CN101453923A - Applicator, and container for application substance - Google Patents

Abstract

An applicator for applying a substance, which can be repeatedly used and can be installed on various containers. The applicator (10) has an application surface (11) coming into contact with a target application surface and a support surface (13) coming into contact with fingers that are integrally formed on two, front and back sides of the applicator. The applicator (10) has an installation opening (14) that matches an opening (21) of a container (20) for receiving the application substance, a discharge opening (12) that is opened in the application surface (11), and a flow path (15) that guides the application substance from the installation opening (14) to the discharge opening (12), penetrating between the application surface (11) and the support surface (13).

Description

Coating tool and container for application substance

Technical field

The present invention relates to application substance be coated on skin etc. the time be attached to the coating tool on the finger tip and possess the accommodating container of the application substance of this coating tool.

Background technology

At present, be that the application substance such as aqueous, gluey, powdery of purpose spreads all over many-sides such as cosmetics, ointment, toilet cream, bonding agent to be coated on the applicable object faces such as skin or bonding plane.Wherein, be to spread upon then on the applicable object face getting on the finger tip in right amount mostly.Wherein, for example, there is application substance to be incorporated in resin preparative layer pressure pipe or the metal tubulation, extrudes an amount of application substance and get it from extrusion and spread upon cosmetics or medicament on skin etc. with finger tip.

When applying this application substance, need wipe or wash and adhere to after the coating or remain in material on the finger tip with finger tip.For fear of such trouble, the test of having attempted loading onto fingerstall, having applied from fingerstall.As one of this test, the technology of following patent documentation 1 record is arranged.This technology is in the finger cover of double-layer structure, with aqueous or aqueous material enclose its two-layer between, and be provided with at outermost layer and draw lid.Then, should refer to that cover was contained on the finger tip, and tear during use that this drew lid to form aperture, extruding the aqueous or aqueous material of being enclosed can apply.

In addition, disclose in the following patent documentation 2 expect to be bonded on the tabular applicator surface that can be contained on the finger temporarily, it is pressed the method for coating making up.

Patent documentation 1: Japanese kokai publication hei 7-284508 communique

Patent documentation 2: the real public clear 54-41806 communique of Japan

In the above-mentioned prior art, though application substance be not attached directly to really on the finger tip,, refer to cover or be bonded at application substance on the applicator surface temporarily if use up to enclose, just can not utilize again, use up at last and must throw away.In addition, only limit to enclose the material in referring to cover or be bonded at material on the applicator surface temporarily, so lack versatility about spendable application substance.

Summary of the invention

So, the object of the present invention is to provide a kind of coating tool that can reuse and can be contained in the application substance in the container miscellaneous.

In view of above-mentioned problem, coating tool of the present invention, have and coated applicator surface that contacts and the bearing-surface that contacts with finger, it is characterized in that having: the outlet of the installing port consistent, the position opening beyond the described bearing-surface that comprises described applicator surface, connect between described applicator surface and the described bearing-surface and guide the stream of application substance to described outlet from described installing port with the peristome of the container for application substance of taking in application substance.

That is, the coating tool of the present invention peristome of extrusion etc. that is installed in the container of application substances such as cosmetics can directly apply.At this, so-called " application substance " is meant that to be coated on applicable object faces such as skin or bonding plane be that " coated face " is the contour liquid of vicidity of liquid material, ointment, gel, toilet cream of purpose or the general name of powder upward, and its content spreads all over many-sides such as cosmetics, ointment, toilet cream, bonding agent.

As the material of coating tool, so long as the employed material of common cosmetics containers, any material can use.For example, can use silicones, elastomer, rubber elastomeric material to form by injection molding or compression molding.At this, by using elastomeric material,, also can be pressed into elastomeric material even the shape of the installing port that forms is littler than the opening of container of obtaining usually, obtain versatility.In addition, also can adopt metal or rigid plastics material according to the purpose of the proterties of application substance or coating as coating tool.

In addition, the shape of installing port also can form the shape corresponding shape with opening of container.For example, opening of container under situation about forming as external screw thread, also can form can be chimeric with it internal screw thread form.In addition, when metal pattern is shaped,, just can expects to utilize heavy strain of cutting part to be pressed into and be installed in opening of container reliably as long as being formed with to become at installing port heavy cuts (ア Application ダ-カ Star ト) such position.

The shape of coating tool is so long as bearing-surface forms the plane gets final product, but preferably, matches with the shape of finger tip and bearing-surface forms the curved surface that can take in the finger tripe.In addition, applicator surface also can be the plane, as long as but form curved surface towards coated protrusion, can apply swimmingly.In addition, when no matter bearing-surface or applicator surface form this curved surface, any situation when perhaps bearing-surface forms the plane, the rear side of bearing-surface can be opened, but, can utilize this coating portion to keep coating tool reliably with finger as long as form the coating portion of at least a portion of the dorsal surfaces of fingers that coats contact.In addition, this coating portion is not set and wall portion is set, utilize this wall portion, make finger reach stable with respect to coating tool at least a portion of the periphery of bearing-surface.

In addition, applicator surface and bearing-surface form in also can showing, and in addition, the inboard that is designed to bearing-surface is directly impassable as the structure of applicator surface (for example, the face that will link to each other with the face of the inboard of bearing-surface is as the situation of applicator surface) yet.

The present invention brings into play following effect.

That is, under the state of the peristome that coating tool of the present invention is installed in container, the application substance of extruding from the peristome of container connects stream between described applicator surface and the described bearing-surface by the installing port from applicator surface, is extruded from the outlet of applicator surface.Additional disclosure once, the shape of this outlet is entirely with the shape of coating tool, directly contact but also also directly do not contact with coated face of the applicator surface of not only getting along well, but also can be at the position of non-bearing surface opening.For example, make crooked shape at the fore-end of the face that links to each other with applicator surface, and this part when coating directly with coated occasion that contacts under, also can outlet be set near the part its front end.Then, container put in the palm and with finger tip be attached to see bearing-surface with the inside butt from applicator surface on, then the application substance of extruding from outlet evenly can be spread upon on coated.

As the shape of outlet, be set at circle or ellipse usually, but also can be designed as various shapes in addition.For example: outlet can be formed different shapes such as rectangle, triangle or star.In addition, outlet is set at the otch of V font for example and when forming the valve shape, then can when extruding application substance, pushes this valve shape partly to make it open from the inboard, and when not using, it is closed.By such operation, especially under the high occasion of the viscosity of application substance, the situation that application substance at will oozes out and so in the time of can preventing from not use.And aforesaid outlet also can be provided with or be provided with a plurality of separately.The outlet of multiple class also can be set on a coating tool in addition.

In addition, also can form, strippable seal member covers this outlet during with use, during use it is peeled off.By doing like this, can prevent that then air from immersing through outlet before using beginning, and cause the dry iso-metamorphism of application substance thus.

In addition, also can be with the spheroid intercalation at outlet.Doing so then to make application substance apply swimmingly by the revolution of spheroid.At this, forming under the situation of coating tool with described elastic material, then can easily be pressed into and the intercalation diameter spheroid bigger than the bore of outlet.

In addition, also can cover outlet with mesh members.Do like this, for example, then available this mesh members keeps the application substance of powder shaped, simultaneously, and easily it is coated on coated.In addition, even application substance is under the aqueous occasion, by liquid being remained in the mesh of mesh members, still can help the facility that applies.

In addition, coating tool of the present invention also can form with container for application substance.Promptly, this container for application substance possesses: take in application substance and have peristome storage portion, have and coated applicator surface that contacts with the coating tool of the bearing-surface that contacts of finger, it is characterized in that described coating tool has: the installing port consistent with described peristome; Outlet in described applicator surface upper shed; Connect between described applicator surface and the described bearing-surface and to the stream of described outlet guiding application substance from described installing port.At this, coating tool and container for application substance also can be from the beginning of just forming, and in addition, also the adhering components that forms respectively can be formed one.In addition, as long as peristome forms with the described installing port consistent with this peristome and connects airtight chimeric shape mutually, just can improve the seal of peristome and installing port.Be shaped integratedly in applicator surface and bearing-surface also can be shown, in addition, the inboard that also can be designed as bearing-surface is not directly as the structure (for example the face that will link to each other with the inboard of bearing-surface is as the such situation of applicator surface) of applicator surface.

In addition, container for application substance of the present invention also can be designed as, its storage portion and coating tool form, application substance is taken in by this storage portion, this coating tool is located at the front of described storage portion, have and coated applicator surface that contacts and the bearing-surface that contacts with finger, and this container for application substance has: the outlet of the position opening beyond the described bearing-surface that comprises described applicator surface; Connect between described applicator surface and the described bearing-surface and to the stream of described outlet guiding application substance from described storage portion.In addition, also can be to form in applicator surface and the described bearing-surface table, in addition, the inboard that also can be designed as bearing-surface is not directly as the structure (for example the face that will link to each other with the inboard of bearing-surface is as the such situation of applicator surface) of applicator surface.

According to the present invention, can provide the coating tool that can use and can be contained in the application substance on the various containers repeatedly.

Description of drawings

Fig. 1 is the lower rear stereogram of the coating tool of first embodiment of the invention;

Fig. 2 is the positive top perspective view of the coating tool of first embodiment of the invention;

Fig. 3 is the back side top perspective view of the coating tool of first embodiment of the invention;

Fig. 4 is the side cut away view of the coating tool of first embodiment of the invention;

Fig. 5 (A) is the side cut away view of the coating tool of second embodiment of the invention; Fig. 5 (B) is the A-A profile of Fig. 5 (A);

Fig. 6 (A) is the side cut away view of the coating tool of third embodiment of the invention; Fig. 6 (B) is Fig. 6 (A) B-B profile;

Fig. 7 is the lower rear stereogram of the coating tool of four embodiment of the invention;

Fig. 8 is the positive top perspective view of the coating tool of four embodiment of the invention;

Fig. 9 is the back side top perspective view of the coating tool of four embodiment of the invention;

Figure 10 is the side cut away view of the coating tool of four embodiment of the invention;

Figure 11 (A) is the side cut away view of the coating tool of fifth embodiment of the invention; Figure 11 (B) is the C-C profile of Figure 11 (A);

Figure 12 (A) is the side cut away view of the coating tool of sixth embodiment of the invention; Figure 11 (B) is Figure 12 (A) D-D profile;

Figure 13 (A) is the positive top perspective view of the container for application substance of seventh embodiment of the invention; Figure 13 (B) is a stereogram below it;

Figure 14 (A) is top, the coating tool front part section stereogram that is installed on the container for application substance of seventh embodiment of the invention; Figure 14 (B) is its assembling stereogram;

Figure 15 (A) is the positive top perspective view of the container for application substance of eighth embodiment of the invention; Figure 15 (B) is a stereogram below it;

Figure 16 is the back side top perspective view of the coating tool of ninth embodiment of the invention;

Figure 17 is the back side top perspective view of the coating tool of tenth embodiment of the invention;

Figure 18 is the below stereogram of the coating tool of eleventh embodiment of the invention;

Figure 19 is the below stereogram of the coating tool of twelveth embodiment of the invention;

Figure 20 is the below stereogram of the coating tool of thirteenth embodiment of the invention;

Figure 21 is the below stereogram of the coating tool of fourteenth embodiment of the invention;

Figure 22 is the back side top perspective view of the coating tool of fifteenth embodiment of the invention;

Figure 23 is the below stereogram of the coating tool of eleventh embodiment of the invention;

Figure 24 is the side cut away view of the coating tool of eleventh embodiment of the invention.

The specific embodiment

Below, with reference to accompanying drawing embodiments of the present invention are described.

(1) first embodiment

The coating tool 10 of first embodiment of the present invention is described with reference to Fig. 1～Fig. 4.Fig. 1 represents lower right, the back side stereogram of coating tool 10; Fig. 2 represents positive upper right side stereogram; Fig. 3 represents upper right side, back side stereogram; Fig. 4 represents side cut away view.

The coating tool 10 of present embodiment, as shown in Figure 1, below side make the applicator surface 11 of convex surface; As shown in Figure 2, upper face side is made the bearing-surface 13 of open concave curved surface.That is, be integral in applicator surface 11 and bearing-surface 13 tables.In addition, as shown in Figure 3, the rear end side of coating tool 10 forms the short cylinder shape that is provided with centre bore.This centre bore is an installing port 14.In installing port 14, be carved with internal thread.Thus, the container of application substance extrusion (the particularly container of tubulose), that form the external screw thread shape is pressed into and is fixed in this centre bore.

In addition, as shown in Figure 1, be provided with aperture in the substantial middle of applicator surface 11.This aperture is an outlet 12.As shown in Figure 4, this outlet 12 links via stream 15 and installing port 14.

The coating tool 10 of present embodiment can form by the injection molding of silicones.

The coating tool 10 of present embodiment is to re-use after the extrusion with the container of not shown application substance is pressed into and is installed in installing port 14.Then, when pressing the side of pressure vessel, inner thing is that application substance is extruded from extrusion, and then is extruded from outlet 12 via stream 15 from installing port 14 again.After extruding in right amount, container can be remained in the palm, simultaneously finger tip (being generally forefinger) is attached on the bearing-surface 13, application substance is spread upon on coated equably.At this moment, because the finger pad side of finger tip is fit to the concave curved surface of bearing-surface 13 just, so can apply swimmingly.

(2) second embodiments

The coating tool 10 of second embodiment of the present invention is described with reference to Fig. 5.The side cut away view of Fig. 5 (A) expression coating tool 10; A-A profile among Fig. 5 (B) presentation graphs 5 (A).

The coating tool 10 of present embodiment, below side make plane applicator surface 11; Upper face side is also made plane bearing-surface 13.That is, be integral in applicator surface 11 and bearing-surface 13 tables.In addition, the circumference of applicator surface 11 is made the structure with edge.In addition, the rear end side of coating tool 10 forms the short cylinder shape that is provided with centre bore.This centre bore is an installing port 14.In installing port 14, be carved with internal thread.Thus, the container of application substance extrusion (the particularly container of tubulose), that form the external screw thread shape is pressed into and is fixed in this centre bore.

In addition, the substantial middle in applicator surface 11 is provided with aperture.This aperture is an outlet 12.This outlet 12 links via stream 15 and installing port 14.

The coating tool 10 of present embodiment can form by the injection molding of silicones.

The coating tool 10 of present embodiment is to re-use after the extrusion with the container of not shown application substance is pressed into and is installed in installing port 14.Then, when pressing the side of pressure vessel, inner thing is that application substance is extruded from extrusion, and then is extruded from outlet 12 via stream 15 from installing port 14 again.After extruding in right amount, container can be remained in the palm, simultaneously finger tip (being generally forefinger) is attached to bearing-surface 13, application substance is spread upon on coated equably.In addition, can also scrape with the edge of the circumference of applicator surface 11 and get and remove remaining application substance.

(3) the 3rd embodiments

The coating tool 10 of the 3rd embodiment of the present invention is described with reference to Fig. 6.The side cut away view of Fig. 6 (A) expression coating tool 10; B-B profile among Fig. 6 (B) presentation graphs 6 (A).

The coating tool 10 of present embodiment, below side make plane applicator surface 11; Upper face side is also made plane bearing-surface 13.That is, be integral in applicator surface 11 and bearing-surface 13 tables.In addition, also be formed with the wall portion 17 of the frame shape on every side that surrounds bearing-surface 13.In addition, the circumference of applicator surface 11 is made the structure with edge.In addition, the rear end side of coating tool 10 forms the short cylinder shape that is provided with centre bore.This centre bore is an installing port 14.In installing port 14, be carved with internal thread.Thus, the container of application substance extrusion (the particularly container of tubulose), that form the external screw thread shape is pressed into and is fixed in this centre bore.

In addition, the substantial middle in applicator surface 11 is provided with aperture.This aperture is an outlet 12.This outlet 12 links via stream 15 and installing port 14.

The coating tool 10 of present embodiment can form by the injection molding of silicones.

The coating tool 10 of present embodiment is to re-use after the extrusion with the container of not shown application substance is pressed into and is installed in installing port 14.Then, when pressing the side of pressure vessel, inner thing is that application substance is extruded from extrusion, and then is extruded from outlet 12 via stream 15 from installing port 14 again.After extruding in right amount, container can be remained in the palm, simultaneously finger tip (being generally forefinger) is attached to bearing-surface 13, application substance is spread upon on coated equably.At this moment, keep by wall portion 17 around the finger tip, make stability increase.Can also scrape with the edge of the circumference of applicator surface 11 and get and remove remaining application substance.

(4) the 4th embodiments

The coating tool 10 of the 4th embodiment of the present invention is described with reference to Fig. 7～Figure 10.Fig. 7 represents lower right, the back side stereogram of coating tool 10; Fig. 8 represents the positive upper right side stereogram of coating tool 10; Fig. 9 represents upper right side, the back side stereogram of coating tool 10; Figure 10 represents the side cut away view of coating tool 10.

The coating tool 10 of present embodiment, as shown in Figure 7, below side make the applicator surface 11 of convex surface; As shown in Figure 8, upper face side is made the bearing-surface 13 of the local concave curved surface of opening.That is, be integral in applicator surface 11 and bearing-surface 13 tables.In addition, the rear end side of coating tool 10 forms the short cylinder shape that is provided with centre bore as shown in Figure 9.This centre bore is an installing port 14.In installing port 14, be carved with internal thread.Thus, the container of application substance extrusion (the particularly container of tubulose), that form the external screw thread shape is pressed into and is fixed in this centre bore.In addition, in the present embodiment, as shown in Figure 8, the front of bearing-surface 13 forms the coating portion 16 that coats its upper part with calceoloid (ス リ Star パ shape).

The coating tool 10 of present embodiment can form by the injection molding of silicones.

In addition, as shown in Figure 7, be provided with aperture in the substantial middle of applicator surface 11.This aperture is an outlet 12.As shown in figure 10, this outlet 12 links via stream 15 and installing port 14.

The coating tool 10 of present embodiment is to re-use after the extrusion with the container of not shown application substance is pressed into and is installed in installing port 14.Then, when pressing the side of pressure vessel, inner thing is that application substance is extruded from extrusion, and then is extruded from outlet 12 via stream 15 from installing port 14 again.After extruding in right amount, container can be remained in the palm, simultaneously finger tip (being generally forefinger) is attached to bearing-surface 13, application substance is spread upon on coated equably.At this moment, its back side of finger tip that is attached on the bearing-surface 13 is covered by coating portion 16.Thus, the stability of finger tip increases.

(5) the 5th embodiments

The coating tool 10 of the 5th embodiment of the present invention is described with reference to Figure 11.The side cut away view of Figure 11 (A) expression coating tool 10; C-C profile among Figure 11 (B) expression Figure 11 (A).

The coating tool 10 of present embodiment, below side make plane applicator surface 11, upper face side is also made plane bearing-surface 13.In addition, the circumference of applicator surface 11 is made the structure with edge.That is, be integral in applicator surface 11 and bearing-surface 13 tables, the circumference of applicator surface 11 becomes the cross section that corner angle are arranged.In addition, the rear end side of coating tool 10 forms the short cylinder shape that is provided with centre bore.This centre bore is an installing port 14.In installing port 14, be carved with internal thread.Thus, the container of application substance extrusion (the particularly container of tubulose), that form the external screw thread shape is pressed into and is fixed in this centre bore.In addition, in the present embodiment, the rear side of bearing-surface 13 is formed with the coating portion 16 of two arch shape.

In addition, the substantial middle in applicator surface 11 is provided with aperture.This aperture is an outlet 12.This outlet 12 links via stream 15 and installing port 14.

The coating tool 10 of present embodiment can form by the injection molding of silicones.

The coating tool 10 of present embodiment is to re-use after the extrusion with the container of not shown application substance is pressed into and is installed in installing port 14.Then, when pressing the side of pressure vessel, inner thing is that application substance is extruded from extrusion, and then is extruded from outlet 12 via stream 15 from installing port 14 again.After extruding in right amount, container can be remained in the palm, simultaneously finger tip (being generally forefinger) is attached to bearing-surface 13, application substance is spread upon on coated equably.At this moment, coating portion 16 contacts with the back side of the finger tip that is attached to bearing-surface 13.Thus, the stability of finger tip increases.Can also scrape with the edge of the circumference of applicator surface 11 and get and remove remaining application substance.

(6) the 6th embodiments

The coating tool 10 of the 5th embodiment of the present invention is described with reference to Figure 12.The side cut away view of Figure 12 (A) expression coating tool 10; D-D profile among Figure 12 (B) expression Figure 12 (A).

The coating tool 10 of present embodiment, below side make plane applicator surface 11, upper face side is also made plane bearing-surface 13.That is, be integral in applicator surface 11 and bearing-surface 13 tables.In addition, the rear end side of coating tool 10 forms the short cylinder shape that is provided with centre bore.This centre bore is an installing port 14.In installing port 14, be carved with internal thread.Thus, the container of application substance extrusion (the particularly container of tubulose), that form the external screw thread shape is pressed into and is fixed in this centre bore.In addition, in the present embodiment, the rear side of bearing-surface 13 is formed with the coating portion 16 that two pairs of topmosts lack arch shape together.

In addition, the substantial middle in applicator surface 11 is provided with aperture.This aperture is an outlet 12.This outlet 12 links via stream 15 and installing port 14.

The coating tool 10 of present embodiment can form by the injection molding of silicones.

The coating tool 10 of present embodiment is to re-use after the extrusion with the container of not shown application substance is pressed into and is installed in installing port 14.Then, when pressing the side of pressure vessel, inner thing is that application substance is extruded from extrusion, and then is extruded from outlet 12 via stream 15 from installing port 14 again.After extruding in right amount, container can be remained in the palm, simultaneously finger tip (being generally forefinger) is attached to bearing-surface 13, application substance is spread upon on coated equably.At this moment, coating portion 16 contacts with the back side of the finger tip that is attached to bearing-surface 13.Thus, the stability of finger tip increases.

(7) the 7th embodiments

The 7th embodiment as shown in figure 13, the present invention can form one with coating tool 10 and container for application substance.In this embodiment, the upper face side of coating tool 10 is also made the bearing-surface 13 (with reference to Figure 13 (A)) of concave curved surface, and following side is made the applicator surface 11 (with reference to Figure 13 (B)) of the convex surface that possesses outlet 12.Shown in the profile of Figure 14 (A), the rear end face of coating tool 10 is provided with installing port 14, and application substance enters herein.In addition, installing port 14 and outlet 12 are linked by stream 15.Shown in Figure 14 (B), this coating tool 10 so that the peristome 21 consistent modes of installing port 14 and the fore-end of container for application substance 20 connect.

When pushing the side of storage portion 22 of container for application substance 20, inner thing is that application substance is extruded, and then is extruded from outlet 12 via stream 15 from installing port 14.After extruding in right amount, container for application substance 20 can be remained in the palm, simultaneously finger tip (being generally forefinger) is attached to bearing-surface 13, application substance is spread upon on coated equably.

(8) the 8th embodiments

Shown in the eighth embodiment of the invention as shown in figure 15, also coating tool 10 can be formed tabular.That is, the upper face side of coating tool 10 forms the bearing-surface 13 (with reference to Figure 15 (A)) of depression slightly, and following side forms outstanding slightly applicator surface 11 (with reference to Figure 15 (B)).In addition, stream 15 begins from the fore-end of container for application substance 20, protrudes the nozzle-like with following being integral of side of coating tool 10, and its front end is made the outlet 12 towards applicator surface 11 openings.

When pushing the side of storage portion 22 of container for application substance 20, inner thing is that application substance is extruded, and then is extruded from outlet 12 via stream 15 from installing port 14.After extruding in right amount, container for application substance 20 can be remained in the palm, simultaneously finger tip (being generally forefinger) is attached to bearing-surface 13, application substance is spread upon on coated equably.

(9) the 9th embodiments

The coating tool 10 of the 9th embodiment of the present invention shown in Figure 16 is on the basis of the coating tool 10 (with reference to Fig. 5) of described second embodiment, a plurality of kicks 30 is set and the coating tool of formation on bearing-surface 13.The finger slippage made coating carry out easily when this kick 30 can prevent to apply.

(10) the tenth embodiments

The coating tool 10 of the tenth embodiment of the present invention shown in Figure 17 is on the basis of the coating tool 10 (with reference to Fig. 5) of described second embodiment, many little prominent bars 31 that move towards along its length is set and the coating tool of formation on bearing-surface 13.The finger slippage made coating carry out easily when this little prominent bar 31 can prevent to apply.

(11) the 11 embodiments

The coating tool 10 of the 11 embodiment of the present invention shown in Figure 180 is on the basis of the coating tool 10 (with reference to Fig. 5) of described second embodiment, and outlet 12 is being positioned at than front end face 18 openings of the more forward distolateral position of applicator surface 11 and the coating tool that forms.That is, outlet 12 on bearing-surface 13, be positioned at the more forward end in position than finger, when coating not with coated the front end face that contacts 18.According to this structure, for example, can after making the application substance of extruding from outlet 12 stick on coated, spread upon once more on the applicator surface 11.

(12) the 12 embodiments

The coating tool 10 of the 12 embodiment of the present invention shown in Figure 19 is that outlet 12 forms the coating tool of valve shape on the basis of the coating tool 10 (with reference to Fig. 5) of described second embodiment.That is, outlet 12 forms the V notched cut.According to this structure, can when extrude application substance, push this valve shape from the inboard and partly make it open, then it is closed when not using.

(13) the 13 embodiments

The coating tool 10 of the 13 embodiment of the present invention shown in Figure 20 is the coating tool that strippable seal member 32 covers on the basis of the coating tool 10 (with reference to Fig. 5) of described second embodiment, when outlet 12 is used.That is, before the use, outlet 12 is covered and stops up by sealing parts 32, therefore, can prevent that before using beginning air invades through outlet 12 and cause application substance drying iso-metamorphism thus.And, during use, as long as sealing parts 32 are peeled off and can similarly be used with second embodiment.

(14) the 14 embodiments

The coating tool 10 of the 14 embodiment of the present invention shown in Figure 21 is on the basis of the coating tool 10 (with reference to Fig. 5) of described second embodiment, covers extremely periphery of outlet 12 with mesh members 33.By doing like this, then available this mesh members keeps the application substance of powder shaped for example and easily it is coated on coated.In addition, even application substance is aqueous occasion,, still can easily apply by liquid being remained in the mesh of mesh members.

(15) the 15 embodiments

The coating tool 10 of the 15 embodiment of the present invention shown in Figure 22 is on the basis of the coating tool 10 (with reference to Fig. 5) of described second embodiment, is pasted with the coating tool of adhesive tape 34 on bearing-surface 13.When coating, utilize this adhesive tape 34, finger can attach and be fixed on the bearing-surface 13, easily applies.

(16) the 16 embodiments

The coating tool 10 of Figure 23 and the 16 embodiment of the present invention shown in Figure 24 is that intercalation has the coating tool of spheroid 35 in outlet 12 on the basis of the coating tool 10 (with reference to Fig. 5) of described second embodiment.That is, shown in the profile of Figure 24, the diameter of this spheroid 35 is greater than the diameter of outlet 12, so, can keep it can not come off from outlet 12.For example, use the whippy material of silicones and so on to form under the situation of coating tool 10, can utilize strain that spheroid 35 is easily inserted.As long as push not shown storage portion 22, application substance then is extruded in the mode of oozing out from the gap between this spheroid 35 and the outlet 12.Then, as long as this spheroid 35 is rolled on coated, then can be easily and suitably smear the application substance that is extruded fast.

Utilizability on the industry

The present invention can be used as and extrudes cosmetics in the container, soft to being incorporated in laminated tube, metal tube etc. The application substances such as cream, toilet cream, bonding agent, drawing pigment apply employed coating tool. In addition Also can be used as the container that possesses this coating tool outward, uses.

Claims (18)

1, a kind of coating tool has and coated applicator surface that contacts and the bearing-surface that contacts with finger, it is characterized in that this coating tool has:

The installing port consistent with the peristome of the container for application substance of taking in application substance;

The outlet of the position opening beyond the described bearing-surface that comprises described applicator surface;

Connect between described applicator surface and the described bearing-surface and to the stream of described outlet guiding application substance from described installing port.

2, coating tool as claimed in claim 1 is characterized in that, the one side at least in described applicator surface and the described bearing-surface forms the plane.

3, coating tool as claimed in claim 1 is characterized in that, described bearing-surface forms the curved surface that can take in the finger tripe.

4, coating tool as claimed in claim 1 is characterized in that, described applicator surface forms protruding curved surface towards coated face.

As any described coating tool in the claim 2,3 or 4, it is characterized in that 5, the rear side of described bearing-surface is open.

6, as any described coating tool in the claim 2,3 or 4, it is characterized in that, on described bearing-surface, be formed with the coating portion of at least a portion at the back side that coats the contact finger.

7, coating tool as claimed in claim 1 is characterized in that, is provided with wall portion at least a portion of the periphery of described bearing-surface.

8, coating tool as claimed in claim 1 is characterized in that, near the opening front end at the position of described outlet beyond the described bearing-surface that comprises described applicator surface.

9, coating tool as claimed in claim 1 is characterized in that, described outlet forms the valve shape.

10, coating tool as claimed in claim 1 is characterized in that, described outlet strippable seal member when using covers.

11, coating tool as claimed in claim 1 is characterized in that, in described outlet intercalation spheroid is arranged.

12, coating tool as claimed in claim 1 is characterized in that, described outlet covers with mesh members.

13, coating tool as claimed in claim 1 is characterized in that, is shaped integratedly in described applicator surface and the described bearing-surface table.

14, a kind of container for application substance possesses the storage portion of taking in application substance and having peristome, has and the coating tool of coated applicator surface that contacts and the bearing-surface that contacts with finger, it is characterized in that described coating tool has:

The installing port consistent with described peristome;

Outlet in described applicator surface upper shed;

Connect between described applicator surface and the described bearing-surface and to the stream of described outlet guiding application substance from described installing port.

15, container for application substance as claimed in claim 14 is characterized in that, described peristome forms with the described installing port consistent with this peristome and connects airtight chimeric shape mutually.

16, container for application substance as claimed in claim 14 is characterized in that, is shaped integratedly in described applicator surface and the described bearing-surface table.

17, a kind of container for application substance, its storage portion and coating tool form, application substance is taken in by this storage portion, this coating tool is located at the front of described storage portion, have and coated applicator surface that contacts and the bearing-surface that contacts with finger, it is characterized in that this container for application substance has:

The outlet of the position opening beyond the described bearing-surface that comprises described applicator surface;

Connect between described applicator surface and the described bearing-surface and to the stream of described outlet guiding application substance from described storage portion.

18, container for application substance as claimed in claim 17 is characterized in that, is shaped integratedly in described applicator surface and the described bearing-surface table.

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