed frame (1), and the remote control (5) communicates with the control device (4) through wires The control system in the control system is connected by wire, or the remote controller (5) is connected to the control system through wireless connection, or the remote controller (5) is connected to the control system through bluetooth. 10. The smart bed according to claim 1, wherein the control system is electrically connected to the mobile phone through a wireless module and a Bluetooth module, and is controlled by the mobile APP.