KR200494528Y1 - Swing type sleep aid massage bed - Google Patents

Abstract

The present invention discloses a swing sleep aid massage bed, including a bed mat, a bed shelf, and a base base, the bed mat is mounted and fixed on the bed shelf, and the bed shelf and the bed mat are driven on the basic base to swing as a whole. A swing assembly used is installed, and the bed mat is composed of a lower hard layer and an upper soft layer, wherein the hard layer is mounted and fixed in engagement with the bed shelf, and a massage airbag and a vibration mechanism are installed on the flexible layer. On the hard layer, an elevation airbag for tilting tilt by driving the two ends of the flexible layer is installed, and a massage airbag, an elevation airbag, and a control box rotating by driving a vibration mechanism are further installed on the bed mat, the swing assembly further includes a swing arm and a drive mechanism, and one end of the swing arm is connected to the bed shelf and supports it, and the other end of the swing arm reciprocates along an upwardly concave arc-shaped trajectory by the drive mechanism. It is driven to, and the two farthest both ends of the arc-shaped trajectory are respectively installed toward the two ends of the bed shelf. The present invention has a simple structure, has a certain degree of massage health functional effect, and has better comfort and sleep aid effects to use.

Description

Swing sleep aid massage bed {SWING TYPE SLEEP AID MASSAGE BED}

The present invention relates to a swing sleep aid massage bed.

As can be seen from the human body meteorology (refer to <The Emperor Inner Jing [黃帝內徑]>), the direction of human sleep and the external environment such as seasonal changes, cloudy weather, moisture and rain all have a definite effect on the quality of sleep of the human body. Equally, the external conditions of the shaking type in which the bed oscillates also affects the sleep quality of the human body to some extent.

Currently, the oscillating oscillation form of sleep aid beds on the market is often designed in such a way that it oscillates and oscillates with a "convex arch", because it is limited or affected by the conventional design of the mechanism, i.e., the rotation of the bed shelf. The centers are all below the oscillation arc, or the rotary hinge is located below the oscillation arc. This "convex arch" shaking method has a relatively simple structure and takes as a starting point the structural design that people usually think, but the "convex arch" shaking method can greatly satisfy the practical psychological and physiological needs of sleep aid. , that is, the psychological needs of safety, security, and serenity cannot be satisfied. On the other hand, such a "convex arch" sway bed, although having a sleep aid effect to a certain extent, does not have an ideal sleep aid effect. As a result of actual use: After sleeping, the experimenter showed a certain degree of fatigue, a certain degree of haze, and some people even developed mild vomiting. Therefore, it was determined that this shaking method has a certain narrowness and locality in the applied population, for example, older people are very unsuitable for this shaking method. This is because this "convex arch" shaking method fundamentally gives a person a "feeling in the air", which leads to an unstable sleep psychological state. In addition, the traditional sleep aid bed has a simple function, and those who are under pressure on the neck, shoulder, back, and back cannot be considered as having an effect of massage health.

Aiming at the inconvenience of the prior art, the present invention provides a swing sleep aid massage bed, which is simple in structure, has a certain massage health effect, and has better comfort and sleep aid effect to use. .

In order to achieve the above object, the present invention includes a bed mat, a bed shelf, and a base base, the bed mat is mounted and fixed on the bed shelf, and the bed shelf and the bed mat are driven on the base base to swing as a whole. A swing assembly (assmebly) is installed, wherein the bed mat is composed of a lower hard layer and an upper soft layer, wherein the hard layer is mounted and fixed in engagement with the bed shelf, and the soft layer A massage air bag and a vibration mechanism are installed on the top, and a lift airbag that tilts the head by driving the head and tail ends of the soft layer is installed on the hard layer. The bed mat further includes a massage airbag, an elevating airbag, and a control box configured to rotate by driving the vibration mechanism, the swing assembly including a swing arm and a driving mechanism, the swing arm one end of the bed shelf is connected to each other, and serves as a support for it, and the other end of the swing arm is driven by a driving mechanism to follow an upwardly concave arc line shape trajectory. It reciprocates, and the two farthest ends of the arc-shaped trajectory provide a swing sleep aid massage bed which is respectively installed toward the two ends of the bed shelf.

The effect of the present invention is: the massage airbag and the vibration mechanism can achieve massage compression and vibration massage on the human body, and the lifting airbag can tilt the head and end of the flexible layer by driving the head and end, so that the human body can respond to the supine position. can be adjusted In addition, one end of the swing arm is connected to and supported by the bed shelf, and the driving mechanism drives the other end of the swing arm to reciprocate along an upwardly concave arcuate trajectory, thereby simultaneously moving the bed shelf Thus, it can reciprocate along an upward concave arc-shaped trajectory. The two farthest two ends of the arc-shaped trajectory are respectively installed toward the head and tail ends of the bed shelf, and the bed shelf can consistently swing reciprocally in the direction of the head and tail ends thereof. This upward concave swing movement method more conforms to the biological characteristics of the human body, provides a more comfortable sleep feeling to the user, and has a better sleep effect.

Further, the flexible layer includes an upper sponge layer and a lower spongy layer fixed through bonding, the lower spongy layer being relatively harder than the upper spongy layer, and the lower spongy layer being fixed in engagement with the hard layer The massage airbag is installed sandwiched between the upper spongy layer and the lower spongy layer, and a first groove into which a resonance mechanism is inserted and fixed to the upper surface of the lower spongy layer, respectively, and a second providing fixation of the control box A groove is opened, and the second groove is installed in a portion adjacent to the tail end of the bed mat, and a communication hole is opened in the edge portion of the tail end of the bed mat. can be inserted.

Advantages of adopting the above technical solution are: the texture adopted by the upper spongy layer is a relatively soft material, which is more comfortable to lie down, and the lower spongy layer is harder than the upper spongy layer, so that the first groove and the second groove It brings better bearing and position limiting effect for the vibration mechanism and control box installed on the floor, the upper sponge layer can perform more sound insulation, and the vibration mechanism hardly affects the user's sleep quality during the working process. In addition, the installation of the second groove in the proximal tail end of the bed mat can reduce the disturbance to the user of the vibrating mechanism. When a situation such as a power outage occurs during the work process of the elevating airbag, since the gas in the elevating airbag cannot be discharged by itself, the installation of a gas release switch allows the user to self-vent the gas of the elevating airbag, and the elevating airbag is installed for the first time. return to position and facilitate normal use of the entire bed.

Further, the swing arms are plural and divided into two groups, the swing arms of the two groups are symmetrically installed on both sides of the bed shelf or adjacent portions on both sides, respectively, and the drive mechanism is a synchronous power transmission component and a power module, wherein the synchronous power transmission component is connected to two, each in power transmission connection with the other end of each group swing arm, and the power module comprises the two groups of swing arms through the synchronous power transmission component. can be driven to synchronize motion.

Advantages of adopting the above technical solution are: two groups of swing arms are installed symmetrically on both sides of the bed shelf or on both sides close to it, so that the power module is synchronized, each of the two groups is connected to the other end of the swing arm for power transmission The power transmission component drives each group swing arm to achieve a synchronized movement, improving the stability of the bed shelf swing.

Further further, the drive mechanism includes a plurality of lifting arm assemblies, the plurality of lifting arm assemblies being divided into two groups, each connected in engagement with a respective synchronous power transmission component, The lifting arm assembly includes a lifting arm support shelf and a lifting arm, the lifting arm support shelf is engaged and fixed with the foundation base, the upper end of the lifting arm is hinged on the lifting arm support shelf, and the lower end of the lifting arm is a synchronous power transmission component is hinged on the upper part, and the power module drives the synchronous power transmission component to reciprocate along a direction in which the lifting arm swings.

Advantages of adopting the above technical solution are: the upper end of the lifting arm is a hinged end, the lower end is a swing end, and the lower end of the lifting arm is hinged on the synchronization power transmission component, and the synchronization power transmission component has an upward concave arc-shaped trajectory. and when the power module drives the synchronous power transmission component to reciprocate along the lifting arm swing direction, the synchronous power transmission component drives the other end of the swing arm to reciprocate along an upwardly concave arcuate trajectory. can do.

Further, the bed shelf is located on the upper part of the base base, and a concave cavity is opened at the upper part of the base base, the swing arm and the driving mechanism are all installed in the concave cavity, and the power module is a two group swing Located in the middle of the arm, the power module includes a motor, a reduction unit, a first shaft, a second shaft, the motor drives the first shaft through the reduction unit to rotate, and a sleeve ( sleeve) a rod is connected, one end of the sleeve rod is rotationally connected to the first shaft eccentricity, the other end of the sleeve rod is rotationally connected by sharing an axis with the second shaft, and two ends of the second shaft may each be in rotational connection with two synchronous power transmission components.

Advantages of adopting the above technical solution are: a concave cavity is opened at the top of the foundation base, and the swing arm and the drive mechanism are all installed in the concave cavity, so that impurities can be prevented from entering, and a certain degree of isolation from internal parts has a protective effect. In addition, by installing the power module in the middle position of the two groups swing arms, the overall structure of the swing assembly can be more tight, and at the same time, the power module can be more advantageous for the synchronized movement of the two groups swing arms. The motor drives the first shaft rotation through the reduction unit, and can drive the second shaft and the two synchronous power transmission components connected to both ends of the second shaft to synchronously reciprocate when the first shaft rotates, and the structure is relatively reasonable. and the stability is relatively strong.

Further, a damping vibration reducing structure may be installed in the connecting portion between the swing arm, the lifting arm, the lifting arm base and the synchronous power transmission component.

Advantages of adopting the above technical solution are: When the bed shelf reciprocates along an arc-shaped trajectory, an impact force is easily generated at the inflection point of the reciprocation, and this impact force not only brings inconvenience to the user, but also the swing arm, lifting arm , easily cause wear damage to the connection between the lifting arm base and the synchronous power transmission component. By providing a damping vibration reduction structure in the connecting portion, it is possible to effectively reduce such an impact, and it is possible to further reduce abrasion damage, thereby improving the comfort during use.

Further further, the drive mechanism includes a plurality of swing components hinged between a swing arm other end and a synchronous power transmission component, the swing components hinged on a foundation base, the swing components The other end of the arm may be capable of a vertical drop swing with the swing component and the base base hinge connecting portion as the center of axis.

The advantage of adopting the above technical solution is: the installation of the swing component can limit the vertical drop swing motion of the swing arm other end, the synchronization power transmission component, and the swing component and the base base hinge connecting portion as the axis, and further, the power module is When the synchronous power transmission component is driven to move, the other end of the swing arm may achieve a reciprocating motion along an upwardly concave arcuate trajectory.

Further, the driving mechanism includes an arc-shaped slide trajectory and a slide module moving along an arc-shaped slide trajectory corresponding to the motion trajectory of the other end of the swing arm, the slide module being hingedly connected to the other end of the swing arm, and the power module can tow the slide module through a synchronous power transmission component to reciprocate along an arc-shaped slide trajectory.

Advantages of adopting the above technical solution are: When the motion module pulls the slide module through the synchronization power transmission component to reciprocate along the arc-shaped slide trajectory, the other end of the swing arm is driven to reciprocate along the upwardly concave arc-shaped trajectory. can do.

Further, an anti-shock vibration reducer in a horizontal direction may be installed at a connection portion between one end of the swing arm and the bed shelf.

Advantages of adopting the above technical solution are: The impact force generated at the inflection point where the bed shelf reciprocates can be effectively reduced, and the comfort during use is improved.

1 is a state diagram of the use of Embodiment 1 of the present invention.
Figure 2 is an exploded view of the bed mat in Example 1 of the present invention.
3 is an exploded view of the control box in Embodiment 1 of the present invention.
4 is a structural diagram of a hard layer in Example 1 of the present invention.
5 is a structural diagram of a swing component in Embodiment 1 of the present invention.
6 is a bird's eye view of FIG. 5 .
FIG. 7 is a cross-sectional view taken along portion AA of FIG. 6 .
8 is a principle diagram of a swing component in Embodiment 2 of the present invention.
9 is a principle diagram of a swing component in the third embodiment of the present invention.
10 is a principle diagram of a swing component in Embodiment 4 of the present invention.

Embodiment 1 of the swing sleep aid massage bed of the present invention is as shown in Figs. 1 to 6: It includes a bed mat (4), a bed shelf (1), a base base (2), and the bed mat (4) is A swing assembly used to drive the bed shelf 1 and the bed mat 4 to swing as a whole is installed on the bed shelf 1 and fixed on the base base 2, and the bed mat 4 is It is composed of a lower hard layer 42 and an upper soft layer 41, wherein the hard layer 42 is fitted and fixed in engagement with the bed shelf 1, and on the soft layer 41, a massage airbag 51 and A vibrating mechanism 52 is installed, and on the hard layer 42, the two ends of the flexible layer 41 (that is, both ends to which the head and the tail face when the human body is lying down normally) are driven to be inclined. A tilting airbag 53 is installed, and the bed mat 4 is further provided with a massage airbag 51, a lifting airbag 53, and a control box 54 that rotates by driving the vibration mechanism 52, The control box 54 includes a housing body 541 and an air pump 542, an air valve 543, and a control panel 544 mounted in the housing body 541, and the control panel 544 includes an air pump 542, respectively. ) and an electrical connection with the air valve 543 , the control panel 544 may control the rotation of the air pump 542 and the opening and closing of the air valve 543 .

The flexible layer 41 includes an upper spongy layer 411 and a lower spongy layer 412 fixed through bonding, and the lower spongy layer 412 is relatively harder than the upper spongy layer 411, and The upper surface of the spongy layer 411 employs a short-angled (egg shell) patterned road (not shown), thereby enhancing comfort, and the lower spongy layer 411 and the hard layer 42 are fixed through an adhesive liquid or Velcro and , the massage airbag 51 is installed between the upper spongy layer 411 and the lower spongy layer 412 , the massage airbag 51 is plural, and the air valve 543 is also plural, each massage airbag 51 and each of the lifting airbags 53 are connected to each other, and the plurality of massage airbags 51 are positioned corresponding to the neck, shoulder, back, waist, buttocks, etc. of the human body when the human body is normally lying on the bed mat. installed in the upper surface of the lower spongy layer 412, a first groove 4121 into which the resonance mechanism 52 is inserted and fixed, and a second groove 4122 for providing insertion and fixation of the control box 54, respectively. and the second groove 4122 is installed in a portion close to the tail end of the bed mat 4, and a communication hole 4123 is opened at the edge of the tail end of the bed mat 4, and the communication hole 4123 is the first A gas discharge switch 55 that communicates with the two grooves 4122 and is connected to the elevating airbag 53 is inserted in the communication port 4123 . Since the elevating airbag 53 must continuously receive the human body weight, in consideration of energy consumption and stability issues, the air pump 542 fills the elevating airbag 53 with gas, and then the elevating airbag 53 and each other The connected air valve 543 can be automatically opened and closed, and the elevating airbag 53 is maintained in a gas-filled state, so that the user can exhaust the gas in the elevating airbag 53 through the gas discharge switch 55 after a power failure. , allowing the bed mat to restore its original horizontal state, so that it can be used as a normal bed.

The hard layer 42 includes a bottom plate 421, and a first rotating plate 422 and a second rotating plate that are respectively hinged to the two ends of the bed mat adjacent to the bottom plate 421, and the second rotating plate is It includes a first plate 423 and a second plate 424 that are hinged to each other, the first plate 423 and the bottom plate 421 are hinged to each other, and the first rotating plate 422 and the bottom plate The elevating airbag 53 is supported between 421 and between the second plate 424 and the bottom plate 421 . The lifting airbag 53 installed between the first rotating plate 422 and the bottom plate 421 employs a fan-shaped airbag to make the rotational inclination of the first rotating plate 422 more stable, and the second plate 424 and The elevating airbag 53 installed between the bottom plates 421 employs a straight-through type (straight tube) airbag, so that the second plate 424 can be maintained horizontally when elevating.

The swing assembly includes a swing arm 31 and a driving mechanism, one end of the swing arm 31 is connected to the bed shelf 1 and supports it, and the other end of the swing arm 31 is a driving mechanism reciprocating along an upward concave arc-shaped trajectory, the arc-shaped trajectory means that the concave of the arc-shaped trajectory is installed upward, and the two farthest both ends of the arc-shaped trajectory are each of the bed shelf (1) It is installed toward the head end direction, and the bed shelf 1 can reciprocate toward the head end direction.

The swing arms 31 are plural and divided into two groups. In this embodiment, each group swing arm 31 includes two swing arms 31 , and the two groups of swing arms 31 . ) One end is symmetrically fixed to both sides close to the bottom of the bed shelf 1, respectively, and among other implementation methods, of course, one end of the swing arm 31 can be installed on both sides of the bed shelf 1, and the drive mechanism is synchronized with power a transmission component 32 and a power module, wherein in this embodiment, the synchronous power transmission component 32 is a rigid connecting rod, and the synchronous power transmission component 32 is two, each of which is a swing of each group. Power transmission connection with the other end of the arm 31, the power module is simultaneously power transmission connection with two synchronous power transmission components 32, the power module is connected to the two groups of swing arms through the synchronization power transmission component 32 ( 31) for synchronous motion.

The drive mechanism includes a plurality of lifting arm assemblies, the plurality of lifting arm assemblies being divided into two groups, each connected in engagement with a respective synchronous power transmission component 32, the lifting arm assembly supporting the lifting arm It includes a shelf 331 and a lifting arm 332 , the lifting arm support shelf 331 is fixed in engagement with the foundation base 2 , and the upper end of the lifting arm 332 is hinged on the lifting arm support shelf 331 . installed, the lifting arm 332 bottom is hinged on the synchronous power transmission component 32, and the lifting arm 332 bottom and the synchronous power transmission component 32 are both a lifting arm 332 and a lifting arm support shelf ( 331) A vertical drop swing is possible with the connection part as an axis, and when the power module drives the synchronization power transmission component to move, the direction in which the lifting arm 332 shakes by driving the synchronization power transmission component 32 can reciprocate along the

The bed shelf 1 is located above the base base 2, and a concave cavity 21 is opened at the upper end of the base base 2, and the swing arm 31 and the driving mechanism are all in the concave cavity 21. installed, the power module is located in the middle of the two groups of swing arms 31 , and the power module includes a motor 341 , a reduction unit 342 , a first shaft 343 , and a second shaft 344 , and Also, a reduction motor in which the motor 341 and the reduction unit 342 are integrated may be directly employed among other implementation methods. In this embodiment, the reduction unit 342 includes a reduction shaft 3421 installed on the base base 2, and the first large leather belt wheel 3422 is fixed to the central portion of the reduction shaft 3421, and , a first big leather belt wheel 3422 and a motor 341 output shaft are power transmission connected through a leather belt, and the first shaft 343 is erected on the base base 2, and the reduction shaft ( 3421) Two small leather belt wheels 3424 are fixed to both ends, respectively, and two second large leather belt wheels 3424 are respectively fixed to both ends of the reduction shaft 3421 corresponding to the first shaft 343 ( 3423 is fixed, the second large leather belt wheel 3423 and the cowhide belt wheel 3424 are connected for power transmission through the leather belt, and the motor 341 is the first shaft 343 through the reduction unit By driving and rotating, the torque is increased and the rotation speed of the first shaft 343 is reduced, and the two sleeve rods 345 are connected between the first shaft 343 and the second shaft 344, and the two One end of the sleeve rod 345 is eccentrically rotationally connected to both ends of the first shaft 343, and the other ends of the two sleeve rods 345 are rotationally connected by sharing an axis with the second shaft 344, and the second shaft ( Both ends of the 344 are rotationally connected to the two synchronous power transmission components 32 , respectively, and can drive the second shaft 344 to reciprocate when the first shaft 343 rotates. Of course, in other embodiments of the present invention, the reduction unit 342 is not limited to the reduction structure of the leather belt wheel described above, and may also employ cogwheel power transmission, for example, a planetary gear. , a power transmission structure such as a cycloidal pin wheel may be employed.

A damping vibration reducing structure is installed in the connecting portion between the swing arm 31 , the lifting arm 332 , the lifting arm base 311 and the synchronous power transmission component 32 , and in this embodiment, the damping vibration reducing structure adopts the insertion installation of the damping lock of the rotating connection part, so that noise generated during swing can be reduced, and the swing process is smoother.

Embodiment 2 of the present invention is the same as that shown in Fig. 8: Embodiment 2 is different from Embodiment 1 only in the structure of power transmission between the swing arm 31 and the power module, specifically: the drive mechanism is the swing arm (31) a plurality of swing components (35), hinged between the other end and a synchronous power transmission component (32), the swing components (35) hinged on the foundation base (2), the swing component The base base 2 and the base base 2 may be hinge-connected and installed on a supporting shelf fixed to each other, and the other end of the swing arm 31 has the swing component 35 and the base base 2 hinged connecting portion as an axis. Can swing vertically. According to embodiment 2, the swing component (35) exhibits an inverted U-shaped structure, which comprises a transverse end (351) and two longitudinal ends (352) hingedly connected to each other with a foundation base (2), and the two longitudinal ends are hingedly connected to each other with the other end of the swing arm 31 and the synchronization power transmission component 32, respectively, the swing arm 31, the swing component 35, the base base 2, and the synchronization power transmission The axial direction of the hinge connection portion between the components 32 is perpendicular to the head direction of the bed shelf 1 and each other. Since the swing component 35 adopts such an inverted U-shaped structure, there is a certain "winding" action in the horizontal direction, and the impact force when the bed shelf 1 swings to the reciprocating inflection point portion is reduced. can be significantly lowered.

Embodiment 3 of the present invention is as shown in Fig. 9: Embodiment 3 differs from Embodiment 2 only in the structure of a swing component 35, and in Embodiment 3, the swing component 35 has a vertical structure , it includes an upper connecting end 353 located at the upper portion, a lower connecting end 354 located at the lower portion, and the lower connecting end 354 can swing vertically with the upper connecting end 353 as the axis, The upper connecting end 353 is hingedly connected to the foundation base 2 and, of course, may be hingedly connected to a supporting shelf fixed to each other on the base 2, and the lower connecting end 354 is synchronized power transmission The component 32 is hinged to each other, and the other end of the swing arm 31 is hinged at an intermediate position of the swing component 35 .

Embodiment 4 of the present invention is the same as that shown in Fig. 8: Embodiment 4 differs from Embodiment 1 only in the structure of power transmission between the swing arm 31 and the power module, the difference being: the drive mechanism is swing The arm 31 includes an arc-shaped slide trajectory 36 and a slide module 37 that moves along the arc-shaped slide trajectory 36 corresponding to the movement trajectory of the other end, and the slide module 37 includes the swing arm 31 other The stage is hinged to each other, and the power module pulls the slide module 37 through the synchronous power transmission component 32 to reciprocate along the arc slide track 36 , the slide module 37 rotates the arc slide track 36 . ), it can reciprocate along an upwardly concave arc-shaped trajectory with the other end of the swing arm 31 . According to embodiment 4, the synchronous power transmission component 32 is a flexible chain belt or traction rope, and the central part of the synchronous power transmission component 32 may be fixed on a wheel plate driven and rotated by one reduction motor. and by continuously pulling the slide module 36 back and forth with the synchronous power transmission component 32 through the wheel plate rotation, the reciprocating motion is achieved. At one end of the swing arm 31 and the connecting portion of the bed shelf 1, a horizontal shock-resistant vibration reducer 38 is installed, and the shock-resistant vibration reducer 38 allows the bed shelf 1 to swing up to the reciprocating inflection point. When the impact force in the horizontal direction is significantly reduced, comfort is improved.

In addition to the contents mentioned in the above-described embodiment, the swing arm 31 may be of a telescopically adjustable type, so that the width of the swing arm 31 can be adjusted, and the needs of other users can be satisfied.

The above embodiment is only one of the preferred embodiments of the present invention, and all changes and substitutions common to those skilled in the art within the scope of the technical solution of the present invention should be considered within the protection scope of the present invention. .

Claims (10)

In the swing sleep aid massage bed,
It includes a bed mat, a bed shelf, and a base base, the bed mat is mounted and fixed on the bed shelf, and a swing assembly used to drive the bed shelf and the bed mat to swing as a whole is installed on the base base,
The bed mat is composed of a hard layer of a lower layer and a soft layer of an upper layer, wherein the hard layer is mounted and fixed in engagement with the bed shelf, and a massage air bag and a vibration mechanism on the soft layer A lift airbag is installed on the hard layer to tilt the head end and tail end of the soft layer in an inclined manner, and a massage airbag, elevating and lowering airbags are installed on the bed mat. A control box is further installed to drive the airbag and the vibration mechanism to rotate, wherein the swing assembly includes a swing arm and a drive mechanism, and one end of the swing arm includes a bed shelf and a bed shelf. are connected to each other and have a supporting action thereon, and the other end of the swing arm is driven by a driving mechanism to reciprocate along an upwardly concave arc line shape trajectory, two of the arc line trajectories The two farthest ends of the dog are installed toward the two ends of the bed shelf, respectively.
The swing arms are plural and divided into two groups, the swing arms of the two groups are symmetrically installed on both sides of the bed shelf or parts adjacent to both sides, respectively, and the drive mechanism includes a synchronous power transmission component and a power module wherein the synchronization power transmission component is connected to two, each in power transmission connection with the other end of each group swing arm, and the power module drives the two groups of swing arms through the synchronization power transmission component to characterized in that the synchronous movement,
Swing Sleep Aid Massage Bed. According to claim 1,
The flexible layer includes an upper sponge layer and a lower spongy layer fixed through bonding, the lower spongy layer is relatively harder than the upper spongy layer, and the lower spongy layer is fixed in engagement with the hard layer, and the The massage airbag is installed sandwiched between the upper spongy layer and the lower spongy layer, and the upper surface of the lower spongy layer is provided with a first groove into which a resonance mechanism is inserted and fixed, and a second groove for providing insertion and fixation of the control box, respectively. The second groove is installed in a portion close to the tail end of the bed mat, and a communication hole is opened at the edge portion of the tail end of the bed mat, and a gas exhaust switch connected to the lifting airbag is inserted in the communication hole. characterized by,
Swing Sleep Aid Massage Bed. 3. The method of claim 1 or 2,
The hard layer includes a bottom plate, and a first rotating plate and a second rotating plate that are respectively hinged to both ends of the bed mat adjacent to the bottom plate, and the second rotating plate is a first plate and a second hinged connected to each other. a plate, wherein the first plate is hingedly connected to the bottom plate, and the lifting airbag is supported and installed between the first rotating plate and the bottom plate and between the second plate and the bottom plate doing,
Swing Sleep Aid Massage Bed. delete According to claim 1,
The drive mechanism includes a plurality of lifting arm assemblies, the plurality of lifting arm assemblies being divided into two groups, each connected in engagement with a respective synchronous power transmission component, the lifting arm assembly comprising: a lifting arm support shelf and a lifting arm, wherein the lifting arm support shelf is fixed in engagement with the foundation base, the upper end of the lifting arm is hinged on the lifting arm support shelf, and the lower end of the lifting arm is hinged on the synchronous power transmission component wherein the power module is capable of driving a synchronous power transmission component to reciprocate along a direction in which the lifting arm swings.
Swing Sleep Aid Massage Bed. 6. The method of claim 5,
The bed shelf is located on the upper part of the base base, and a concave cavity is opened at the upper end of the base base, the swing arm and the driving mechanism are all installed in the concave cavity, and the power module is in the middle of the two groups of swing arms located, the power module includes a motor, a reduction unit, a first shaft, a second shaft, the motor drives the first shaft through the reduction unit to rotate, and a sleeve rod (sleeve) between the first shaft and the second shaft ( rod) is connected, one end of the sleeve rod is rotationally connected to the first shaft eccentricity, the other end of the sleeve rod is rotationally connected to the second shaft by sharing an axis, and two ends of the second shaft are each characterized in that it is in rotational connection with the synchronous power transmission component,
Swing Sleep Aid Massage Bed. 7. The method of claim 6,
A damping vibration reducing structure is installed in the connection portion between the swing arm, the lifting arm, the lifting arm base and the synchronous power transmission component,
Swing Sleep Aid Massage Bed. According to claim 1,
The drive mechanism includes a plurality of swing components hinged between a swing arm other end and a synchronous power transmission component, the swing components hinged on a base base, the swing arm other end end) is characterized in that a vertical drop swing is possible with the swing component and the base base hinge connection part as the center of axis,
Swing Sleep Aid Massage Bed. According to claim 1,
The drive mechanism includes an arc-shaped slide track and a slide module moving along an arc-shaped slide track corresponding to the motion trajectory of the other end of the swing arm, the slide module is hingedly connected to the other end of the swing arm, and the power module transmits synchronous power Characterized in that it reciprocates along an arc-shaped slide trajectory by pulling the slide module through the component,
Swing Sleep Aid Massage Bed. According to claim 1,
A horizontal direction anti-shock vibration reducer is installed at the connection part between one end of the swing arm and the bed shelf,
Swing Sleep Aid Massage Bed.

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