CN208640134U - Supporting pad - Google Patents

Abstract

The utility model provides a kind of supporting pad, including supporting pad body, the support pad body has the accommodating chamber formed by multiple cross ribs and multiple longitudinal rib arranged crosswises, in in the accommodating chamber filled with ventilative filler, multiple through-holes are formed on the support pad body lower end surface, and each through-hole is respectively communicated with the corresponding accommodating chamber and gas source feeding mechanism.Supporting pad described in the utility model, can be blown a cold wind in accommodating chamber by gas source feeding mechanism, hot wind or natural wind, thus make it is distinguished and admirable blow to human body through accommodating chamber, improve the comfort of human body, and ventilative filler gas permeability is preferable, can further improve the comfort of human body.

Description

Supporting pad

Technical field

The utility model relates to technical field of furniture, in particular to a kind of supporting pad.

Background technique

The about one third time of life is spent in sleep, measures whether people possess the four big of " healthy sleep " Mark is: sufficiently, time foot is high-quality, high-efficient for sleep；It falls asleep and is easy；Sleep is continuous, will not interrupt；Sleep is deep suitable, wakes up Tiredness totally disappeared.And supporting pad be then in order to guarantee people secure good health and comfortably sleep and use one kind between human body Article between bed, therefore the quality of sleep quality is closely bound up with supporting pad.

With advances in technology with the continuous improvement of human living standard, people require increasingly the comfort of supporting pad It is high.The supporting pad of existing supporting pad material and many kinds of, different materials production can bring different sleeper effects to people, than Such as palm supporting pad, latex supporting pad, spring supporting pad, 3D supporting pad, water supporting pad and other effects are different.However, existing Some supporting pads only have the function that lies down for human body of support human body mostly, if during the broiling summer or cold winter, People would generally be adjusted room temperature to suitable temperature using air-conditioning or heating, and after people lie on supporting pad, people The one third of the one side that body is contacted with supporting pad about human body surface to half can not sensing external environment temperature, because This can make the comfort of human body be deteriorated.

Utility model content

In view of this, the utility model is directed to a kind of supporting pad, to improve the comfort of user.

In order to achieve the above objectives, the technical solution of the utility model is achieved in that

A kind of supporting pad, comprising:

Pad body is supported, the support pad body has the receiving formed by multiple cross ribs and multiple longitudinal rib arranged crosswises Chamber, Yu Suoshu accommodating chamber is interior to be formed with multiple through-holes filled with ventilative filler on the support pad body lower end surface, and each The through-hole is respectively communicated with the corresponding accommodating chamber and gas source feeding mechanism.

Further, it is fitted with the guide duct connecting with the gas source feeding mechanism respectively in each through hole, it is described Guide duct has the wind outlet section that is placed in the accommodating chamber, and is equipped in the wind outlet section several upward or towards described ventilative The exhaust vent of filler；The ventilative filler is filled with around each guide duct.

It further, further include positioned at the gas caching stream portion supported below pad body, Yu Suoshu gas caching It is formed with gas caching chamber in stream portion, corresponds to each through-hole, Yu Suoshu gas caching is formed with multiple gas in stream portion Body via hole by each through-hole with each accommodating chamber to be connected to；It is additionally provided in stream portion and institute in gas caching Connecting tube that is stating gas caching chamber connection and being connect with gas source feeding mechanism.

Further, Yu Suoshu gas caching is intracavitary is equipped with several demarcation plates, and the gas is cached chamber by the demarcation plate It is divided into several points of chambers, and each described chamber is divided to connect respectively with the gas source feeding mechanism.

Further, the support pad body includes the supportive body for being formed with each accommodating chamber, and is sheathed on institute State the supporting pad outer cover on supportive body；The supportive body include bottom wall described in bottom wall and ring circumferentially around side wall, with And it is connected to the cross rib between the side wall of two opposite sides or the longitudinal rib；Each through-hole is formed in the bottom wall On.

Further, the supportive body is made by cloth, in contained in each accommodating chamber shape with it is described The accommodation bag of accommodating chamber shape adaptation, in each accommodation bag filled with ventilative filler.

Further, the supportive body is made by hard plate material, the height of the cross rib and the longitudinal rib Height is below the height of the side wall.

Further, filtering gauze pad is installed in each through hole.

Further, Yu Suoshu gas caching is intracavitary is equipped with power supply, and the controller connect with the power supply electricity, in institute It states gas caching stream portion outer wall and the display electrically connected respectively with the controller is installed, in the portion of the support pad body Divide in the accommodating chamber and contain temperature sensor, and each temperature sensor is electrically connected with the controller respectively.

Further, the gas source feeding mechanism is cooling and warming all-in-one machine.

Compared with the existing technology, the utility model has the advantage that

(1) supporting pad described in the utility model, it is slow with gas by the structure and setting of improving support pad body The equal stream portion of gas caching for depositing chamber can be blown a cold wind over, hot wind or natural wind by gas source feeding mechanism in accommodating chamber, to make wind It flows through accommodating chamber and blows to human body, improve the comfort of human body, and ventilative filler gas permeability is preferable, can further improve people The comfort of body.

(2) when supportive body is made of cloth, the settable accommodation bag for accommodating ventilative filler, to be effectively improved ventilative The runny characteristic of filler, so that the shape of supportive body be effectively ensured to improve comfort.

(3) supportive body is made of hard plate material, so that the height of cross rib and longitudinal rib is lower than the height of side wall, in accommodating chamber After filling ventilative filler, cross rib and longitudinal rib can be effectively prevent to reduce the comfort of human body.

(4) setting filtering gauze pad can prevent ventilative filler from from through hole falling into gas caching intracavitary.

(5) controller, display and temperature sensor are set, is conducive to user and understands actual temperature at any time, thus Wind speed and wind-warm syndrome can be adjusted as needed, and the comfort of human body is further effectively ensured.

Detailed description of the invention

The attached drawing for constituting a part of the utility model is used to provide a further understanding of the present invention, this is practical new The illustrative embodiments and their description of type are not constituteed improper limits to the present invention for explaining the utility model.? In attached drawing:

Fig. 1 is the structural schematic diagram under supporting pad application state described in the utility model embodiment one；

Fig. 2 is the structural schematic diagram of supporting pad described in the utility model embodiment one；

Fig. 3 is the top view of the unassembled gas supply device of Fig. 2；

Fig. 4 is the top view in the caching of gas described in the utility model embodiment one stream portion；

Fig. 5 is the top view of through hole described in the utility model embodiment one；

Fig. 6 is the structural schematic diagram of accommodation bag described in the utility model embodiment one；

Fig. 7 is the structural schematic diagram of supporting pad outer cover described in the utility model embodiment one；

Fig. 8 is the circuit connection schematic illustration of temperature control equipment described in the utility model embodiment one；

Fig. 9 is the structural schematic diagram of supporting pad described in the utility model embodiment two

Description of symbols:

1- support pad body, 101- supportive body, 1011- bottom wall, 1012- side wall, 1013- cross rib, 1014- longitudinal rib, 1015- through-hole, 1016- filter gauze pad, 1017- accommodating chamber, 1018- guide duct, 102- supporting pad outer cover；

2- gas caching stream portion, 201- gas caching chamber, 202- gas via hole, 203- connecting tube, 204- demarcation plate, 205- reinforcing rib；

3- breathes freely filler, 301- accommodation bag；

4- bed body, 5- controller, 6- power supply, 7- temperature sensor, 8- display, 9- cooling and warming all-in-one machine, 10- control Valve.

Specific embodiment

It should be noted that in the absence of conflict, the feature in the embodiments of the present invention and embodiment can To be combined with each other.

The utility model will be described in detail below with reference to the accompanying drawings and embodiments.

Embodiment one

The present embodiment is related to a kind of supporting pad, can be mattress, seat cushion or ground cushion, can be placed in bed body, sofa or It is used on ground.

For ease of description, it is illustrated so that supporting pad is mattress as an example below, as shown in Figure 1, it is placed in bed body 4 It uses, in conjunction with Fig. 2 to Fig. 3, this supporting pad mainly includes supporting pad body 1 and the gas caching under support pad body 1 Stream portion 2, wherein support pad body 1 has the accommodating chamber formed by multiple cross ribs 1013 and 1014 arranged crosswise of multiple longitudinal ribs 1017, in each accommodating chamber 1017 filled with ventilative filler 3；Multiple through-holes are formed on support 1 lower end surface of pad body 1015, and each through-hole 1015 respectively corresponds the gentle source supply device of accommodating chamber 1017 of position and is connected.

Specifically, in conjunction with shown in Fig. 2 and Fig. 3, support pad body 1 includes the supportive body for being formed with each accommodating chamber 1017 101, and the supporting pad outer cover 102 being sheathed on supportive body 101.Wherein, supportive body 101 includes bottom wall 1011, ring bottom Wall 1011 circumferentially around side wall 1012, and the multiple cross ribs 1013 or the longitudinal rib that are connected between the side wall 1012 of two opposite sides 1014；The height of side wall 1012, cross rib 1013 and longitudinal rib 1014 is 15-20cm, preferably 15cm；Adjacent 1013 He of cross rib It is accommodating chamber 1017 above-mentioned that longitudinal rib 1014, which encloses the space being configured to, and the distance between adjacent cross rib 1013 is 25-35cm, Preferably 30cm, the distance between adjacent longitudinal rib 1014 are 25-35cm, are also preferably 30cm.

In the present embodiment, supportive body 101 is made by cloth, and sewing technology specifically can be used and be process, in order to It prevents supportive body 101 from deforming, brown bed course can be set below 1012 periphery of side wall and bottom wall 1011, opposite cloth has Certain hardness, to prevent 101 deformation of supportive body, brown cushion thickness is preferably 2-3mm, the palm fibre set on 1012 periphery of side wall The shape and size of bed course are corresponding with side wall 1012, and the two can be connected by glue；Brown bed course shape set on 1011 lower end of bottom wall Shape and size are corresponding with bottom wall 1011, and the two can be also connected by glue.In being formed with multiple through-holes 1015 on bottom wall 1011, when Quantity through-hole 1015 corresponding with position should be also set on the brown bed course being so arranged corresponding to bottom wall 1011.

In the present embodiment, the bottom center of each accommodating chamber 1017 is each formed with a through-hole 1015, in order to logical Certainly through-hole 1015 only can also be arranged in the bottom centre of section accommodating chamber 1017 in wind.Following ventilative filler 3 in order to prevent Following gas caching chambers 201 are fallen into, filtering gauze pad 1016 is installed at each through-hole 1015, filtering gauze pad 1016 can be used stainless Steel wire is fixed at through-hole 1015 by way of gluing.

In order to guarantee preferable ventilation effect, referring now still to shown in Fig. 2, guide duct is respectively equipped in each accommodating chamber 1017 1018, guide duct 1018 is plugged at through-hole 1015, and guide duct 1018 can all be placed in accommodating chamber 1017 and also be partially disposed in In accommodating chamber 1017, guide duct 1018 is placed in one section in accommodating chamber 1017 as wind outlet section, is equipped with several outlet air in wind outlet section Hole, exhaust vent can be upward also towards following ventilative fillers 3, and following ventilative filler 3 enters wind-guiding in order to prevent In pipe 1018, filter screen not shown in the figure can be arranged on guide duct 1018.

Contain the accommodation bag 301 of shape Yu 1017 shape adaptation of accommodating chamber, accommodation bag respectively in each accommodating chamber 1017 301 structure can refer to shown in Fig. 6, and in the present embodiment, accommodation bag 301 in a rectangular parallelepiped shape, can be used and be distributed in each accommodation bag 301 Filled with ventilative filler 3, breathe freely filler 3 can for buckwheat skin, soya bean, filling cotton, tealeaves, chrysanthemum, silkworm excrement, bamboo charcoal, Any one of rice husk, fructus viticis, in the present embodiment, filler 3 of breathing freely is preferably buckwheat skin, with ventilated beneficial Effect, and accommodation bag 301 is set can improve the runny characteristic of ventilative filler 3.

The longitudinal section of supporting pad outer cover 102 above-mentioned can refer to shown in Fig. 7, and cloth sewing can be used and be process, be provide with In on supportive body 101.

In order to guarantee air-out effect, gas is equipped in the lower section of support pad body 1 and caches stream portion 2, gas caching flows The top view in portion 2 is as shown in figure 4, it is mainly used for support and supports pad body 1, support positioned at 1 lower section of support pad body when installing The bottom wall 1011 of pad body 1 can be adhered on the gas caching upper surface in stream portion 2.Therefore, hard material can be used to be made, Such as hard PVC or steel plate, substantially in a rectangular parallelepiped shape, inside is formed with cavity namely gas above-mentioned to gas caching in stream portion 2 Cache chamber 201.The thickness in gas caching stream portion 2 can be 2-3cm, and preferably 2cm is made according to hard PVC, then adjacent Thin-walled between can be used gluing connection, be made according to steel plate, welding procedure can be used between adjacent thin-walled and be combined in one It rises.

Corresponding to the through-hole 1015 of each accommodating chamber 1017, multiple gas via holes are formed in gas caching stream portion 2 202, the quantity of gas via hole 202 and position are corresponded with through-hole 1015 above-mentioned, to pass through each through-hole 1015 and each appearance Chamber 1017 of receiving connection；Gas caching be additionally provided in stream portion 2 it is being connected to gas caching chamber 201 and with gas source feeding mechanism The connecting tube 203 of connection, relative to the one side for placing support pad body 1, connecting tube 203 is particularly located at gas caching stream portion 2 Another side.For the ease of placing, the position that hole is correspondingly connected in bed body 4 settable is accordingly passed through for connecting tube 203 Opening.

For the ease of controlling outlet air position, in being equipped with several demarcation plates 204 in gas caching chamber 201, demarcation plate 204 is by gas Body caching chamber 201 is divided into several points of chambers, and it is each it is described divide chamber to pass through connecting tube respectively to connect with gas source feeding mechanism, in each point of chamber It is respectively equipped with control valve on the pipeline connecting with gas source feeding mechanism, the different control valves divided at chamber can be opened and closed as needed. In the present embodiment, demarcation plate 204 is lateral arrangement and each one piece longitudinally arranged, can also be set as other numbers as needed certainly Amount is set to other positions.

In order to guarantee the structural strength in gas caching stream portion 2, referring now still to shown in Fig. 4, it is arranged in gas caching chamber 201 Have it is multiple be provided with cross-shaped reinforcing rib 205, to be supported in gas caching between the upper and lower surface in stream portion 2, and can be effective Prevent gas from caching 2 deformation of stream portion.

In the present embodiment, in order to just guarantee that airflow effects are provided with gas caching above-mentioned stream portion 2, it can not also set certainly Gas caching stream portion 2 is set, and each through-hole above-mentioned is passed through into pipeline respectively and is connect with gas supply device, and is supplied with gas Answer device connect pipeline on control valve is respectively set, in order to control respectively each through-hole whether outlet air.

For the ease of control, the supporting pad of the present embodiment further includes temperature control equipment, circuit connection schematic illustration It can be as shown in figure 8, mainly including power supply 6, controller 5, temperature sensor 7 and display 8.In the present embodiment: being cached in gas Power supply 6, and the controller 5 connect with 6 electricity of power supply are installed in chamber 201, display is installed in the outer wall that gas caching is spread Device 8, display 8 are electrically connected with controller 5.For the ease of the replacement of power supply 6, power supply 6, temperature sensor 7 and controller 5 are bonded In on the roof of gas caching chamber 201, and the corresponding lid for facilitating opening and closing is set on the bottom wall in stream portion 2 in gas caching, The mounting means of lid can refer to structure in the prior art；

In containing temperature sensor 7 in the section accommodating chamber 1017 of support pad body 1, and each temperature sensor 7 is distinguished It is electrically connected with controller 5.Specifically, 7 quantity of temperature sensor is five for being distributed in 1 four jiaos of pad body of support and middle part. Wherein: the main function of power supply 6 is to power for controller 5, and the temperature signal that temperature sensor 7 detects is sent to controller 5, the temperature signal received is sent to display 8 and shown by controller 5, is conducive to user and is understood actual temperature at any time, So as to adjust wind speed and wind-warm syndrome as needed, the comfort of human body is further effectively ensured.Wherein, display 8 preferably touches Display is controlled, can be electrically connected with control valve 10, the air output of each control valve 10 thus can be controlled by touch control display.

In addition, the gas source feeding mechanism in the present embodiment is preferably existing cooling and warming all-in-one machine 9, also, preferably The adjustable cooling and warming all-in-one machine 9 of wind speed, wind-warm syndrome, user can adjust wind according to oneself adaptability and environment temperature Speed and wind-warm syndrome.Referring now still to shown in Fig. 2, the air outlet of cooling and warming all-in-one machine 9 is connected to by pipeline with connecting tube 203 above-mentioned, It is additionally provided with control valve 10 on the pipeline, adjusts air quantity so that user can be conducive to.

Embodiment two

The present embodiment is related to a kind of supporting pad, has same structure with the supporting pad of embodiment one, difference exists In: supportive body 101 is made by hard plate material, and the height of cross rib 1013 and the height of longitudinal rib 1014 are below side wall 1012 height.

The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this Within the spirit and principle of utility model, any modification, equivalent replacement, improvement and so on should be included in the utility model Protection scope within.

Claims (10)

1. a kind of supporting pad, characterized by comprising:

It supports pad body (1), the support pad body (1), which has, intersects cloth by multiple cross ribs (1013) and multiple longitudinal ribs (1014) It sets the accommodating chamber to be formed (1017), filled with ventilative filler in Yu Suoshu accommodating chamber (1017), in the support pad body (1) It is formed on lower end surface multiple through-holes (1015), and each through-hole (1015) is respectively communicated with gas source feeding mechanism and corresponding institute State accommodating chamber (1017).

2. supporting pad according to claim 1, it is characterised in that: be fitted with respectively at each through-hole (1015) and institute The guide duct (1018) of gas source feeding mechanism connection is stated, the guide duct (1018), which has, to be placed in the accommodating chamber (1017) Wind outlet section, and in the wind outlet section be equipped with it is several upward or towards the ventilative filler exhaust vent；In each wind-guiding The ventilative filler is filled with around pipe.

3. supporting pad according to claim 1, it is characterised in that: further include being located at below the support pad body (1) Gas caches stream portion (2), and Yu Suoshu gas caching is formed with gas caching chamber (201) in stream portion (2), corresponds to each described Through-hole (1015), Yu Suoshu gas, which caches, is formed with multiple gas via holes (202) by described each described logical on stream portion (2) Hole (1015) is connected to each accommodating chamber (1017)；It is additionally provided on gas caching stream portion (2) slow with the gas Connecting tube (203) that is depositing chamber (201) connection and being connect with gas source feeding mechanism.

4. supporting pad according to claim 3, it is characterised in that: Yu Suoshu gas, which caches, is equipped with several points in chamber (201) Gas caching chamber (201) is divided into several points of chambers by partition (204), the demarcation plate (204), and it is each it is described divide chamber respectively with The gas source feeding mechanism connection.

5. supporting pad according to claim 3, it is characterised in that: the support pad body (1) is each described including being formed with The supportive body (101) of accommodating chamber (1017), and the supporting pad outer cover (102) being sheathed on the supportive body (101)；Institute State supportive body (101) include bottom wall (1011) described in bottom wall (1011) and ring circumferentially around side wall (1012), Yi Jilian The cross rib (1013) or the longitudinal rib (1014) being connected between the side wall (1012) of two opposite sides；Each through-hole (1015) it is formed on the bottom wall (1011).

6. supporting pad according to claim 5, it is characterised in that: the supportive body (101) is made by cloth, in The accommodation bag (301) of shape Yu the accommodating chamber (1017) shape adaptation, Yu Gesuo are contained in each accommodating chamber (1017) It states in accommodation bag (301) filled with ventilative filler (3).

7. supporting pad according to claim 5, it is characterised in that: the supportive body (101) by hard plate material make and The height of the side wall (1012) is below at, the height of the cross rib (1013) and the height of the longitudinal rib (1014).

8. supporting pad according to claim 5, it is characterised in that: be equipped with filtering gauze pad at each through-hole (1015) (1016)。

9. supporting pad according to claim 5, it is characterised in that: be equipped with power supply in Yu Suoshu gas caching chamber (201) (6), and with the controller (5) that connects of the power supply (6) electricity, Yu Suoshu gas caching stream portion (2) outer wall be equipped with it is described The display (8) that controller (5) electrically connects respectively is received in the part accommodating chamber (1017) of support pad body (1) Have temperature sensor (7), and each temperature sensor (7) is electrically connected with the controller (5) respectively.

10. supporting pad according to claim 1 to 9, it is characterised in that: the gas source feeding mechanism is refrigeration It heats all-in-one machine (9).