CN1049804A

CN1049804A - fluid applicator

Info

Publication number: CN1049804A
Application number: CN90103016A
Authority: CN
Inventors: 斯科特·W·丹玛斯特
Original assignee: SC Johnson and Son Inc
Current assignee: SC Johnson and Son Inc
Priority date: 1989-06-19
Filing date: 1990-06-19
Publication date: 1991-03-13
Anticipated expiration: 2005-06-19
Also published as: NZ233995A; EP0486500B1; JPH04506174A; JP2842942B2; ATE130739T1; AR247064A1; KR920702610A; KR950000366B1; EP0486500A4; AU5824190A; WO1990015567A1; CA2056408A1; DE69023911D1; AU630981B2; ES2079475T3; EP0486500A1; PH26856A; CN1024908C

Abstract

A kind of fluid applicator has container, applicator cover, and dosed fluid is pumped into a mechanism the cushion block and a protection outer cover on the applicator cover from container.Pumping mechanism has a ball check valve, but this valve is in erectility or conveyance fluid all during inversion state substantially at applicator.

Description

Fluid applicator

The present invention relates to manual self-contained fluid applicator, particularly a kind of need pressurization, one-handed performance, from either direction fluid is applied at a certain lip-deep fluid applicator.

As prior art, existing people delivered a variety of self-contained, the fluid applicators that do not need accessory equipment.Two kinds of examples far from it can be described as pressurized jet aerosol container and dressing set composite hand-manipulated.The latter has two types basically: a kind of is the device that it must be turned around certain valve mechanism so that fluid charging by gravity is flowed through, and another kind is upright or draw near the dipping tube that uses under the erectility and to send the formula device.

3,147, No. 512 US Patent " shoe polish injecting and applying machine " of Gleason are an example in the band valve gravity injecting and applying machine.

Manual operations is drawn and sent the container type set composite is on record, in this device, by dipping tube liquid is upwards drawn from a container bottom and to send, and makes liquid make atomized spray by nozzle again.This set composite is most widely used aspect lotion, perfume, cleaning agent or herbicide.

The US Patent such as 4,652,163 of Karliner etc. " fluid applicator and the using method thereof of band scraping " disclose a kind of run by gravity dynamic formula applicator.This applicator has liquid container, a demountable scraping outer cover and independent protective cover of a band coating tool.When having circulation between the coating tool of a Sponge on container and outside face, liquid is contained in nozzle in the container and the assembly set of spring loaded valve is controlled by one.The spring that is contained on the container makes nozzle abut against the container neck inner face.Add a power when coating tool, be located immediately at nozzle below the coating tool cushion block and pushed away and in the indentation container, the path between nozzle and the container neck opening is opened, thereby liquid is outwards flow on the coating tool.

3,192, No. 553 US Patent of Schwartzman " applicator of dribbling valve head " disclose a kind of liquid coating device, and this applicator has a container, a foamed materials coating tool and a ball valve feeding machanism.This applicator mainly in order to coating shoe polish, has a cone-shaped opening at its container top.A spheroid that leans against on the bearing that is supported by coil spring leans in above-mentioned opening.Head on during the spheroid pressurized in the spring indentation vessel port, liquid is flow in the foamed materials that covers on the vessel port air ball valve member around spheroid in container.Obviously, the ball valve that only outflow of liquid ability by gravity is opened when applicator is inverted.

4,091, No. 966 US Patent of Laawe " the upright and dual-purpose squash type powder container of inversion " disclose a kind of flexible cell, and powder sprays from container during squeeze receptacle, and powder is introduced into and is contained in the U-shaped pipe that is communicated with feed orifice in the container.The bottom of U-shaped pipe has an opening, has a feeding machanism on a top of U-shaped pipe, when container is upright powder from then on opening enter this pipe, powder enters this pipe from above-mentioned feeding machanism when container is inverted.

The problem of the existing dressing set composite hand-manipulated that need not pressurize is that the running condition of above-mentioned two kinds of main type applicators is opposite each other and mutually exclusive.Gravity feed can not use under erectility, and under inversion state traditional dipping tube and manually draw and send mechanism with regard to inoperative (because often making the dipping tube end expose liquid level after being inverted).Like this, on the dressing method He on the dressing direction limitation is being arranged all when applying fluid on a certain surface, the user must turn round operation.Therefore, make manual fluid applicator can but also can under inversion state, carry out not only fluid dressing operation under erectility, just make various differences towards the surface on coating fluid much easy to operate.In addition, this set composite must be equipped with certain fluid metering mechanism, and this draws the formula device of sending to all is intrinsic characteristics, but does not then have this mechanism at most of gravity apparatus.

In coating when suppressing the fluid of insect, a kind of can difference towards the surface on the device of coating one whole piece desinsection or insect protected solvent then more favourable.

To be used for the method that the insecticides of cockroach, ant or other insects uses in a certain zone has integrated simply: fumigation, and this method is dispersed in insecticide in the whole zone, often needs food is taken out of this zone; Selection area is applied the method for desinsection frothing agent, and this method is effective especially concerning crack and slit, can stay unnecessary vestige but frothing agent is coated on the surface of exposing; The method of insect-catching device is set in a certain zone, as the bait release position is set.

The pressurizing vessel that applies insecticide is usually in order to suppressing the breeding of insect, but requires sometimes the input of insecticide is controlled accurately, makes its unlikely drift elsewhere.

But, adopt in all disinsection methods of insecticide at these, do not have a kind of method or the device can be to a certain selection area, no matter be the bottom of bin or the downside of shelf, directly the position be smeared liquid pesticide and is made the user needn't the direct contact insecticide on request.A kind of method like this or matching requirements use a kind of coating tool that fuses with container, require to make the user just can carry out manual dressing operation with a hand.A kind of like this method or device also require the user in the zone of estimating the insect process several roads " defence line " to be set most effectively, and these defence lines are invisible, but can remain valid in quite over a long time, and this depends on used insecticide formulation.

There has been a kind of like this method and apparatus that the bait point of isolation just needn't be set in a certain zone again, but, clearly, the zone that this can not be used for child or domestic animal might eat by mistake or mistake is licked.

Therefore, the purpose of this invention is to provide a kind of self-contained fluid applicator hand-manipulated, can enter to draw and send mechanism as long as in container, leave enough fluids, just can any towards the surface on apply quantitative fluid.

Another object of the present invention provides a kind of method that is applicable to the applicator of insecticide and uses this applicator, in order to suppress the insect breeding or to prevent that insect from entering a certain zone.

Fig. 1 is the part decomposition diagram of first embodiment of the invention;

Fig. 2 is the part decomposition diagram of second embodiment of the invention;

Fig. 3 is the side cross-sectional, view of 3-3 along the line embodiment illustrated in fig. 2, shows that the present invention is in erectility substantially, has done briefly to describe to liquid transporting body.

Fig. 4 and Figure 5 shows that applicator of the present invention is in the using method under the inversion state substantially;

Fig. 6 is in sectional detail drawing under the erectility for fluid delivery mechanism of the present invention;

Fig. 7 is in sectional detail drawing under the inversion state for fluid delivery mechanism of the present invention;

Fig. 8 is the top view of applicator cover outer surface embodiment illustrated in fig. 1;

Fig. 9 is the decomposition sectional detail drawing of applicator cover, cushion block and segment fluid flow conveying mechanism on the 3-3 section among Fig. 2.

In the embodiment of each recommendation, among each figure identical parts is adopted equal reference numbers.

Fig. 1 and Fig. 2 are the part exploded drawings of 10 two possible embodiment of fluid applicator, and both functions are identical, but the end face 20 of its applicator cover 30 is different with the direction of aerated materials cushion block 40.Also be shown with fluid container 50, protection outer cover 54 on Fig. 1 and 2, be contained in the closing cover 60 on fluid container 50 necks 52 and this outlet of the fluid egress point 70(that exposes be the part of fluid delivery mechanism 80 from closing cover 60, this fluid delivery mechanism is not shown on Fig. 1 and Fig. 2).

As shown in Figure 3, fluid delivery mechanism 80 comprises pumping mechanism 82, ball check valve 84 and the dipping tube 86 that extends to fluid container 50 bottoms from the bottom of pumping mechanism and ball check valve, the bottom of dipping tube is a fluid intake 87, fluid egress point 70 is positioned at the top of pumping mechanism 82, and passes closing cover 60.When making applicator, fluid delivery mechanism can setting-in be gone into the neck of fluid container, cause to reload fluid, but this can reduce the possibility of contacting with fluid as far as possible, thereby make this applicator increase protection feature to children.Also can make the neck 52 of fluid container 50 have the threaded portion that engages with closing cover 60, this just can open applicator and reload fluid.Most preferred embodiment about ball check valve 84 sees Fig. 6 and 7 for details.

Figure 3 shows that the fluid applicator that is under the erectility, applicator just can apply rectangular insecticide to the downside of bin etc. in this state, at this moment fluid 90(is housed in the applicator only illustrates on Fig. 6 and Fig. 7).When applicator being pushed to a certain surface, pressure just acts on aerated materials cushion block 40 and the applicator cover 30.When applicator cover 30 when the sliding area 92 of fluid container 50 base portion longshore current body containers 50 slides backward, this pressure forces applicator cover 30 and fluid container 50 to be pressed against each other.

Pressuring action and pump action (below will give elaboration) are shown in the Figure 4 and 5, and applicator is in inversion state substantially among the figure, under this state applicator along ground, bin in-to-in lower surface or similar surfaces apply rectangular insecticide.As shown in Figure 4, the fluid container 50 of applicator and cover 30 are that sliding area 92(along liquid container 50 sees Fig. 5) be pressed against each other.As mentioned above, this state forces fluid to enter in the aerated materials cushion block 40 from pumping mechanism 82.As shown in Figure 5, fluid container 50 and applicator cover 30 are to be in extended configuration, under this state, the fluid of predetermined volumes are sucked in the pumping mechanisms 82 by fluid intake 100.Obviously, be used for before using applicator, being removed at carrying protection applicator and the outer cover 54 that prevents fluid delivery mechanism 80 random operations.

Fig. 6 and 7 is the detail drawing of pumping mechanism and ball check valve, and wherein dipping tube 86 is by brachymemma.Have a variety of pumpings and dipping tube assembly set available in the present invention, comparatively ideal is 4,230, and the pumping mechanism that No. 242 US Patent are announced proposes for your guidance at this.Provide the pumping mechanism of unique " arbitrary orientation " this feature and ball check valve joint institution to be published in 305, No. 288 US Patent.When applicator cover 30 is pressed on the main body of fluid container 50 (seeing Figure 4 and 5), fluid egress point 70 pressurizeds enter pumping mechanism 82, and compression biasing spring 94.Applicator is mentioned from the surface slightly, and behind the pressure on the elimination applicator cover 30, spring 94 promptly unclamps, and this just reduces the pressure in the pumping mechanism Room 96 82, so pass through dipping tube 86 with in fluid 90 suction chambers 96.When applicator cover 30 was exerted pressure once more, indoor fluid was forced out by fluid egress point 70 and enters in the aerated materials cushion block 40.

When applicator was in erectility, as shown in Figure 6, the liquid transporting body operation was as follows: ball 98 is positioned on the first fluid inlet 100 blocks it, and fluid 90 can only be sucked in the pumping mechanism 82 by dipping tube 86 ends second fluid intake 87.

When deposited applicator was in the inversion heeling condition substantially as shown in Figure 7, the fluid delivery mechanism operation was as follows: when applicator overturn, ball 98 rolled along path 10 2, thereby opens first fluid path 10 0.In this state, when pumping mechanism 82 moved as mentioned above, fluid promptly is sucked into by first fluid inlet 100 entered the room in 96.In this state, second fluid intake 87 generally all is positioned at the top of fluid 90 liquid levels.

Two kinds of possible fluid intakes are arranged, an inlet (87) is positioned near the fluid container bottom, another inlet (100) is positioned near the fluid container top, where fluid can be in office be subjected to drawing under the state of position and send, and unique restriction is that applicator remains under the flat oblique angle and do not have enough fluids to cover the situation of fluid intake 87 again.In this case, the user only need make flat oblique angle become more steep angle, just the fluid of remainder can be drawn and see off.

Fig. 8 and 9 is depicted as the structure and the assembling details of applicator cover 30 and aerated materials cushion block 40.As shown in Figure 8, applicator cover 30 has and is positioned at end face 20 be used to pack into groove 100 centre holes 102 of aerated materials cushion block 40 and from centre hole 102 outward extending grooves 104.Fluid egress point 70 is fitted in the bonding part 108, forms a sealed engagement.As shown in Figure 9, in the applicator after assembling, fluid egress point 70 just in time is positioned at the following and contact with it of the part that has hole 102 on the applicator cover surface 20.The aerated materials cushion block be positioned at groove 106 endoporus 102 and groove 104 above.When fluid delivery mechanism 80 moved as mentioned above, fluid was discharged from fluid egress point 70, then through via hole 102, so groove 104 will spread out along aerated materials cushion block 40 bottom surfaces by 102 fluids of discharging from the hole.

The present invention also can adopt the diffusion mechanism of other types.For example with fluid applicator with the purificant fluid application on fabric or on the fitfull surface time, brush type coating tool may be more quite a lot of than aerated materials cushion block.

After above-mentioned patent description and accompanying drawing are studied, be familiar with these professional personnel and obviously can make other change fluid applicator of the present invention.Therefore, some other change of the present invention is not although do special argumentation in the above, still in following claim scope.

Claims

1, a kind of fluid applicator is made of following several parts:

Fluid container, in order to hold used fluid, container one end has a neck opening;

Fluid dressing instrument;

Fluid delivery mechanism, in order to dosed fluid is delivered to the fluid application instrument from fluid container, it is above and inner that this fluid delivery mechanism is positioned at the neck opening of fluid container;

Fluid delivery mechanism has the fluid discharging gear release mechanism of the band biasing spring of extensible and contraction, this mechanism have again first and second fluid intakes and one therewith first and second fluid intakes all divide the fluid egress point that is arranged, the first fluid inlet is approaching with the fluid discharging gear release mechanism, second fluid intake then is positioned at the end of hollow pipe fitting, and this pipe fitting is connected with the fluid discharging gear release mechanism and fluid is sent in the discharging gear release mechanism and goes;

Fluid applicator also has an applicator cover with holes, one diffusion mechanism is arranged on its outside face, hole on the applicator cover is communicated with the fluid egress point of fluid discharging gear release mechanism, the applicator cover can be done following moving with respect to fluid container: the predetermined power that acts on the applicator cover is moved the fluid discharging gear release mechanism thereupon, then stretch again, thereby fluid is carried to diffusion mechanism in fluid container.

2, the described fluid applicator of claim 1, it is characterized in that: the fluid discharging gear release mechanism has pumping mechanism again, pumping mechanism has the spring-loaded piston that is positioned at pump chamber, when piston be subjected to the effect of a predetermined force on the outer cover and when withdrawing pump chamber force fluid to flow out by outlet, and enter diffusion mechanism, when removing application force, during piston extension, pump chamber draws fluid to deliver in the pump chamber from fluid container by an inlet in two fluid intakes and goes.

3, the described fluid applicator of claim 2 is characterized in that: fluid egress point is to be fitted in the applicator cover in-to-in groove.

4, the described fluid applicator of claim 2, it is characterized in that: be connected to pumping mechanism and the fluid delivery mechanism that transports fluid in the pumping mechanism also has a ball check valve, this valve has a ball that moves in passage, when applicator is in erectility, fluid sucks pumping mechanism by first inlet, and second fluid intake is then closed; Second fluid intake opens wide when applicator is in inversion state, and fluid sucks pump chamber by second inlet.

5, the described applicator of claim 1 is characterized in that: applicator cover end face with respect to the fluid container longitudinal axis and horizon at angle.

6, the described fluid applicator of claim 1 is characterized in that: diffusion mechanism is a member that is made of porous materials.

7, the described fluid applicator of claim 5, it is characterized in that: the member that is made of porous materials is an aerated materials cushion block, this cushion block is contained in the groove on the applicator cover end face with holes, the fluid distribution mechanism that with groove is arranged in the groove, this mechanism by applicator cover hole to around extend and the fluid distribution that will emit from fluid egress point to most of aerated materials cushion block.

8, the described applicator of claim 1, it is characterized in that: fluid delivery mechanism is inlaid in the neck opening of fluid container.

9, the described applicator of claim 1 also has a protection outer cover that is contained in outside the applicator cover, and this outer cover is connected with the top section of fluid container, and can unload.

10, suppress the method for insect breeding, operational rights requires 1 described fluid applicator, makes on insecticidal solution in the applicator is delivered to aerated materials on the applicator cover from container.

Aerated materials is pressed on a certain surface, moves applicator, thereby on this surface, apply rectangular insecticidal solution towards a certain direction, intensified pressure progressively on demand in case of necessity, to export more insecticidal solution, cover required area, thereby the desinsection liquid film that applies effective dose is to produce required insecticidal effect.