JP3144046U - System pillow - Google Patents

Abstract

The present invention provides a system pillow in which a pillow is simply divided into parts, a plurality of parts are standardized, and a standardized part is selected and assembled. SOLUTION: Cylindrical bodies 1a and 1b are arranged in parallel in the horizontal direction, an aluminum pipe is inserted into the core of the cylindrical body, and connector rods 3 (connecting bodies) are attached to both ends of the aluminum pipe with bolts 5a and 5b. It is a system pillow that holds the interval between the bodies, and at the head contact portion, ring-tensioned meshes 7a and 7b (sheets) are erected and inserted into the cylindrical body to complete the assembly.
[Selection] Figure 1

Description

  The present invention relates to a system pillow in which a pillow is simply made into a part and is easy to detach and assemble.

While the pillow is in use, the body temperature of the head is transferred to the pillow and stored, and the temperature rise increases the difficulty of sleeping, making it difficult to use comfortably. In addition, in the case of long-term use, such as a hospital bed, whether it is used for a long time or not, refreshing use is difficult, such as using the pillow while repeatedly turning it over.
JP 2005-319250 A

  Most of the pillows on the market are as described above, and the inventive pillow is a pillow that can be selected and assembled from multiple parts that are simply divided into parts. A removable aluminum pipe core is inserted into the cylindrical body, the distance between the two cylindrical bodies is held with a connector rod via the aluminum pipe core, and the head contact point of the pillow is mesh-lined to accommodate The purpose of the present invention is to solve the above-mentioned drawbacks by using the ventilation in the interior cavity created by the present invention pillow for the living room room temperature that is familiar, and dissipating the heat of the head by mesh ventilation.

  The present invention has been standardized by simply dividing the pillow into parts, classifying the parts according to application, standardization (eg for infants, infants, children, adults, special treatments, etc.) The component parts to be selected and assembled from the partial parts are two cylindrical bodies as core parts, two core aluminum pipes of the cylindrical body, two connector rods, four assembly bolts, one ring mesh processed into a ring shape The molding is a system pillow that is assembled with the main components of the molding. The molding is made by arranging two cylindrical bodies side by side in parallel and spaced apart, inserting an aluminum pipe core into the cylindrical body, and attaching connector rods to both ends of the aluminum pipe with bolts Fixes and keeps the pipe interval, supports the head contact part with a ring mesh and completes the molding of the system pillow. However, the parts to be standardized by application contrast are a cylindrical body that adjusts the height, and the softness is adjusted Ring A Mesh, multiple standard components to fit the individual preferences, and the simple and easy compatibility component, an aspect of the present invention, the system pillows.

  By arranging two cylindrical bodies horizontally on the pillow, the head body temperature is dissipated by mesh ventilation in the cavity ventilation between the cylindrical bodies created in the pillow, preventing the head temperature from rising. Furthermore, heat storage in the pillow is reduced. In addition, the height of the flat pillow can be selected from several standard cylindrical body outer diameters according to preference, and a tilted pillow can be configured by a combination of different cylindrical body outer diameters.

  Furthermore, it is possible to select multiple standards that can be selected while using simple parts, such as the use of reverse inclination and the choice of two-sided hard / soft ring mesh on the outer periphery of the two cylindrical body sets.

  Easy to assemble and replace, and easy to use. From these options, just fit pillows, and sleep and health. Useful for refreshing and healing.

  The pillow body is a structure system pillow that is created by making all parts into parts and setting parts according to individual preference. Two cylindrical bodies are used as core parts, an aluminum pipe is used as a core, and an aluminum pipe is used as a connector. The configuration details of the system pillow, in which a rod (connecting body) is attached, and a ring mesh (sheet) that supports the head is inserted into the outer periphery of the two cylindrical bodies to assemble to maintain the distance between the fixed cylindrical bodies, are described in the examples.

  Hereinafter, description will be made with reference to the perspective view of FIG. 1 and the component diagram of FIG. 1a and 1b are cylindrical bodies of silicon synthetic rubber, and two cylindrical bodies 1a and 1b are set as a set, and a parallel spaced pillow is configured in the horizontal direction.

  2a and 2b are thick aluminum pipes (cores) that are inserted into the cylindrical body as the cores of 1a and 1b. The cylindrical body and the core aluminum pipe are detachable so that the cylindrical body can be recombined. To make it easier, the inner pipes are machined with internal screws to which 5a5b6a6b bolts are attached.

  Reference numeral 3 denotes a connector rod (connecting body) which is assembled to both ends of the aluminum pipes 2a and 2b. Reference numeral 4 is a connector rod having the same specifications as 3 and is assembled to the opposite side 2a2b of the 3 connector rod to keep the distance of 2a2b in parallel.

5a and 5b are bolts, and 3 connector rods are attached to aluminum pipes 2a and 2b. 6a and 6b are bolts, and 4 connector rods are attached to 2a and 2b aluminum pipes on the opposite side of the aforementioned bolts 5a and 5b.

  7a and 7b are silicon synthetic rubber meshes (sheets), 7a is meshed on one side, meshed with 7b on the other side, meshed and fused on the side of the 1a cylindrical body, and on the 1b cylinder Also on the side of the pillow, as with 1a, the meshes are joined together and processed into a ring shape and inserted into the outer periphery of the 1a1b double cylindrical body set. However, in the actual process, several kinds of standardized ring meshes are demanded. It is only inserted according to.

  The ring mesh is provided with a ring of homogenous rubber at both ends in a ring shape, and is slightly covered on both sides of the cylindrical body to prevent lateral displacement of the ring mesh.

The perspective view which shows the Example of this invention Part drawing of an embodiment of the present invention

Explanation of symbols

DESCRIPTION OF SYMBOLS 1a Tubular body 1b Tubular body 2a Tubular body core aluminum pipe (core)
2b Tubular core aluminum pipe (core)
3 Connector rod (connecting body)
4 Connector rod (connecting body)
5a bolt 5b bolt 6a bolt (for use on the opposite side of 5a)
6b Bolt (for use on the opposite side of 5a)
7a Ring mesh (sheet)
7b Ring mesh (sheet)

Claims (5)

  A system pillow comprising a flexible cylindrical body that covers the periphery of a rigid core, and a sheet that is provided with a plurality of the cylindrical bodies spaced apart from each other and covers the periphery.   The system pillow according to claim 1, further comprising connecting members that respectively connect the cylindrical bodies.   The system pillow according to any one of claims 1 to 2, wherein the cylindrical body can be replaced with one having a different size.   The system pillow according to any one of claims 1 to 3, wherein each of the plurality of cylindrical bodies has a different size, and the sheet is inclined. The system pillow according to any one of claims 1 to 4, wherein the sheet has at least two portions having different stiffness.

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