TWM608590U - Breathable temperature control mattress mechanism - Google Patents

Abstract

This creation is about a ventilated and temperature-controlled mattress mechanism that can provide good ventilation and has a temperature adjustment function, including: a ventilating pad, the ventilating pad includes a supporting member provided with a plurality of holes, and the holes can communicate with each other; A covering layer covering the air-permeable pad, at least one contact surface of the covering layer is made of air-permeable material; and a temperature control mechanism, including a control host, the control host including a temperature control unit With a wind speed control unit, the control host is connected with a ventilation pipe, which can blow the airflow with a set temperature and wind speed generated by the control host into the ventilating cushion, circulate or diffuse between the holes, and then pass through the The covering layer can escape from the ventilated area, so that the mattress can be breathable, cool or warm at the same time.

Description

Breathable temperature control mattress mechanism

This creation is about a mattress mechanism, especially a breathable and temperature-controlled mattress mechanism that can provide good ventilation and has a temperature adjustment function.

In general bed sets, whether it is a metal bed frame or a wooden bed set, a mattress is usually placed on the bed frame or layer to isolate the hard bed frame or the surface of the layer to increase the comfort of lying down. However, the most common spring mattresses or latex, foam, coconut fiber mattresses, etc., are only used to support the user's body. When the human body lies down for a long time, it will cause sultry and no ventilation. In particular, patients who are bedridden for a long time often have skin diseases such as frequent sweating, eczema, bedsores, or other diseases caused by this. In addition, when the temperature is low, when you lie down on the mattress, you often feel uncomfortable due to cold touch, or you can only continue to sleep on a mattress with a lower temperature and cannot achieve better sleep quality.

In order to improve the ventilation of the bed, a fan was installed under the grid-shaped bed support. When the fan sucks in air from the outside of the bed, it can blow air to the mattress on the grid-shaped bed support. The so-called breathable effect. However, the mechanism of this kind of blowing device is complicated, and the blowing air cannot effectively penetrate the general mattress, so the ventilation effect is not good. For this reason, there have also been improvements to the ventilation structure of the mattress itself, such as setting gaps and flow channels inside the spring mattress to improve the efficiency of airflow extension. However, these improvements are aimed at the existing mattress structure, in addition to the complexity of the structure and the manufacturing In addition to the increase in cost, the number of gaps or flow channels is limited and the distribution is too long, which reduces the overall ventilation efficiency and makes the improvement of the ventilation effect limited. Moreover, the setting of the air flow channel will also cause the distribution of the mattress on the mattress. The supporting force at these runners is reduced, and there is an uncomfortable feeling of depression during use.

In addition, if users want to keep a warmer and more comfortable temperature, they usually use electricity more. The electric blanket is used for heating, but the electric blanket is dangerous and cannot be cooled quickly after heating up. If the temperature is set high, the user will still sweat, so it may also have the problem of stuffiness and poor ventilation. Therefore, if we can develop a mattress that is convenient to use, easy to set up, can easily adjust the temperature, and has excellent air permeability, it should be a great boon for general users, especially patients who are bedridden for a long time.

In view of the above-mentioned shortcomings of existing mattresses, one of the purposes of this creation is to provide a breathable and temperature-controlled mattress mechanism with a simple structure but excellent breathability, which allows the airflow of the set temperature and wind speed to efficiently shuttle inside the mattress. It can easily escape from the surface of the mattress, so that users or placed objects on the mattress can be blown or diffused by the airflow, achieving the effect of cooling and ventilation or warming.

Another purpose of this creation is to provide a breathable temperature control mattress mechanism with automatic temperature control effect. With the detection of the temperature in the mattress, the blowing air temperature and wind speed are automatically adjusted, so that the user can automatically adjust the temperature to the set temperature according to the temperature changes inside the mattress itself and the user without having to set another switch.

In order to achieve the foregoing objective, this creation provides a breathable temperature-controlled mattress mechanism, including: a breathable pad, the breathable pad includes a support, the support is provided with a plurality of holes, the holes can communicate with each other; a pack The covering layer covers the air-permeable pad and has a first connecting port, and at least one contact surface of the covering layer is made of air-permeable material; and a temperature control mechanism including a control host, the The control host includes a temperature control unit and a wind speed control unit. The control host is connected with a vent pipe, and the airflow with a set temperature and wind speed generated by the control host can be blown into the breathable cushion through the first connection port. It circulates or diffuses between the holes, and then escapes through the air-permeable part of the coating layer.

In an embodiment of the present invention, the support member may be a fiber mattress, the fibers of which are wound to form the holes; in an embodiment, the support member may also be a latex mattress, the latex mattress Connected holes and runners are formed during molding.

In an aspect of an embodiment of the present invention, in order to increase the blowing or diffusion of the airflow, the contact surface may be formed with a plurality of blowing holes, and the positions or numbers of the blowing holes are provided. There are special restrictions on the amount, which can be adjusted according to the distribution of body temperature and the area of body contact.

In an embodiment of the present invention, the air-permeable temperature-control mattress mechanism, wherein the temperature-control mechanism can be further electrically connected to a sensing unit, and the sensing unit is arranged in the air-permeable cushion for detecting Temperature, pressure or both temperature and pressure.

In an aspect of an embodiment of the present invention, the sensing unit may be a temperature detection group for detecting the temperature of a preset position in the air-permeable cushion. The temperature detection group may include a second sensor located at about the middle of the breathable cushion to measure the temperature near the torso (close to the lower back, waist and buttocks) after the body is lying down. In another aspect, the temperature detection group may further include a first sensing element arranged at about the upper section of the air-permeable cushion, and a third sensing element arranged at about the lower section of the air-permeable cushion to detect the head and neck separately The temperature near or near the legs/foot.

In an embodiment of this creation, the temperature detection group can send the detected temperature value back to the control host, and after determining by a processing unit set by the control host, the temperature control unit or the wind speed can be controlled The unit controls temperature or wind speed.

In another aspect of an embodiment of the present invention, the sensing unit may be a gravity detection group, which is used to detect the downward pressure of the weight on the breathable cushion, and to detect whether it is carrying a human body or an object. When the gravity detection group detects weight down pressure, the message can be sent back to the control host, and after the determination by a processing unit of the control host, the control host is activated to control the temperature and wind speed, that is, It can increase the ease of use and save power.

In another embodiment of the present invention, the control host can be further provided with a negative ion generator and an air filter. The air filter can filter harmful substances such as pM 2.5 and formaldehyde in the airflow, and can dissipate negative ions in the airflow. In this way, the breathable and temperature-controlled mattress mechanism of this creation can blow or escape clean and fresh air.

In another embodiment of the present invention, the control host can be embedded or embedded in the ventilating cushion, and the ventilation pipe can be further connected with a first manifold, a second manifold, and a third manifold. , These manifolds can be formed like a three-pronged pipe, which disperses the blown airflow so as to be evenly distributed in the air-permeable cushion and form a circulation. In another aspect, the first manifold, the second manifold, and the third manifold can be further extended, and the airflow generated by the control host can be blown into the air-permeable cushion. The upper section (approximately at the head and neck after the human body is lying down), the middle section (approximately at the lower back, waist and buttocks) and the lower section (approximately at the legs and feet) position to achieve better air circulation.

With this creative breathable temperature-controlled mattress mechanism, the user can automatically start the operation of the control host when sitting or lying down after setting the desired temperature, and start to blow air of appropriate temperature, and this airflow can pass through the breathable cushion The inner connecting holes are blown or diffused from the first connection port to every corner of the breathable cushion, and then escape from the breathable contact surface of the covering layer to achieve the purpose of breathability, comfort and automatic temperature control.

The following will further explain the implementation of this creation. The examples listed below are used to illustrate this creation and are not intended to limit the scope of this creation. Anyone who is familiar with this art will not depart from the spirit and scope of this creation. Some changes and modifications can be made. Therefore, the scope of protection of this creation shall be subject to the scope of the attached patent application.

10: Coating

101: contact surface

102: installation surface

11: The first connection port

12: The second connection port

13: Blow out hole

20: Breathable cushion

21: Support

211: Hole

30: Temperature control mechanism

31: Control host

310: Setting unit

311: Processing Unit

312: Temperature control unit

313: Wind Speed Control Unit

314: display unit

315: Power switch

316: Air inlet

32: Sensing unit

321: Temperature Detection Group

3211: The first sensor

3212: The second sensor

3213: The third sensor

322: Sensing cable

323: Gravity Detection Group

33: Ventilation pipe

331: First Manifold

332: Second Manifold

333: Third Manifold

W: Airflow

Fig. 1 is a schematic diagram of the assembly structure of an embodiment of the ventilating and temperature-controlling mattress mechanism according to the present invention.

Fig. 2 is an exploded three-dimensional schematic diagram of an embodiment of the ventilating and temperature-controlling mattress mechanism according to the invention.

Fig. 3 is a schematic side view of an embodiment of the ventilating and temperature-controlling mattress mechanism according to the present invention.

Fig. 4 is a three-dimensional schematic diagram of another embodiment of the inventive breathable and temperature-controlled mattress mechanism.

Fig. 5 is a schematic side view of another embodiment of the breathable and temperature-controlled mattress mechanism of the present invention.

Fig. 6 is a three-dimensional schematic diagram of another embodiment of the breathable and temperature-controlled mattress mechanism of the present invention.

Fig. 7 is a three-dimensional schematic diagram of another embodiment of the inventive breathable and temperature-controlled mattress mechanism.

Figure 8 is a schematic diagram of the connection of each unit in the control host in the air-permeable and temperature-controlled mattress mechanism of the invention.

Please refer to Figures 1 to 3, these figures are respectively the actual creation of the breathable temperature control mattress mechanism The group set up body diagram, exploded three-dimensional diagram and schematic side view of the embodiment. The air-permeable and temperature-controlled mattress mechanism of this creative embodiment includes: a covering layer 10, an air-permeable cushion 20, and a temperature-control mechanism 30. The air-permeable cushion 20 is wrapped in the covering layer 10, and the airflow at the set temperature and wind speed is provided by the temperature control mechanism 30, blown into the air-permeable cushion 20 by a vent pipe 33, and then escapes from the surface of the covering layer 10 to achieve The purpose of ventilating and providing the required temperature air flow. The air-permeable and temperature-controlling mattress mechanism of this creative embodiment can be used as a mattress alone, or can be used by covering various existing mattresses and bed boards.

In this embodiment, the covering layer 10 can be made of a breathable material, such as cotton, hemp, silk or a blend of similar fabrics, but it is not limited to this. The covering layer 10 covers the breathable cushion 20, so the covering layer 10 can have a structure similar to a mattress cover, with a zipper or devil felt, etc., which can be opened and closed to take out or put the breathable cushion 20 into it. It may also be a mattress cover in which the breathable cushion 20 is directly sewn. When the covering layer 10 is covered, the entire ventilating pad 20 can be wrapped in a mattress cover as described above, or it can be like a general bed bag, covering only the upper surface, side edges and the side of the ventilating pad 20. The bottom surface portion adjacent to the edge does not need to completely cover the entire ventilated cushion 20. The air-permeable pad 20 is provided with a contact surface 101 made of air-permeable material at least on its upper surface, and the contact surface 101 is for the user to lie down or place other creatures or objects. In addition, the coating layer 10 is additionally provided with an installation surface 102 at the side edge, and the installation surface 102 is provided with a first connection port 11 for connection and communication with the ventilation pipe 33. The location and size of the first connecting port 11 are not particularly limited, and can be selected and set according to the size of the ventilating pad or the size of the air output of the temperature control mechanism, so that the air output is more uniform. In addition, a second connection port 12 is also opened on the installation surface 102 for the sensing connection line 322 to pass through.

The air-permeable cushion 20 includes a supporting member 21. In addition to providing weight support, the supporting member 21 has a plurality of communicating holes 211 formed inside the supporting member 21. The supporting member 21 may be a mat formed by filament winding, and the gaps between the filaments intertwined with each other form a plurality of holes 211. In addition, the support 211 can also be formed by staggered arrangement of grid-like fibers (not shown in the figure), and the gaps between the grid-like shapes constitute the holes. There is no special restriction on the fiber material constituting the support 21, but it needs to have a certain degree of hardness and flexibility, and does not deform much when pressed under weight, and can still maintain the existence of the holes 211 to facilitate airflow Shuttle between holes 211. On the other hand, the support 21 can also be a latex mattress or a mattress of similar material formed with a plurality of interconnecting holes and flow channels.

The temperature control mechanism 30 not only provides heat source and air flow, but also detects and adjusts the temperature. Degree function. Please refer to Figure 8 at the same time. Figure 8 is a schematic diagram of the connection of each unit in the control host in the air-permeable and temperature-controlled mattress mechanism of this invention. In this embodiment, the temperature control mechanism 30 includes a control host 31, which includes a setting unit 310, a processing unit 311, a temperature control unit 312, a wind speed control unit 313, a display unit 314, and a Power switch 315. The control host 31 is connected with a vent pipe 33, and the air flow W with a set temperature and wind speed (set by the setting unit 310) generated by the control host 31 can be blown into the vent 20 through the first connection port 11, and further It circulates or diffuses among the holes 211, and then escapes through the breathable part of the covering layer 10, so that the user lying on it can feel the cool breeze or warmth, and has the effect of breathability, comfort or warmth. Therefore, with this creation, through the setting of the setting unit 310, it can be maintained at room temperature and only adjusted to an appropriate wind speed to achieve the effect of ventilation; it can also set the temperature below room temperature and other desired wind speeds, It can produce a cooling effect similar to air-conditioning. If it is in winter or in a colder environment, a higher temperature can be set, so that the air-permeable cushion 20 can blow out or diffuse the hot air, which has the effect of keeping warm.

The temperature control unit 312 in the control host 31 is provided with a fan and a cooling chip, but it is not limited to this, and is used to raise or lower the temperature of the air and blow it out. In addition, the control host 31 can be further provided with a negative ion generator (not shown in the figure) to dissipate negative ions in the blown airflow, or an air filter (not shown in the figure) can be provided to filter the pM 2.5 in the airflow. , Formaldehyde and other harmful substances, so that the breathable and temperature-controlled mattress mechanism of this creation can blow or escape clean and fresh air.

Please refer to FIG. 8 at the same time. The display unit 314 of the control host 31 can display the set temperature, wind speed, and current temperature. In order to further achieve the purpose of automatic temperature control, a sensing unit 32 can be further provided. The sensing unit 32 includes a temperature sensing group 321 for detecting the temperature in the air-permeable cushion 20. The temperature sensing group 321 can be located on the upper section (approximately at the head and neck area after the human body is lying down), the middle section (approximately at the lower back, waist and buttocks) and the lower section (approximately at the legs and feet) of the air-permeable cushion 20 according to requirements. In positions, the first sensing element 3211, the second sensing element 3212, and the third sensing element 3213 are respectively provided. The temperature values detected by the sensing elements will be sent back to the control host 31 through the second connection port 12 via the sensing connection line 322, and after being judged by the processing unit 311, the temperature control unit 312 or the wind speed control unit 313 will be subjected to temperature control. Or the regulation of wind speed makes the temperature in the breathable cushion 20 approach the set value.

Please refer to FIG. 4, which is a three-dimensional schematic diagram of another embodiment of a ventilated and temperature-controlled mattress mechanism. In order to meet the requirement of more air permeability and increase the blowing or diffusion of air flow, in another embodiment of the present invention, a plurality of blowing holes 13 may be formed on the contact surface 101 of the covering member 10. Should blow The location or number of the outlet holes 13 is not particularly limited, and can be adjusted according to the distribution of body temperature and the area in contact with the body. In addition, it can also be adjusted according to the area where the temperature is to be increased or decreased. For example, the limbs will be colder in winter, and the covering member 10 can be provided with more blowing holes 13 on the contact surface 101 corresponding to the limbs.

Please refer to Fig. 5, which is a schematic side view of another embodiment of the ventilated and temperature-controlled mattress mechanism. In order to make the user's operation more convenient and save power, in another embodiment of the present invention, a gravity detection group 323 can be added to the sensing unit 32 to detect the downward pressure of the weight on the breathable cushion 20. Whether it carries a human body or an object. When the human body is sitting and lying down, the gravity detection group 323 detects that there is weight down pressure, and can send the message back to the processing unit 311 of the control host 31 (see also FIG. 8). After the processing unit 311 determines that the The operation and regulation of the temperature and wind speed set by the host computer 31 in advance are controlled. In this way, the user does not need to turn on the switch before use, and when leaving, the operation of the control host 31 can be automatically stopped, which greatly increases the convenience of use and saves power.

Please refer to FIG. 6, which is a three-dimensional schematic diagram of another embodiment of a ventilated and temperature-controlled mattress mechanism. In order to increase the convenience of using the air-permeable temperature-controlled mattress and save space, in this embodiment, the control host 31 can be embedded or embedded in the air-permeable cushion 20, and the ventilation tube 33 is also embedded in the air-permeable cushion 20 at the same time (Figure Not shown in). The mounting position of the control host 31 is not particularly limited, and it can be adjusted according to the size of the mattress. Generally, it can be set at the tail or side of the mattress/ventilating pad 20. The length of the ventilation pipe 33 can be adjusted according to the size of the control host 31 and the ventilating cushion 20, and in order to make the air flow transmission more extensive and uniform, in this embodiment, the ventilation pipe 33 is further connected with a first manifold 331, The second manifold 332 and the third manifold 333, which form a three-pronged pipe structure, can blow the air flow to the left, middle, and right sides of the ventilating cushion 20, so that the air flow is more evenly distributed and can be circulated. When the control host 31 is inlaid and installed, a plurality of air inlets 316 can be moved to the panel on the same plane as the display unit 314. In order to match the inlay of the control host 31, the air-permeable cushion 20 and the covering layer 10 need to be recessed in the corresponding structure, and only the plane of the panel of the control host 31 is exposed.

Please refer to FIG. 7, which is a three-dimensional schematic diagram of another embodiment of a mechanism for creating a breathable and temperature-controlled mattress. In this embodiment, the control host 31 is embedded on the side of the ventilating cushion 20, and the vent pipe 33 is also embedded in the ventilating cushion 20 at the same time. In order to make the air flow transmission more extensive and uniform, the ventilating pipe 33 is further connected and connected. A first manifold 331, a second manifold 332, and a third manifold 333 are provided. The three manifolds respectively blow the airflow generated by the control host 31 into the upper section of the breathable cushion 20 (approximately after the human body lies down The head and neck), the middle section (approximately at the lower back, waist and buttocks) and the lower section (approximately at the legs and feet).

With the created breathable temperature-controlled mattress mechanism, the user can make the breathable cushion reach the set ventilation state or the set temperature according to the needs, and can also set the required temperature and other conditions immediately when sitting or lying down. The operation of the control host is automatically turned on by the pressure, and the airflow of the appropriate temperature and wind speed is blown, so as to achieve the purpose of ventilation and comfort and automatic temperature control. In addition, the breathable and temperature-controlled mattress mechanism of the invention can be used for lying on the human body as well as for pets such as cats and dogs, so that younger or older pets can also receive better care.

10: Coating

101: contact surface

102: installation surface

11: The first connection port

12: The second connection port

20: Breathable cushion

21: Support

211: Hole

30: Temperature control mechanism

31: Control host

310: Setting unit

314: display unit

315: Power switch

321: Temperature Detection Group

3211: The first sensor

3212: The second sensor

3213: The third sensor

322: Sensing cable

33: Ventilation pipe

Claims (12)

A breathable temperature-controlled mattress mechanism, including: An air-permeable cushion, including a supporting member, the supporting member is provided with a plurality of holes, and the holes can communicate with each other; A covering layer, covering the air-permeable pad and opening a first connecting port, and at least one contact surface of the covering layer is made of air-permeable material; and A temperature control mechanism includes a control host, the control host includes a temperature control unit and a wind speed control unit, the control host is connected with a vent pipe, and can generate an airflow with a set temperature and wind speed generated by the control host, It is blown into the breathable cushion from the first connecting port, circulates or diffuses between the holes, and then escapes through the contact surface made of breathable material in the covering layer. The breathable temperature-controlled mattress mechanism according to claim 1, wherein the supporting member is a fiber mattress, the fibers of which are wound to form the holes. The breathable temperature-controlled mattress mechanism according to claim 1, wherein the contact surface is formed with a plurality of blowing holes. The breathable temperature control mattress mechanism according to claim 1, wherein the temperature control mechanism is further electrically connected with a sensing unit, and the sensing unit is arranged in the breathable cushion for detecting temperature, pressure or temperature And pressure. The breathable temperature-controlled mattress mechanism according to claim 4, wherein the sensing unit is a temperature detection group capable of detecting the temperature of a preset position in the breathable cushion. The breathable temperature-controlled mattress mechanism according to claim 5, wherein the temperature detection group includes a second sensing element arranged at about the middle section of the breathable cushion. The breathable temperature-controlled mattress mechanism according to claim 6, wherein the temperature detection group further includes a first sensing element arranged at approximately the upper section of the breathable cushion and a third sensing element arranged at approximately the lower section of the breathable cushion . The breathable temperature-controlled mattress mechanism according to claim 5, 6 or 7, wherein the temperature detection group sends the detected temperature value back to the control host, and the control host determines it after a processing unit set up , To control the temperature or wind speed of the temperature control unit or the wind speed control unit. The breathable temperature-controlled mattress mechanism according to claim 4, wherein the sensing unit is a gravity detection group, which can detect the downward pressure of the weight on the breathable cushion, and detect whether it is carrying a human body or an object. The breathable temperature control mattress mechanism according to claim 1, wherein the control host is further provided with a negative ion generator and an air filter. According to the breathable temperature control mattress mechanism according to any one of claims 1 to 7, wherein the ventilation pipe is further connected with a first manifold, a second manifold and a third manifold. The breathable temperature control mattress mechanism according to claim 11, wherein the control host is further provided with a negative ion generator and an air filter.

Images