JP2011115537A

JP2011115537A - Knockdown type high-temperature body simple and safe moving holder

Info

Publication number: JP2011115537A
Application number: JP2010032964A
Authority: JP
Inventors: Chiyoko Kitagawa; 千代子北川
Original assignee: Individual
Current assignee: Individual
Priority date: 2009-02-09
Filing date: 2010-01-29
Publication date: 2011-06-16

Abstract

<P>PROBLEM TO BE SOLVED: To solve the problems of a moving holder using silicone rubber as a raw material and put on the market, wherein (1) since a three-dimensional shape is directly formed, a metal mold is complicated, the manufacturing cost is high, and productivity is low, (2) when a handle of a high-temperature container is thick or a grip part thereof is large, the handle or the grip part is difficult to hold, (3) it is difficult to use for a non-slip or a heat insulating sheet, (4) printing in a wide area is difficult because of integral structure of a hollow three-dimensional body, (5) in order to keep rotation symmetry of three turns, special attention in production management is needed to prevent distortion, and (6) since it is bulky in the respective stages of production, circulation and sales, the circulation cost is high. <P>SOLUTION: A single body or two or more bodies of the simple and flat same shape are assembled in three-dimensional shape to obtain an intended shape, whereby a function (use) equal to that of the conventional one can be achieved. In addition, assembling joining parts have reversible joining structure so that the function (use) and the design of merchandise can be expanded in a wide range. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

本発明は、加熱調理の際の高温容器や調理具などの高温物体を、手指に火傷をせぬ様に速やかに安全に移動させることを可能とする取り扱いが簡便な道具の中、組み立て式のものに関する。 The present invention is an assembly-type tool among easy-to-handle tools that can quickly and safely move hot objects such as high-temperature containers and cooking utensils during cooking without causing burns to the fingers. About things.

本発明は、特許第３５１３１４５号で開示され商品化されているシリコーンゴムを用いた「なべつかみ」に類する発明品に関係している。 The present invention relates to an invention similar to a “pan grip” using a silicone rubber disclosed and commercialized in Japanese Patent No. 3513145.

特許第３５１３１４５号Japanese Patent No. 3513145

特許第３５１３１４５号で開示されている「なべつかみ」に類する発明品の出願図面の中、図１０の形は既にシリコーンゴムを素材として商品化され市場に出ているが、次のような点で課題がある。
（１）直接立体形状を成形するため金型が複雑で製作コストが高く、生産性も悪い、
（２）高温容器の持ち手が太い場合や摘み部分が大きい場合にそれらを保持し難い、
（３）滑り止めや断熱敷き具などの目的には使い難い、
（４）中空立体の一体構造のため、広い面積の印刷が難しい、
（５）３回回転対称性を保つために歪み防止の生産管理上の注意が必要、
（６）生産、流通、販売のそれぞれの段階において嵩高く流通コスト高になる、など。Of the application drawings for the invention similar to the “nabe-gripper” disclosed in Japanese Patent No. 3513145, the shape of FIG. 10 has already been commercialized using silicone rubber as a raw material. There are challenges.
(1) Since the three-dimensional shape is directly molded, the mold is complicated, the production cost is high, and the productivity is poor.
(2) When the handle of the high-temperature container is thick or the picking part is large, it is difficult to hold them.
(3) It is difficult to use for purposes such as anti-slip and thermal insulation
(4) Due to the solid structure of the hollow solid, it is difficult to print over a large area.
(5) In order to maintain the 3-fold rotational symmetry, it is necessary to pay attention to prevent production from distortion.
(6) Bulky and high distribution costs at each stage of production, distribution, and sales.

単純で平面的な同一形状の単体または複数個を立体形状に組み立てて目的形状を実現する方式にすることにより、上記課題を解決できる。使用時に組み立てて従来品と同等の形状にすることにより、従来品と同等の機能（用途）を実現できる。のみならず、組立接合部分を繰り返して簡単に外したり留めたりすることができる可逆的接合構造にすることにより、一部を外したり組み合わせ方を変えることができるため、機能（用途）や商品デザインの幅を拡げることができる。 The above-described problem can be solved by assembling a simple planar single or a plurality of identical shapes into a three-dimensional shape to realize a target shape. By assembling at the time of use and making it the same shape as the conventional product, the function (application) equivalent to the conventional product can be realized. Not only that, but by making a reversible joint structure that can be easily removed and fastened by repeatedly assembling and joining parts, it is possible to remove parts and change the combination, so the function (use) and product design Can be widened.

本発明により次のような効果を期待できる。
（１）金型コストを低く抑えることができる。
（２）生産性を向上させコストを下げることができる。
（３）組み立てる前の形で流通させることにより流通コストを下げることができる。
（４）機能（用途）を拡げることができる。
（５）印刷をし易くなり、また色の異なる単体の組み合わせができ、商品デザインの幅が拡がる。The following effects can be expected from the present invention.
(1) The mold cost can be kept low.
(2) Productivity can be improved and costs can be reduced.
(3) The distribution cost can be reduced by distributing in the form before assembly.
(4) Functions (uses) can be expanded.
(5) It becomes easier to print, and single color combinations can be combined to expand the range of product design.

一対の開口穴部と差し込み舌状部をその一部に有する１枚の耐熱性弾性板材を立体形状に形成したもの。One heat-resistant elastic plate material having a pair of opening hole portions and insertion tongue portions in a part thereof is formed into a three-dimensional shape. その一部に複数の穴と複数の凸部が形成されていて、穴部と凸部は互いに嵌め合せることができる１枚の耐熱性弾性樹脂板材。A single heat-resistant elastic resin plate material in which a plurality of holes and a plurality of convex portions are formed in a part thereof, and the hole portions and the convex portions can be fitted to each other. 図２の一部の穴部と凸部を接合させてできた立体形状の一例。FIG. 3 is an example of a three-dimensional shape formed by joining a part of the holes and the protrusions in FIG. 2. 図２の２枚を上下に嵌め合せて一枚の厚い板にした形。A shape in which the two pieces in FIG. 穴部と凸部の形状の一例（模式断面図）、上側が凸部、下側が穴部。An example of the shape of the hole and the convex part (schematic cross-sectional view), the upper part is the convex part, and the lower part is the hole part. 図５の穴部最小内径が凸部最小外形より小さい場合には、嵌め合せ接合部分に重なりのできることを示す模式図。FIG. 6 is a schematic diagram showing that when the hole portion minimum inner diameter in FIG. 5 is smaller than the convex portion minimum outer shape, the fitting joint portion can be overlapped. 図６の重なり余剰部分が、実際には凸部端面の膨らみとなってより堅い接合状態を得られることを示す模式図。FIG. 7 is a schematic diagram showing that the overlapping surplus portion of FIG. 6 actually becomes a bulge of the end surface of the convex portion and a harder joining state can be obtained. 図２の２枚を円筒状に組み合わせた形。A shape in which the two pieces in FIG. 2 are combined in a cylindrical shape. 図２の３枚を３回回転対称形状に組み合わせた形。A form in which the three pieces in FIG. 2 are combined in a three-fold rotationally symmetric shape. 図２の３枚を平面的に組み合わせた形のひとつ。One of the three-dimensional combination of the three in Figure 2. 図２の３枚を平面的に組み合わせた別の形のひとつ。One of the other shapes that combines the three of Figure 2 in a plane. 図９の２個を用いて熱いお椀状の容器を持った使用例（左）、及び図２の２枚を用いて熱いお椀状の容器を持った使用例（右）。An example of use with a hot bowl-shaped container using the two pieces in FIG. 9 (left) and an example of use with two bowls in FIG. 2 having a hot bowl-like container (right). 図９の２個を用いて熱いお皿状の容器を持った使用例（左）、及び図２の２枚を熱いお皿状の容器を持った使用例（右）。FIG. 9 shows a usage example (left) having a hot dish-like container using two of FIG. 9 and a usage example (right) having two hot-dish containers in FIG. 図９の２個を用いて熱いコップ状の容器を持った使用例（上左）、及び図２の２枚を用いて熱いコップ状の容器を持った使用例（上右）、及び図２の１枚を用いて熱いコップ状の容器の柄部分を持った使用例（下）。9 using the two cups shown in FIG. 9 (upper left), using the two cups shown in FIG. 2 and using a hot cup shaped container (upper right), and FIG. Example of use (bottom) with a handle part of a hot cup-like container using one of the above. 図９に「おたま」を載置した使用例。An example of use in which “Otama” is placed in FIG. 図９に「しゃもじ」を載置した使用例。FIG. 9 shows a usage example in which “shamoji” is placed. 図９に「鍋の蓋」を載置した使用例。FIG. 9 shows a usage example in which a “pan lid” is placed. 図９に「眼鏡」を載置した使用例。FIG. 9 shows a usage example in which “glasses” are placed. 図９に「携帯電話」を載置した使用例。FIG. 9 shows a usage example in which a “mobile phone” is placed.

図１は本発明の最も単純な形である。短冊状の耐熱性のある弾性樹脂板の両端に互いに差し留めすることのできる構造を有する。この形で片手鍋の柄ややかんの持ち手が熱い時の断熱保持具として使える。この立体形状は特許３５１３１４５号の中の図３に類似しており、２個１組にしてお椀やコップなどが熱い場合の保持具としても使える。板の厚さは自由に選べるが、実用的には１．５〜３．０（ｍｍ）程度がよい。弾性樹脂材料としては、例えばシリコーンゴムが耐熱性、耐滑り性、衛生面、価格面で現実的である。ゴム硬度も５０前後が実際的である。これ以降の使用例の説明においても、弾性樹脂素材の種類や厚さ、硬度に関して同じことが言える。図１の立体形状の接合部を外して平面状にすれば、鍋敷きとしても、大根おろし具の下に敷いて滑り止め板としても、またペットボトルや瓶詰製品の蓋のオープナーとしても使える。 FIG. 1 is the simplest form of the invention. It has a structure that can be fastened to both ends of a strip-like heat-resistant elastic resin plate. In this form, it can be used as an insulated holder when the handle of a one-handed pan or the handle of a kettle is hot. This three-dimensional shape is similar to that of FIG. 3 in Japanese Patent No. 3513145, and can be used as a holder when two halves or a cup are hot. The thickness of the plate can be freely selected, but is practically about 1.5 to 3.0 (mm). As the elastic resin material, for example, silicone rubber is realistic in terms of heat resistance, slip resistance, hygiene, and price. A rubber hardness of about 50 is practical. The same can be said for the types, thicknesses, and hardnesses of the elastic resin materials in the description of the use examples thereafter. If the three-dimensional joint shown in FIG. 1 is removed to make it flat, it can be used as a pan, as a non-slip plate under a radish grater, or as an opener for a lid of a plastic bottle or bottled product.

図２は略正方形の板の相対する２カ所に穴部群と凸部群を有する耐熱性のある弾性樹脂板の１枚である。角部にある２カ所の穴は、フックに掛けて保管する便利のための穴である。この１枚を丸めてフック用穴に凸部のひとつを嵌めると図３の形を実現できる。この形は漏斗形状であり、液体を異なる容器に移送する際の道具として使える。各々の穴を貫通穴とせず凹み穴（袋穴）とすることも可能である。一定のレベルの接合強度を得るためには貫通穴の方が実際的である。個々の貫通穴または凸部の大きさや形状またそれらの数は用途に合わせて適当に選べるが、例えば一辺が８５（ｍｍ）で厚さが２（ｍｍ）ゴム硬度が５０のシリコーンゴム製の板の場合、ひとつの穴／凸の大きさはφ３〜５（ｍｍ）程度が実際的である。 FIG. 2 shows one heat-resistant elastic resin plate having a hole group and a convex group at two opposite positions of a substantially square plate. The two holes in the corner are convenient for storing on the hook. When one sheet is rolled and one of the convex portions is fitted into the hook hole, the shape shown in FIG. 3 can be realized. This shape is a funnel shape and can be used as a tool for transferring liquids to different containers. It is also possible to make each hole not a through hole but a recessed hole (bag hole). A through hole is more practical to obtain a certain level of joint strength. The size and shape of the individual through holes or protrusions and the number of them can be selected appropriately according to the application. For example, a plate made of silicone rubber having a side of 85 (mm) and a thickness of 2 (mm) and a rubber hardness of 50 In this case, the size of one hole / convex is practically about φ3 to 5 (mm).

図４は図２枚の弾性樹脂板の穴部群と凸部群を嵌め合せて重ねた形態である。この状態では両面ともほぼ平滑面になり、鍋敷きとしてもコースターとしても使える。異なる色の板を組み合わせた場合、デザイン面の面白さも期待できる。 FIG. 4 shows a form in which the hole group and the convex group of the two elastic resin plates in FIG. 2 are fitted and overlapped. In this state, both sides are almost smooth and can be used as a pan or coaster. When different colored boards are combined, the design can be expected to be interesting.

図５は凸部と穴部の断面形状の一例の模式図である。この図では凸部の最小外径と穴部の最小内径が同じであり、凸部を穴部に押し込んで嵌め合せると凸部の頂頭部が穴部の形状に丁度一致して納まる。しかし、嵌め合せ接合の強度を増すには穴部の最小内径が凸部の最小外径よりも小さいのが良い。この場合の凸部と穴部の断面をそのまま重ね合わせると、図６に示す如く重なり部分が生じる。実際には、樹脂弾性体の場合この重なりに相当する余剰部分だけ嵌め合せが堅くなり、断面の状態は図７の如くに凸部の頭部分が押されてやや外に張り出すことになる。逆に穴部はやや拡げられる。凸部と穴部の断面寸法形状の取り方により凸部頭部の張り出し方は変わるが、張り出した部分の高さが０．４（ｍｍ）程度以下になるように設計すれば、図２に示すような耐熱性弾性樹脂板の複数枚で穴部と凸部の嵌め合せを実現した場合、嵌め合せ部分の平坦度は実用上特に支障なくしかも適度な嵌め合せ強度も実現できる。図５から図７に示すように穴部断面形状が板厚の中央線上下で対称な場合、凸部を穴部に嵌め込む際に穴部の上下どちらの面からでも同等に行うことができる。 FIG. 5 is a schematic diagram of an example of the cross-sectional shape of the convex portion and the hole portion. In this figure, the minimum outer diameter of the convex portion and the minimum inner diameter of the hole portion are the same, and when the convex portion is pushed into the hole portion and fitted, the top portion of the convex portion just fits the shape of the hole portion. However, it is preferable that the minimum inner diameter of the hole is smaller than the minimum outer diameter of the convex portion in order to increase the strength of the fitting joint. In this case, if the cross sections of the protrusions and the holes are directly overlapped, an overlapping portion is generated as shown in FIG. Actually, in the case of a resin elastic body, only the excessive portion corresponding to this overlap is hardened, and the state of the cross section protrudes slightly outward when the head portion of the convex portion is pushed as shown in FIG. Conversely, the hole is slightly expanded. Depending on how the cross-sectional dimensions of the convex part and the hole part are taken, the method of projecting the convex part's head will change, but if designed so that the height of the projecting part is about 0.4 (mm) or less, FIG. When the hole portion and the convex portion are fitted with a plurality of the heat-resistant elastic resin plates as shown, the flatness of the fitted portion is practically satisfactory, and an appropriate fitting strength can be realized. As shown in FIGS. 5 to 7, when the hole cross-sectional shape is symmetrical above and below the center line of the plate thickness, it can be equally performed from either the upper or lower surface of the hole when the protrusion is fitted into the hole. .

図８は図２の耐熱性の高い弾性樹脂板の２枚を組み合せて円筒形状にした状態を示す。熱くなった片手鍋の柄ややかんの持ち手を掴むときに便利な形態である。留め外しは簡単に行える。 FIG. 8 shows a state in which the two heat-resistant elastic resin plates shown in FIG. 2 are combined into a cylindrical shape. This is a convenient way to grab the handle of a hot one-handed pan or kettle. It can be easily removed.

図９は図２の耐熱性の高い弾性樹脂板の３枚を組み合わせて中央に空洞部を有する３回回転対称の立体を形成した状態を示す。同形状同質の３枚の弾性樹脂板の同等の組み合わせなので３回回転対称の立体となる。この形態は特許３５１３１４５号の中の図１０に相当する。当該発明になる図９では、これが３枚の同じ形状の耐熱性弾性樹脂板の組み合わせで実現されていることが特徴である。３枚の板は簡単に留め外しができて、図１０や図１１のような平面的な組み合わせ形状にも転換でき、その場合例えば鍋敷きとしての利用が考えられる。１枚の単位で、或いは２枚または３枚を組み合わせて、例えば壜やボトルの蓋のオープナー（滑り止め板）としても使える。図９が図２を単位とした弾性樹脂板から形成されることは、特許３５１３１４５号の発明品では実現できなかった用途面の拡がりを意味する他、生産流通面やデザイン面で有利な点がでてくることをも意味する。即ち、図２のような平面形状の成形では金型も単純になり生産性が増す。金型に掛かるコストも生産コストも下げることができる。生産工場内の搬送や製品の流通においても図２の平面形状の単位で行えるため、扱いやすく流通コストを下げることができる。また印刷加工がより行い易くなり、また３枚の板の色を違えることもできるのでデザイン面の幅も拡げることができる。このように、特許３５１３１４５号の中の図１０と同等の形状を３枚の同一形状の耐熱性弾性樹脂板を組み合わせ形成して実現できることを特徴とする本発明は、用途、コスト、デザインの全ての面で新たな価値を与えてくれる。 FIG. 9 shows a state in which a three-dimensional rotationally symmetric solid having a hollow portion at the center is formed by combining the three heat-resistant elastic resin plates shown in FIG. Since it is an equivalent combination of three elastic resin plates of the same shape and quality, it becomes a three-fold rotationally symmetric solid. This form corresponds to FIG. 10 in Japanese Patent No. 3513145. FIG. 9 according to the present invention is characterized in that this is realized by a combination of three heat-resistant elastic resin plates having the same shape. The three plates can be easily removed and converted into a planar combination shape as shown in FIGS. 10 and 11, in which case, for example, use as a pan is considered. It can be used as an opener (anti-slip plate) for lids of bottles and bottles, for example, in units of one sheet or in combination of two or three sheets. The fact that FIG. 9 is formed from an elastic resin plate with FIG. 2 as a unit means not only the expansion of applications that could not be realized with the invention of Patent No. 3513145, but also has advantages in terms of production distribution and design. It also means coming in. That is, in the planar shape molding as shown in FIG. 2, the mold becomes simple and the productivity increases. The cost for the mold and the production cost can be reduced. Since it can be carried out in units of the planar shape shown in FIG. 2 in the transportation and product distribution in the production factory, it is easy to handle and the distribution cost can be reduced. In addition, printing can be performed more easily, and the colors of the three plates can be changed, so that the width of the design surface can be expanded. Thus, the present invention, which can be realized by combining three identical heat-resistant elastic resin plates with the same shape as FIG. 10 in Japanese Patent No. 3513145, has all the uses, costs, and designs. Gives new value in terms of

図９の形態の二つを両手で用いると、特許３５１３１４５号になる発明の機能をそのまま実現できる。このときの熱いお椀状の容器の保持使用例を示すのが図１２の左図、熱いお皿状の容器の保持使用例を示すのが図１３の左図、熱いコップ状の容器の保持使用例を示すのが図１４の上左図。これらは、それぞれ特許３５１３１４５号中の図１１、図１３、図１２の使用例に相当する。本発明では図９を組み外して３枚の単位に戻した形の図２の状態でも上記のそれぞれの熱い容器を保持することを可能としている。図１２の右図は図２の２枚を用いた熱いお椀状の容器を保持使用例、図１３の右図は図２の２枚を用いた熱いお皿状の容器の保持使用例、図１４の上右図は図２の２枚を用いた熱いコップ状の容器の保持使用例、図１４の下図は図２の１枚を用いた熱いコップ状の容器の柄の保持使用例である。また、組み立てた形態のままでも、組み外した其々の単体ででもペットボトル飲料や瓶詰の蓋のオープナーとして使用できる。或いは、机上に置いて中央空洞部を利用して鉛筆やボールペン立てにもなるし、羽根部分の２枚合わせ部分にメモ用紙を挟めばメモホルダーにもなる。このように、複数の単位弾性樹脂板を組み立てた状態でも組み外した状態でも、使用目的や状況に合わせて様々に使用できるのが本発明品の特徴である。 If two of the forms shown in FIG. 9 are used with both hands, the function of the invention disclosed in Japanese Patent No. 3513145 can be realized as it is. The left figure of FIG. 12 shows an example of holding and using a hot bowl-like container at this time, the left figure of FIG. 13 showing an example of holding and using a hot dish-like container, and the holding use of a hot cup-like container An example is shown in the upper left diagram of FIG. These correspond to the usage examples of FIGS. 11, 13 and 12 in Japanese Patent No. 3513145, respectively. In the present invention, each of the above hot containers can be held even in the state of FIG. 2 in which FIG. 9 is assembled and returned to three units. The right figure of FIG. 12 is an example of holding and using a hot bowl-shaped container using two sheets of FIG. 2, the right figure of FIG. 13 is an example of holding and using a hot dish-shaped container of two sheets of FIG. 14 is an example of holding and using a hot cup-shaped container using two sheets of FIG. 2, and the lower figure of FIG. 14 is an example of holding and using a handle of a hot cup-shaped container using one sheet of FIG. . Moreover, it can use as an opener of a plastic bottle drink or a bottled lid even with the assembled form, or with each removed single unit. Alternatively, it can be placed on a desk and used as a pencil or ballpoint pen using the central cavity, or a memo holder when a memo paper is sandwiched between the two blades. As described above, it is a feature of the product of the present invention that it can be used in various ways according to the purpose of use and the situation in both the assembled state and the detached state.

図１５、図１６、図１７は、図９の本発明形態が台所で使用される場合、おたまやしゃもじ、鍋の蓋などを置く用途にも便利に使えることを示している。素材が例えばシリコーンゴムのような樹脂弾性体なので、ソフトにそして滑り難くこれらのキッチン用具を載置できる。図９の形態は、その立体形状により３枚の羽根となる２枚合わせ部分に適度な強度が得られるので、流し周りや洗面台周りの水切り、或いは車や家のガラス窓洗浄時の水切りとしても使い易い。図９の形態を洗面台周りに置く場合には、その中空部分に歯ブラシを立てることもできる。図９の形態はまたパソコンやテレビの液晶画面に静電的に付着した埃を画面に傷つけることなく柔らかく掻き取る道具としても使える。非導電材としてのシリコーンゴムは静電的に液晶画面に付着した埃を吸着し易い。勿論、事務机や家具表面などに付着した埃取りとしても使える。付着した汚れは簡単に水で洗浄できる。 FIGS. 15, 16, and 17 show that when the present invention of FIG. 9 is used in a kitchen, it can be conveniently used for an application such as putting a rice cake, rice paddle, pot lid, and the like. Since the material is a resin elastic material such as silicone rubber, these kitchen utensils can be placed softly and non-slipably. The form shown in FIG. 9 is suitable for draining around the sink and the washstand, or as a drainer when washing a glass window in a car or a house, because the three-dimensional shape can provide an appropriate strength for the two-piece joint portion that becomes three blades. Also easy to use. When placing the form of FIG. 9 around the washstand, a toothbrush can be set up in the hollow portion. The form of FIG. 9 can also be used as a tool for softly scraping dust that is electrostatically attached to the liquid crystal screen of a personal computer or television without damaging the screen. Silicone rubber as a non-conductive material easily adsorbs dust adhering to the liquid crystal screen electrostatically. Of course, it can also be used to remove dust attached to office desks and furniture surfaces. Adhering dirt can be easily washed with water.

図１８、図１９は、図９の発明形態が更に他の物の載置にも使える例を示している。眼鏡や携帯電話をソフトに滑り落ち難く置くことができる。 FIG. 18 and FIG. 19 show examples in which the embodiment of FIG. 9 can be used for placing other objects. Glasses and mobile phones can be placed softly and difficult to slide down.

１耐熱性の高い弾性樹脂板状素材を使った本発明の単体の例
２差し込みの開口部分
３２の部分に差し込み留めるための舌状突起部分
４嵌め合せ接合構造の一方、凹み穴または貫通穴部
５嵌め合せ接合構造の一方、凸部
６嵌め合せ接合された部分
７図９に示す組立てられた本発明のひとつ
８熱いお椀または丼状食器
９熱いお皿
１０熱いコップ
１１おたま
１２しゃもじ
１３なべ蓋
１４眼鏡
１５携帯電話DESCRIPTION OF SYMBOLS 1 Example of simple substance of this invention using elastic resin plate material with high heat resistance 2 Opening part of insertion 3 Tongue projection part to be inserted and fixed to part 2 4 Recessed hole or through hole of fitting joint structure Part 5 One part of the mating and joining structure, convex part 6 Part of mating and joining 7 One of the assembled present invention shown in FIG. Lid 14 Glasses 15 Mobile phone

Claims

対となって可逆的に繰り返して簡単に嵌め合せ又は留め合わせそして取り外しが可能な接合構造をその中に備える１枚の板状の耐熱性の高い樹脂弾性体であり、その接合構造を用い必要に応じてそれ自体を平面形状から立体形状に、或いは立体形状から平面形状に変換することができることを特徴とする高温物体簡便安全移動保持具・敷き具、または蓋オープナー、または液体移送具。 It is a single plate-like highly heat-resistant resin elastic body that has a joint structure that can be reversibly reversibly and easily fitted, fastened, and removed, and requires the use of the joint structure. A high-temperature object simple and safe moving holder / laying device, lid opener, or liquid transfer device that can convert itself from a planar shape to a three-dimensional shape or from a three-dimensional shape to a planar shape.

対となって可逆的に繰り返して簡単に嵌め合せ又は留め合わせそして取り外しが可能な接合構造をそれぞれその中に備える複数枚の板状の耐熱性の高い樹脂弾性体から成り、その接合構造を用い必要に応じて互いを接合させ組み合せることによりひとつ又は複数の立体的或いは平面的な形状を組み立てることができ、また必要に応じて接合を解いて個々の単位に戻せることを特徴とする高温物体簡便安全移動保持具・敷き具、または蓋オープナー。 It consists of a plurality of plate-like highly heat-resistant resin elastic bodies each having a joint structure that can be easily fitted, fastened, and removed by reversibly reversibly as a pair. A high-temperature object characterized in that one or a plurality of three-dimensional or planar shapes can be assembled by joining and combining each other as necessary, and can be unbonded and returned to individual units as necessary. Simple and safe moving holder / layer or lid opener.

複数枚の板状の耐熱性の高い樹脂弾性体が同一の寸法形状であることを特徴とする請求項２に記載の高温物体簡便安全移動保持具・敷き具、または蓋オープナー、または器具載置具、または水切り具。 The high-temperature object simple and safe movement holder / laying device, lid opener, or instrument mounting according to claim 2, wherein the plurality of plate-like high-heat-resistant resin elastic bodies have the same size and shape. Tools, or drainers.

可逆的に繰り返して簡単に嵌め合せ又は留め合わせそして取り外しが可能な接合構造が凹部（群）又は貫通穴部（群）と凸部（群）の嵌め合せ構造であることを特徴とする請求項２または請求項３に記載の高温物体簡便安全移動保持具・敷き具、または蓋オープナー、または器具載置具、または水切り具。 The joint structure capable of being easily reversibly and repeatedly fitted or fastened and detached is a recessed portion (group) or a fitting structure of a through hole portion (group) and a convex portion (group). The high-temperature object simple safe movement holder / laying tool, lid opener, instrument mounting tool, or drainer according to claim 2 or claim 3.

貫通穴部（群）の最小内径が凸部（群）最小外径よりも小さくて嵌合を適度に堅く保てることを特徴とする請求項４に記載の高温物体簡便安全移動保持具・敷き具、または蓋オープナー、または器具載置具、または水切り具。 The high-temperature object simple safe moving holder / laying tool according to claim 4, wherein the through hole portion (group) has a minimum inner diameter smaller than the minimum outer diameter of the convex portion (group) and can keep the fitting moderately hard. , Or lid opener, instrument mounting, or drainer.

貫通穴部（群）に凸部（群）を差し込む際に貫通穴部（群）のある板のどちらの面から差し込んでも同等に行えて同等の嵌合になることを特徴とする請求項５に記載の高温物体簡便安全移動保持具・敷き具、または蓋オープナー、または器具の載置具、または水切り具。 6. When inserting a convex part (group) into a through-hole part (group), it can be equivalent even if it inserts from which surface of a board with a through-hole part (group), and it becomes equivalent fitting. A high-temperature object simple and safe moving holder / laying device, or lid opener, or a device mounting device, or a draining device described in 1.

１枚の形状が略長方形または正方形である請求項６に記載の耐熱性樹脂弾性体であり、その３枚を立体に組み合わせるとき中央に空洞を有する略３角柱の３回回転対称形状とすることのできる高温物体簡便安全移動保持具・敷き具、または蓋オープナー、または器具載置具、または水切り具。 7. The heat resistant resin elastic body according to claim 6, wherein the shape of one sheet is substantially rectangular or square, and when the three sheets are combined into a three-dimensional structure, a three-fold rotationally symmetric shape of a substantially triangular prism having a cavity in the center. High-temperature objects that can be easily and safely held holders / layers, lid openers, fixtures, or drainers.