CN102791594A - Container cover and aerosol type product provided with container cover - Google Patents

Abstract

Translated fromChinese

本发明提供一种容器罩体及具有该容器罩体的气雾式制品。在利用操作部件覆盖静止模式的内容物喷射口而对其进行保护这种类型的气雾式制品或泵式制品的容器罩体中，谋求阻止操作部件的误动作并确保内容物喷射口等的保护作用。该容器罩体构成为，将用于覆盖图示静止模式的内容物喷射口（6c）而对其进行保护的操作部件（7）设为滑动式，伴随着该滑动操作的解除，操作部件在板簧（8）的弹性作用下向静止模式可靠地自动返回。另外，静止模式的包括操作部件在内的容器罩体外面的整体形状呈现单一的圆顶状外观。若使操作部件向图示右侧滑动，则内容物喷射口在外部空间露出，此后，按压作用部（7g）按压内容物喷射部（6）的倾斜部（6d）。通过该按压作用，与内容物喷射部一体的阀杆（3）向下移动而向工作模式转移，容器内容物通过喷射用通路（6b）自内容物喷射口喷出。

The invention provides a container cover and an aerosol product with the container cover. In the container cover of the aerosol product or pump product of the type that uses the operation part to cover and protect the content injection port in the static mode, it is intended to prevent malfunction of the operation part and ensure the safety of the content injection port, etc. Protective effects. The container cover is configured such that the operation member (7) for covering and protecting the content ejection port (6c) in the stationary mode shown in the figure is a sliding type, and the operation member is released when the sliding operation is released. The elastic action of the leaf spring (8) reliably and automatically returns to the rest mode. In addition, the overall shape of the outer surface of the container cover including the operating parts in the stationary mode presents a single dome-like appearance. When the operation member is slid to the right in the drawing, the content ejection port is exposed in the external space, and thereafter, the pressing part (7g) presses the inclined part (6d) of the content ejection part (6). By this pressing action, the valve stem (3) integrated with the content ejection part moves downward to shift to the operation mode, and the contents of the container are ejected from the content ejection port through the ejection passage (6b).

Description

Translated fromChinese

容器罩体及具有该容器罩体的气雾式制品Container cover and aerosol product with the container cover

技术领域technical field

本发明涉及气雾式制品或泵式制品的容器罩体，特别涉及由筒状的促动部件及操作部件构成的容器罩体，所述促动部件具有在安装于容器的状态下与阀杆连通的内容物喷出通路，所述操作部件利用弹性部件朝覆盖该促动部件的上侧开口部这种形态的前方被施力，伴随着内容物喷出操作，以抵抗该弹性部件的施力的形态向后方滑动，从而使该内容物喷出通路的喷出口在外部空间区域露出。The present invention relates to a container cover for an aerosol type product or a pump type product, in particular to a container cover composed of a cylindrical actuating part and an operating part, the actuating part has a valve stem in the state of being installed in the container. The connected content ejection passage, the operating member is biased toward the front of the form covering the upper opening of the actuating member by the elastic member, and is accompanied by the ejection operation of the content to resist the force of the elastic member. The form of force slides backward, so that the discharge port of the content discharge passage is exposed in the external space area.

即，在静止模式时，滑动式操作部件利用弹性力向前方被施力地覆盖内容物喷出口等，通过抵抗弹性力地使操作部件向后方滑动而设定使内容物喷出口等露出的工作模式，伴随着滑动操作的解除，操作部件利用弹性作用向静止模式位置可以说自动返回。That is, when in the stationary mode, the sliding operation member utilizes the elastic force to be urged forward to cover the content discharge port, etc., and the operation to expose the content discharge port, etc., is set by sliding the operation member backward against the elastic force. Mode, along with the release of the sliding operation, the operating part returns to the rest mode position by elastic action, so to speak, automatically.

在本说明书中，对于前后的位置关系而言，将内容物喷射口这一侧记为“前”、将与其相反的侧例如后述的箭头形成侧记为“后”。In this specification, regarding the front-rear positional relationship, the side of the content ejection port is referred to as "front", and the side opposite to it, such as the side where an arrow is described later, is referred to as "rear".

图1、图3的左侧表示“前”、右侧表示“后”。The left side of Fig. 1 and Fig. 3 represents "front", and the right side represents "rear".

背景技术Background technique

以往，提出有如下结构的容器罩体：在静止模式时利用操作部件覆盖内容物喷出口等，通过伴随着工作模式设定操作的操作部件的移动使内容物喷射口等露出，阀杆朝向工作模式位置向下移动（参照专利文献1）。Conventionally, a container cover has been proposed with a structure in which the contents ejection port, etc. are covered with an operating member in the static mode, and the contents ejection port, etc. are exposed by moving the operating member accompanying the operation mode setting operation, and the valve stem is directed towards the working mode. The mode position moves downward (see Patent Document 1).

该容器罩体通过操作部件后侧的操作部的压下操作，使前侧的内容物喷出口等的覆盖部分向上方旋转以使内容物喷出口露出，并且，利用被压下的操作部件后侧部分按压（具有内容物喷出口的）内容物通路部件的后侧板状部，使与该内容物通路部件一体的阀杆朝向工作模式位置向下移动。In this container cover, the covering part such as the content discharge port on the front side is rotated upward by the pressing operation of the operation part on the rear side of the operation member to expose the content discharge port, and after using the depressed operation member The side portion presses the rear side plate-like portion of the content passage member (with the content discharge port), moving the valve stem integrated with the content passage member downward toward the working mode position.

而且，若使用者的压下操作被解除，则阀杆利用公知的（阀杆施力用的）螺旋弹簧的作用向上移动而向静止模式位置返回。And, when the user's depressing operation is released, the valve stem is moved upward by the action of a known coil spring (for biasing the valve stem) and returns to the rest mode position.

此时，与阀杆一体的内容物通路部件也向上移动而向静止模式位置返回。另一方面，操作部件伴随着内容物通路部件的向上移动，与该内容物通路部件的板状部抵接的后侧部分被提起而向静止模式位置旋转。需要说明的是，未设置用于使操作部件积极地向静止模式位置返回的弹性部件等。At this time, the content passage member integral with the valve stem also moves upward and returns to the rest mode position. On the other hand, with the upward movement of the content passage member, the rear portion of the operation member that is in contact with the plate-like portion of the content passage member is lifted up and rotated to the rest mode position. It should be noted that no elastic member or the like for positively returning the operating member to the rest mode position is provided.

在先技术文献prior art literature

专利文献patent documents

专利文献1：日本特开平11－156251号公报Patent Document 1: Japanese Patent Application Laid-Open No. 11-156251

发明内容Contents of the invention

发明所要解决的课题The problem to be solved by the invention

以上的容器用罩体具有利用操作部件覆盖静止模式的内容物喷出口而对其进行保护的优点。The above container cover has an advantage of covering and protecting the content discharge port in the static mode with the operation member.

其中，保护内容物喷出口的操作部件是基于压下操作的旋转型操作部件，不具有在压下操作解除后用于使该操作部件向静止模式位置可靠地可以说自动返回的弹性部件。Among them, the operating member for protecting the content discharge port is a rotary operating member based on a pressing operation, and does not have an elastic member for reliably, so to speak, automatically returning the operating member to the rest mode position after the pressing operation is released.

因此，以往的上述容器用罩体在如下等方面存在改善的余地：因在使用者的日常工作中容易产生的、手等意外或不小心向下方移动、来自上方的物体的落下等导致操作部件意外地被压下而转移到工作模式；在本来的工作模式设定用的压下操作解除后，操作部件不返回到本来的静止模式位置。Therefore, there is room for improvement in the conventional cover for the above-mentioned container in the following aspects: accidental or inadvertent movement of the hand etc. downwards, falling of an object from above, etc., which are easy to occur in the daily work of the user Accidentally pressed to transfer to the working mode; after the pressing operation for setting the working mode is released, the operating part does not return to the original position of the static mode.

于是，在本发明中，其目的在于，通过构成为将作为容器用罩体的构成要素并用于覆盖静止模式的内容物喷出口而对其进行保护的操作部件设为滑动式，并且，伴随着该滑动操作的解除，操作部件利用直接向自身作用的弹性作用向静止模式位置可靠地自动返回，从而谋求极力减少操作部件的误动作并且确保静止模式下的内容物喷出口等的保护作用。Therefore, in the present invention, it is an object of the present invention to set the operating member, which is a constituent element of the container cover and is used to cover and protect the content ejection port in the static mode, into a slide type, and with the When the sliding operation is released, the operating member automatically returns to the rest mode position reliably by the elastic action directly acting on itself, thereby minimizing the malfunction of the operating member and ensuring the protection of the content ejection port in the rest mode.

另外，本发明的目的在于，通过将由静止模式下的滑动式操作部件和承接该操作部件对其进行引导保持并被安装于容器的筒状本体部的上侧部分构成的容器罩体外面的整体形状设定为单一的圆顶状外观形态，从而谋求容器罩体的高品质化、达到便于使用的印象。In addition, the object of the present invention is to improve the overall outer surface of the container cover composed of the sliding operation member in the stationary mode and the upper part of the cylindrical body part that receives the operation member, guides and holds it, and is attached to the container. The shape is set to a single dome-shaped appearance to achieve high-quality container covers and an impression of ease of use.

另外，本发明的目的在于，通过由滑动操作部件侧的第一一体成形部件和促动部件侧的第二一体成形部件构成容器罩体，该容器罩体也包括使操作部件向静止模式位置返回的返回用弹性部件，该第二一体成形部件由安装于容器的筒状本体部及与阀杆连通的内容物喷出部构成，从而谋求减少容器罩体的构件数量减少、降低成本。In addition, the object of the present invention is to constitute a container cover by the first integrally formed part on the side of the sliding operation part and the second integrally formed part on the side of the actuating part, and the container cover also includes the function of turning the operation part to the stationary mode. The return elastic part for position return, the second integrally formed part is composed of a cylindrical body part attached to the container and a content ejection part communicated with the valve stem, so as to reduce the number of parts of the container cover and reduce the cost .

另外，本发明的目的在于，示出用于对从外部看不到内容物喷出口的静止模式的容器罩体设定工作模式的滑动操作方向，从而谋求工作模式设定操作的便利化。Another object of the present invention is to provide a slide operation direction for setting an operation mode for a container cover in a stationary mode in which the content discharge port cannot be seen from the outside, thereby facilitating the operation mode setting operation.

用于解决课题的方案Solution to the problem

本发明通过使用接下来的容器罩体来解决以上课题。The present invention solves the above problems by using the following container cover.

〔1〕一种容器罩体，具有筒状的促动部件（例如后述的促动部件4）及操作部件（例如后述的操作部件7），所述促动部件具有在安装于容器（例如后述的容器本体1）的状态下与阀杆（例如后述的阀杆3）连通的内容物喷出通路（例如后述的喷射用通路6b），所述操作部件利用弹性部件（例如后述的板簧8）朝覆盖该促动部件的上侧开口部（例如后述的上侧开口区域5e）这种形态的前方被施力，伴随着内容物喷出操作，以抵抗该弹性部件的施力的形态向后方滑动，从而使该内容物喷出通路的喷出口（例如后述的孔部6c）在外部空间区域露出，所述容器罩体的特征在于，[1] A container cover having a cylindrical actuating member (such as the actuatingmember 4 described later) and an operating member (such as theoperating member 7 described below), and the actuating member has a For example, the content ejection passage (for example, theinjection passage 6b described later) communicated with the valve stem (such as the valve stem 3 described later) in the state of the container body 1 described later), and the operating member utilizes an elastic member (such as a valve stem 3 described later). Theplate spring 8 described later) is biased forward in the form of covering the upper opening of the actuator member (for example, the upperopening region 5e described later), and resists the elasticity with the operation of ejecting the contents. The form of the biasing member slides backward, so that the discharge port (for example, thehole 6c described later) of the content discharge passage is exposed in the external space area. The container cover is characterized in that,

所述促动部件具有：The actuating member has:

筒状本体部（例如后述的筒状本体部5），其形成有所述上侧开口部及对所述操作部件向所述后方的滑动动作进行引导的导向部分（例如后述的引导台阶部5m），所述筒状本体部卡合于所述容器；A cylindrical body part (such as thecylindrical body part 5 described later) is formed with the upper opening and a guide part (such as a guide step described later) that guides the sliding movement of the operation member to the rear.part 5m), the cylindrical body part is engaged with the container;

内容物喷出部（例如后述的内容物喷射部6），其以能够旋转的形态与该筒状本体部构成一体，并形成有所述内容物喷出通路及按照与该滑动动作相应的形态向工作模式被驱动的被驱动部分（例如后述的斜面部6d），The content ejection part (for example, thecontent ejection part 6 described later) is integrally formed with the cylindrical body in a rotatable form, and is formed with the content ejection passage and the corresponding sliding action. The driven part (for example, the inclined part 6d described later) that is driven in the working mode,

所述操作部件具有：The operating part has:

挡板部（例如后述的挡板部7a），其相对于所述上侧开口部能够滑动；a baffle part (such as abaffle part 7a described later), which is slidable with respect to the upper opening;

滑动操作面（例如后述的滑动操作面7b），其作为该挡板部的一部分并用于所述内容物喷出操作；a sliding operation surface (such as thesliding operation surface 7b described later), which is used as a part of the baffle portion and used for the ejection operation of the contents;

被导向部（例如后述的被引导台阶部7e），其被所述导向部分引导；a guided portion (such as a guidedstep portion 7e described later), which is guided by the guiding portion;

工作模式设定动作部（例如后述的曲面部分7j），其通过向所述后方的滑动动作驱动所述被驱动部分，使与所述促动部件连接的所述阀杆移动到工作模式的位置。The working mode setting action part (such as the curved surface part 7j described later), which drives the driven part by sliding to the rear, so that the valve stem connected to the actuating member moves to the working mode. Location.

（2）在上述（1）中，(2) In (1) above,

所述内容物喷出部的导向部分是圆弧状的导向部分。The guide part of the content ejection part is an arc-shaped guide part.

（3）在上述（1）、（2）中，(3) In (1) and (2) above,

所述操作部件的挡板部由在覆盖所述促动部件的上侧开口部的静止模式下与所述筒状本体部的上侧部分一同呈现单一的圆顶状外观的外面形状构成。The shutter portion of the operation member is formed of an outer shape that exhibits a single dome-shaped appearance together with the upper portion of the cylindrical body portion in a stationary mode covering the upper opening of the activating member.

（4）在上述（1）、（2）、（3）中，(4) In (1), (2), and (3) above,

所述促动部件是所述筒状本体部及所述内容物喷射部的一体成形部件，所述操作部件是与所述弹性部件一体成形的一体成形部件。The urging member is an integrally formed member of the cylindrical body portion and the content ejection portion, and the operation member is an integrally formed member integrally formed with the elastic member.

（5）在上述（1）、（2）、（3）中，(5) In (1), (2), and (3) above,

所述弹性部件是由与所述操作部件及所述促动部件中的一方一体成形的悬臂型部件构成且其自由端侧卡定于该操作部件及该促动部件中的另一方这种形态的板簧（例如后述的板簧8）。The elastic member is formed of a cantilever member integrally formed with one of the operating member and the actuating member, and its free end side is locked to the other of the operating member and the actuating member The leaf spring (such as theleaf spring 8 described later).

（6）在上述（1）、（2）、（3）、（4）、（5）中，(6) In (1), (2), (3), (4), and (5) above,

所述促动部件在所述挡板部覆盖所述上侧开口部时的所述筒状本体部的外面露出部分具有滑动操作方向的显示部分（例如后述的箭头5n）。The actuator member has a display portion (for example, anarrow 5n described later) of a sliding operation direction on an exposed portion of the cylindrical body portion when the shutter portion covers the upper opening portion.

将由如上所述的结构构成的容器罩体、具有该容器罩体并收纳有后述的气体、内容物等的气雾式制品及具有该容器罩体并收纳有后述的内容物等的泵式制品作为本发明的对象。A container cover constituted by the above structure, an aerosol-type product having the container cover and containing the gas, content, etc. described later, and a pump having the container cover and containing the content described below formula products as the object of the present invention.

发明的效果The effect of the invention

本发明通过采用以上的技术方案，The present invention adopts the above technical scheme,

（11）可以谋求极力减少操作部件的误动作并且确保静止模式下的内容物喷出口等的保护作用，(11) It can minimize the malfunction of the operating parts and ensure the protection of the content ejection port in the static mode,

（12）可以谋求容器罩体的高品质化、达到便于使用的印象，(12) It is possible to achieve high-quality container covers and achieve an impression of ease of use,

（13）可以谋求减少容器罩体的构件数量、降低成本，(13) It can seek to reduce the number of components of the container cover and reduce costs,

（14）可以谋求工作模式设定操作的便利化。(14) It is possible to facilitate the work mode setting operation.

附图说明Description of drawings

图1是表示由促动部件及滑动式操作部件这两个部件构成的容器罩体的静止模式（促动部件的上侧开口区域被滑动操作部件封闭的状态）的说明图。FIG. 1 is an explanatory view showing a static mode (a state where the upper opening region of the actuating member is closed by the sliding operating member) of a container cover composed of two members of an actuating member and a sliding operating member.

图2是表示容器罩体的促动部件及滑动式操作部件的立体状态的说明图。Fig. 2 is an explanatory diagram showing a three-dimensional state of an actuator member and a sliding operation member of the container cover.

图3是表示使图1的操作部件向后方滑动以使内容物喷射口露出的状态（工作模式）的说明图。FIG. 3 is an explanatory view showing a state (operating mode) in which the operation member in FIG. 1 is slid backward to expose a content ejection port.

图4是表示表示图1的静止模式下的后侧立体状态、即操作部件的滑动操作方向的箭头的说明图。FIG. 4 is an explanatory view showing a rear perspective state in the stationary mode of FIG. 1 , that is, an arrow showing a slide operation direction of an operation member.

具体实施方式Detailed ways

使用图1～图4说明用于实施本发明的最优形态。The best mode for implementing the present invention will be described using FIGS. 1 to 4 .

如上所述的本发明以气雾式制品及泵式制品为对象，但在以下的说明中，为了便于说明而仅以气雾式制品这种情况为前提。As mentioned above, the present invention is aimed at the aerosol-type product and the pump-type product, but in the following description, only the aerosol-type product is assumed for convenience of description.

另外，以下的带字母的附图标记的构成要素（例如圆筒部5a）原则上表示该附图标记的数字部分的构成要素（例如筒状本体部5）的一部分。In addition, the constituent elements of the following reference numerals with letters (for example, thecylindrical portion 5 a ) represent in principle a part of the constituent elements (for example, the cylindrical body portion 5 ) of the numerals of the reference numerals.

在图1～图4中，1表示收纳有后述的内容物及喷射用气体的气雾式制品的容器本体，2表示安装在容器本体1的开口端部侧的安装盖，2a表示形成在该安装盖的外端部下方并供后述的突状部5b牢固卡合的环形凹状部，3表示属于公知的阀机构（省略图示）的构成要素并且向上方被施加螺旋弹簧（省略图示）等的弹性力的阀杆。In FIGS. 1 to 4 , 1 denotes the container body of an aerosol-type product containing the contents described later and the spray gas, 2 denotes the mounting cap mounted on the opening end side of the container body 1, and 2a denotes the cap formed on the side of the opening end of the container body 1. The ring-shaped concave portion below the outer end of the mounting cover and firmly engaged by the protrudingportion 5b described later, 3 represents a component of a known valve mechanism (not shown), and a coil spring (not shown) is applied upward. Shown) and so on the elastic force of the valve stem.

另外，关于在容器本体1安装的一体成形的促动部件（筒状本体部＋内容物喷射部），4表示整体一体成形且由后述的筒状本体部5及内容物喷射部6构成的促动部件，5表示直接安装于容器本体1的筒状本体部，5a表示下侧的圆筒部，5b表示沿该圆筒部的下端内周面的周向形成有多个并与安装盖侧的环形凹状部2a卡合的突状部，5c表示自该圆筒部的假想的后上端部分向上方延续地以下降面（凹面）状态形成并由左右方向的大致同一宽度构成的后球面部分（球面的一部分），5d表示自该圆筒部的假想的左右上端部分向上方连续地形成的一对左右球面部分（球面的一部分），5e表示由后球面部分5c及左右球面部分5d各自的边缘等划定的上侧开口区域，5f表示在该上侧开口区域的左右两端分别以使自身的前侧部分及后侧部分与左右球面部分5d邻接的形态形成并起到对后述的操作部件7滑动动作进行引导的作用的一对圆弧状导向部（球面的一部分），5g表示设定在左右球面部分5d及圆弧状导向部5f之间并安装有后述的被引导垂下部7c的一对圆弧状开口部，5h表示在圆弧状导向部5f各自的与圆弧状开口部5g内端侧邻接的宽广部分的前后方向大致中央形成并具有将后述的板簧8的自由端部分8a等抵接保持的功能的垂下板状部，5j表示该垂下板状部的左右方向板部分，5k表示该垂下板状部的与圆弧状开口部5g邻接的形态的前后方向板部分，5m表示在左右球面部分5d各自的内周面上端侧的、圆弧状开口部5g的正外侧形成并起到对后述的被引导垂下部7d进行引导的作用的圆弧状的引导台阶部，5n表示在静止模式下的后球面部分5c的露出部分形成并示出后述的操作部件7的滑动操作方向的箭头（参照图4），6表示与筒状本体部5的前侧内周面的大致上下方向中间部分连接的旋转型内容物喷射部，6a表示作为该内容物喷射部的可谓旋转中心轴进行作用的能够变形的连接片部，6b表示与阀杆3连通且由L形的长度方向截面构成的喷射用通路，6c表示该喷射用通路的前端侧的孔部（内容物喷射口），6d表示在工作模式设定的滑动操作时受到来自后述的操作部件7（曲面部分7j）的按压作用而向下方位移的斜面部，该斜面部是自该喷射用通路的L形弯曲部向斜后上方延伸的部分。In addition, with regard to the integrally formed actuating member (cylindrical body portion + content ejection portion) attached to thecontainer body 1, 4 represents an integrally formed integrally formed and composed of acylindrical body portion 5 and acontent ejection portion 6 described later. The actuation member, 5 represents the cylindrical body portion directly installed on thecontainer body 1, 5a represents the lower cylindrical portion, and 5b represents a plurality of parts formed along the circumferential direction of the inner peripheral surface of the lower end of the cylindrical portion and connected to the mounting cap. The protrudingportion 5c that engages with the side annular concave portion 2a represents the rear spherical surface that is formed in a descending (concave) state and is formed in the state of a descending surface (concave surface) continuously upward from the imaginary rear upper end portion of the cylindrical portion, and is composed of approximately the same width in the left and right direction. part (a part of the spherical surface), 5d represents a pair of left and right spherical parts (a part of the spherical surface) formed continuously upward from the imaginary left and right upper end parts of the cylindrical part, and 5e represents the rearspherical part 5c and the left and rightspherical parts 5d. The upper side opening area demarcated by the edge etc. of , 5f indicates that the left and right ends of the upper side opening area are respectively formed in such a manner that the front side part and the rear side part of itself are adjacent to the left and rightspherical parts 5d, and it plays a role in preventing the problem described later. A pair of arc-shaped guide parts (a part of the spherical surface) for guiding the sliding action of theoperation member 7, 5g indicates that it is set between the left and rightspherical surface parts 5d and the arc-shapedguide part 5f and is installed with a guided guide to be described later. The pair of arc-shaped openings of the hangingportion 7c, 5h, is formed approximately in the front-rear direction center of each wide portion of the arc-shapedguide portion 5f adjacent to the inner end side of the arc-shapedopening 5g, and has a plate to be described later. Thefree end portion 8a of thespring 8 and the like function to abut against and hold the hanging plate-shaped portion, 5j denotes a left-right direction plate portion of the hanging plate-shaped portion, and 5k shows the form of the hanging plate-shaped portion adjacent to the arc-shapedopening 5g. The front and rear direction plate portion, 5m represents the circle formed on the end side of the inner peripheral surface of each of the left and rightspherical portions 5d, just outside the arc-shapedopening portion 5g, and plays a role of guiding the guided hangingportion 7d described later. The arc-shaped guide step portion, 5n represents the arrow (refer to FIG. 4 ) that is formed on the exposed portion of the rearspherical portion 5c in the stationary mode and shows the sliding operation direction of theoperation member 7 described later (see FIG. 4 ), and 6 represents the 5, the rotating type content ejection part connected to the substantially vertical middle part of the front side inner peripheral surface; 3 communicates with an injection passage constituted by an L-shaped longitudinal cross section, 6c indicates a hole (content injection port) on the front end side of the injection passage, and 6d indicates that when the operation mode is set by a slide operation, it is received from The slope portion is a slope portion that is displaced downward by the pressing action of the operating member 7 (curved surface portion 7j ), and is a portion extending obliquely rearward and upward from the L-shaped curved portion of the injection passage.

另外，关于相对于旋转型内容物喷射部6的滑动式操作部件（也包括板簧在内的一体成形件），7表示设定使容器本体1的内容物自孔部6c喷射到外部空间区域这种工作模式的滑动式操作部件，7a表示由与后球面部分5b相同的大致同一宽度且沿前后方向延伸的上球面部分（球面的一部分）构成并在静止模式（参照图1）下覆盖整个上侧开口区域5的挡板部，7b表示在该挡板部的上面后方以前后方向截面呈锯齿状的形态形成的滑动操作面，7c表示在该挡板部的上面前方形成并用于向使用者示意促动部件4的前侧（内容物喷射用的孔部6c这一侧）的酒窝状的圆形凹陷部，7d表示在该操作部件的左右端部各自的大致前后方向中央部分形成并在滑动操作时被圆弧状的引导台阶部5m引导的一对被引导垂下部，7e表示作为该被引导垂下部的构成要素并在滑动操作时沿引导台阶部5m移动的圆弧状的被引导台阶部，7f表示作为该被引导垂下部的构成要素并在向圆弧状开口部5g插入安装时与左右球面部分5d的上端部分抵接而向内侧稍微变形从而谋求简化该安装作业的斜面部，7g表示在一对被引导垂下部7d彼此的左右中央（宽度方向中央）的操作部件顶板部分形成的按压作用部，该按压作用部通过伴随着滑动操作的朝向后下方的移动，按压斜面部6d，以使阀杆3向下方移动，从而设定图3的工作模式，7h表示作为该按压作用部的构成要素且分别自操作部件顶板部分向下方延伸的一对三角形垂下部，7j表示在该一对三角形垂下部的后连结部分的自由端侧的左右方向形成的按压动作用的曲面部分，8表示分别在左右两端的被引导垂下部7d和左右中央的按压作用部7f之间形成并使操作部件7位于图1的静止模式、即向前方施力的悬臂型的一对C形板簧，8a表示在操作部件7被装入促动器4的状态下与圆弧状导向部5f的垂下板状部5h抵接而被保持的该板簧的自由端部分。In addition, with respect to the slide-type operation member (an integral molded part including a leaf spring) corresponding to the rotating typecontent spraying part 6, 7 indicates that the content of the container body 1 is sprayed from thehole 6c to the external space area. The sliding operation member in this working mode, 7a, is composed of an upper spherical part (a part of the spherical surface) that is approximately the same width as the rearspherical part 5b and extends in the front-rear direction, and covers the entire In the baffle portion of theupper opening area 5, 7b represents a sliding operation surface formed in a zigzag shape in the front-rear direction in cross-section on the upper rear of the baffle portion, and 7c represents a sliding operation surface formed on the upper front of the baffle portion for use in the direction of use. 7d indicates a dimple-shaped circular depression on the front side of the actuating member 4 (on the side of thehole 6c for ejecting the content), and 7d indicates that it is formed in the center of each of the left and right ends of the operation member in the approximate front-rear direction. A pair of guided hanging parts that are guided by the arc-shapedguide step part 5m during the slide operation, 7e represents an arc-shaped part that moves along theguide step part 5m during the slide operation as a constituent element of the guided hanging part. The guide step portion, 7f, is an inclined surface, which is a component of the guided hanging portion, and when inserted into the arc-shapedopening 5g, contacts the upper end portions of the left and rightspherical portions 5d and slightly deforms inwardly, thereby simplifying the installation work. 7g represents a pressing action portion formed on the top plate portion of the operation member at the left and right center (center in the width direction) of the pair of guided hangingportions 7d, and the pressing action portion presses the inclined surface by moving toward the rear and downward accompanying the sliding operation. part 6d, so that the valve stem 3 moves downward, thereby setting the working mode of FIG. The curved surface portion for pressing action formed in the left and right direction on the free end side of the rear connecting portion of the pair of triangular hanging parts, 8 indicates that it is formed between the guided hangingpart 7d at the left and right ends and thepressing action part 7f in the left and right center. And makeoperating part 7 be positioned at the resting mode of Fig. 1, that is, a pair of C-shaped plate springs of the cantilever type forwardly exerting force, 8a shows that operatingpart 7 is inserted into the state ofactuator 4 and arc-shaped guide part The free end portion of the leaf spring is held by the hanging plate-shapedportion 5h of 5f in contact with it.

在此，阀杆3、促动部件4（筒状本体部5＋内容物喷射部6）、操作部件7及板簧8等是由例如聚丙烯、聚乙烯、聚缩醛、尼龙、聚对苯二甲酸丁二酯等制成的塑料制部件。容器本体1和安装盖2是例如金属制部件。Here, the valve rod 3, the actuating member 4 (cylindrical body portion 5+content ejection portion 6), the operatingmember 7, and theplate spring 8 are made of, for example, polypropylene, polyethylene, polyacetal, nylon, polyparaphenylene, etc. Plastic parts made of butylene dicarboxylate, etc. The container body 1 and the mounting cap 2 are, for example, metal members.

另外，如上所述，由筒状本体部5及内容物喷射部6构成的促动部件4以及操作部件7及板簧8分别一体成形。In addition, as described above, the activatingmember 4 , the operatingmember 7 , and theplate spring 8 constituted by thecylindrical body portion 5 and thecontent ejection portion 6 are integrally formed, respectively.

图示的容器罩体是将上述两个一体成形部件组合而成的装置，其基本特征在于：The illustrated container cover is a device that combines the above two integrally formed parts, and its basic features are:

（21）作为工作模式设定用的操作部件，使用滑动式操作部件7，该操作部件7以在图1的静止模式时覆盖筒状本体部5的整个上侧开口区域5e防止内容物喷射部6向外部露出的方式利用板簧8向前方被施力，(21) As the operation member for setting the operation mode, a slidetype operation member 7 is used, which covers the entireupper opening area 5e of the cylindricalmain body 5 in the stationary mode of FIG. 1 to prevent the contents from being sprayed. 6 exposed to the outside is urged forward by theleaf spring 8,

（22）通过对静止模式的操作部件7实施的向后方的滑动操作，抵抗板簧8的弹性力的同时，该操作部件的圆弧状的被引导台阶部7e被筒状本体部5的圆弧状的引导台阶部5m引导而向后下方滑动，(22) By sliding backward theoperation member 7 in the static mode, the arc-shaped guidedstep portion 7 e of the operation member is guided by the circular arc of thecylindrical body portion 5 while resisting the elastic force of theleaf spring 8 . The arc-shapedguide step part 5m guides and slides backward and downward,

（23）在该滑动操作的后半部分，内容物喷射部6的斜面部6d被操作部件7（按压作用部7g）的曲面部分7j按压，与该内容物喷射部一体的阀杆3朝向工作模式位置向下移动，(23) In the second half of the sliding operation, the inclined portion 6d of thecontent ejection portion 6 is pressed by the curved surface portion 7j of the operation member 7 (pressing action portion 7g), and the valve stem 3 integrated with the content ejection portion works toward it. The mode position moves down,

（24）若向工作模式的滑动操作被解除，则操作部件7利用板簧8的向前方的弹性施力，自图4的工作模式位置向图1的静止模式位置自动返回，(24) If the sliding operation to the working mode is released, the operatingmember 7 will automatically return from the working mode position in FIG. 4 to the stationary mode position in FIG.

（25）操作部件7的外面形状在图1的静止模式下是如下形状：与比筒状本体部5的圆筒部5a靠上侧的球面部分（后球面部分5c、左右球面部分5d等）一同呈现单一的圆顶状外观、即该操作部件及该上侧球面部分的整体呈现单一球面的一部分等特征。(25) The outer shape of theoperation member 7 is the following shape in the stationary mode of FIG. 1 : the spherical surface portion (the rearspherical surface portion 5c, the left and rightspherical surface portions 5d, etc.) on the upper side than thecylindrical portion 5a of thecylindrical body portion 5 It presents a single dome-shaped appearance together, that is, the whole of the operating part and the upper spherical part presents a part of a single spherical surface and the like.

在图1、图4的静止模式下，与操作部件7一体成形的板簧8的自由端部分8a抵接于筒状本体部5的垂下板状部5h（左右方向板部分5j），作为该板簧整体，在抵抗自身的弹性力的同时成为相比初期状态更向内侧可谓弯曲的状态。In the stationary mode of FIGS. 1 and 4 , thefree end portion 8 a of theleaf spring 8 integrally formed with theoperation member 7 abuts against the hangingplate portion 5 h (left-rightdirection plate portion 5 j ) of thecylindrical body portion 5 , as the The leaf spring as a whole is bent inwardly from the initial state while resisting its own elastic force.

此时，操作部件7利用板簧8的弹性作用向前方被施力，从而移动至其最前方位置。At this time, the operatingmember 7 is biased forward by the elastic action of theleaf spring 8, and moves to its frontmost position.

该最前方位置的操作部件7覆盖着筒状本体部5的整个上侧开口区域5e。因此，从外部看不到内容物喷射部6。Theoperation member 7 at the frontmost position covers the entireupper opening area 5 e of thecylindrical body portion 5 . Therefore, thecontent ejection unit 6 cannot be seen from the outside.

另外，在静止模式下，如图4所示，后球面部分5c的大半下侧部分露出，在此处形成有表示滑动操作方向的箭头5n。In addition, in the stationary mode, as shown in FIG. 4 , most of the lower part of the rearspherical surface portion 5 c is exposed, and anarrow 5 n indicating the direction of the slide operation is formed there.

使用者为了将图示的容器罩体设定为工作模式，只要使操作部件7向该箭头5n所示意的后方滑动即可。In order to set the illustrated container cover to the operation mode, the user only needs to slide theoperation member 7 backward as indicated by thearrow 5n.

伴随着上述朝向后方的滑动操作，Along with the aforementioned swipe operation toward the rear,

（31）操作部件7的一对被引导台阶部7e分别被筒状本体部5的一对引导台阶部5m引导，(31) The pair of guidedstep portions 7 e of theoperation member 7 are respectively guided by the pair ofguide step portions 5 m of thecylindrical body portion 5 ,

（32）板簧8的自由端部分8a抵接于筒状本体部5的左右方向板部分5j并向上方位移的同时，相比静止模式进一步弯曲，(32) Thefree end portion 8 a of theleaf spring 8 is bent further than in the stationary mode while being displaced upward in contact with the left-rightdirection plate portion 5 j of thecylindrical body portion 5 ,

（33）最终，内容物喷射部6的斜面部6d被操作部件7（按压作用部7g）的曲面部分7j按压，(33) Finally, the inclined portion 6d of thecontent ejection portion 6 is pressed by the curved portion 7j of the operation member 7 (pressing portion 7g ),

（34）基于操作部件7对斜面部6d的按压作用，内容物喷射部6及与其一体的阀杆3抵抗公知的阀杆返回用螺旋弹簧（省略图示）的弹性力的同时，向后方倾斜并向下方移动。(34) Based on the pressing action of theoperation member 7 on the inclined portion 6d, thecontent ejection portion 6 and the valve stem 3 integrated therewith are inclined backward while resisting the elastic force of a known valve stem return coil spring (not shown). and move down.

通过该阀杆3向下方的移动，公知的阀作用部（省略图示）成为打开状态，容器本体1的内容物经过“阀杆3－内容物喷射部6的喷射用通路6b”自孔部6c向外部空间区域喷射。By the downward movement of the valve stem 3, the well-known valve action portion (not shown) is opened, and the contents of the container body 1 pass through the hole portion through the “valve stem 3-theinjection passage 6b of thecontent injection portion 6”. 6c sprays towards the outer space area.

而且，若使用者解除向图4的工作模式位置的滑动操作，则操作部件7的被引导台阶部7e被筒状本体部5的引导台阶部5m引导的同时利用板簧8的弹性作用向前方移动，从而向图1的静止模式位置自动返回。And, if the user releases the slide operation to the working mode position in FIG. move, thereby returning automatically to the stationary mode position of Figure 1.

另外，内容物喷射部6及与其一体的阀杆3利用公知的阀杆返回用螺旋弹簧（省略图示）的弹性作用向初期位置、即图1的静止模式位置与操作部件同样地自动返回。In addition, thecontent ejection part 6 and the valve stem 3 integrated therewith are automatically returned to the initial position, that is, the rest mode position in FIG.

另外，一对板簧8的自由端部分8a向左右方向的移动，由成为各自的外侧的一对前后方向板部分5k（筒状本体部5的垂下板状部5h的一部分）、成为各自的内侧的可以说共通的内容物喷射部6的左右端部分限制。In addition, the movement of thefree end portions 8a of the pair of plate springs 8 in the left and right direction is determined by the respective outer pair of front and reardirection plate portions 5k (parts of the hangingplate portion 5h of the cylindrical body portion 5). The left and right end portions of thecontent ejection unit 6 which can be said to be common inside are restricted.

为了将图示的操作部件7及板簧8的一体成形部件装入筒状本体部5及内容物喷射部6的一体成形部件，如图2的箭头线所示，In order to incorporate the integrally formed part of the illustratedoperating member 7 andleaf spring 8 into the integrally formed part of thecylindrical body part 5 and thecontent ejection part 6, as shown by the arrow line in FIG. 2,

（41）将板簧8的自由端部分8a分别自形成在一对圆弧状导向部5f之间的开口部的前侧宽广部分放入后，使其向垂下板状部5h的左右方向板部分5j转移，(41) Put thefree end parts 8a of the plate springs 8 into the wide front part of the opening formed between the pair of arc-shapedguide parts 5f, and make them hang down toward the left and right direction of the plate-shapedpart 5h.Part 5j transfer,

（42）将该转移状态的操作部件7向筒状本体部5可以说压入，该操作部件的被引导垂下部7d分别通过该筒状本体部的圆弧状开口部5g，从而设定为该被引导垂下部的被引导台阶部7e和该筒状本体部的引导台阶部5m卡合的形态即可。(42) The operatingmember 7 in the shifted state is pressed into the cylindricalmain body 5 so to speak, and the guided hangingparts 7d of the operating member respectively pass through the arc-shapedopenings 5g of the cylindrical main body to be set as The guidedstep portion 7e of the guided hanging portion may be engaged with theguide step portion 5m of the cylindrical body portion.

不言而喻，本发明并不限于图示的容器罩体，例如，也可以构成为，It goes without saying that the present invention is not limited to the illustrated container cover, for example, it may also be configured as,

（51）代替板簧8而使用弹簧等各种弹性部件，(51) Various elastic members such as springs are used instead of theleaf spring 8,

（52）使内容物喷射用的孔部朝上，并使用呈大致直线状地滑动的操作部件，(52) Make the hole for ejecting the contents upward, and use an operating member that slides approximately linearly,

（53）使板簧8与内容物喷射部6一体成形并通过操作部件7这一侧（顶板面等）来承接该板簧8的自由端部分8a，(53) Theleaf spring 8 is formed integrally with thecontent ejection unit 6 and thefree end portion 8a of theleaf spring 8 is received by the side of the operation member 7 (top plate surface, etc.),

（54）不使板簧8与操作部件7等一体成形，而作为与操作部件7等分体的其他部件而制成，(54) Theleaf spring 8 is not formed integrally with the operatingmember 7, but is made as another member equally divided from the operatingmember 7,

（55）使用通过使阀杆横向倾斜而使阀成为打开状态的倾斜式阀，(55) Using an inclined valve that makes the valve open by inclining the stem laterally,

（56）使用在工作模式设定操作时不使阀杆3倾斜而仅向大致下方移动的下推阀。(56) Use a push-down valve that moves substantially downward without inclining the valve stem 3 during the operation mode setting operation.

作为应用本发明的泵式制品或气雾式制品，存在洗涤剂、清扫剂、止汗剂、冷却剂、肌肉消炎剂、头发定型剂、护发剂、染发剂、育发剂、化妆品、剃须膏、食品、液滴状的制品（维生素等）、医药品、医药部外品、涂料、园艺用剂、驱虫剂（杀虫剂）、清洁剂、除臭剂、洗涤用淀粉、聚氨酯泡沫、灭火器、粘接剂、润滑剂等各种用途的制品。As pump-type products or aerosol-type products to which the present invention is applied, there are detergents, cleaning agents, antiperspirants, coolants, muscle anti-inflammatory agents, hair styling agents, hair conditioners, hair dyes, hair tonics, cosmetics, shaving agents, etc. Beard ointments, foods, droplet-shaped products (vitamins, etc.), pharmaceuticals, quasi-drugs, paints, horticultural agents, insect repellents (insecticides), detergents, deodorants, starch for washing, polyurethane Foam, fire extinguishers, adhesives, lubricants and other products for various purposes.

收纳在容器本体中的内容物可以使用液状、膏状、凝胶状等各种形态的内容物，作为掺合于内容物的成分，例如列举粉状物、油成分、乙醇类、表面活性剂、高分子化合物、与各用途相应的有效成分、水等。The content contained in the container body can be in various forms such as liquid, paste, and gel. Examples of ingredients to be mixed with the content include powder, oil components, alcohols, and surfactants. , polymer compound, active ingredient according to each application, water, etc.

作为粉状物，使用金属盐类粉末、无机物粉末或树脂粉末等。例如，使用滑石、高岭土、羟基氯化铝（铝盐）、藻酸钙、金粉、银粉、云母、碳酸盐、硫酸钡、纤维素、它们的混合物等。As the powder, metal salt powder, inorganic powder, resin powder, etc. are used. For example, talc, kaolin, aluminum hydroxychloride (aluminum salt), calcium alginate, gold powder, silver powder, mica, carbonate, barium sulfate, cellulose, mixtures thereof, and the like are used.

作为油成分，使用硅酮油、棕榈油、桉树油、山茶油、橄榄油、荷荷巴油、石蜡油、十四酸、棕榈酸、硬脂酸、亚油酸、亚麻酸等。As the oil component, silicone oil, palm oil, eucalyptus oil, camellia oil, olive oil, jojoba oil, paraffin oil, myristic acid, palmitic acid, stearic acid, linoleic acid, linolenic acid and the like are used.

作为乙醇类，使用乙醇等1价的低级醇、月桂醇等1价的高级醇、乙二醇、甘油、1,3－丁二醇等多元醇等。As ethanols, monovalent lower alcohols such as ethanol, monovalent higher alcohols such as lauryl alcohol, polyhydric alcohols such as ethylene glycol, glycerin, and 1,3-butanediol, and the like are used.

作为表面活性剂，使用月桂基硫酸钠等阴性表面活性剂、聚氧乙烯油基醚等非离子性表面活性剂、月桂基二甲基氨基乙酸甜菜碱等两性表面活性剂、烷基三甲基氯化铵等阳性表面活性剂等。As the surfactant, negative surfactants such as sodium lauryl sulfate, nonionic surfactants such as polyoxyethylene oleyl ether, amphoteric surfactants such as lauryl dimethyl glycine betaine, alkyl trimethyl Positive surfactants such as ammonium chloride, etc.

作为高分子化合物，使用甲基纤维素、明胶、淀粉、酪素、羟乙基纤维素、黄原胶、羧基乙烯基聚合物等。As the polymer compound, methylcellulose, gelatin, starch, casein, hydroxyethylcellulose, xanthan gum, carboxyvinyl polymer, and the like are used.

作为与各用途相应的有效成分，使用水杨酸甲酯、吲哚美辛等消炎止痛剂、苯甲酸钠、甲酚等除菌剂、拟除虫菊酯、避蚊胺等驱虫剂、氧化锌等止汗剂、樟脑液、薄荷醇等清凉剂、麻黄素、肾上腺素等平喘药、蔗糖素、阿斯巴甜等甜味料、环氧树脂、氨基甲酸酯等粘接剂或涂料、对苯二胺、氨基苯酚等染料、磷酸一铵、碳酸氢钠/碳酸氢钾等灭火剂等。Anti-inflammatory analgesics such as methyl salicylate and indomethacin, fungicides such as sodium benzoate and cresol, insect repellents such as pyrethroids and DEET, zinc oxide, etc. Antiperspirants, camphor, menthol and other cooling agents, ephedrine, epinephrine and other asthma medicines, sucralose, aspartame and other sweeteners, epoxy resins, carbamate and other adhesives or paints, Dyes such as p-phenylenediamine and aminophenol, fire extinguishing agents such as monoammonium phosphate, sodium bicarbonate/potassium bicarbonate, etc.

并且，也可以使用上述内容物以外的悬浮剂、紫外线吸收剂、乳化剂、保湿剂、氧化防止剂、金属离子封固剂等。In addition, suspending agents, ultraviolet absorbers, emulsifiers, humectants, oxidation inhibitors, metal ion sealing agents and the like other than those described above may also be used.

作为气雾式制品中的内容物喷出用气体，使用二氧化碳、氮气、压缩空气、氧气、稀有气体、他们的混合气体等压缩气体、液化石油气、二甲醚、碳氟化合物等液化气。As the gas for ejecting the content of the aerosol product, compressed gases such as carbon dioxide, nitrogen, compressed air, oxygen, rare gases, and their mixed gases, and liquefied gases such as liquefied petroleum gas, dimethyl ether, and fluorocarbons are used.

附图标记说明Explanation of reference signs

1：气雾式制品的容器本体1: The container body of the aerosol product

2：安装盖2: Install the cover

2a：环形凹状部2a: Annular concave portion

3：阀杆3: Stem

4：促动部件（＝筒状本体部5＋内容物喷射部6）4: Actuating member (=cylindrical body part 5+content ejection part 6)

5：筒状本体部5: Cylindrical body

5a：下侧的圆筒部5a: lower cylindrical part

5b：突状部5b: protrusion

5c：后球面部分（球面的一部分）5c: Posterior spherical portion (part of the sphere)

5d：一对左右球面部分（球面的一部分）5d: A pair of left and right spherical parts (parts of a sphere)

5e：上侧开口区域5e: Upper opening area

5f：一对圆弧状导向部（球面的一部分）5f: A pair of arc-shaped guides (part of a spherical surface)

5g：一对圆弧状开口部5g: A pair of arc-shaped openings

5h：垂下板状部（＝左右方向板部分5j＋前后方向板部分5k）5h: Hanging plate-shaped part (= left and rightdirection plate part 5j + front and reardirection plate part 5k)

5j：左右方向板部分5j: left and right direction plate part

5k：前后方向板部分5k: Front and rear steering panel parts

5m：圆弧状的引导台阶部5m: arc-shaped guide step

5n：表示滑动操作方向的箭头（参照图4）5n: Arrow indicating the direction of the slide operation (refer to Figure 4)

6：内容物喷射部6: Content injection part

6a：连接片部6a: Connection part

6b：喷射用通路6b: Passage for injection

6c：孔部（内容物喷射口）6c: Hole (content ejection port)

6d：斜面部6d: Inclined part

7：滑动式操作部件7: Sliding operating parts

7a：挡板部7a: Baffle part

7b：滑动操作面7b: Sliding operation surface

7c：圆形凹陷部7c: circular depression

7d：一对被引导垂下部（＝被引导台阶部7e＋斜面部7f）7d: A pair of guided hanging parts (= guidedstep part 7e +inclined part 7f)

7e：圆弧状的被引导台阶部7e: Arc-shaped guided step

7f：斜面部7f: Inclined part

7g：按压作用部（＝三角形垂下部7h＋曲面部分7j）7g: Press action part (= triangular hangingpart 7h + curved surface part 7j)

7h：一对三角形垂下部7h: A pair of triangular hanging parts

7j：按压动作用的曲面部分7j: Curved surface part for pressing action

8：一对板簧8: A pair of leaf springs

8a：自由端部分8a: Free end part

Claims (8)

1. container cover body; Have barrel-contoured actuation component and operating unit; Said actuation component has the content ejection path that is communicated with valve rod under the state of container being installed on, said operating unit utilize elastomeric element towards the place ahead of this form of upside peristome that covers this actuation component by the application of force, be accompanied by content ejection operation; Form with the application of force of resisting this elastomeric element is rearward slided; Thereby the ejiction opening that makes this content ejection path externally area of space exposes, and said container cover body is characterised in that

Said actuation component has:

The tubular body, it is formed with said upside peristome and to the targeting part of said operating unit to the sliding action channeling conduct at said rear, said tubular body is sticked in said container;

Content ejection portion, it constitutes one with the form that can rotate and this tubular body, and is formed with said content ejection path and according to driven by drive part to mode of operation with the corresponding form of this sliding action,

Said operating unit has:

Baffle portion, it can slide with respect to said upside peristome;

The slide face, it is as a part of of this baffle portion and be used for said content ejection operation;

Be directed to portion, it is guided by said targeting part;

The Working mode set operating member, it drives said by drive part through the sliding action to said rear, make the position that moves to mode of operation with the said valve rod of said actuation component bonded assembly.

2. container cover body as claimed in claim 1 is characterized in that,

The targeting part of said content ejection portion is circular-arc targeting part.

3. according to claim 1 or claim 2 container cover body is characterized in that,

The baffle portion of said operating unit by the still-mode of the upside peristome that covers said actuation component down and the upper portion of the said tubular body outside shape that together presents the dome-shaped outward appearance of mono-constitute.

4. like each described container cover body in the claim 1～3, it is characterized in that,

Said actuation component is the integrally formed parts of said tubular body and said content ejection section,

Said operating unit is the integrally formed parts integrally formed with said elastomeric element.

5. like each described container cover body in the claim 1～3, it is characterized in that,

Said elastomeric element be by with said operating unit and said actuation component in the integrally formed cantilever style component set-up of a side and the leaf spring of the opposing party this form of its free end side fastening in this operating unit and this actuation component.

6. like each described container cover body in the claim 1～5, it is characterized in that,

The display part that the outside exposed portions serve of the said tubular body of said actuation component when said baffle portion covers said upside peristome has the slide direction.

7. aerosol goods is characterized in that,

Have each described container cover body in claim 1～claim 6, and taken in injection with gas and content.

8. pump formula goods is characterized in that,

Have each described container cover body in claim 1～claim 6, and take in meaningful thing.

Images