CN210631006U - Bedding with adjustable hardness - Google Patents

Abstract

A can adjust the bedding of the hardness, the bedding has a block, can for the human body to sleep or lean against, mainly lie in the horizontal side of the block offers at least one to let in the storage tank inwards, the storage tank offers a loading line to the external world downwards, can for pack into a volume and fill the cushion body corresponding to the storage tank in the storage tank, can choose the filling cushion body of appropriate hardness in use, and by means of pulling out the loading line, make and pack the cushion body and enter the action in the storage tank and can reach rapidly; meanwhile, the top surface of the block body is provided with a plurality of ventilation grooves which are deeply arranged in a proper depth, so that the stuffiness feeling of the human body when lying or leaning can be reduced through the ventilation effect of the ventilation grooves.

Description

Bedding with adjustable hardness

[ technical field ] A method for producing a semiconductor device

The utility model relates to a bedding, which is provided with a block body, mainly relating to the bedding with adjustable hardness and ventilated surface when in use.

[ background of the invention ]

Bedding is a necessity that everyone uses every day, for example: pillows, mattresses, quilts, and sheets are all items belonging to bedding. Wherein, the pillow is a block with proper height for the head and neck of the user to lean against; the mattress is also a block with proper height for lying down of the body of the user; the cotton quilt is a sheet body and is used for covering the body of a user to improve the warm keeping; the bed sheet is also a sheet-shaped body and is laid on the mattress to improve the comfort of the user when lying down; various beddings have their intended uses.

Therefore, the pillow and the mattress are structurally provided with a block body for sleeping or leaning, the pillow is a relatively small block body, and the mattress is a relatively large block body. The block structures of the conventional pillow or mattress are all made in an integral way, and the whole pillow or mattress is made of blocks with the same density, so that the load bearing degrees of different parts of the pillow or mattress are difficult to change greatly, and users often feel that the bearing degrees of a plurality of parts are not good, for example, the user can strengthen the support to the neck and relax the support to the head when trying to sleep, but the pillow has the same hardness, so that the expected different support functions cannot be achieved; similarly, when a user wants to sleep, the user can strengthen the support for the upper half of the body and slightly relax the support for the buttocks, but because the whole mattress has the same hardness, the desired different support functions cannot be achieved, and therefore, many people feel tired when sleeping more, namely, the hardness of the bedding cannot be adjusted.

The above problems clearly remain to be improved.

[ Utility model ] content

The purpose of the utility model is that: 1. provides a bedding capable of adjusting the hardness and softness of a user's body for supporting different parts of the body. 2. Provides a bedding which has a ventilated surface when in use so as to reduce the feeling of stuffiness when a human body lies or leans.

To achieve the above object, the present invention provides a bedding capable of adjusting hardness, which has a block body, and at least one accommodation groove is disposed on a lateral side of the block body, and a filling pad body with a volume corresponding to the accommodation groove can be filled in the accommodation groove.

In the above bedding with adjustable softness, the containing groove transversely penetrates through the block body.

In the bedding with adjustable softness, the accommodating grooves at different positions can be different in diameter.

In the bedding with adjustable softness, the containing grooves at different positions can be filled with filling cushions with different softness.

In the bedding with adjustable softness, the containing groove is provided with a filling line downwards to the outside.

In the above bedding with adjustable hardness, the top surface of the block is provided with a vent groove extending deeply into a depth, and the stuffiness is reduced by the ventilation of the vent groove.

The utility model discloses advantage and beneficial effect lie in:

1. the utility model discloses a bedding has a block, sets up the storage tank that at least one department inwards let in on the horizontal side of this block, and this storage tank sets up one downwards and leads to the external line that loads, can supply to load into a volume and the corresponding pad body that fills of this storage tank in this storage tank, can select the pad body that fills of suitable soft or hard degree in the use to by dialling the means that should load the line, make and load the action that should fill the pad body and get into in this storage tank and can reach fast.

2. The bedding of the utility model is provided with a block body, the top surface of the block body is provided with a plurality of vent grooves which are deep into a proper depth, and the ventilation effect of the vent grooves can reduce the muggy feeling when the human body lies or leans against.

[ description of the drawings ]

Fig. 1 is a perspective view showing a first embodiment of the present invention.

Fig. 2 is an exploded perspective view of a first embodiment of the present invention.

Fig. 3 is a schematic diagram showing the operation of filling the filling pad body according to the first embodiment of the present invention.

Fig. 4 is a perspective view of another embodiment of the vent groove according to the first embodiment of the present invention.

Fig. 5 is a perspective view showing a second embodiment of the present invention.

Fig. 6 is an exploded perspective view of a second embodiment of the present invention.

Fig. 7 is a schematic diagram showing the operation of filling the filling pad body according to the second embodiment of the present invention.

Fig. 8 is a perspective view of another embodiment of the vent groove of the second embodiment of the present invention.

Fig. 9 is a perspective view showing a third embodiment of the present invention.

Fig. 10 is an exploded perspective view of a third embodiment of the present invention.

Fig. 11 is a schematic diagram showing the operation of filling the filling pad body according to the third embodiment of the present invention.

Fig. 12 is a longitudinal sectional view showing a third embodiment of the present invention.

Fig. 13 is a perspective view showing another form of the vent groove according to the first embodiment of the present invention.

The numbers in the figures illustrate the following:

the filling line 12 of the containing groove 11 of the pillow 10 fills the cushion body 13

Aeration tank 14 pillow 20 receiving tank 21 filling line 22

Filling the air groove 24 of the cushion body 23 and the receiving groove 31 of the mattress 30

Filling line 32 fills cushion 33 vent channel 34 and outer cushion 40

[ detailed description ] embodiments

The utility model relates to the development and improvement of bedding with adjustable hardness, so the embodiment can comprise two items of 'pillow' and 'mattress'. Referring to fig. 1-2, a first embodiment of the present invention is a pillow 10, the appearance of which is substantially formed into a block, the top and bottom surfaces of which are formed into a curved shape, which is different from the conventional pillow in that the block of the pillow 10 is provided with at least one receiving groove 11 extending inward in the lateral direction, in this embodiment, three receiving grooves 11 are drawn, in practice, at least one receiving groove 11 is provided, the receiving groove 11 is provided with a filling line 12 extending downward to the outside, a filling cushion 13 having a volume corresponding to the receiving groove 11 can be filled in the receiving groove 11, a plurality of ventilation grooves 14 extending deeply into a proper depth are provided on the top surface of the block of the pillow 10, and the ventilation grooves 14 are arranged in a cross arrangement, so as to form the structure and the appearance of the pillow 10 (as shown in fig. 1).

The containing groove 11 of the pillow 10 is suitable for transversely penetrating the block body of the pillow 10, and the containing grooves 11 at different positions can be different diameters, the filling line 12 is a splitting line formed by cutting the block body of the pillow 10, one end of the filling line is communicated with the containing groove 11, the other end is communicated with the outside, the filling line 12 is formed by cutting, therefore, the filling line 12 can only clearly appear when the block bodies at two sides of the filling line 12 are slightly pulled away by applying force, and the filling line 12 can be hidden at ordinary times (when no force is applied) due to the combination and extrusion of the block bodies at two sides, but a line exists when the block bodies are seen from the outer side surface. Therefore, when the pillow 10 is used, the filling cushions 13 with different hardness can be selected to be filled in the accommodating grooves 11, for example: when people want to sleep, the neck can be supported in an enhanced mode, meanwhile, the head is supported in a relaxed mode, the filling cushion body 13 with high softness (density) can be filled into the containing groove 11 close to the neck, so that the neck is supported strongly, meanwhile, the filling cushion body 13 with low softness (density) is filled into the containing groove 11 close to the head, and the head can sink into a soft environment.

To fill the selected filling cushion body 13 into the receiving groove 11, the block body of the pillow 10 is turned upside down as shown in fig. 3 so that the bottom is directed upward, and thus the filling line 12 appears on the bottom, then the block bodies at the two sides of the filling line 12 can be gradually pulled out, so that the filling line 12 is expanded and a part of the accommodating groove 11 appears, at the moment, the part corresponding to the filling cushion body 13 can be filled into the appearing accommodating groove 11, and then a hand is put on, because of the combination of the block bodies at the two sides, the corresponding part of the filling pad 13 is already immersed in the containing groove 11, so that the filling lines 12 are poked out section by section, and the filling pad 13 is filled into the containing groove 11, finally the filling pad 13 can be quickly and completely filled into the containing groove 11, the pillow 10 is then turned upside down again with the top facing upwards (as shown in fig. 1), so that the pillow can be used for leaning the head and neck during sleeping. When the user's head and neck rest on the blocks of the pillow 10, because the user's head and neck rest on the ventilation grooves 14 extending into a proper depth, the stuffiness feeling of the user's head and neck resting on the blocks of the pillow 10 is greatly reduced by the ventilation of the ventilation grooves 14 because the ventilation grooves 14 allow air to circulate, and the stuffiness feeling is reduced particularly when the pillow is used in a cold air environment.

The pillow 10 shown in fig. 1-2 has the ventilation grooves 14 in a cross arrangement, but the practical implementation is not limited thereto, so that the ventilation grooves 14 can be arranged in a plurality of transverse arrangements as shown in fig. 4, which can also reduce the stuffiness feeling during the use.

Next, as shown in fig. 5 to 6, the second embodiment of the present invention is also a pillow 20, which is a functional pillow and has a block body in appearance, a front and rear double-arc shape on the top surface, and a plane shape on the bottom surface; the pillow 20 has a block body with at least one inward-opening containing groove 21 formed in the lateral side, three containing grooves 21 are illustrated in the present embodiment, in practical implementation, at least one containing groove 21 is used, the containing groove 21 is downwardly provided with a filling line 22 capable of being communicated to the outside, a filling cushion 23 having a volume corresponding to that of the containing groove 21 can be filled in the containing groove 21, a plurality of ventilation grooves 24 extending deeply into a proper depth are formed in the top surface of the block body of the pillow 20, and the ventilation grooves 24 are in a shape of being arranged in a cross manner, so as to form the structure and the appearance of the pillow 20 (as shown in fig. 5).

The containing groove 21 of the pillow 20 is suitable for transversely penetrating the block body of the pillow 20, and the containing grooves 21 at different positions can be different diameters, the filling line 22 is a splitting line formed by cutting the block body of the pillow 20, one end of the filling line is communicated with the containing groove 21, the other end of the filling line is communicated with the outside, the filling line 22 is formed by cutting, therefore, the filling line 22 can clearly appear only when the block bodies at two sides of the filling line 22 are slightly pulled away by applying force, and the filling line 22 forms a hidden state due to combination and extrusion of the two block bodies when no force is applied, but a line exists when the outer side surface is seen. Therefore, when the pillow 20 is used, the filling cushions 23 with different hardness can be selectively filled in the accommodating groove 21, for example: when people want to sleep, the neck can be supported in an enhanced manner, and the head can be supported in a relaxed manner, so that the filling cushion body 23 with higher softness (density) can be filled in the accommodating groove 21 close to the neck to provide stronger supporting force for the neck, so that the neck can be supported, and meanwhile, the filling cushion body 23 with lower softness (density) can be filled in the accommodating groove 21 close to the head, so that the head can sink into a soft environment. Certainly, if the user wants to sleep, the user can strengthen the support for the head and reduce the support for the head, the accommodating groove 21 close to the head can be filled with the filling cushion body 23 with higher hardness (density) to provide harder and firmer support force for the head, so that the head can be supported, and the accommodating groove 21 close to the neck is filled with the filling cushion body 23 with medium hardness (density) (namely, the non-density is the highest), so that the neck can lean on a softer part.

To fill the selected filling cushion 23 into the receiving groove 21, the block of the pillow 20 is turned upside down as shown in fig. 7, with the bottom facing upward, so that the filling line 22 appears on the bottom, then the block bodies at the two sides of the filling line 22 can be gradually pulled open, so that the filling line 22 is expanded and a part of the accommodating groove 21 appears, at the moment, the part corresponding to the filling cushion body 23 can be filled into the appearing accommodating groove 21, and then a hand is put on, because of the combination of the block bodies at the two sides, the corresponding part of the filling pad 23 is already immersed in the containing groove 21, so that the filling lines 22 are poked out section by section, and the filling pad body 23 is filled into the containing groove 21, finally the filling pad body 23 can be quickly and completely filled into the containing groove 21, the pillow 20 is then turned upside down again with the top facing upwards (as shown in fig. 5), so that the pillow 20 can be used for head and neck leaning during sleeping. When the user's head and neck rest on the blocks of the pillow 20, because the user's head and neck rest on the ventilation grooves 24 extending into a proper depth, the stuffiness feeling of the user's head and neck resting on the blocks of the pillow 20 is greatly reduced by the ventilation of the ventilation grooves 24 because the ventilation grooves 24 allow air to circulate, and the stuffiness feeling is particularly reduced when the pillow is used in a cold air environment.

The pillow 20 shown in fig. 5-6 has the ventilation grooves 24 in a cross arrangement, but the practical implementation is not limited thereto, and therefore, the ventilation grooves 24 can be arranged in a plurality of transverse arrangements as shown in fig. 8, which can also reduce the stuffiness feeling during use.

Next, referring to fig. 9 to 10, a third embodiment of the present invention is a mattress 30, which is a block manufactured by a fiber material lamination molding technique, and is generally formed by integrally wrapping an outer cushion layer 40 on the outer surface of the block, and sewing the outer cushion layer 40 with a soft cloth and a foam car, so that the upper and lower peripheries and end edges of the block of the mattress 30 are completely sealed and wrapped in the outer cushion layer 40, but the outer cushion layer 40 is irrelevant to the present invention. The presence of the interior volume of the mattress 30 is seen when a portion of the outer cushion 40 is opened (unwrapped), the block body of the mattress 30 is transversely provided with at least one containing groove 31 which is inwards communicated at the side edge, therefore, as shown in fig. 9, after a portion of the outer pad layer 40 is unfastened, three receiving grooves 31 are formed, and in practice, at least one receiving groove 31 is used, or as shown in fig. 12, the block body of the mattress 30 is transversely provided with a plurality of containing grooves 31 which are inwards communicated at the side edge, the containing groove 31 is provided with a filling line 32 downward to the outside, a filling pad 33 with a volume corresponding to the containing groove 31 can be filled in the containing groove 31, the mattress 30 is provided with a plurality of ventilation grooves 34 penetrating into the top surface of the block body with a proper depth, the air channels 34 are shaped to be arranged in a cross pattern, thus forming the structure and appearance of the mattress 30 (as shown in fig. 9).

The containing groove 31 of the mattress 30 transversely penetrates through the block body of the mattress 30, the filling line 32 is a split line formed by cutting on the block body of the mattress 30, one end of the filling line is communicated with the containing groove 31, the other end of the filling line is communicated with the outside, the filling line 32 is formed by cutting, so that the filling line 32 can clearly appear only when the block bodies at two sides of the filling line 32 are slightly pulled apart by applying force, and the filling line 32 forms a hidden state due to combination and extrusion of the block bodies at two sides when no force is applied, but a line exists when being seen from the outer side surface. When the mattress 30 is used, the filling cushion bodies 33 with different hardness can be selected to be filled in the containing grooves 31, for example: when people want to sleep, the support to the upper half of the body can be strengthened, but the support to the buttocks is relaxed, the filling cushions 33 with high softness (density) can be filled in the containing grooves 31 close to the upper half of the body to provide strong supporting force to the upper half of the body, so that the upper half of the body feels lying on a firmer surface, and meanwhile, the filling cushions 33 with low softness (density) are filled in the containing grooves 31 close to the buttocks, so that the buttocks feel lying in a softer environment. On the contrary, if the support to the buttocks is enhanced and the support to the upper body is reduced when the user wants to sleep, the containing groove 31 near the buttocks can be filled with the filling pad 33 with high hardness (density) to provide a firmer support force to the buttocks so that the buttocks are lifted, and the containing groove 31 corresponding to the upper body is filled with the filling pad 33 with medium hardness (density) (i.e. the non-densest person) so that the upper body feels a sleep in a softer place.

To fill the selected filling cushion 33 into the containing groove 31, as shown in fig. 11, the outer cushion layer 40 is unfastened to display the blocks of the mattress 30, then the blocks of the mattress 30 are turned upside down to make the bottom face upward, so that the filling line 32 is displayed on the bottom face, then the blocks at the two sides of the filling line 32 are gradually opened to expand the filling line 32 and make the containing groove 31 partially appear, at this time, the corresponding part of the filling cushion 33 is filled into the appearing containing groove 31, then a hand is put on, because of the combination of the two blocks, the corresponding part of the filling cushion 33 is already submerged into the containing groove 31, so that the filling line 32 is opened section by section, and the filling cushion 33 is filled into the containing groove 31, finally the filling cushion 33 can be completely filled into the containing groove 31 quickly, and then the blocks of the mattress 30 are turned upside down again, the top of the mattress is turned upward (fig. 9), and the outer layer 40 is covered, so that the mattress 30 can be used for sleeping. When the user lies on the mattress 30, the user's body leans against the plurality of ventilation grooves 34 extending into a proper depth, and the ventilation grooves 34 allow air to circulate, so the stuffiness feeling generated when the user lies on the mattress 30 is greatly reduced by the ventilation of the ventilation grooves 34, especially when the user is in a cold environment.

As shown in figures 9-10, the mattress 30 has the ventilation grooves 34 in a cross arrangement, but the actual implementation is not limited thereto, so that the ventilation grooves 34 can be arranged in a plurality of transverse directions as shown in figure 13, which can also reduce the stuffiness feeling during use.

Claims (6)

1. A bedding capable of adjusting the hardness is characterized in that the bedding is provided with a block body, at least one containing groove which is inwards introduced is arranged on the transverse side edge of the block body, and a filling cushion body with the volume corresponding to the containing groove can be filled in the containing groove.

2. The adjustable softness or hardness bedding as claimed in claim 1, wherein: the containing groove transversely penetrates through the block body.

3. The adjustable softness or hardness bedding as claimed in claim 1, wherein: the containing grooves at different positions have different diameters.

4. The adjustable softness or hardness bedding as claimed in claim 1, wherein: filling cushions with different hardness are filled in the containing grooves at different positions.

5. The adjustable softness or hardness bedding as claimed in claim 1, wherein: the containing groove is provided with a filling line which is communicated with the outside downwards.

6. The adjustable softness or hardness bedding as claimed in claim 1, wherein: the top surface of the block body is provided with a vent groove which is deep into a certain depth, and the stuffiness is reduced by the ventilation of the vent groove.

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