JP3193939U

JP3193939U - Fluid cap and container

Info

Publication number: JP3193939U
Application number: JP2014004297U
Authority: JP
Inventors: 一美塚田
Original assignee: 一美塚田
Priority date: 2014-07-28
Filing date: 2014-07-28
Publication date: 2014-10-30
Anticipated expiration: 2024-07-28

Abstract

【課題】マヨネーズ等の流動体の内容物を容器から無駄のないように抽出することができる容器を提供する。【解決手段】抽出口３を頂点とした内縮径状（放物線および円錐形）の内壁面を有するキャップ２と、接続される容器口の内壁面５の径をキャップ口内壁面４の径と同径とすることで、キャップと容器を段差なく接続し、容器内壁面には底部から容器口にかけて突起状のふくらみ７を筋状に複数本いれた容器、とで構成する。【選択図】図１A container capable of extracting the contents of a fluid such as mayonnaise from a container without waste. A cap 2 having an inner wall surface with an inner diameter reduced from the extraction port 3 (a parabola and a conical shape), and a diameter of an inner wall surface 5 of a container port to be connected are the same as a diameter of the inner wall surface 4 of the cap port. By setting the diameter, the cap and the container are connected without a step, and the container inner wall surface is constituted by a container in which a plurality of protruding bulges 7 are formed in a streak shape from the bottom to the container opening. [Selection] Figure 1

Description

粘性のある流動体例えばマヨネーズ等のキャップと容器に関する。 The present invention relates to a viscous fluid such as mayonnaise cap and container.

従来、食品に関してはケチャップ、濃厚ソース等、特にマヨネーズが顕著だが内容物が出きらずに抽出口内壁の隅から周囲にそして容器自体の内壁にも残ってしまう。 Conventionally, with regard to foods, especially mayonnaise such as ketchup, thick sauce, etc. is remarkable, but the contents do not come out and remain around the corner of the inner wall of the extraction port and also on the inner wall of the container itself.

特許公開２００２−２７４５５６公報 Patent Publication 2002-274556 特許公開２０１１−１０２１５０公報 Patent Publication 2011-102150

本考案は以上のような欠点を鑑み内容物を無駄のないよう抽出することを可能にする。 The present invention makes it possible to extract the contents without waste in view of the above drawbacks.

本考案は上記目的を達成するために、キャップは、抽出口を頂点とした内縮径状（放物線および円錐形）の形状とする内壁面を有するキヤップと、接続される容器口の内壁面の径はキャップ口の内壁面の径と同径とし、容器内壁面には底部から容器口にかけて突起状のふくらみを筋状に複数本いれた容器とで構成されているので課題を解決する、流動体のキヤップと容器。 In order to achieve the above object, the present invention provides a cap having an inner wall surface with an inner diameter reduced from the extraction port (a parabola and a conical shape), and an inner wall surface of a container port to be connected. The diameter is the same as the diameter of the inner wall surface of the cap mouth, and the container inner wall surface is composed of a container with a plurality of protruding bulges strung from the bottom to the container mouth. Body caps and containers.

本発明は以上の構造をなしているので、容器とキャップとの内壁が段差なく接続されるので内容物が抽出口まで障害がなく流れやすい、さらに容器内壁に筋状のふくらみが底部から口部にあるので、この筋に内容物が誘導され容器内の内容物が流れやすくなり、キャップを下にして立てることで内容物は抽出口に集まり、残留することなく抽出できる。流動体のキャップと容器。 Since the present invention has the above-described structure, the inner wall of the container and the cap are connected without a step, so that the contents can easily flow to the extraction port without any obstacles, and a streaky bulge is formed on the inner wall of the container from the bottom to the mouth. Therefore, the contents are guided to the streak and the contents in the container easily flow, and the contents gather at the extraction port by standing with the cap down, and can be extracted without remaining. Fluid caps and containers.

は内縮径内壁面を有するキャップと容器口の断面図。FIG. 3 is a cross-sectional view of a cap and a container mouth having an inner wall diameter of an inner diameter. は内容物が少なくなった場合にキャップを下に立てた状態で、内容物８が容器内壁の突起状のふくらみの筋７に誘導されて抽出口へ溜まっている。When the contents are low, the contents 8 are guided to the protruding bulges 7 on the inner wall of the container and are collected in the extraction port with the cap standing downward.

以下、図面に示す考案を実施するための形態によって本発明を詳細に説明する。
図１に示す通りキヤップは抽出口を頂点とした内縮径状（放物線および円錐形）の内壁面を有していて、抽出口内壁面４と容器口内壁面５との接触面は、段差なく滑らかな面で接続されているので、内容物８が障害を得ることなくキャップ口内壁面４の面に沿って抽出口３に至るまで流れや易くなる。Hereinafter, the present invention will be described in detail with reference to embodiments for carrying out the device shown in the drawings.
As shown in FIG. 1, the cap has an inner wall surface with an inner diameter reduced from the extraction port (a parabola and a cone), and the contact surface between the inner wall surface 4 of the extraction port and the inner wall surface 5 of the container port is smooth without a step. Since the contents 8 are connected to each other, the contents 8 can easily flow to the extraction port 3 along the surface of the inner wall surface 4 of the cap port without obtaining an obstacle.

また、図２に示す通り内容物が少なくなった場合キャップを下にして容器を立てることで、容器内壁にある複数本の突起状の筋７が誘導線になって内容物を流れ易くし、抽出口３に内容物８が集まる。よって立てた状態では内容物が常時抽出口３に集まるので、容器内に残留することなくしぼりだすことができる。 In addition, when the contents are reduced as shown in FIG. 2, by standing the container with the cap down, a plurality of protruding streaks 7 on the inner wall of the container become guide lines to facilitate the flow of the contents, The contents 8 gather at the extraction port 3. Therefore, since the contents always gather at the extraction port 3 in the standing state, the contents can be squeezed out without remaining in the container.

内容物が残留することなく使い切ることができるので、経済的で環境にも好ましく消費者に支持されるキャップおよび容器として業界に貢献できる。 Since the contents can be used up without remaining, they can contribute to the industry as caps and containers that are economical, environmentally favorable and supported by consumers.

１キヤップのフタ
２内縮径キヤップ
３キャップ抽出口
４キャップ抽出口内壁面
５容器口内壁面
６容器
７容器内壁の突起状の筋
８内容物DESCRIPTION OF SYMBOLS 1 Cap lid 2 Inner diameter reduction cap 3 Cap extraction port 4 Inner wall surface of cap extraction port 5 Inner wall surface of container port 6 Container 7 Protruding streaks 8 of container inner wall Contents

Claims

The cap has an inner wall with an inner diameter reduced from the top of the extraction port (parabolic and conical), and the diameter of the inner wall of the container port to be connected is the same as that of the inner wall of the cap port. A container having a diameter and a plurality of protruding bulges streaked from the bottom to the container mouth on the inner wall surface of the container.