KR20110007610U - A stone bed that have an unit stone engravings with each elasticity - Google Patents

Abstract

The present invention relates to a stone bed having a cushioning force per unit stone plate by dividing a stone plate of a conventional stone bed into several pieces and constructing a plurality of stone pieces and installing a cushion member such as a spring or rubber material under each divided stone plate. will be. More specifically, by dividing the stone bed of the stone bed into several pieces to form a plurality of stone pieces and by installing a cushion member such as a spring or rubber material under each of the divided unit stone pieces, to eliminate the hard feeling of the stone bed It provides shock absorbing and cushioning function, and also prevents the bed sway from being transmitted to the next person when one person turns over, even when two people use the bed together. It relates to a stone bed with a cushioning force for each unit of stone slabs.
The present invention, in the stone bed made of a conventional stone plate, the stone plate (2) used in the conventional stone bed (1) is divided into a number of pieces divided into a plurality of unit stone pieces (20) and each divided unit stone pieces The plate 20 is attached and fixed on the protruding cushion rod 32 of the cushion member 30, and the heating element 40 is installed between the unit stone pieces 20 and the protruding cushion rod 32 to provide a stone bed mat (M1). It can be achieved by a stone bed having a cushioning power per unit stone fragments, characterized in that the formation of a stone bed comprising a stone bed mat (M1).

Description

Stone bed that has an unit stone engravings with each elasticity}

The present invention relates to a stone bed having a cushioning force for each stone slab in which a stone plate of a conventional stone bed is divided into pieces and composed of a plurality of stone pieces and a cushion member such as a spring or rubber material is installed under each divided stone plate. will be.

More specifically, the stone bed of the stone bed is divided into several pieces and composed of several stone pieces, and under each divided stone piece plate, by installing cushion members such as spring or rubber material, respectively, It is more comfortable for the bed user by eliminating the feeling, shock absorption and cushioning, and by not letting the bed sway to the next person when one person is torso, even when two people use the bed together. The present invention relates to a stone bed having a cushioning force for each piece of stone to provide a comfortable feeling.

In general, a bed is a mattress made of a spring wrapped with an elastic body on a bed frame, and it is used to maintain a comfortable posture by cushioning and cushioning force of the spring. It has a disadvantage that cannot be provided.

Proposed to solve the problems of the existing mattress bed as described above is a protrusion having an ondol function. However, the conventional stone bed has been a reason to be reluctant to use it because it is unfamiliar and uncomfortable to the younger people who are used to the comfort of the mattress cushion. In addition, when the stone bed is used for a long time, there is no cushion feeling at all, but the elderly have a problem that the back and spine are excessively generated.

In order to solve this problem, the applicant of this case supplements the above-mentioned disadvantages of the conventional mattress bed and stone bed, adopts the advantages of the matrix bed and the stone bed, and devises a new stone bed to Korean Utility Model Registration Application No. 2008-16027. The utility model registration application was filed for the design of a stone bed with cushioning power for each stone fragment plate. However, the stone bed having a cushioning power for each unit stone fragment plate applied for registration of the utility model, each cushion stone unit (C1) arranged on the frame member 35 consisting of a vertical support line 34 and the frame member 30 and each Inconvenient to be fixed by the fixture 36 has a problem in that the manufacturing process is complicated and the productivity is low.

The present invention was devised to solve the problems of the above-described conventional mattress bed and stone bed and the Republic of Korea Utility Model Application No. 2008-16027 design, the purpose is to form a stone plate used in the conventional stone bed in several pieces And cushion members such as springs or rubber materials are installed under each unit stone slab to remove the hard feeling of the conventional stone bed and to provide shock absorbing and cushioning to give the user a comfortable and comfortable feeling. .

Another object of the present invention is to prevent accidents due to carelessness by absorbing and cushioning the shock as much as possible when the head of the body, especially infants and children, hits the stone plate due to carelessness of the user in using the conventional stone bed. In the case of the elderly, in particular, the joints such as the lower back and spine is to prevent the strain.

In another object of the present invention, even if two people use the bed together by installing the protruding cushion rods of the cushion member under the unit stone plate, the fluctuation of the bed is not transmitted to the next person when one person turns over the body. It is intended to give the bed user a more comfortable and comfortable feeling.

Another object of the present invention is to solve the problems of the invention of the Utility Model Registration Application No. 2008-16027, filed by the applicant of the utility model registration, by making each unit stone plate easily installed on the cushion member, It is to provide a new type of stone bed with a cushioning force for each type of unit sculpting plate to increase the productivity by simplifying the process.

The present invention for achieving the above object, in the stone bed (1) consisting of a conventional stone plate (2), by dividing the stone plate (2) used in the conventional stone bed (1) into several pieces, several unit stone pieces (20) divided and formed by fixing each of the divided unit stone plate (20) on the protruding cushion rod 32 of the cushion member 30 between the unit stone plate (20) and the protruding cushion rod (32) By installing the heating element 40 to form a stone bed mat (M1) and to constitute a stone bed including the stone bed mat (M1), to eliminate the hard feeling of the conventional stone bed and to absorb shock and buffer In addition, even when two people use the bed together, the unit is characterized by providing a more comfortable and comfortable feeling to the bed user by preventing the bed sway to be transmitted to the next person when one person torso. stone Plaque, which will be achieved by the stone bed with a cushion by force.

The stone bed having a cushioning force for each unit stone plate of the present invention, the conventional stone plate (2) is formed of several pieces of unit stone plate (20) and the projection of the cushion member 30 under each unit stone plate (20) By installing the cushion rods 32 to be positioned respectively, the structure of the stone bed is newly constructed to remove the hard feeling of the stone bed, to absorb shock and cushioning, and to give the user a comfortable and comfortable feeling. .

Another effect is that in the case of using a conventional stone bed when the body of the head, especially infants and children hit the stone plate due to the carelessness of the user to absorb the shock as much as possible, to prevent accidents due to careless use In particular, the elderly are to provide a comfortable feeling by avoiding a strain on the joints such as the back and spine.

Another effect of the present invention is to install the protruding cushion rod of the cushion member to be located under each unit fragment plate, so that even if two people use the bed together, the bed will swing to the next person when one person turns over the body. By preventing this from being delivered to the bed user to give a more comfortable and comfortable feeling.

In addition, another effect of the present invention is to simplify the manufacturing process of the stone bed mat by forming a plurality of protruding cushion rods protruding in forming the cushion member and then placing the heating element and attaching and fixing the unit stone pieces thereon. By improving productivity, it is possible to solve various conventional problems and at the same time, it is possible to improve the consumer's willingness to purchase a product with a different effect and effect than existing products.

1 is a perspective view showing a stone bed according to the conventional design.
Figure 2 is a perspective view showing a stone bed according to the present invention.
3 is a perspective view of a stone bed mat (M1) according to the first embodiment of the present invention.
Figure 4 is an exploded perspective view of the stone bed mat (M1) according to the first embodiment of the present invention.
Figure 5 is a perspective view showing a state in which the cushion member and the heating element of the stone bed mat (M1) according to the first embodiment of the present invention.
Figure 6 is a partial cross-sectional view of the stone bed mat (M1) according to the first embodiment of the present invention.
7 is a partial cross-sectional view of the stone bed mat (M2) according to a second embodiment of the present invention
8 is a partial cross-sectional view of the stone bed mat (M3) according to a third embodiment of the present invention.
9 is an exploded perspective view of the stone bed mat (M3) according to a third embodiment of the present invention.
10 is a partial cross-sectional view of a stone bed mat (M4) according to a fourth embodiment of the present invention.
11 is an exploded perspective view of a stone bed mat (M4) according to a fourth embodiment of the present invention.
12 is a partial cross-sectional view of a stone bed mat (M5) according to a fifth embodiment of the present invention.
13 is an exploded perspective view of a stone bed mat (M5) according to a fifth embodiment of the present invention.
14 is a perspective view of a stone bed mat (M6) according to a sixth embodiment of the present invention.
15 is a plan view of the bed spring set of the stone bed mat (M6) according to a sixth embodiment of the present invention.
16 is a cross-sectional view showing a state in which the stone bed mat (M6) according to the sixth embodiment of the present invention placed on the bed frame.
17 is a partial cross-sectional view of a stone bed mat (M6) according to a sixth embodiment of the present invention.
18 is a partial cross-sectional view of a stone bed mat (M7) according to a seventh embodiment of the present invention.
19 is a perspective view showing a part of the cut stone mat mat (M8) according to the eighth embodiment of the present invention.
20 is a perspective view of a combined stone bed mat (M9) according to the ninth embodiment of the present invention to the bed frame.

Hereinafter, described in detail by the accompanying drawings a preferred embodiment for achieving the above object is as follows.

The present invention is a stone bed made of a conventional stone plate, the stone plate used in the conventional stone bed is divided into several pieces to be formed into a plurality of unit stone pieces and installed under the divided unit stone pieces plate by installing a heating element and a cushion member A stone bed mat is formed and a stone bed including the stone bed mat is configured.

The stone bed here is made of marble, green gemstone (quartz), ganban stone, germanium, ocher, topaz, onyx, jadeite, blue green jade, nanoceramton, ocher, amethyst, jasper, as well as marble, It also includes a mixture of green gemstones, elvanite, germanium, topaz, onyx, haeju jade, blue green jade, nanoceramton, amethyst, jasper or finely crushed grains.

[First Embodiment]

2 is a perspective view showing a stone bed according to the present invention, Figure 3 is a perspective view of a stone bed mat (M1) according to a first embodiment of the present invention, Figure 4 is a first embodiment of the present invention 5 is an exploded perspective view of the stone bed mat (M1), Figure 5 is a perspective view showing a state in which the cushion member and the heating element of the stone bed mat (M1) according to the first embodiment of the present invention, Figure 6 1 is a partial cross-sectional view of the stone bed mat (M1) according to the embodiment.

According to the first embodiment as shown in Figures 2 to 6, the stone bed having a cushioning force for each unit stone fragments according to the present invention, the unit stone fragment plate formed by dividing the conventional stone plate (2) into several pieces ( 20), the cushion member 30 to give a cushion force to the unit stone plate 20, and the unit stone plate 20 and the cushion member 30 to transfer heat to the unit stone plate 20 A stone bed mat (M1) is formed by the heating element 40 installed between the and, and the stone bed mat (M1) is coupled to the bed frame 10 with the temperature controller 12 is configured to constitute a stone bed.

The bed frame 10 has a support plate on which the stone bed mat M1 can be placed and is formed by attaching a temperature controller 12 to adjust the temperature of the stone bed mat M1.

The unit stone piece plate 20 is formed by dividing the conventional stone plate 2 into pieces.

The cushion member 30 is composed of a plurality of protruding cushion rods 32 protruding to support the stone fragments 20 elastically, one protruding cushion below each unit fragment piece 20. The rod 32 is positioned to support the unit stone fragment plate 20 to provide cushioning force. The cushion member 30 is preferably made of elastomer, silicone rubber, NBR and the like excellent in elasticity. The protruding cushion rod 32 is preferably connected to the lower end integrally to form the cushion member 30 integrally, may be divided into two to four sides for convenience in handling. In addition, the upper side of the protruding cushion rod 32 forms a heating element groove 322 into which the heating element 40 is fitted, and forms a heating element flow space 324 in which a margin 42 of the heating element 40 is located.

The heating element 40 is installed between the unit stone plate 20 and the cushion member 30, and generates heat when power is applied to transfer the heat to the unit stone plate 20 to the unit stone plate 20 Can heat up). Since the heating element 40 is positioned below the unit stone fragment plate 20, the unit stone fragment plate 20 is pulled when the unit stone fragment plate 20 moves up and down so as not to be cut off between the unit stone fragment plate 20 and the adjacent unit stone fragment plate 20. It is desirable to have a margin 42 to be laid.

The stone bed having a cushioning force for each unit stone plate according to the first embodiment of the present invention configured as described above, the heating element 40 is installed on the protruding cushion rod 32 of the cushion member 30, the protruding cushion The heating element 40 is inserted into the heating element groove 322 of the rod 32 and inserted into the heating element flow space 324 of the protruding cushion rod 32 such that the margin 42 of the heating element 40 is positioned. If the size of the cushion member 30 can be laid down by two people, when the heating element 40 is installed on the cushion member 30, the heating element 40 is separately installed on the left and right sides of the cushion member 30, respectively. It is preferable to let each person use it, adjusting to desired temperature. After the heating element 40 is installed in the cushion member 30 as described above, one unit stone piece plate 20 is attached to each protruding cushion rod 32 to form a stone bed mat M1. The stone bed mat (M1) may be placed on the floor or floor and used or placed on the bed frame 10 to which the temperature controller 12 is attached to form a bed, and the heating element 40 is placed on the temperature controller 12. ), You can use the stone bed by adjusting the temperature according to your preference.

Second Embodiment

7 is a partial cross-sectional view of the stone bed mat (M2) according to a second embodiment of the present invention.

Referring to FIGS. 2 and 7, a stone bed having a cushioning force for each unit stone plate according to the present invention is a unit stone plate 20 formed by dividing a conventional stone plate 2 into pieces. ), A cushion member 30 for providing cushioning force to the unit stone fragment plate 20, a spring 34 placed inside the cushion member 30 to reinforce the elastic force of the cushion member 30, and The stone bed mat (M2) is formed of a heating element 40 installed between the unit stone fragment plate 20 and the cushion member 30 to transfer heat to the unit stone fragment plate 20, the stone bed mat Combining (M2) to the bed frame 10 to which the temperature controller 12 is attached to constitute a stone bed.

The stone bed having a cushioning force for each unit stone plate according to the second embodiment of the present invention configured as described above, in addition to the stone bed configuration according to the first embodiment, the spring 34 is provided inside the cushion member 30. In addition, by reinforcing the elastic force of the cushion member 30 to increase the usability of the stone bed mat (M2).

Third Embodiment

8 is a partial cross-sectional view of a stone bed mat (M3) according to a third embodiment of the present invention, Figure 9 is an exploded perspective view of the stone bed mat (M3) according to a third embodiment of the present invention.

Referring to FIGS. 2, 8, and 9, a stone bed having a cushioning force for each unit stone plate according to the present invention is a unit stone piece formed by dividing a conventional stone plate 2 into several pieces. Plate 20, a stone plate support 50 that can seat the unit stone plate 20, a spring 34 that can elastically support the stone plate support 50, and the stone plate support The stone bed mat (M3) with a support plate (60) capable of fixing 50 and a heating element (40) installed under the unit stone carving plate (20) to transfer heat to the unit stone carving plate (20). It forms and combines the stone bed mat (M3) to the bed frame 10 to which the temperature controller 12 is attached to form a stone bed.

The bed frame 10 has a support plate on which the stone bed mat M3 can be placed and is formed by attaching a temperature controller 12 that can adjust the temperature of the stone bed mat M3.

The unit stone piece plate 20 is formed by dividing the conventional stone plate 2 into pieces.

The stone plate support 50 is provided with a flat stone plate mounting surface 502 to which the unit stone plate 20 is attached to the upper side, the heating element 40 can pass through the stone plate mounting surface 502. A heating element hole 504 is formed, a spring support rod 506 is formed at a lower side thereof, and a spring 34 is fitted therein, and a thread 508 is formed at the spring support rod 506.

The spring 34 is inserted into the spring support rod 506 of the stone plate support 50 so as to elastically support the stone plate support 50, and has a cushioning force on the unit stone plate 20. do.

The support plate 60 is formed with a support fixing hole 602 that can be fixed by inserting the stone plate support 50 is fitted with a spring (34).

The heating element 40 is installed under the unit stone plate 20, and is installed above the stone plate mounting surface 502 of the stone plate support 50, and generates heat when power is applied to the unit stone plate ( The unit stone fragment plate 20 may be heated by transferring heat to 20). Since the heating element 40 is positioned below the unit stone fragment plate 20, the unit stone fragment plate 20 is pulled when the unit stone fragment plate 20 moves up and down so as not to be cut off between the unit stone fragment plate 20 and the adjacent unit stone fragment plate 20. It is desirable to have a margin 42 to be laid.

The stone bed having a cushioning force for each unit stone plate according to the third embodiment of the present invention configured as described above, the heating element (504) in the heating element hole 504 formed in the stone plate mounting surface 502 of the stone plate support 50 40), and then attach the unit stone plate 20 on the stone plate mounting surface (502). Then, after inserting the spring 34 into the spring support rod 506 of the stone plate support 50, the spring support 506 is inserted into the support fixing hole 602 of the support plate 60 and under the support fixing hole 602 The washer 510 and the nut 512 are coupled to the thread 508 of the spring support rod 506 protruding into the support plate 60 to couple the stone fragment plate support 50 to which the unit stone fragment plate 20 is coupled. The bed mat M3 is formed. The stone bed mat (M3) may be placed on the floor or floor and used, or may be placed on the bed frame 10 to which the temperature controller 12 is attached to form a bed, and the heating element 40 is placed on the temperature controller 12. ), You can use the stone bed by adjusting the temperature according to your preference.

[Example 4]

10 is a partial cross-sectional view of a stone bed mat (M4) according to a fourth embodiment of the present invention, Figure 11 is an exploded perspective view of a stone bed mat (M4) according to a fourth embodiment of the present invention.

Referring to FIGS. 2, 10, and 11, a fourth embodiment of a stone bed having a cushioning force for each unit stone plate according to the present invention is a unit stone fragment in which a conventional stone plate 2 is divided into several pieces. Plate 20, a stone plate support 50 that can seat the unit stone plate 20, a spring 34 that can elastically support the stone plate support 50, and the stone plate support The stone bed mat (M4) with a support plate 60 capable of fixing 50 and a heating element 40 installed under the unit stone fragment plate 20 to transfer heat to the unit stone fragment plate 20. It forms and combines the stone bed mat (M4) to the bed frame 10 to which the temperature controller 12 is attached to form a stone bed.

The bed frame 10 has a support plate on which the stone bed mat M4 can be placed and is formed by attaching a temperature controller 12 that can adjust the temperature of the stone bed mat M4.

The unit stone piece plate 20 is formed by dividing the conventional stone plate 2 into pieces.

The stone plate support 50 is provided with a flat stone plate mounting surface 502 to which the unit stone plate 20 is attached to the upper side, the lower side is formed with a spring support rod 506 into which the spring 34 is fitted. The spring support rod 506 has a long empty shape in the center, and forms a wire passage 520 through which the wire 42 of the heating element 40 passes, and a thread 508 is formed at the bottom of the spring support rod 506. do.

The spring 34 is inserted into the spring support rod 506 of the stone plate support 50 so as to elastically support the stone plate support 50, and has a cushioning force on the unit stone plate 20. do.

The support plate 60 is formed with a support fixing hole 602 that can be fixed by inserting the stone plate support 50 is fitted with a spring (34).

The heating element 40 is installed under the unit stone plate 20, and is installed above the stone plate mounting surface 502 of the stone plate support 50, and generates heat when power is applied to the unit stone plate ( The unit stone fragment plate 20 may be heated by transferring heat to 20). The wire 42 attached to the heating element 40 is inserted into the wire passage 520 formed in the center of the stone plate support 50 and the spring support rod 506 to pass through the spring support rod 506 to support the spring support rod. (506) Lower to the bottom.

The stone bed having a cushioning force for each unit stone plate according to the fourth embodiment of the present invention configured as described above, the heating element 40 is attached to the stone plate mounting surface 502 of the stone plate support 50, but the heating element The wire 42 of the 40 is inserted into the wire passage 520 formed at the center of the stone plate support 50 and the center of the spring support rod 506 and then attached to the unit stone plate 20 above the heating element 40. do. Then, after inserting the spring 34 into the spring support rod 506 of the stone plate support 50, the spring support 506 is inserted into the support fixing hole 602 of the support plate 60 and under the support fixing hole 602 The washer 510 and the nut 512 are coupled to the thread 508 of the spring support rod 506 protruding into the support plate 60 to couple the stone fragment plate support 50 to which the unit stone fragment plate 20 is coupled. The bed mat M4 is formed. The stone bed mat (M4) may be placed on the floor or floor and used, or may be placed on the bed frame 10 to which the temperature controller 12 is attached to form a bed, and the heating element 40 is placed on the temperature controller 12. ), You can use the stone bed by adjusting the temperature according to your preference. When connecting the wire 42, it is preferable to use the connector 44.

[Example 5]

12 is a partial cross-sectional view of a stone bed mat (M5) according to a fifth embodiment of the present invention, Figure 13 is an exploded perspective view of the stone bed mat (M5) according to a fifth embodiment of the present invention.

Referring to FIGS. 2, 12, and 13, a fifth embodiment of the present invention provides a stone bed having a cushioning force for each unit stone plate according to the present invention, wherein the conventional stone plate 2 is formed by dividing the unit stone into pieces. A plate 20, a stone plate support 50 that can seat the unit stone plate 20, a spring 34 that can elastically support the stone plate support 50, and the spring 34 ) And the pocket 36 to protect the wrapper, the support plate 60 to fix the stone plate support 50, and the unit stone plate 20 to transfer heat to the unit stone plate 20. A stone bed mat (M5) is formed by the heating element 40 installed in the, and the stone bed mat (M5) is coupled to the bed frame 10 attached to the temperature controller 12 constitutes a stone bed.

The bed frame 10 has a support plate on which the stone bed mat M5 can be placed and is formed by attaching a temperature controller 12 that can adjust the temperature of the stone bed mat M5.

The unit stone piece plate 20 is formed by dividing the conventional stone plate 2 into pieces.

The stone plate support 50 is provided with a flat stone plate mounting surface 502 to which the unit stone plate 20 is attached to the upper side, the lower side is formed with a spring support rod 506 into which the spring 34 is fitted. The spring support rod 506 has a long empty shape in the center, and forms a wire passage 520 through which the wire 42 of the heating element 40 passes, and a thread 508 is formed at the bottom of the spring support rod 506. do.

The spring 34 is inserted into the spring support rod 506 of the stone plate support 50 so as to elastically support the stone plate support 50, and has a cushioning force on the unit stone plate 20. do.

The pocket 36 surrounds and protects the spring 34 and prevents noise generated when the spring 34 operates. The pocket 36 may be made of nonwoven fabric, cloth, rubber, elastomer, silicone, polyethylene, and the like, and when it is made of a material having excellent elasticity such as rubber, elastomer, and silicone, the pocket 34 may not only wrap and protect the spring 34 but also elastic force. In addition, it acts as a double spring to improve the operating sensitivity of the spring.

The support plate 60 is formed with a support fixing hole 602 that can be fixed by inserting the stone plate support 50 is fitted with a spring (34).

The heating element 40 is installed under the unit stone plate 20, and is installed above the stone plate mounting surface 502 of the stone plate support 50, and generates heat when power is applied to the unit stone plate ( The unit stone fragment plate 20 may be heated by transferring heat to 20). The wire 42 attached to the heating element 40 is inserted into the wire passage 520 formed in the center of the stone plate support 50 and the spring support rod 506 to pass through the spring support rod 506 to support the spring support rod. (506) Lower to the bottom.

The stone bed having a cushioning force for each unit stone plate according to the fifth embodiment of the present invention configured as described above, the heating element 40 is attached to the stone plate mounting surface 502 of the stone plate support 50, but the heating element The wire 42 of the 40 is inserted into the wire passage 520 formed at the center of the stone plate support 50 and the center of the spring support rod 506 and then attached to the unit stone plate 20 above the heating element 40. do. Then, after inserting the spring 34 into the spring support rod 506 of the stone plate support 50, the spring support 506 is inserted into the support fixing hole 602 of the support plate 60 and under the support fixing hole 602 The washer 510 and the nut 512 are coupled to the thread 508 of the spring support rod 506 protruding into the support plate 60 to couple the stone fragment plate support 50 to which the unit stone fragment plate 20 is coupled. The bed mat M5 is formed. The stone bed mat (M5) may be placed on the floor or floor, or used on the bed frame 10 to which the temperature controller 12 is attached to form a bed, and the heating element 40 to the temperature controller 12 ), You can use the stone bed by adjusting the temperature according to your preference. When connecting the wire 42, it is preferable to use the connector 44.

[Sixth Embodiment]

14 is an overall perspective view of a stone bed mat (M6) according to a sixth embodiment of the present invention, Figure 15 is a plan view of the bed spring set of the stone bed mat (M6) according to a sixth embodiment of the present invention, Figure 16 Is a cross-sectional view of a state in which the stone bed mat M6 according to the sixth embodiment of the present invention is placed in a bed frame, and FIG. 17 is a partial cross-sectional view of the stone bed mat M6 according to the sixth embodiment of the present invention.

Referring to FIG. 2 and FIGS. 14 to 17, a stone bed having a cushioning force for each unit stone plate according to the present invention includes a unit stone fragment in which a conventional stone plate 2 is divided into several pieces. The plate 20, the projection spring 37 that can elastically support the unit stone fragment plate 20, the support member 70 for fixing and supporting the projection spring 37, and the unit stone fragment plate ( A stone bed mat (M6) is formed of a heating element (40) installed under the unit stone carving plate (20) to transfer heat to the heat sink 20, and the temperature control unit (12) is attached to the stone bed mat (M6). Combining the bed frame 10 constitutes a stone bed.

The bed frame 10 has a support plate 14 on which the stone bed mat M6 can be placed and is formed by attaching a temperature controller 12 to adjust the temperature of the stone bed mat M6.

The unit stone piece plate 20 is formed by dividing the conventional stone plate 2 into pieces.

The protruding spring 37 is formed integrally by winding a spring line, but after forming one protruding spring 37, the protruding spring 37 integrally forms the next protruding spring 37 by the spring connection part 38. The whole spring 37 is integrally formed. The protruding spring 37 elastically supports the unit stone fragment plate 20 to provide a cushion force to the unit stone fragment plate 20.

The support member 70 is made of a combination of the horizontal support line 74 and the vertical support line 76 connected to the frame member 72, the frame member 72, the horizontal support line 74 and the vertical support line 76 It can be combined by various methods such as welding (gas welding, arc welding, electrical resistance welding, etc.) or high frequency welding, ultrasonic welding or banding. The protruding spring 37 connected integrally with the spring connection part 38 is placed on the support member 70, and then used in various methods such as welding (gas welding, arc welding, electrical resistance welding, etc.) or high frequency welding, ultrasonic welding or banding. By combining to form a bed spring set (30).

The heating element 40 may be installed under the unit stone fragment plate 20 to generate heat when power is applied to transfer the heat to the unit stone fragment plate 20 to warm the unit stone fragment plate 20. The wires 42 attached to the heating element 40 pass down the support member 70 through the center space of the protruding spring 37.

The stone bed having a cushioning force for each unit stone plate according to the sixth embodiment of the present invention configured as described above, the support member 70 by combining the horizontal support line 74 and the vertical support line 76 to the edge member 72 Form, and the protruding spring (37) integrally connected to the spring connection portion 38 is placed thereon and combined to form a bed spring set 30, and then the unit stone fragment plate (20) on the protruding spring (37) Combined but attached to the heating element 40 under the unit stone plate 20, the wire 42 of the heating element 40 passes through the center space of the protruding spring (37) down to the support member 70 To come. At this time, the heat insulating member 44 may be coupled between the protruding spring 37 and the heating element 40, and thus, a stone bed mat M6 is formed. The stone bed mat (M6) may be placed on the floor or floor and used, or may be placed on the support plate 14 of the bed frame 10 to which the temperature controller 12 is attached to form a bed, the heating element 40 Connect to the temperature controller 12 can be adjusted to the appropriate temperature according to the user's preference can be used stone bed. When connecting the wire 42, it is preferable to use the connector 44.

[Seventh Embodiment]

18 is a partial cross-sectional view of the stone bed mat (M7) according to the seventh embodiment of the present invention.

Referring to FIG. 2 and FIG. 18, a stone bed having a cushioning force for each unit stone plate according to the present invention is a unit stone plate 20 in which a conventional stone plate 2 is divided into several pieces. ), A protruding spring (37) capable of elastically supporting the unit piece (20), a support member (70) for fixing and supporting the protruding spring (37), and the unit piece (20) A bed bed mat (M7) is formed of a planar heating element (46) installed on the unit stone carving plate (20) to transfer heat, and the stone bed mat (M7) is a bed frame with a temperature controller (12) ( 10) combine to form a stone bed.

The bed frame 10 has a support plate on which the stone bed mat M7 can be placed and is formed by attaching a temperature controller 12 to adjust the temperature of the stone bed mat M7.

The unit stone piece plate 20 is formed by dividing the conventional stone plate 2 into pieces.

The protruding spring 37 is formed integrally by winding a spring line, but after forming one protruding spring 37, the protruding spring 37 integrally forms the next protruding spring 37 by the spring connection part 38. The whole spring 37 is integrally formed. The protruding spring 37 elastically supports the unit stone fragment plate 20 to provide a cushion force to the unit stone fragment plate 20.

The support member 70 is made of a combination of the horizontal support line and the vertical support line connected to the edge member 72, the edge member 72 and the horizontal support line and the vertical support line is welded (gas welding, arc welding, electrical resistance welding, etc.) Or by a variety of methods such as high frequency bonding, ultrasonic bonding or banding. The protruding spring 37 connected integrally with the spring connection part 38 is placed on the support member 70, and then used in various methods such as welding (gas welding, arc welding, electrical resistance welding, etc.) or high frequency welding, ultrasonic welding or banding. By combining to form a bed spring set (30).

The planar heating element 46 may be installed on the unit stone plate 20 simply. The planar heating element 46 may be formed using a metal thin plate and an exothermic coating material (carbon black) and using carbon fiber. The advantage of the planar heating element is that thermal efficiency is high and energy can be saved. It has the advantage of high thermal durability, high conductivity, low coefficient of thermal expansion and light weight.

The stone bed having a cushioning force for each unit stone plate according to the seventh embodiment of the present invention configured as described above, the support member 70 is formed by combining the horizontal support line and the vertical support line to the edge member 72, The bed spring set 30 is formed by placing and coupling the protruding springs 37 integrally connected with the spring connection part 38, and then, combining the unit stone pieces 20 on the protruding springs 37 and the unit stone carving plates. A planar heating element 46 is installed on the 20 to form a stone bed mat M7. The stone bed mat (M7) may be placed on the floor or floor and used or placed in the bed frame 10 to which the temperature controller 12 is attached to form a bed, the planar heating element 46 is the temperature controller The stone bed can be used by adjusting the temperature to the user's preference.

[Eighth Embodiment]

19 is an overall perspective view of a part of the stone bed mat M8 according to the eighth embodiment of the present invention.

Referring to FIGS. 2 and 19, an eighth embodiment of the present invention has a stone bed having a cushioning force for each unit stone plate according to the present invention, the stone bed mats M1, M2, M3, and M4. ), (M5), (M6), (M7) and the mattress cover 80 to form a stone bed mat (M8), the stone bed mat (M8) is a thermostat 12 is attached Combining the bed frame 10 constitutes a stone bed.

The stone bed having a cushioning force for each unit stone plate according to the eighth embodiment of the present invention configured as described above, the stone bed mat (M1), (M2), (M3), (M4), (M5), ( M6), to cover the mattress cover 80 to any one of (M7) to form a stone bed mat (M8). The stone bed mat (M8) may be placed on the floor or floor, or used on the bed frame (10) to which the temperature controller 12 is attached to form a bed, or the stone bed mat (M8) to the temperature controller ( 12) You can use the stone bed by adjusting the temperature according to your preference. The stone bed having cushioning power for each unit stone fragment according to the eighth embodiment, the user's body is in direct contact with the mattress cover 80 of the cloth rather than directly in contact with the unit stone fragment plate 20 can feel a smooth feeling of use You can feel the same feeling as using the spring mattress bed.

[Ninth Embodiment]

20 is an overall perspective view of the stone bed mat (M9) according to the ninth embodiment of the present invention coupled to the bed frame.

Referring to FIG. 20, the ninth embodiment of the present invention has a stone bed having a cushioning force for each unit stone plate according to the present invention, the stone bed mats M1, M2, M3, M4, and M4. M5), (M6), (M7), (M8) and any one of the pads 82 to form a stone bed mat (M9), the stone bed mat (M9) is a thermostat 12 is attached Combining the bed frame 10 constitutes a stone bed.

The stone bed having a cushioning force for each unit stone plate according to the ninth embodiment of the present invention configured as described above, the stone bed mat (M1), (M2), (M3), (M4), (M5), ( M6), (M7), (M8) is placed in the bed frame 10, and then cover the pad 82 or cover the pad 82 and the pad 82 is fixed to the bed frame 84 Fixing to (10) to form a stone bed mat (M9). The stone bed mat (M9) is connected to the temperature controller 12 can be adjusted to the appropriate temperature according to the user's preference to use the stone bed. According to the ninth embodiment, the stone bed having a cushioning force for each unit fragment may contact the user's body directly with the pad 82 made of a soft cloth instead of directly contacting the unit fragment 20 to feel a softer feeling. .

10: bed frame 20: unit stone carving
30: cushion member 32: protruding cushion rod
34: spring 36: pocket
37: protruding spring 38: spring connection
40: heating element 42: electric wire
44: heat insulating material 46: planar heating element
50: stone plate support 502: stone plate mounting surface
506: spring support rod 508: thread
520: wire passage 60: support plate
602: support fixing hole 70: support member
72: frame member 74: horizontal support line
76: vertical support line 80: mattress cover
82: pad 84: fixture
M1, M2, M3, M4, M5, M6, M7, M8, M9: Stone Bed Mat

Claims (14)

In a conventional stone bed made of stone plate,
Transfer heat to the unit stone fragment plate (20) in which the stone plate (2) is divided into pieces, the cushion member (30) to give cushioning force to the unit stone fragment plate (20), and the unit stone fragment plate (20). To form a stone bed mat (M1) to the heating element 40 to the, the cushion member 30 is made of a plurality of protruding cushion rods 32 protruding to support the stone plate 20 elastically The protruding cushion rods 32 are adjacent protruding cushion rods 32, the lower ends of which are integrally connected to each other to form the cushion member 30 integrally, and to the protruding cushion rods 32 of the cushion member 30. The heating element 40 is installed, and each unit stone piece plate 20 is attached to each protruding cushion rod 32 to form a stone bed mat M1, and includes the stone bed mat M1. A stone bed with cushioning power for each piece of stone characterized by constituting a stone bed. The method of claim 1,
The cushion member 30 is a stone bed having a cushioning force for each unit stone pieces, characterized in that any one of elastomer, silicone rubber, NBR. The method of claim 1,
The protruding cushion rod 32 is formed with a heating element groove 322 into which the heating element 40 is fitted, and a heating element flow space 324 in which an extra portion 42 of the heating element 40 is positioned on the side thereof. An extra portion 42 of the heating element 40 is formed between the unit stone fragment plate 20 and the adjacent unit stone fragment plate 20 so that the heating element 40 is not pulled and broken when the unit stone fragment plate 20 moves up and down. Stone bed with cushioning power of the unit stone fragments, characterized in that. 4. The method according to any one of claims 1 to 3,
In addition to the configuration of the stone bed mat (M1) is further provided with a spring 34 in the protrusion cushion bar 32, to reinforce the elastic force of the protrusion cushion bar 32 to form a stone bed mat (M2), A stone bed having a cushioning power for each stone fragment plate, characterized in that the stone bed comprising a stone bed mat (M2). In a conventional stone bed made of stone plate,
Resilient support for the unit stone plate 20 formed by dividing the stone plate (2) into several pieces, the stone plate support 50 that can seat the unit stone plate 20, and the stone plate support 50 A stone bed mat (M3) with a spring (34), a support plate (60) to fix the stone plate support (50), and a heating element (40) for transferring heat to the unit stone plate (20). Form a), the heating element 40 is fitted to the stone plate mounting surface 502 of the stone plate support 50, and then attaching the unit stone plate 20 on the heating element 40, stone plate support 50 After inserting the spring 34 to the spring support rod 506 of the spring support 506 is inserted into the support fixing hole 602 of the support plate 60 to combine to form a stone bed mat (M3), the stone bed mat A stone bed with a cushioning force for each stone fragment, characterized by constituting a stone bed including (M3). 6. The method of claim 5,
The stone plate support 50 is provided with a flat stone plate mounting surface 502 to which the unit stone plate 20 is attached to the upper side, the spring support bar 506 is formed, the spring 34 is fitted, A wire passage 520 is formed at the center of the spring support rod 506 to attach the wire 42 attached to the heating element 40 when the heating element 40 is attached to the stone plate support 50. Stones having a cushioning force for each stone fragment plate, which are installed by being inserted into the wire passage 520 of 506 to form a stone bed mat M4, and constitute a stone bed including the stone bed mat M4. bed. The method according to claim 5 or 6,
In addition to the configuration of the stone bed mat (M3) or stone bed mat (M4) further includes a pocket 36 for covering the spring 34, the pocket 36 wraps and protects the spring 34 Forming a stone bed mat (M5) to play a role of preventing the noise generated when the spring (34) operates, each unit stone pieces characterized in that the stone bed comprising the stone bed mat (M5) Cushioned stone bed. In a conventional stone bed made of stone plate,
Unit stone fragment plate 20 formed by dividing the stone plate 2 into several pieces, a projection spring 36 capable of elastically supporting the unit stone fragment plate 20, and the projection spring 36 is fixedly supported. Forming a stone bed mat (M6) to the support member 70 and the heating element 40 installed under the unit stone carving plate 20 to transfer heat to the unit stone carving plate 20, the protruding spring The spring 36 is integrally formed by winding a spring line, but after forming one projection spring 36, the next projection spring 36 is integrally formed by the spring connection part 38 to form the entire projection spring 36. A stone bed having a cushioning power for each unit stone fragment, characterized in that to form a stone bed mat (M6) integrally formed, comprising a stone bed including the stone bed mat (M6). The method of claim 8,
The stone bed mat (M6) is coupled to the horizontal support line 74 and the vertical support line 76 to the edge member 72 to form a support member 70, protruding integrally connected to the spring connection portion 38 thereon After placing the spring 36 to form a bed spring set 30 by combining with the support member 70, and then combining the unit stone fragment plate 20 on the protruding spring 36, the unit stone fragment plate 20 ) Stone bed with cushioning power per unit stone fragments, characterized in that the heating element 40 is attached to the bottom. The method of claim 9,
A stone bed having a cushioning force for each stone fragment plate, characterized in that the insulating spring 44 is coupled between the protruding spring (36) and the heating element (40). In a conventional stone bed made of stone plate,
Unit stone fragment plate 20 formed by dividing the stone plate 2 into several pieces, a projection spring 36 capable of elastically supporting the unit stone fragment plate 20, and the projection spring 36 is fixedly supported. A stone bed mat (M7) is formed of a support member (70) and a planar heating element (46) installed on the unit stone carving plate (20) to transfer heat to the unit stone carving plate (20), and the stone bed A stone bed with cushioning power per unit stone fragment, characterized by comprising a stone bed including a mat (M7). The method according to any one of claims 1 or 4 or 5 or 6 or 7 or 8 or 11,
The stone bed mat (M8) is formed by covering the mattress cover 80 on any one of the stone bed mat (M1), (M2), (M3), (M4), (M5), (M6), (M7). And, a stone bed having a cushioning power for each unit stone fragments, characterized in that the stone bed comprising a stone bed mat (M8). The method according to any one of claims 1 or 4 or 5 or 6 or 7 or 8 or 11,
The stone bed mat (M9) by covering the pad 82 to any one of the stone bed mat (M1), (M2), (M3), (M4), (M5), (M6), (M7), (M8) ) And a stone bed with cushioning power for each unit stone fragment, comprising a stone bed including the stone bed mat (M9). The method of claim 13,
The pad 82 is covered with any one of the stone bed mats M1, M2, M3, M4, M5, M6, M7, and M8, and then a fastener 84 A stone bed having a cushioning force for each unit of a slab, characterized in that the pad 82 is fixed to the bed frame (10).

Images