JP3659452B2 - Liquid application container - Google Patents

Description

[0001]
BACKGROUND OF THE INVENTION
The present invention relates to a liquid application container.
[0002]
[Prior art]
Conventionally, as a liquid application container for detergent, etc., as described in Japanese Utility Model Laid-Open No. 1-126954, an application nozzle is provided in a squeeze container body, and the liquid in the container body is poured out from the spout of the application nozzle. The dispensed liquid can be applied to a portion to be coated such as a collar of a Y shirt by a coating work surface around the spout of the coating nozzle.
[0003]
At this time, in the prior art, the coating nozzle is constituted by a nozzle body fixed to the container body and a coating head attached and detached around the tip of the nozzle body. When the application target area of the application portion covers a wide area, the application head is fitted to the tip of the nozzle body, and the liquid discharged from the application head through the nozzle body is poured into the application head. Application is possible in a wide application target area of the application part by a large application work surface around the outlet. On the other hand, when the area to be coated of the coated portion is narrow, the coating head is removed from the tip of the nozzle body, and the liquid dispensed from the spout at the tip of the nozzle body is removed from the end surface around the spout of the nozzle body. Application is possible in a small application target area of the application part by a small application work surface.
[0004]
[Problems to be solved by the invention]
However, in the prior art, the diameter of the spout provided at the tip of the nozzle body constituting the coating nozzle and the diameter of the spout of the coating head are both determined by the liquid guide path of the nozzle body (the content liquid in the container body is spouted). The inner diameter of the passage leading to
[0005]
For this reason, if the nozzle body and the diameter of the coating head and the inner diameter of the liquid guiding path of the nozzle body are set large, the content liquid in the container body is large in the process of turning the container body upside down and bringing the coating nozzle close to the portion to be coated. There is a possibility that the liquid flow path will flow more than necessary, and this may lead to unexpected leakage from the spout and contaminate the periphery of the coated part.
[0006]
In addition, if the nozzle body and coating head caliber and the nozzle body liquid guide channel inner diameter are set to be small, unexpected leakage of the content liquid in the process of turning the container body upside down and bringing the coating nozzle closer to the coated part will occur. Although it can be avoided, when applying liquid to the application part using the application work surface around the spout of the application head or the application head, even if the squeeze container body is pressed and deformed, the liquid The amount of water discharged is restricted by the smaller diameter of the outlets, and the liquid application work speed cannot be increased.
[0007]
An object of the present invention is to apply a liquid coating container having a coating nozzle around the spout of the coating nozzle by preventing the liquid from leaking unexpectedly in the process of turning the container body upside down and bringing the coating nozzle close to the portion to be coated. In the application process by the surface, the application work speed is increased.
[0008]
[Means for Solving the Problems]
The present invention is defined in claim 1, the coating nozzle to the container body is provided, out the liquid contents of the container body from the spout of the application nozzle Note, a liquid coating container that allows coating to be coated portion, the coating The nozzle is fixed to the container body side, and the nozzle body is fitted to the tip of the nozzle body to open a spout opening connected to the spout of the nozzle body, and to form a coating work surface around the spout. comprising a coating head, the inner diameter of the liquid guiding path of the container main body side of the nozzle body smaller than the diameter of the spout of the nozzle body, the diameter of the spout of the nozzle body the diameter of the spout in the coating head It is set to be larger than the outer peripheral portion around the coating work surface of the coating head, and a liquid dripping retaining groove is provided between the nozzle head body and the outer peripheral portion .
[0009]
According to a second aspect of the present invention, in the first aspect of the present invention, the coating nozzle is configured such that the coating head is rotatable about the tip of the nozzle body as a rotation axis .
[0010]
According to a third aspect of the present invention, in the present invention of the first or second aspect , the coating head further comprises a rib on the back side of the coating work surface .
[0011]
According to a fourth aspect of the present invention, in the present invention according to any one of the first to third aspects, the container body has a press-deformability, and the outer periphery of the coating nozzle body is doubled. A liquid dripping retaining cylinder and a cap receiving cylinder are provided, and the coating nozzle is configured so that the coating head is substantially flush with the tip surface of the nozzle body, and the spout of the coating head is made continuous with the spout of the nozzle body. It is a thing.
[0012]
[Action]
(1) The application nozzle of the liquid application container is set such that the inner diameter of the liquid introduction path on the container body side is smaller than the diameter of the spout and the diameter of the spout is larger than the inner diameter of the liquid introduction path. Therefore, (a) in the process of turning the container body upside down to bring the coating nozzle close to the portion to be coated, the liquid content in the container body flows down the liquid guiding path appropriately due to the flow resistance of the small inner diameter liquid guiding path of the nozzle body. In addition, peripheral contamination due to unexpected leakage from the nozzle main body and the spout of the coating head is not caused. Also, the (b) during application of the liquid to be coated portion using a spout around the coated work surface of the coating head is heavily note out the contents liquid from the spout of a large diameter, the coating operation speed Speed can be increased.
[0013]
(2) If the container body is erected after use of the liquid application container, liquid dripping may occur around the application work surface of the application head . This liquid sag is temporarily retained in the liquid sag retaining groove along the outer circumference of the nozzle body . Then, when the container body is turned upside down at the next use, the liquid retained in the liquid dripping retaining groove is transmitted in the reverse direction to the aforementioned direction around the nozzle body and returned to the coating work surface of the coating head to be coated. It is applied to the part. Thereby, the stain | pollution | contamination around a container by liquid dripping can be prevented.
[0014]
(3) The coating nozzle is composed of a nozzle body and a coating head. Therefore, the spout and the application work surface can be formed in the application head. That is, compared with the case where the spout is provided only at the tip of the container body, the spout of the coating head provided at the tip of the nozzle body is made larger in diameter, and the coating work speed described in (1) is further increased. Can be achieved. Moreover, the coating work surface around the spout of the coating head can be further expanded, and a wide area of the coated portion can be applied quickly.
[0015]
(4) Since the application head of the application nozzle is rotatable about the tip of the nozzle body as a rotation axis, the application work surface of the application head is pressed against the surface of the coated part such as the fiber surface while rolling without resistance. Can be applied smoothly.
[0016]
DETAILED DESCRIPTION OF THE INVENTION
FIG. 1 is a schematic view showing a liquid application container according to the first embodiment of the present invention, FIG. 2 is a schematic view showing an application nozzle, and FIG. 3 is a schematic view showing a liquid application container according to the second embodiment of the present invention. FIG. 4 is a schematic diagram showing a coating nozzle, FIG. 5 is a schematic diagram showing a liquid dripping retention state of the coating nozzle, FIG. 6 is a schematic diagram showing a liquid coating container according to a third embodiment of the present invention, and FIG. FIG. 8 is a schematic diagram showing the setting state of the upper / lower switching of the coating head in the coating nozzle, and FIG. 9 is a schematic diagram showing the liquid dripping suspending state of the coating nozzle.
[0017]
(Liquid application container 10) (FIGS. 1 and 2)
As shown in FIG. 1, the liquid application container 10 is provided with an application nozzle 20 in an opening 11 </ b> A of a squeeze (press-deformable) container body 11 so that the application nozzle 20 can be covered with a cover cap 12. The container 10 tilts the neck 11B having the opening 11A of the container body 11 forward with respect to the vertical axis, thereby bringing the container body 11 upside down from the upright state and bringing the coating nozzle 20 close to the portion to be coated. Therefore, the rotation angle of the user's wrist is made small so that the operability can be improved.
[0018]
As shown in FIG. 2, the application nozzle 20 has a mounting portion 21 having a female screw portion that is screwed into a male screw portion provided in the opening portion 11 </ b> A of the container body 11, and a liquid passing through the top surface portion 21 </ b> A of the mounting portion 21. The long nozzle body 22 is continuous with the passage 21B.
[0019]
The nozzle body 22 opens a spout 22B at the tip end surface of the tip small diameter portion 22A, this tip end surface serves as an application work surface 22C, and a liquid introduction passage 22D that communicates the liquid passage 21B of the attachment portion 21 with the spout 22B. Is provided.
[0020]
Coating nozzle 20 has an inner diameter of d ₁ of liquid guiding passages 22D of the nozzle body 22, when the diameter of the spout 22B and d _2, is set to d ₁ <d _2.
[0021]
The application nozzle 20 includes a liquid dripping retaining cylinder 24 and a cap receiving cylinder 25 at two positions on the top surface portion 21A of the mounting portion 21 that are doubly concentric around the nozzle body 22.
[0022]
In the liquid application container 10, the cover cap 12 attached to the application nozzle 20 includes a sealing pin 12 </ b> A on the top inner surface. With the cover cap 12 sealed to the application nozzle 20, the sealing pin 12 </ b> A is sealed to the spout 22 </ b> B of the nozzle body 22.
[0023]
Therefore, the liquid application container 10 is used as follows.
(1) Remove the cover cap 12 from the cap receiving cylinder 25 of the application nozzle 20 fixed to the container body 11.
[0024]
(2) The container body 11 is turned upside down to bring the coating nozzle 20 close to the portion to be coated.
[0025]
(3) In a state where the application nozzle 20 is pressed against the application part, the container body 11 is squeezed to extrude the content liquid and applied to the application part by the application nozzle 20.
[0026]
(4) Return the container body 11 to the upright state, attach the cover cap 12 to the cap receiving cylinder 25 of the application nozzle 20, and finish using the liquid application container 10.
[0027]
According to this embodiment, there are the following operations.
The inner diameter d ₁ of the coating nozzle 20 is the container main body 11 side of the liquid guiding path 22D of the liquid coating container 10 spout 22B smaller than the diameter d ₂ of, note the inner diameter d of the diameter d ₂ of the Shirubeekiro 22D outlet 22B _It was set larger than ₁ . Accordingly, (a) in the process of turning the container body 11 upside down and bringing the coating nozzle 20 close to the portion to be coated, the liquid content in the container body 11 is moderately adjusted by the flow path resistance of the liquid flow path 22D having a small inner diameter. It does not cause peripheral contamination due to unexpected leakage from the spout 22B. Further, (b) when the liquid is applied to the portion to be applied using the application work surface 22C around the spout 22B of the application nozzle 20, the squeeze container main body 11 is pressed and deformed so that the content liquid has a large diameter. A large amount can be poured out from the spout 22B, and the application work speed can be increased.
[0028]
(Liquid application container 10A) (FIGS. 3 to 5)
As in the above embodiment, the liquid application container 10A is provided with an application nozzle 20 in the opening 11A of the container body 11 having squeeze properties (pressing deformability), and the application nozzle 20 can be covered with the cover cap 12 (see FIG. 3).
[0029]
As shown in FIG. 4, the application nozzle 20 has a liquid passing through a mounting portion 21 having a female screw portion screwed into a male screw portion provided in the opening portion 11 </ b> A of the container body 11 and a top surface portion 21 </ b> A of the mounting portion 21. The nozzle body 22 includes a long nozzle body 22 connected to the passage 21 </ b> B, and a ring-shaped application head 23 fitted around the tip small diameter portion 22 </ b> A of the nozzle body 22.
[0030]
The nozzle body 22 opens a spout 22B at the tip end surface of the tip narrow diameter portion 22A, and this tip end surface serves as a small-area coating work surface 22C, and leads the fluid passage 21B of the mounting portion 21 to the spout 22B. A liquid path 22D is provided. The coating head 23 opens a spout 23B continuous with the spout 22B of the nozzle body 22 around the tip small diameter portion 22A of the nozzle body 22, and forms a large-area coating work surface 23C around the spout 23B. Yes. The coating head 23 includes a rib 23D on the back side of the coating work surface 23C.
[0031]
The application nozzle 20 makes the application head 23 substantially flush with the tip surface of the nozzle body 22, and makes the spout 23 </ b> B of the application head 23 continuous with the spout 22 </ b> B of the nozzle body 22.
[0032]
Coating nozzle 20, the inner diameter of the liquid guiding path 22D of the nozzle body 22 d _1, the diameter of the spout 22B d _2, when the diameter of the spout 23B of the coating head 23 and _{d 3, d 1 <d 2} < It is set to d _3. That is, the coating nozzle 20 is made as occupying put out Note the content liquid from the spout 23B of the coating head 23, and corresponds to greater than the inner diameter d ₁ of pouring the diameter d ₃ Shirubeekiro 22D at that time.
[0033]
The application nozzle 20 includes a liquid dripping retaining cylinder 24 and a cap receiving cylinder 25 at two positions on the top surface portion 21A of the mounting portion 21 that are doubly concentric around the nozzle body 22.
[0034]
The liquid dripping retaining cylinder 24 is disposed between the nozzle body 22 on the top surface portion 21A of the mounting portion 21 and the liquid dripping retaining groove 24A connected to the outer peripheral portion around the coating work surface 23C formed by the coating head 23 of the coating nozzle 20. Form. The liquid dripping to be dripped from the coating head 23 of the coating nozzle 20 turns to the back side of the coating head 23 and is transmitted to the outer surface of the nozzle body 22 using the rib 23D as a bridging portion, and is temporarily held in the liquid dripping retaining groove 24A. (FIG. 5).
[0035]
The coating nozzle 20 is configured such that a coating head 23 fitted around the tip small diameter portion 22A of the nozzle body 22 is rotatable around the tip small diameter portion 22A. Therefore, when the application head 23 applies a wide application target area of the application part, the application head 23 can be smoothly applied while being pressed against the application part and rolling without resistance.
[0036]
In the liquid application container 10A, the cover cap 12 attached to the application nozzle 20 includes a sealing pin 12A on the inner surface of the top part. With the cover cap 12 sealed to the application nozzle 20, the sealing pin 12 </ b> A is sealed to the spout 22 </ b> B of the nozzle body 22.
[0037]
Accordingly, the liquid application container 10A is used as follows.
(1) Remove the cover cap 12 from the cap receiving cylinder 25 of the application nozzle 20 fixed to the container body 11.
[0038]
(2) The container body 11 is turned upside down to bring the coating nozzle 20 close to the portion to be coated.
[0039]
(3) In a state where the application nozzle 20 is pressed against the application part, the container body 11 is squeezed to extrude the content liquid and applied to the application part by the application nozzle 20.
[0040]
(4) Return the container body 11 to the upright state, attach the cover cap 12 to the cap receiving cylinder 25 of the application nozzle 20, and finish using the liquid application container 10A.
[0041]
According to this embodiment, there are the following operations.
▲ 1 ▼ inner diameter d ₁ of the liquid guiding path 22D coating nozzle 20 of the container body 11 side of the liquid coating container 10 spout 22B smaller than the diameter d ₂ of the spout 22B, and 23B diameter d _2, d ₃ of The inner diameter d _{1 of the} liquid introduction path 22D was set larger. Accordingly, (a) in the process of turning the container body 11 upside down and bringing the coating nozzle 20 close to the portion to be coated, the liquid content in the container body 11 is moderately adjusted by the flow path resistance of the liquid flow path 22D having a small inner diameter. And the surrounding fouling due to unexpected leakage from the spouts 22B and 23B is not caused. Further, (b) when the liquid is applied to the application portion using the application work surfaces 22C and 23C around the spouts 22B and 23B of the application nozzle 20, the squeeze container main body 11 is pressed and deformed. A large amount of liquid can be poured from the large-diameter spouts 22B and 23B, and the application work speed can be increased.
[0042]
(2) When the container body 11 is erected after the liquid application container 10 is used, liquid dripping may occur from around the application work surface 23C formed by the application head 23 of the application nozzle 20. This liquid sag is temporarily retained in the liquid sag retaining groove 24 </ b> A through the outside of the coating nozzle 20. When the container body 11 is turned upside down at the next use, the liquid retained in the liquid dripping retaining groove 24 </ b> A is transmitted in the opposite direction to the outer direction of the coating nozzle 20 to form the coating head 23 of the coating nozzle 20. It is returned to the application work surface 23C to be applied and applied to the application portion. Thereby, the stain | pollution | contamination around the container 10 by liquid dripping can be prevented.
[0043]
(3) The coating nozzle 20 is composed of a nozzle body 22 and a coating head 23. Therefore, the spout 23B and the coating work surface 23C can be formed in the coating head 23. That is, the diameter of the spout 23B of the coating head 23 provided at the tip narrow diameter portion 22A of the nozzle body 22 is made larger than that provided with the spout 22B only at the tip narrow diameter portion 22A of the container body 11. (1) The coating operation speed can be further increased. In addition, the coating work surface 23C around the spout 23B of the coating head 23 can be further expanded, so that a wide area of the coated portion can be applied quickly.
[0044]
(4) Since the coating head 23 of the coating nozzle 20 is rotatable around the tip small diameter portion 22A of the nozzle body 22, the coating work surface 23C of the coating head 23 is pressed against the surface of the coated portion such as the fiber surface. It can be applied smoothly while rolling without resistance.
[0045]
(Liquid application container 10B) (FIGS. 6 to 9)
The liquid application container 10B is substantially different from the above-described liquid application container 10A in that the application nozzle 20 can move the application head 23 up and down in the axial direction of the nozzle body 22 as shown in FIGS. Is only in.
[0046]
That is, the application nozzle 20 can move the application head 23 up and down in the axial direction of the nozzle main body 22 around the small diameter portion 22A of the nozzle main body 22 as shown in FIG. When the coating head 23 is in the upward movement position, the fitting locking portion 23A of the coating head 23 is locked to the upper locking portion 31 of the outer periphery of the tip small-diameter portion 22A of the nozzle body 22, and the coating head 23 is widened. The setting is switched to the application work mode (FIG. 8A). On the other hand, the application head 23 is engaged with the lower engagement portion 32 of the outer periphery of the tip small-diameter portion 22A of the nozzle body 22 at the downward movement position. Is switched to the narrow area application work mode (FIG. 8B).
[0047]
The nozzle body 22 opens a spout 22B at the tip end surface of the tip narrow diameter portion 22A, and this tip end surface serves as a small-area coating work surface 22C, and leads the fluid passage 21B of the mounting portion 21 to the spout 22B. A liquid path 22D is provided. The coating head 23 opens a spout 23B connected to the spout 22B of the nozzle body 22 in a state where the wide-area coating work mode is set around the tip small diameter portion 22A of the nozzle body 22, and the spout 23B is large around the spout 23B. A coating work surface 23C having an area is formed. The coating head 23 includes a rib 23D on the back side of the coating work surface 23C.
[0048]
When the coating head 23 is set to the wide-area coating operation mode, the coating nozzle 20 makes the coating head 23 substantially flush with the tip surface of the nozzle body 22, and the spout 23B of the coating head 23 becomes the spout 22B of the nozzle body 22. Make it continuous. On the other hand, the application nozzle 20 causes the application head 23 to stand by near the base of the nozzle body 22 when the application head 23 is set to the narrow area application operation mode.
[0049]
Coating nozzle 20, the inner diameter of the liquid guiding path 22D of the nozzle body 22 d _1, the diameter of the spout 22B d _2, when the diameter of the spout 23B of the coating head 23 and _{d 3, d 1 <d 2} < It is set to d _3. That is, the coating nozzle 20, when setting the coating head 23 to a wide area coating operation mode, it is assumed that occupies put out Note the content liquid from the spout 23B of the coating head 23, spout diameter d ₃ of Shirubeekiro 22D at that time It is considerably larger than the inner diameter d _{1 of} . Further, when the application head 23 is set to the narrow-area application work mode, the application nozzle 20 causes the application head 23 to stand by near the base of the nozzle main body 22, so that the nozzle main body 22 dispenses the content liquid from the spout 22 </ b> B. In this case, the spout diameter d ₂ is also larger than the inner diameter d _{1 of the} liquid introduction path 22D.
[0050]
The application nozzle 20 includes a liquid dripping retaining cylinder 24 and a cap receiving cylinder 25 at two positions on the top surface portion 21A of the mounting portion 21 that are doubly concentric around the nozzle body 22.
[0051]
The liquid dripping retaining cylinder 24 is disposed between the nozzle body 22 on the top surface portion 21A of the mounting portion 21 and the liquid dripping retaining groove 24A connected to the outer peripheral portion around the coating work surface 23C formed by the coating head 23 of the coating nozzle 20. Form. The liquid dripping to be dripped from the coating head 23 of the coating nozzle 20 turns to the back side of the coating head 23 and is transferred to the outer surface of the nozzle body 22 using the rib 23D as a bridging portion, and is temporarily held in the liquid dripping retaining groove 24A. (FIG. 9).
[0052]
The coating nozzle 20 is configured such that a coating head 23 fitted around the tip small diameter portion 22A of the nozzle body 22 is rotatable around the tip small diameter portion 22A. Therefore, when the application head 23 set in the wide-area application operation mode is applied to a wide application target area of the application part, the application head 23 is pressed against the application part and rolls without resistance while performing smooth application. Can do.
[0053]
In the liquid application container 10B, the cover cap 12 attached to the application nozzle 20 includes a sealing pin 12A on the top inner surface. With the cover cap 12 sealed to the application nozzle 20, the sealing pin 12 </ b> A is sealed to the spout 22 </ b> B of the nozzle body 22.
[0054]
Accordingly, the liquid application container 10B is used as follows.
(1) Remove the cover cap 12 from the cap receiving cylinder 25 of the application nozzle 20 fixed to the container body 11. When the application target area of the application part is wide, the application head 23 is set to the wide application operation mode that is the upward movement position around the nozzle body 22, and when the application target area of the application part is narrow, the application head 23 is set. The narrow area application work mode, which is the downward movement position around the nozzle body 22, is set.
[0055]
(2) The container body 11 is turned upside down to bring the coating nozzle 20 close to the portion to be coated.
[0056]
(3) In a state where the application nozzle 20 is pressed against the application portion, the container body 11 is squeezed to extrude the content liquid and applied to the application portion by the application nozzle 20. Application is performed on the wide application target area by the application work surface 23C of the application head 23 set in the wide application operation mode, and application is performed on the application area 22C of the nozzle body 22 on the narrow application target area. It is.
[0057]
(4) Return the container body 11 to the upright state, attach the cover cap 12 to the cap receiving cylinder 25 of the application nozzle 20, and finish using the liquid application container 10.
[0058]
The liquid application container 10B is provided with other configurations already provided in the liquid application container 10A in the same manner as in the liquid application container 10A so that the application nozzle 20 can rotate the application head 23 around the tip small diameter portion 22A of the nozzle body 22. . Therefore, the liquid application container 10A has the following actions in addition to the actions (1) to (4) described above in the liquid application container 10A.
[0059]
The coating head 23 is moved up and down around the narrow tip portion 22A of the nozzle body 22 so that the coating head 23 can be switched between a wide-area coating work mode and a narrow-area coating work mode. Accordingly, when the application target area of the application portion is wide, the application head 23 is set to the wide application operation mode, and the large application work surface 23C of the application head 23 can be applied quickly and efficiently. On the other hand, when the area to be applied is narrow, the application head 23 is set to the narrow area application operation mode, and the narrow application area 22C at the end face of the tip small diameter portion 22A of the nozzle body 22 is aimed at the narrow application area. Thus, a small area can be applied quickly and efficiently without fouling the outside of the application work area with unnecessary application liquid.
[0060]
Although the embodiment of the present invention has been described in detail with reference to the drawings, the specific configuration of the present invention is not limited to this embodiment, and there are design changes and the like without departing from the gist of the present invention. Is included in the present invention. For example, in the present invention, any coating nozzle may be used as long as the inner diameter of the liquid conduit on the container body side is set smaller than the diameter of the spout and the diameter of the spout is set larger than the inner diameter of the liquid guide. The application nozzle does not necessarily consist of a combination of a nozzle body and an application head.
[0061]
【The invention's effect】
As described above, according to the present invention, in a liquid application container having an application nozzle, in the process in which the container body is turned upside down and the application nozzle is brought close to the application part, the unexpected leakage of the liquid content is prevented, and the spout of the application nozzle In the coating process using the surrounding coating work surface, the coating work speed can be increased.
[Brief description of the drawings]
FIG. 1 is a schematic view showing a liquid application container according to a first embodiment of the present invention.
FIG. 2 is a schematic view showing a coating nozzle.
FIG. 3 is a schematic view showing a liquid application container according to a second embodiment of the present invention.
FIG. 4 is a schematic diagram showing a coating nozzle.
FIG. 5 is a schematic diagram showing a state in which the application nozzle is kept dripping.
FIG. 6 is a schematic view showing a liquid application container according to a third embodiment of the present invention.
FIG. 7 is a schematic view showing a coating nozzle.
FIG. 8 is a schematic diagram showing a setting state of up / down switching of a coating head in a coating nozzle.
FIG. 9 is a schematic view showing a state in which the application nozzle is kept dripping.
[Explanation of symbols]
10, 10A, 10B Liquid application container 11 Container main body 20 Application nozzle 22 Nozzle main body 22A Tip small diameter part (tip part)
22B Spout 22C Application work surface 22D Liquid guide path 23 Application head 23A Fitting locking part 23B Spout 23C Application work surface 24A Liquid drip retaining groove 31 Upper locking part 32 Lower locking part

Claims (4)

An application nozzle is provided in the container body, the liquid content in the container body is poured out from the spout of the application nozzle, and can be applied to the application part,
The coating nozzle is fitted to the nozzle body fixed to the container body side and the tip of the nozzle body to open a spout opening connected to the spout of the nozzle body and to form a coating work surface around the spout And a coating head comprising
The inner diameter of the container body side of the liquid guiding path in the nozzle body smaller than the diameter of the spout of the nozzle body,
The diameter of the spout in the coating head is set larger than the diameter of the spout in the nozzle body,
A liquid application container, which is an outer peripheral part around the application work surface of the application head and is provided with a liquid sag retaining groove between itself and the nozzle body. The liquid application container according to claim 1, wherein the application nozzle is configured such that the application head is rotatable about the tip of the nozzle body as a rotation axis. The liquid application container according to claim 1, wherein the application head includes a rib on the back side of the application work surface. The container body has a press-deformability;
The outer peripheral portion of the application nozzle body includes a double liquid dripping storage cylinder and a cap receiving cylinder,
The coating nozzle has a coating head substantially flush with the tip surface of the nozzle body,
The liquid coating container according to claim 1, wherein the spout of the coating head is made continuous with the spout of the nozzle body.

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