JP3180608U - Cushioning material for filling clothes, bedding and rugs - Google Patents

Abstract

PROBLEM TO BE SOLVED: To crack or use a diatomaceous earth molded body while using a massive diatomaceous earth molded body capable of maximizing functions such as heat insulation, humidity control, respiration, mold prevention, and deodorization. Provided is a cushion member for filling clothes, bedding, and rugs that minimizes the sense of discomfort.
SOLUTION: A front side cushion mat 11 formed with a plurality of punch holes H and a back side cushion mat 12 not having the punch holes H are overlapped to form a punch hole H formed in the front side cushion mat 11. A diatomaceous earth molded body 13... Integrally molded into a plate shape having a thickness corresponding to the thickness of the surface side cushion mat 11 is loaded. The external force applied from the top of the diatomaceous earth molded body 13 by contact with the body is buffered by the cushioning property of the back side cushion mat 12 through the diatomaceous earth molded body 13. At the same time, cracking damage and the like of the diatomaceous earth compact 13 are also prevented.
[Selection] Figure 3

Description

  The present invention relates to a cushion member for filling clothes, bedding, and rugs having a diatomaceous earth molded body as a functional member.

  Diatomaceous earth derived from silicified plant cell walls has many useful functions different from weathered igneous minerals, and depending on how it is used, it can enhance the comfort of daily life. Here, the useful functions of the diatomaceous earth to which attention is paid are its heat insulating properties, humidity control properties, respiration properties, fungicidal properties, deodorizing properties, and good water washing properties. An overall overview of such functions of diatomaceous earth is understood to be consistent with the functions required of cushioning members for filling clothes, bedding, and rugs, which are necessities of daily life.

  However, diatomaceous earth is only a kind of rock, and there is a problem that it is difficult to apply it to cushion members for filling clothes, bedding, and rugs. Specific contents of the difficult problem include, for example, a problem of how to fix diatomaceous earth to a cushion member for filling of clothes or the like without feeling uncomfortable in use or how to hold it. . Several prior solutions for this difficult problem are disclosed in the following prior art documents.

Japanese Patent Laid-Open No. 5-255981 JP 2001-29730 A JP 2003-138479 A JP 2008-110194 A

  The important thing that should not be overlooked here is that many of the beneficial functions that diatomaceous earth exerts are not derived from the nature of diatomaceous earth as a chemical substance, but minute substances exert enormous pressure in the presence of silicon. It is derived from the microporous structure of diatomaceous earth formed by receiving and modifying. And, this means that when diatomaceous earth is used in a fine powder, the microporous structure of diatomaceous earth is destroyed, so that most of the beneficial functions derived from the microporous structure are impaired. It means that. On the other hand, diatomaceous earth is soft as a rock and has a smooth feeling of contact, but when used in bulk as a cushioning member for filling clothes, bedding, and rugs, it eliminates the hardness and discomfort. Can not do it.

  Examining the conventional technical contents with the above problems in mind, the problem of how to fix or hold diatomaceous earth on a cushioning member for filling of clothes, etc. without feeling uncomfortable is considered. It can be reconfirmed.

  For example, when diatomaceous earth is crushed and rubbed as a fine powder into a cushion member such as urethane foam, or when a fixing means for sucking in by negative pressure is employed (see Utility Model Registration Document 1), the diatomaceous earth fine powder is breathable. The one that uses the means of wrapping with film and non-woven fabric (see Utility Model Registration Documents 2 and 3) destroys the microporous structure of diatomaceous earth, thus losing most of the beneficial functions of diatomaceous earth, Even if there is no problem in fixed use such as laying under a tatami mat, when applied to clothing and bedding, it is necessary to avoid the diatomaceous earth fine powder falling off due to the body movement of the user such as clothing. The problem that it is not possible arises.

  In addition, diatomaceous earth is crushed to an appropriate particle size and stored in an independent small room or sachet and applied to a pillow or the like (see Utility Model Registration Document 4). Therefore, it is inevitable that fine powdering progresses over time and a state of leakage from a storage room or a sachet fabric occurs. Assuming that a dense material through which fine powder of diatomaceous earth cannot pass is adopted as a material for a small room or sachet for storage, as a reasonable reasoning, the dense material itself is It is thought to contain the beneficial functions of diatomaceous earth.

  In any case, there is no prior art example in which massive diatomaceous earth is applied to a cushion member for filling clothes, bedding, and rugs.

  In the present invention, the cushion member has a two-layer structure of a front-side cushion mat and a back-side cushion mat, or a three-layer structure in which an intermediate cushion mat is sandwiched between two front-side cushion mats. The storage space for massive diatomaceous earth that can maximize the beneficial functions of diatomaceous earth by using the thickness of the diatomite is secured, and cushioning is provided on the back side cushion mat or intermediate cushion mat via the massive diatomaceous earth It is an object of the present invention to provide a cushion member for filling garments, bedding, and rugs, which can give an elastic soft contact feeling and a diatomite collapse preventing effect to massive diatomaceous earth. .

  The object of the present invention can be achieved by adopting the following solutions.

  The cushion member for filling the clothes, bedding, and rug of the present invention is a flexible back surface side having a predetermined thickness in which a punch hole having an arbitrary shape is formed on a flexible back surface side cushion mat having a predetermined thickness. The cushion mat was overlaid, and a diatomaceous earth molded body integrally formed in a plate shape having a thickness corresponding to the predetermined thickness of the surface side cushion mat was loaded into a hole formed in the surface side cushion mat, and added from above the diatomaceous earth molded body. The external force is buffered by the cushioning property of the back surface side cushion mat through the diatomaceous earth molded body.

  The solving means 1 shows a basic member that constitutes a cushion member for filling a garment or the like of the present invention and a basic relationship between the members.

  The cushion member for filling the clothes or the like is composed of a front surface side cushion mat, a back surface side cushion mat, and a diatomaceous earth molded body.

  Both the front-side cushion mat and the back-side cushion mat are mat-like members that require a predetermined thickness and cushioning properties, but both are the same material and have the same thickness. It is not. Moreover, the size of the front surface side cushion mat and the back surface side cushion mat does not need to be limited, and is set to a size according to the application. The front side cushion mat is formed with a hole having an arbitrary shape, and the front side cushion mat and the back side cushion mat are overlapped to form a two-layer structure. The number of punch holes can be increased or decreased according to the size of the front side cushion mat.

  The diatomaceous earth molded body is integrally formed into a plate shape having a thickness corresponding to a predetermined thickness of the front surface side cushion mat, and is loaded into a hole formed in the front surface side cushion mat. Therefore, it is a self-evident requirement that the planar size of the diatomaceous earth compact is the same as or smaller than the planar size of the hole. When the diatomaceous earth molded body has a thickness corresponding to a predetermined thickness of the back surface side cushion mat, the surface level of the diatomaceous earth molded body loaded in the punched hole matches the surface level of the front surface side cushion mat. As a result, it is possible to prevent a sense of incongruity such as unevenness in relation to the user's body movement along the surface side cushion mat.

  Moreover, in the relationship with a user's body movement, when the external force of the perpendicular direction which pressurizes a diatomaceous earth molded object from the top is added, the cushioning property of a back surface side cushion mat functions via a diatomaceous earth molded object. In other words, by causing the entire diatomaceous earth molded body to which external force is applied to sink and buffering the external force, it is possible to minimize the occurrence of a hard feeling or a foreign object feeling. Furthermore, the diatomaceous earth molded body is prevented from cracking or collapsing due to the cushioning property of the back surface side cushion mat. As a result, the diatomaceous earth molded body, as a massive diatomaceous earth, can exhibit its beneficial functions over a long period of time, specifically, heat insulation, humidity conditioning, breathability, antifungal properties, deodorizing properties, and water washing properties. it can.

  As the present invention (Solution 2), a flexible intermediate cushion mat having a predetermined thickness is sandwiched between two flexible cushion mats having a predetermined thickness in which a punch hole having an arbitrary shape is formed. Any of the front-side cushions that can be arbitrarily selected as the front side in use by loading the diatomaceous earth molded body integrally molded into a plate shape having a thickness corresponding to the predetermined thickness of the front-side cushion mat into the hole formed in the side cushion mat The external force applied from above the diatomaceous earth molded body loaded in the mat is buffered by the cushioning property of the intermediate cushion mat through the diatomaceous earth molded body.

  The solution 2 of the present invention shows a basic member constituting the cushion member for filling the clothes of the present invention and the basic relationship between the members. That is, it is positioned as another basic means for achieving the same object as the solving means 1.

  The present invention will be described based on the difference from the invention shown in Solution 1. The cushion member for filling the clothes or the like in Solution 2 is composed of two surface side cushion mats, an intermediate cushion mat, and a diatomaceous earth molded body.

  The present invention is different in that the present invention has two front side cushion mats, and an intermediate cushion mat that is substantially responsible for the function corresponding to the back side cushion mat of the solution 1 is sandwiched between the two front side cushion mats. As a whole, a three-layer structure is formed. Each surface side cushion mat is formed with a hole as in the solution means 1, and a diatomaceous earth molded body integrally formed in a plate shape is loaded into the hole. Note that other configurations and operations are the same as those of the solving means 1.

  The basic significance of the above configuration is that the cushion member for filling the clothes of the present invention is applied, for example, the surface side cushion mat used as the surface side in the foot mat for the kitchen is to the user's preference etc. The point is that it can be selected according to the change of seasons. In addition, the significance of selecting one of the two front surface side cushion mats is that there is no unexpected requirement to have cushioning properties, that is, the material of the front surface side cushion mat is not limited. The size and number, and thus the size and number of diatomaceous earth compacts loaded in the punch holes can be different.

  The present invention (solving means 3) is based on the idea described in the above-mentioned solving means 1 or 2, and the diatomaceous earth molded body constituting the basic idea is formed in a planar shape following the planar shape of the punched hole. , Characterized in that it is tightly loaded in the hole.

  The solution 3 represents an advantageous means for positioning the diatomaceous earth compact. Since the diatomaceous earth molded body applied to clothes etc. is normally positioned in the optimal position in consideration of the positional relationship with a user's body part, it is inconvenient to move freely. Therefore, by using a diatomaceous earth molded body formed in a planar shape that follows the planar shape of the hole for attaching the diatomaceous earth molded body, free movement of the diatomaceous earth molded body can be prevented without employing any fixing means. it can. Moreover, a diatomaceous earth molded object also functions so that the level | step difference of a surface side cushion mat may be eliminated by filling a punching hole.

  The present invention (solution 4) is based on the idea described in either solution 1 or solution 3 above, and the diatomaceous earth molded body constituting the basic design has a single or a plurality of irregularities on the surface side. It is characterized by having.

  The solution 4 indicates that the diatomaceous earth molded body applied to clothing or the like can be provided with functions other than the original functions such as heat insulation and humidity control. The diatomaceous earth molded body applied to clothing or the like gives the user a foreign object feeling different from that of clothing or the like, no matter how devised. Therefore, by forming a single or a plurality of irregularities on the surface of the diatomaceous earth molded body, for example, when applying the diatomaceous earth molded body to a foot mat, it can be used for stimulating meridians existing in the arch site, etc. it can. On the contrary, if it is an unavoidable foreign body feeling, it is based on the idea of actively using it.

  The present invention (Solution 5) is based on the idea described in any of Solution 1 to Solution 4, and the diatomaceous earth molded body constituting the basic invention has a single or a plurality of through holes. Features.

  The solving means 5 indicates that air permeability by a through hole can be imparted to a diatomaceous earth molded body applied to clothing or the like. Diatomaceous earth originally has breathability and breathability, but this is breathability in the sense of time and has a different meaning from the short-term breathability of fabrics such as clothing. As a result, in a combination of a fabric having good air permeability and the diatomaceous earth molded body, it can be felt that only a portion of the diatomaceous earth molded body has poor air permeability in a short time. Therefore, by providing the diatomaceous earth molded body with the necessary size and number of through holes, such a sense of incongruity can be eliminated.

  The present invention (Solution 6) is based on the idea described in any one of Solution 1 to Solution 5, and the diatomaceous earth molded body constituting the basic idea is a raw diatomite at a temperature of 800 ° C to 1000 ° C. It is characterized by using fired diatomaceous earth obtained by firing.

  Solution 6 shows a means for improving the brittleness of diatomaceous earth common to soil materials without diminishing the beneficial functions exhibited by diatomaceous earth. Diatomaceous earth belonging to slate or shale has a problem in handling that it is brittle and easily broken. It is known that this problem can be improved by firing diatomaceous earth and changing the compacting composition that causes brittleness into a sintered composition or a welding composition, but this diminishes the beneficial function that diatomaceous earth exhibits. Under such conditions, the firing temperature becomes a problem. The critical significance of the above temperature range of 800 ° C. to 1000 ° C. is that the sintered composition is not effectively formed at a temperature lower than 800 ° C., and when it exceeds 1000 ° C., the welded composition becomes the original beneficial function of diatomaceous earth. It is to be damaged.

  The present invention (solving means 7) is based on the idea described in any one of the solving means 1 to 6, and at least one of the front side cushion mat and the back side cushion mat constituting the basic idea is It is characterized by using a double lashle solid knitted fabric.

  The solution means 7 can expand the application range of the cushion member for filling the clothes, bedding, and rug of the present invention by selecting a material to be used for the front side cushion mat and the back side cushion mat. It shows that.

  As the front surface side cushion mat and the back surface side cushion mat, foamed resin products can be widely used. However, the foamed resin products have a heat storage action, so that the feeling of use in summer may be a problem. In this regard, the double lashle solid knitted fabric has a high level of cushioning properties, air permeability, and shape retention, and thus can exhibit a comfortable feeling in summer. In addition, the general knitting structure of the double lashle three-dimensional knitted fabric is a structure in which monofilament connecting yarns are integrated in a parallel arrangement or a truss arrangement between a pair of front and back mesh fabrics. A knitted fabric with a structure like a frost pillar.

  The cushion member for filling the clothes, bedding, and rug of the present invention has a two-layer structure in which a front side cushion mat formed with a hole is formed on the back side cushion mat to form a hole in the front side cushion mat. The diatomaceous earth molded body has a structure in which the entire thickness is made uniform by loading a diatomaceous earth molded body integrally formed into a plate shape having a thickness equivalent to the thickness of the surface side cushion mat, and the diatomaceous earth molded body has a fine porous structure without being crushed Is maintained. As a result, the diatomaceous earth molded product can sufficiently exhibit beneficial functions such as heat insulation, humidity control, breathability, fungicidal properties, and deodorizing properties derived from the fine porous structure, and added from above the diatomaceous earth molded product. The applied external force can be buffered by the cushioning property of the back side cushion mat through the diatomaceous earth molded body, so that the uncomfortable feeling caused by the diatomaceous earth molded body being loaded can be relieved, and cracks in the diatomaceous earth molded body can be reduced. Collapse can be prevented.

  In addition, the cushion member for filling the clothing such as a three-layer structure by sandwiching the intermediate cushion mat between two cushion mats each loaded with a diatomaceous earth molded body, Since either one of the two backside cushion mats can be selected and used according to preference, it can be adapted to a wide range of users and usage environments.

It is a perspective view which shows embodiment of the cushion member for filling of clothes etc. of this invention through a usage example. FIG. 2 is a cross-sectional view taken along line XX in FIG. 1. It is a disassembled perspective view of the said cushion member for filling. It is a perspective view which shows other embodiment of the cushion member for filling of clothes etc. of this invention through a usage example. FIG. 5 is a cross-sectional view taken along line YY in FIG. 4. It is a perspective view which shows the modification of the principal part of the cushion member for filling of clothes etc. of this invention. It is a perspective view which shows the modification of the principal part of the cushion member for filling of clothes etc. of this invention. It is sectional drawing which shows other embodiment of the cushion member for filling of clothes etc. of this invention. It is a perspective view which shows the usage example of the cushion member for filling of clothes etc. of this invention.

  Hereinafter, an embodiment of a cushion member for filling the clothes, bedding, and rug of the present invention (hereinafter, simply referred to as “cushion member for filling”) of the present invention will be described with reference to the drawings.

  The cushion member 10A for filling in the present invention can be manufactured from the front surface side cushion mat 11, the back surface side cushion mat 12, and usually a plurality of diatomaceous earth molded bodies 13. The produced cushion member 10A for filling can be used, for example, as a cushion member for cushions A (FIGS. 1 and 2).

  Various foamed resin products can be used for the front surface side cushion mat 11 and the back surface side cushion mat 12 on condition that they have appropriate cushioning properties in contact with the body. An example of a suitable and general material is urethane foam. Urethane foam includes a closed cell product with a strong repulsive force and an open cell product with a low repulsive force, but each has advantages and disadvantages. Therefore, it is preferable to use properly depending on the application. When used for cushion cushion A as shown in this use example, it can be said that an open cell product marketed as a cushion for cushion cushion is suitable. However, it is preferable to use both of them, for example, a material having a weak repulsive force is used for the front surface side cushion mat 11 and a material having a strong repelling force is used for the back surface side cushion mat 12.

  The surface side cushion mat 11 is provided with a plurality of circular holes H (FIG. 3). The number, the planar shape, and the arrangement of the through holes H are arbitrary without any particular restriction element. The punch hole H ... does not require accuracy, so it can be formed by cutting with scissors or the like. In addition, for mass production, a dedicated punch tool in which a plate-like cutter blade is embedded in a desired shape is used. It is preferable. The front surface side cushion mat 11 provided with the punch holes H ... and the back surface side cushion mat 12 not provided with the punch holes H ... are overlapped and used in a two-layer structure. Both Hs may be simply overlapped or may be sewn, but it is easier to handle if sewn.

  A diatomaceous earth molded body 13 is loaded in the hole H provided in the front side cushion mat 11. The diatomaceous earth molded bodies 13 are formed in a planar shape that matches the planar shape of the hole H, that is, in a circular shape in the present embodiment. Further, the thickness of the diatomaceous earth molded body 13 is integrally formed in a plate shape corresponding to the thickness of the surface side cushion mat 11. Although the diatomaceous earth molded object 13 can also be formed by cutting from a diatomaceous earth lump, it is not necessary to use such a superior item for the use of this invention, and what was shape-molded is sufficient.

  Molding is completed by sufficiently drying the powdered diatomaceous earth kneaded with water to an appropriate viscosity and baking it at a temperature of 800 ° C to 1000 ° C. Even in the sun-dried state, depending on the use of the filling cushion member 10A of the present invention, it cannot be used, but it cannot be denied that it is fragile. Then, by firing this at the above temperature, the mechanical rigidity can be dramatically increased while maintaining the beneficial function inherent in diatomaceous earth. The reason why the rigidity is increased is that the composition structure of the compacted diatomaceous earth is thermally transformed into a sintered structure. Each diatomaceous earth molded body 13 is formed with a string hole P for fixing.

  The cushion member 10A for filling the inside is loaded with the diatomaceous earth molded body 13 formed as described above in the hole H, and is bound to the back surface side cushion mat 12 using the fixing string hole P. (FIG. 2). Thus, the completed cushion member 10A for filling can be accommodated in a commercially available cushion cover A1 and used as the cushion A, for example.

  In use of the cushion C, the pressure applied from above the diatomaceous earth molded body 13 is buffered by the back cushion cushion 12 via the diatomaceous earth molded body 13. Despite being present, a gentle touch is obtained. Moreover, since the diatomaceous earth molded object 13 ... does not contact | abut directly on a floor surface, breakage etc. of the diatomaceous earth molded object 13 ... are prevented.

  In the Japanese-style room with tatami mats and the Western-style room with carpets, there is no problem even if the cushion cushion A is used so that the front side cushion mat 11 is on the back side. However, basically, it is recommended to use the front side cushion mat 11 loaded with the diatomaceous earth molded body 13 as the front side. Among the functions of the diatomaceous earth molded body 13 such as heat insulation, humidity control, respiration, mold prevention, deodorization, and good water washability, there are many functions regardless of the front and back. The functions such as warming in winter, moderately cool and cool in summer, and sucking sweat based on the humidity control property are provided with a diatomaceous earth molded body 13. It is directly exerted by using the front surface side cushion mat 11 as a table.

  The cushion member 10B for filling in another form of the present invention has a three-layer structure in which an intermediate cushion mat 14 is sandwiched between two surface side cushion mats 11 and 11, for example, a medium for a mattress B. It can be used as a cushion member 10B for filling (FIGS. 4 and 5).

  The two surface-side cushion mats 11, 11 are the same as the cushion member 10 </ b> A used for the cushion cushion A except that the shape of the diatomaceous earth molded body 13 to be loaded is changed to a small square size. It is the composition. That is, the two front surface side cushion mats 11 and 11 are each loaded with a diatomaceous earth molded body 13 (FIG. 4). In this case, it is preferable that the diatomaceous earth molded body 13 in the one surface side cushion mat 11 and the diatomaceous earth molded body 13 in the other surface side cushion mat 11 have different shapes and different arrays. Further, the diatomaceous earth molded bodies 13 in the two front surface side cushion mats 11 and 11 are arranged so as to have a staggered arrangement when the two are superposed (FIG. 5). This is to avoid the extreme variation in cushioning property of the mattress B as a whole because the diatomaceous earth molded bodies 13 in the two front surface side cushion mats 11 correspond to the upper and lower sides. The new cushion cushion 14 is made of low-resilience urethane foam.

  A crease line L in which bubbles are eliminated by applying heat pressure to urethane foam is formed at two locations of approximately three equal lengths of the cushioning member 10B for filling in the size set to the required size of the mattress B. Can be folded in a tri-fold state. Such a filling cushion member 10B is usually used by being wrapped by a duvet cover B1. At this time, it is recommended to use a material having high air permeability in the sense that the beneficial function of the diatomaceous earth molded body 13... Can be directly enjoyed for the futon cover B1.

  The type futon B configured as described above is cool in summer and warm and sleepy in winter due to various actions of the diatomaceous earth molded body 13 mounted on the surface side cushion mats 11 and 11. Even in some cases, it is possible to exhibit an exhilarating feeling of use that does not give a feeling of moisture. At this time, the user can select and use either of the two front surface side cushion mats 11 and 11 according to his / her preference. Concerning the storage, it is possible to obtain the convenience that no mold or the like is generated even if it is stored in a closet without being dried.

  Various modifications exist in the diatomaceous earth molded bodies 13 used for the cushion members 10A and 10B for filling the present invention. The diatomaceous earth molded body 13 to be used can be provided with irregularities on the surface, for example (FIG. 6). The diatomaceous earth molded body 13 shown in the figure has three ridges arranged concentrically. Examples of preferred irregularities other than those shown in the figure include embossed patterns and mesh patterns interspersed with small protrusions. The unevenness | corrugation formed in the surface of the diatomaceous earth molded object 13 can give a fresh touch to a sole according to the aspect.

  The modified examples of the diatomaceous earth compacts 13 include those in which one or a plurality of through holes 3H are formed in addition to various geometrical modifications (FIG. 7). This figure shows an example in which three through holes 3H are arranged in a rectangular diatomaceous earth molded body 13 with corners cut in the longitudinal and lateral oblique directions. In the diatomaceous earth molded body 13 having such a configuration, a practical effect of ensuring air ventilation and reducing weight can be obtained.

  Further, at least one of the front surface side cushion mats 11, 11, the back surface side cushion mat 12, and the intermediate cushion mat 14 serving as an attachment base of the diatomaceous earth molded body 13. (FIG. 8). This figure shows an example in which a double lashle solid knitted fabric 20 is used for both the front surface side cushion mat 11 and the back surface side cushion mat 12 constituting the cushion member 10A for filling in the present invention.

  The double lashle solid knitted fabric 20 is a knitted fabric having a structure in which a pair of front and back mesh fabrics 21 and 21 are connected with a monofilament connecting yarn 22 arranged in parallel or truss at a certain thickness interval, and has a high degree of air permeability. In addition to the water drainability, the connecting yarn 22 can be greatly elastically deformed by bending deformation. The elastic deformation in the double lashle solid knitted fabric 20 is a special one in which the repulsive force decreases according to the deformation amount, as opposed to various foam materials whose repulsive force increases according to the deformation amount. Demonstrate unique touch with unexpectedness.

  The surface side cushion mat 11 made of the double lashle solid knitted fabric 20 is loaded with a diatomaceous earth molded body 13 provided with through holes 3H, and has a high degree of air permeability as the overall structure of the cushion member 10A for filling inside. Is secured. The cushion member 10A for filling in this form is extremely suitable for use in summer. The double lashle three-dimensional knitted fabric 20 is a utility model registered product and is currently available only at Asahi Kasei Fibers Co., Ltd.

  Since any of the above-described cushion members 10A, 10B for filling can be applied to clothing, a usage example applied to the vest C will be briefly described (FIG. 9).

  The vest C is a winter item composed of left and right front cloths C1, C1 and a back cloth C2. A cushion member 10A for filling in an appropriate size is sewn on the inner side of the back cloth C2, and four diatomaceous earth molded bodies 13 having a circular planar shape are formed in the cushion member 10A for filling in the middle. It is loaded so as to correspond to the back muscles of the upper waist that sandwich the spine. The vest C having such a configuration can relieve the coldness of the waist during leisure use such as night fishing in winter. In addition, when using the cushion members 10A and 10B for filling in the present invention not only for the vest C but also for summer clothing, a mode in which the double lashle solid knitted fabric 20 is adopted for the front side cushion mat 11 or the like. Is recommended.

H hole,
10A Cushion member for filling inside,
10B Cushion member for filling inside,
11 Surface side cushion mat,
12 Back side cushion mat,
13 Diatomite molded body,
3A through hole,
3T unevenness,
14 Intermediate cushion mat,
20 Double lashle solid knitted fabric

Claims (7)

  The flexible backside cushion mat having a predetermined thickness and the flexible front side cushion mat having a predetermined thickness formed on the flexible backside cushion mat having a predetermined thickness are overlapped, and the punched hole formed in the front side cushion mat is formed. Is loaded with a diatomaceous earth molded body integrally formed in a plate shape having a thickness corresponding to the predetermined thickness of the front surface side cushion mat, and external force applied from above the diatomaceous earth molded body is applied to the back side cushion via the diatomaceous earth molded body. A cushion member for filling in clothing, bedding, and rug, which is cushioned by the cushioning property of the mat.   A flexible intermediate cushion mat having a predetermined thickness is sandwiched by two flexible surface-side cushion mats having a predetermined thickness in which a punching hole having an arbitrary shape is formed. The diatomaceous earth molded body integrally formed in a plate shape having a thickness corresponding to the predetermined thickness of the surface side cushion mat is loaded into the hole, and the surface side cushion mat is arbitrarily selected as a front side in use. A cushion member for filling a garment, bedding, or rug, wherein an external force applied from above the diatomaceous earth molded body is buffered by the cushioning property of the intermediate cushion mat via the diatomaceous earth molded body.   The said diatomaceous earth molded object is formed in the planar shape which followed the planar shape of the said hole, and is closely loaded by the said hole, The clothing, bedding of Claim 1 or Claim 2 characterized by the above-mentioned. Cushion member for filling the rug.   4. The cushion member for filling a garment, bedding, or rug according to any one of claims 1 to 3, wherein the diatomaceous earth molded body has a single or a plurality of irregularities on the surface side. .   The said diatomaceous earth molded object has a single or some through-hole, The cushion member for filling of clothing, bedding, and a rug of any one of Claims 1 thru | or 4 characterized by the above-mentioned.   The clothing and bedding according to any one of claims 1 to 5, wherein the diatomaceous earth molded body is made of baked diatomaceous earth obtained by firing raw diatomaceous earth at a temperature of 800 ° C to 1000 ° C. , Cushioning material for filling in rugs. The clothing according to any one of claims 1 to 6, wherein at least one of the front surface side cushion mat and the back surface side cushion mat is made of a double lashle solid knitted fabric. Cushion material for filling bedding and rugs.

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