JP3128694U - Improved structure for liquid application containers - Google Patents

Abstract

An application container exhibits a massage function in addition to a liquid application function.
A bottle is provided with a coupling seat thereon, and has a ball sheet for a rollable ball at an upper part thereof. Displacement moving means and stop means are provided between the coupling seat and the ball seat. The displacement moving means gives a first relative position after displacement movement and a second relative position after displacement movement to the ball seat and the coupling seat. When the connecting seat and the ball seat are in the first relative position, the stop means forms a closed state. And the outflow from the ball | bowl of the coating liquid in a bottle is prevented, and a massage function is achieved because a rollable ball contacts skin. When the connecting seat and the ball seat are placed at the second relative position by the displacement moving means, the stop means is opened.
[Selection] Figure 6

Description

  The present invention relates to an improved structure of a container for a coating liquid, and more particularly to an improved structure of a container used for a coating liquid such as an emulsion, a liquid medicine, and a coating liquid for removing pain, etc. When not, it can be used as a massage tool.

  Most commercially available coating liquid containers, such as liquid coating containers for removing pain, etc. have a bottle that contains the coating liquid, and this bottle can allow the coating liquid to flow slowly above it. When an application head suitable for contact with the skin is provided and the bottle is turned upside down and gripped and pressed, the application liquid can flow from the inside of the bottle toward the application head.

  An application head having a known structure has a ball sheet and is provided with a rollable ball at the end of the application head so that the application liquid flows from the ball and can be comfortably applied to the skin surface. Such a conventional application container can be used only as an application container and has no other function. Therefore, whether or not the application container can exhibit a massage function in addition to the liquid application function depending on the structure design of the application container is a main category of discussion in the present invention.

  The present invention provides an improved structure of a coating container, the coating container including a bottle containing a coating liquid, and the bottle has a connecting seat having a ball sheet for a rollable ball on the top. Prepare. Displacement moving means and stop means are provided between the connecting seat and the ball seat. The displacement moving means gives a first relative position after displacement movement and a second relative position after displacement movement to the ball seat and the coupling seat. When the connecting seat and the ball seat are in the first relative position, the stop means forms a closed state, and at this time, the coating liquid in the bottle flows out of the ball when the rollable ball comes into contact with the skin. Is prevented and the massage function can be acquired. When the connecting seat and the ball seat are in the second relative position by the displacement moving means, the stop means is opened, whereby the coating liquid in the bottle flows from the connecting seat to the ball above the ball seat and flows out to the outside. , Thereby providing a coating function.

  The present invention provides an application container having a massage function. In the application container, the connecting seat has a protruding upper seat, the ball seat has a sliding cover at the bottom, and the sliding cover is In order to allow the rotation on the projecting upper seat, it is slid into the projecting upper seat. The outer wall of the projecting upper seat and the inner wall of the sliding cover have an upper inclined rib and a lower inclined rib, respectively, and the upper inclined rib of the protruding upper cover has a bottom inclined surface, while the lower inclined rib of the sliding cover is the bottom inclined surface. And an upper inclined surface for contacting with the upper surface. By the contact and displacement movement of the upper inclined surface and the bottom inclined surface, the connecting seat and the ball seat can obtain the first and second relative positions after the displacement movement.

  The application container having a massage function provided in the present invention further includes a position limiting means provided between the coupling seat and the ball seat, and the means is the first to prevent the coupling seat from loosening or dropping from the ball seat. Used to limit the difference in distance of the relative position from the second relative position.

  Further, the present invention includes a positioning means between the connecting seat and the ball sheet, which can rotate with respect to each other, and the positioning means rotates the ball sheet to position the ball sheet so as to apply the liquid, It is possible to prevent the ball sheet from being lowered by the pressure generated when the stop means is opened and the ball sheet comes into contact with the place where the liquid is applied.

  The structure and operation of the present invention will become apparent from the following detailed description of the preferred embodiment of the present invention with reference to the accompanying drawings.

  Referring to FIGS. 1 to 4, the coating container of the present invention has a bottle 10 for storing a coating solution, and a connecting seat 20 is provided on the bottle 10, and this connecting seat 20 has a top portion thereof. A ball sheet 40 for the ball 30 that can roll. The cap 50 covers the ball seat 40 and the coupling seat 20.

  The bottle 10 has, at its upper end, a threaded portion 11 for screwing and coupling with the internal thread 22 of the coupling seat 20 so as to cover the opening 12 at the top of the bottle 10. Referring to FIGS. 8 to 10, the inner screw 22 is provided on the inner wall of the base 21 of the coupling seat 20, while the base 21 further has an outer screw 23 provided on the outer wall thereof. The base 21 has a protruding upper seat portion 24 having a smaller diameter, and the protruding upper seat portion 24 includes a pair of positioning notches 241 (shown in FIG. 9) thereon, and the protruding upper seat portion 24 is disposed thereon. Further, a nozzle 25 having a smaller diameter is formed, and a stop post 26 is provided thereon. Between the stop post 26 and the nozzle 25, a plurality of through holes 27 functioning as passages for the coating liquid are formed. An upper inclined rib 28 is formed on the outer wall of the projecting upper seat 24, and the upper inclined rib 28 has a bottom inclined surface 281 (see FIG. 10). The nozzle 25 has a stop ring 29 at its upper end.

  Referring to FIG. 7, the ball seat 40 has a sliding cover 41 that slips on the protruding upper seat 24 of the coupling seat 20 at the bottom, and the sliding cover 41 includes a lower inclined rib 42 on the inner wall thereof. The inclined rib 42 has an upper inclined surface 421, and the upper inclined surface 421 can come into contact with the bottom inclined surface 281 on the upper inclined rib 28 of the projecting upper seat portion 24 (see FIG. 5A). The upper inclined rib 28 and the lower inclined rib 42 can be formed. The sliding cover 41 is further provided on its inner wall with two flexible positioning blocks 44 that form positioning means together with a pair of positioning notches 241 of the projecting upper seat 24.

  The ball seat 40 has a hopper type ball receiving portion 43, and the inside of the ball receiving portion 43 can hold more than half of the ball 30, and as a result, the remaining portion of the ball 30 is outside the ball receiving portion. It is received in the ball receiving portion 43 so as to rotate while being exposed to the surface. The hopper type ball receiving portion 43 has a pair of support protrusions 45 that are symmetrically assigned to support the bottom of the ball 30 and prevent the ball from sticking to the ball receiving portion 43. This is shown in FIG.

  The ball seat 40 has a connecting portion 46 between the ball receiving portion 43 and the sliding cover 41. The connecting portion 46 has a first passage 47 and a second passage 48. The first passage 47 is disposed at the lower portion, and the second passage 48 is disposed at the upper portion. The radius of the first passage is larger than the radius of the nozzle 25 of the coupling seat 20, and the stop of the upper end of the nozzle 25 is provided at the bottom of the first passage 47 to limit the displacement movement stroke of the ball seat 40 relative to the coupling seat 20. A stop ring 471 that forms a stop action together with the ring 29 is provided (see FIGS. 5 and 6). The radius of the second passage 48 is larger than the radius of the stop post 26 of the coupling seat 20. A flexible washer 481 having an inner radius smaller than that of the stop post 26 is provided inside the second passage. The stop means is formed by the second passage 48, the flexible washer 481, and the stop post 26.

  Referring to FIG. 4, the cap 50 is provided with a screw 51 on the inner wall thereof that can be screwed and connected to the external screw 23 on the base 21 of the connecting seat 20. Thereby, the cap 50 is put on the bottle 10 to seal the ball seat 40, the ball 30, and the coupling seat 40. The cap 50 is provided with a pressure ring 52 at the top. When placed on the bottle 10, the pressure ring 52 contacts the ball 30, positions the ball and prevents the ball from rolling.

  When using the present invention, the cap 50 can be removed to expose the ball seat 40, the ball 30, and the connecting seat 20 as shown in FIG. Referring to FIG. 5A, the bottom inclined surface 281 and the upper inclined surface 421 of the upper inclined rib 28 and the lower inclined rib 42 forming the displacement moving means are in a complete contact position, which is the connecting seat 20 and the ball seat 40. A first relative position is formed after the displacement movement between them. That is, the upper surface of the base 21 of the coupling seat 20 contacts the bottom surface of the sliding cover 41 of the ball seat 40. At this time, the stop post 26 of the coupling seat 20 extends into the second passage 48 of the ball seat 40 so that the flexible washer 481 contacts the stop post 26. Thus, the second passage 48 is sealed to prevent the coating liquid inside the bottle 10 from flowing out.

When a rotational force is exerted on the ball seat 40 so as to rotate relative to the connecting seat 20, the upper inclined rib 28 and the lower inclined rib 42 of the displacement moving means start to move away from each other. The ball seat 40 is lifted with respect to the connecting seat 20 to form a second relative position after displacement movement as shown in FIG. That is, the upper surface of the base 21 of the coupling seat 20 is held at a position where a gap t is provided from the bottom surface of the sliding cover 41 of the ball seat 40. At this time, the stop post 26 is pulled out of the second passage 48, and the second passage is opened. Thereby, as shown by the arrow in FIG. 6, the coating liquid can flow from the second passage to the bottom of the ball 30. As shown in FIG. 11, the ball 30 comes into contact with the application target 60 (skin or the like), whereby the ball 30 comes into contact with the support protrusion 45, and the coating liquid rolls the ball 30 and receives the ball 30 and the ball receiver. Flows through the gap between the parts 43,
It can flow on the surface of the object 60 to be applied.

  When the displacement ring is located at the second relative position, the stop ring 29 on the nozzle 25 of the connection seat 20 approaches the stop ring 471 of the first passage 47 to prevent the connection seat 20 from being separated from the ball seat 40, The maximum displacement movement of the connecting seat 20 from the ball seat 40 is limited. The position limiting means is formed by a stop ring 29 on the nozzle 25 of the coupling seat 20 and a stop ring 471 of the first passage 47. In addition, the flexible positioning blocks 44 of the two positioning means are accurately engaged in the positioning notches 241, whereby a positioning action with respect to the coupling seat 20 and the ball seat 40 is obtained.

  The coating liquid flows from the bottle 10 through the base 21 of the coupling seat 20, the nozzle 25, and the through hole 27 around the stop post 26, and slowly flows into the first passage 47 and the second passage 48 of the ball seat 40. Then, it is carried out of the ball receiving portion 43 by the rollable ball 30 for convenience of the coating solution.

  The positioning block 44 in the sliding cover 41 of the ball seat 40 is brought into close contact with the outer surface of the protruding upper seat portion 24 of the connecting seat 20. Its function is to apply a deceleration force during the rotation of the connecting seats relative to the ball seat in order to lift the ball seat 40. This is done because of the inconvenience of a stop when rotating the coupling seat relative to the ball seat, such as during storage of the application container or when the application container is not in use, due to vibrations on the application container. This is to prevent an unnecessary opening. When the ball seat 40 and the connecting seat 20 are rotated to form the second relative position, the positioning block 44 is accurately engaged in the positioning notch 241 and the position is determined. Further, when the ball 30 contacts and applies pressure to the application object, the ball sheet 40 is prevented from descending relative to the connecting seat 20, whereby the stop means is held open for convenience of application liquid. The

  When the coating solution according to the present invention is used as a massage tool, as shown in FIG. 12, the ball seat 40 and the connecting seat 20 are in the first relative position, while the stop means is in the closed state. Thereby, the coating liquid in the bottle 10 does not flow out through the ball 30. Since the ball 30 is free to roll, the ball 30 comes into contact with the surface of the massage object 70, so that a massage function is achieved.

  The applicator container according to the present invention clearly has a massage function as compared with the prior art and is therefore patentable. The embodiments listed here are merely illustrative of the present invention and do not limit the scope of the present invention. It will be apparent to those skilled in the art that various modified embodiments or modifications, such as other types of displacement moving means or stopping means, are also encompassed by the defined claims without departing from the spirit of the invention.

It is an exploded perspective view of the present invention. It is a perspective view at the time of partially assembling in this invention. It is a perspective view after the assembly in this invention. It is sectional drawing after the assembly in this invention. It is sectional drawing when a cover is removed in this invention. FIG. 5 is an enlarged cross-sectional view showing a connecting seat, a ball seat, and a ball when the displacement moving means forms the first relative position after the displacement movement in the present invention. FIG. 6 is a view similar to FIG. 5 but when the ball seat is lifted. In this invention, when a displacement moving means forms the 2nd relative position after a displacement movement, it is an expanded sectional view shown about a connection seat, a ball seat, and a ball. It is sectional drawing of the ball seat of this invention. It is sectional drawing of the connection seat of this invention. It is a top view of the coupling seat of this invention. It is a top view of the connection seat of this invention. It is a schematic plan view when the present invention is used for the liquid application function. It is a schematic plan view when this invention is used for the massage function.

Explanation of symbols

DESCRIPTION OF SYMBOLS 10 Bottle 11 Screw part 12 Opening part 20 Connection seat 21 Base 22 Inner screw 23 Outer screw 24 Projection upper seat part 25 Nozzle 26 Stop post 27 Through-hole 28 Upper inclined rib 29 Stop ring 30 Ball 40 Ball seat 41 Sliding cover 42 Below Inclined rib 43 Ball receiving portion 44 Positioning block 45 Support projection 46 Connecting portion 47 First passage 48 Second passage 50 Cap 51 Screw 52 Pressure ring 60 Application object 70 Massage object 241 Notch 281 Bottom inclined surface 421 Upper inclined surface 471 Stop ring 481 Flexible washer t Clearance

Claims (14)

An improved structure of the coating solution container,
A bottle having an opening and containing a coating liquid therein;
A coupling seat coupled to the opening of the bottle;
A ball seat connected to the connecting seat, having a ball receiving portion thereon, and a ball seat having a passage communicating the connecting seat and the ball receiving portion;
A ball that is received in the ball receiving portion in a manner suitable for rolling, wherein a portion of the ball that exceeds half of the ball is received by the ball receiving portion, and the remaining portion of the ball is exposed outside the ball receiving portion. And the ball
Displacement moving means formed on the coupling seat and the ball seat, the coupling seat and the ball seat forming a first relative position after displacement movement between them, and displacement during operation Displacement moving means for forming a second relative position after movement;
Comprising stop means provided in one of the passages of the ball seat;
When the connecting seat and the ball seat are in the first relative position after the displacement movement, the stop means forms a closed state, and at this time, the coating liquid in the bottle is prevented from flowing out of the ball. When the ball is brought into contact with the skin, a massage function is obtained, and when the connecting seat and the ball seat are placed in the second relative position after the displacement movement, the stop means is opened, and thus the inside of the bottle The coating solution of the coating solution flows through the connecting seat to the ball at the top of the ball seat and then flows out to the outside, thereby obtaining a coating function.   The structure further includes a position limiting unit, the position limiting unit being provided between the coupling seat and the ball seat, and a difference in distance between the first relative position and the second relative position. The improvement structure of the container for coating liquids of Claim 1 used in order to restrict | limit.   The structure further includes positioning means provided between the connecting seat and the ball seat, whereby the connecting seat and the ball seat are moved to the second relative position by the operation of the displacement moving means. The improved structure of the coating liquid container according to claim 1, wherein when connected, the connection seat and the ball seat are held in the second relative position.   The displacement moving means includes an upper inclined rib provided on the outer wall of the coupling seat and a lower inclined rib provided on the inner wall of the ball seat, the upper inclined rib having a bottom inclined surface, and the lower inclined rib is a top portion. The bottom inclined surface and the top inclined surface move so as to contact each other during operation, and the connecting seat and the ball seat take the first and second relative positions. An improved structure of the coating liquid container according to claim 1.   The improved structure of the container for coating liquid according to claim 4, wherein the bottle has a threaded portion at its upper end for screwing and connecting with an internal thread of the connecting seat for connecting the bottle with the connecting seat.   The connecting seat has a base, the inner screw is provided on an inner wall of the base, the base has a projecting upper seat on the base, and the projecting upper seat is on the projecting upper seat. A nozzle having a diameter smaller than the diameter is formed, and the ball seat has a sliding cover that slides on the protruding upper seat of the connecting seat at the bottom thereof, and the sliding is performed to displace the displacement moving means. The improved structure of the coating liquid container according to claim 5, wherein the first and second relative positions are formed when the cover is rotated relative to the protruding upper seat portion.   The upper inclined rib of the displacement moving means is provided on an outer wall of the protruding upper seat portion of the connecting seat, and the lower inclined rib is provided on an inner wall of the sliding cover of the ball seat. Item 7. An improved structure of a coating solution container according to Item 6.   The sliding cover is further provided with two positioning blocks on its inner wall, and correspondingly, the protruding upper seat is provided with a pair of positioning notches, the ball seat and the coupling When the seat is rotated and the second relative position is formed, the positioning block is accurately engaged in the positioning notch to obtain a positioning action for the ball seat and the connecting seat, thereby The improved structure of the coating solution container according to claim 7, which is held at the second relative position.   The ball receiving portion on the ball seat is a hopper type, and the ball receiving portion of the hopper type has a pair of support protrusions assigned symmetrically to support a bottom surface of the ball. An improved structure of the container for coating liquid described.   The ball seat has a connecting portion between the ball receiving portion and the sliding cover, the passage is formed in the connecting portion, the passage including a first passage and a second passage, One passage is disposed at a lower position, while the second passage is disposed at an upper position, the radius of the first passage is larger than the radius of the nozzle of the coupling seat, and the first passage has a stop ring at the bottom thereof. A stop action is formed together with a stop ring at the upper end of the nozzle to limit a displacement movement stroke of the ball seat relative to the connecting seat, thereby forming a positioning restriction operation. Improved structure for coating liquid containers.   A radius of the second passage is larger than a radius of a stop post provided on the nozzle of the coupling seat, and a flexible washer is provided in the second passage with an inner diameter smaller than the radius of the stop post. The stop means is formed by the second passage, the flexible washer, and the stop post, so that when the displacement moving means is located at the first relative position, the stop post is in the second passage. The improved structure of the coating solution container according to claim 10, wherein the coating is extended and the flexible washer is brought into contact with the stop post, and thus the second passage is sealed.   The improved structure of the coating liquid container according to claim 10, wherein the stop post and the nozzle form a plurality of through holes for passing the coating liquid therebetween.   The said structure is an improvement structure of the container for coating liquids of Claim 1 which comprises the cap for covering the said ball seat, the said ball | bowl, and the said connection seat.   The cap is provided with a pressure ring at the top, and when the cap is put on the bottle, the pressure ring contacts the ball, positions the ball, and the ball rolls. The improved structure of the container for coating solutions according to claim 13, wherein

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