JPH02282085A - Cap - Google Patents

Abstract

PURPOSE: To enable distribution of a liquid or a cream via spraying and atomization, etc., by defining an interface with apertures or notches for wings or for at least one half-shell handling an operation means guided by a cover connected to a flask by fixing means. CONSTITUTION: The operation of a distribution device 2 after a cover 14 is removed is conducted by applying pressure to the surface of a wing piece 15 by a thumb or a forefinger in the direction of arrows f1 and f2 which functions to turn levers 7 and 8. A stirrup-shaped foot pieces 10 and 11 are rocked to generate pressure on a flange 3 and operate a distribution portion 21 of a distribution opening piece 2. This enables spraying, atomization and other distributions of a liquid or a cream contained in a flask 1.

Description

DETAILED DESCRIPTION OF THE INVENTION Various products in liquid or cream form are contained in bottles equipped with dispensing spouts.

To activate the spray spout, the user must hold the bottle in his hand and press the DAF of the spray spout, for example with his index finger.
It is necessary to apply pressure to A-.

The product can be removed by subsequent application of pressure on the sprinkling spout when the sprinkling spout controls the pump, or by pressing the sprinkling spout when the bottle is equipped with a propellant filling. By maintaining it at 9Lk, it can be dispersed by increasing it to 1m.

We have found that the steps taken to both maintain the bottle and apply pressure to the spout are unreasonable.

The invention therefore provides that, as soon as the hand 14Il tightening is applied in a ≠≠≠horizontal plane on the bottle, it becomes necessary to apply an actuating force in the same plane to the means for actuating the dispensing spout. Start by finding out.

This problem is solved by this issue "k).

According to the invention, there is provided a dispensing spout piece having a movable dispersing part with a dispensing opening, which is to be pushed, by actuation of a pump or a valve, in order to dissipate liquid or cream in the form of a spray, a face, etc. 61.1 A bottle cap with a fogging member that celebrates 1 is pushed in the axial direction by the effect of a lateral push applied to the actuating means of the mouth piece 61.1
The cap, which determines the operating level of the recorder, is either a lid that is connected to the bottle by a certain method, or a lid that is attached to the bottle by a kneading method, and has wrinkles or at least one shell that handles the operating mechanism. Therefore, e) Adding the boundary of 1° hole or notch is considered as % ridge.

Embodiments of the invention are defined by way of non-limiting example in the drawings.

In the drawings, the symbol l indicates I'J by applying IK pressure to the distribution part q of the flask.
& indicates a flask containing a creamy or creamy product with specialization or other distribution.

The distribution section of the distributing spout -5 is used in cases where the flask l contains a liquid or cream that must be discharged under the action of the pressure gas or vapor contained therein. , can be formed by the piston of the pump or the control section side of the valve.

The distribution mouth pieces shown in Figures 1 to 6 are 4
As is the case, the base is provided with a 7-lunge 3 projecting from the neck opening of the flask l. The terms E, II of the distribution section 21 of the distribution mouthpiece can be flat or arched.

In the embodiment shown in the drawings, the control unit is designated as a whole by 5, and in FIGS.
It has a fixed skirt 6, lengthened by an actuating hm formed by the lever, which is connected to said lever by a flexible part or hinge 9.

The lever and 8 are connected to the transmissive part 9 by means of a generally stirrup-shaped leg 10,1/ supported on the 7-lunge 3.

Skirt 6Fi, elastic deformation r (therefore cervical da vortex/,
? A retaining ring or other gauze engaged within the
2 to the second part (1 m), which gives the control u kllll-s connection to the flask l.

The flask IFi, as well as itself forms a groove/Ja for the retaining ring or other fastening ring/-2a of the cover.

As shown in FIGS. 7 and 2, an arcuate carrier 15 is provided in the cover 1 in a hole 16 corresponding to the lever 7, it.

Hole /7 (Fig. 1) corresponds to the distribution part λl of the distribution mouth piece having the distribution hole 2a.

In order to operate the distribution device 2 after pulling out the cover L, the user has to press the cover /j with the thumb and forefinger.
Up arrow f1. Apply pressure in the direction of f2 and tl is sufficient,
It has the action of rotating <-7, gf, so that it generates pressure on the armor-shaped leg piece io, ti or swivel #) on the glazed 7 lunge 3, and in that j the distribution mouth piece. causing the actuation of the distribution section 21 and thus the flask lK'f! encapsulated liquid t4. Ao-rui causes the cream-like product to sing, pigeon-like and other distributional actions.

Also, leave the cover /da its -F1 and arch-shaped wing piece i
It is also possible to press 3, on which the piece 75 acts on the lever 7.8. In this case, hole a is hole 17.
The search is repeated until it matches.

In the case of a modified embodiment, Chicks/Ja or Engagement! 15 or a blocking part, and also that the cover latch 15 is not continuous, so that it can take the position of the cover ldar or o, so that the h piece 15 does not face the leg piece 7.8. Also hole 7
The tube can itself be displaced from the distribution part 2a of the distribution spout and also assume the position of the top, where it coincides, for example, with a travel toilet, where a flask l is placed in the case.
It is desirable that the above-mentioned oral cavity be preserved when it is absolutely necessary. Other means by which the cover 74 can be mounted in two separate positions are common to those skilled in the art of packaging.

Figures 1 and 5 show an example of a modified real fan in which the adjustment device is adapted to fit into an existing cooling system.

In the Kyuhiro map and Figure S, the skirt 6 is a sheath.
The inner wall 7g of this sheath has a conical protrusion io
, ii are slightly force-fitted into the neck portion DA until they engage with the 7 langes J.

Figure S shows that Jlt Q of bottle l in this implementation fl+
The key bar ring/2a or other stator plate is completely housed in the empty space in the cover lg a which encroaches on the cover lg.
It is fitted in a.

After removing the cover llI, turn the lever 7.8 b; Lunge J is moved.

FIG. 6 shows that the spout part of the spout loco is not equipped with a 7 flange 3, which is advantageous for implementation in a bottle where the spout loco slides directly into the cylindrical body member l, which forms the fixed part of the spout λ. A modification example is shown below.

In this case, the lever? a, ga are pivotable about a thinned or flexible portion d forming a hinge and are provided with a set of operating projections 10a,//a on the top of the spout section ko; The bottom portion of the protruding portions 10a, //a constitutes a cam 20.

When Rehaku a and ga are redisplayed, two effects are obtained: the sliding action of the cam 20 that slides on the top of the jet nozzle, and the rotational action of these cams 20 due to the locking of Rehaku a and &a. You can get something for it.

FIG. 6 shows an embodiment of the application of the adjustment 4&amp;

As will be appreciated, the skirt 6 may be constructed as shown in FIGS. 1-3.

In Figure 7 - Plane, IO diagram, the cover blade is provided with two notches /4Ia, from which two opposing sliding half-shells t4.λl protrude, respectively. The sliding half-shell, 2/, is formed in a continuous manner, thus forming a set of cams 20 which abut the top of the movable spout part of the downward exit part.

The two sliding half-shells are guided by the ribs 3 and the bottom 2 of the cover. By Tsukasa Tjtbs Debe-1]
The elastic force acting on the cam 20 pushes the two sliding half-shells back to the 1 position and short position, normally blocking the notch 20. In Figure 1/Fig.
is provided, and similarly a half-limb body col is provided.

To operate the spout, a single half-shell and/or two half-shells may be pressed.

The invention is not limited to the embodiments shown and described in detail; modifications of the comb are possible without departing from the scope of the invention. In particular, in the embodiments shown in Figures q to 6, the cover 7μ
can be implemented with articulated ridges 15, these ridges/j can be roughened to operate the protrusion 8 without removing the cover. When r=14A, the bottle 1 and the cover 1 can be configured in any one-sided shape.

[Brief explanation of drawings]

The attached drawings show the fruit mfl+ of the unexploded Shij as an example which does not limit the present invention, and FIG. By FUJIKI and LE! A cross-sectional view showing the various parts of the bottle with the decoration of the festival, the first figure is a partial front view showing the cover of the bottle, and the third figure is the cover of the bottle with the ``1-round decoration'' of Honenshi no Shi. Figure 9 is an exploded view showing the first modified embodiment, and the ZS diagram corresponds to the modified embodiment shown in Figure 1. i part l! 1 side view, 6th m1 is 2nd e) partial sectional view of modified a11, 7th m1.3
Fig. 1 showing a modified embodiment of
The figure shows side 5. corresponding to figure 7. Figure r and Figure 9 are plan views corresponding to Figures 7 and 8, and Figure 70 is a plan view corresponding to Figure 7.
A first view taken along the X axis, and the second view is an h side view similar to FIG. 7 showing a simplified embodiment. In the figure, 7 = dispersion part on bottle dispersion mouth piece 2 3: flange 7. 1 Hiroshi Hiroshi Q λ J S: Business trip υ * ' 3t / -i! a 22 Lid a, /6: Notch: Operation release: Rib / Ot / "Protrusion fixing means 15: Part: 1i □, hole 21 (no change) I61 I2 Procedure Moss 13 official text (spontaneous) April 271, 1990

Claims (1)

[Claims] 1. A movable dispensing part with a lateral opening (2a), which is to be pushed in order to dispense the liquid or cream by spraying, atomizing, etc. by actuation of a pump or valve. (
2_1) for a bottle with a dispersing spout (2), said cap having said spout actuation means (7, 8, 7a, 8a, 20), said cap having said spout actuation means (7, 8, 7a, 8a, 20); is pushed in the axial direction by the effect of the lateral push applied to said actuating means, and the lid (14) connected to the bottle (1) by means of the fixing means (12a) is guided by this (14). or at least one wing (15) dealing with said actuating means
Openings or cutouts (16, 1) for the two half-shells (21)
A cap characterized in that it defines the limits of 4a). 2. Opening (2a) of spraying part (2_1) of spraying mouth piece (2)
) is made in the lid (14) to mate with the aperture (17
) The cap according to claim 1, further comprising: ). 3. Cap according to claim 1, further comprising fastening means (12, 13) for connection to the bottle, said fastening means being separate from the fastening means of the lid (14). 4. Cap according to claim 1, wherein each half-shell (21) is guided by a bottom (24) of the lid (14) and a rib (23) of the lid. 5. Cap according to claim 4, wherein each half-shell (21) is rigidly connected to means (20) for actuating the dispensing spout. 6. The actuating means have pivoting lugs (7a, 8a), each of said pivoting lugs for combining the swinging action of the lugs with the sliding action of the cam;
Cap according to claim 1, forming a cam (20) supporting the mouth piece (2). 7. The actuation means has a set of lugs (10, 11);
2. A cap according to claim 1, wherein the ledge has the shape of a stirrup. 8. The lid (14) has its opening (17) and ゛(15)
the opening (2a) of the mouthpiece (2) and the protrusions (7, 8, 7).
a, 8a) respectively, and a second position in which said opening and said wings are displaced from the orifice (2a) and the ledge (7, 8) of the mouth piece (2); A cap according to claim 1, further comprising means.