JP2008265852A - Capped container - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a capped container which enables the attachment and detachment of the cap to be made easily by simple operation and also the falling of the cap due to vibrations or the like to be prevented certainly. <P>SOLUTION: The capped container 1 has: a container body 2 which functions as a grip-cum-liquid chemical reservoir container; a lid member 3 which closes this liquid chemical injection opening section 20 with outer fitting fixation being made to the liquid chemical injection opening section 20 of this container body 2 and also has a flow outlet 30a for the liquid chemical within the container body 2; an application member 4 for applying to a substrate face by impregnating the liquid chemical which has been kept in this lid member 3 and has flowed out of the flow outlet 30a; and a cap 5 which covers this application member 4 and is made to cover the lid member 3 in a detachable and attachable manner. There is prepared an engagement and disengagement mechanism 8 of a compound advance or retreat type which can combine or separate the lid member 3 and the cap 5 by the compound relative advance or retreat in the vertical direction and the direction around the axis of the vertical axis of the lid member 3 and the cap 5, by dividing into both the members 3 and 5. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention relates to a container with a cap, and more particularly to a container with a cap that can securely hold the cap attached to the container body and can be easily attached and detached.

  Conventionally, what is shown in FIG. 10 as an example of a container with a cap is provided. The capped container 106 is fitted and fixed to the liquid agent storage container 100 that also serves as a grip, and the liquid agent injection port portion 101 of the liquid agent storage container 100 to close the liquid agent injection port portion 101, and is stored in the liquid agent storage container 100. A lid member 103 having an outlet 102 for a liquid agent such as a water repellent, and impregnated with the liquid agent held by the lid member 103 and exiting from the outlet 102 and applied to a surface to be coated such as a window glass of an automobile And a cap 105 that covers the coating member 104 and is detachably placed on the lid member 103. The liquid agent storage container 100, the lid member 103, the coating member 104, and the cap 105 have respective cross-sectional shapes. Is suitable as a liquid medicine applicator having a circular shape (for example, Patent Document 1).

  According to the cap-equipped container 106 described in Patent Document 1, after the liquid agent storage container 100 is gripped and the cap 105 is removed, the application member 104 is moved in a state of being pressed against an application surface such as an automobile window glass. As a result, the liquid agent in the liquid agent storage container 100 flows out from the outlet 102 of the lid member 103 and is impregnated in the application member 104 or applied to the application surface. In that case, since the flow rate adjusting member 107 adjusts the amount of the liquid agent flowing out from the outlet 102, it is possible to prevent the liquid agent from flowing out excessively from the outlet 102.

  Further, the cap 105 is attached to the lid member 103 so as to cover and protect the coating member 104 by tightening the female screw portion 105a on the cap 105 side and the male screw portion 103a on the lid member 103 side, and is formed integrally with the cap 105. Since the outlet 102 of the lid member 103 is blocked by the closed plug 105b, the liquid agent is prevented from flowing out from the outlet 102, and the female thread 105a on the cap 105 side and the male thread on the lid member 103 side The cap 105 is separated from the lid member 103 by refastening with the 103a, and a usable state in which the application member 104 is exposed can be obtained.

Utility Model Registration No. 3065001

  However, in the cap-equipped container 106 described in Patent Document 1, the cap 105 is attached to and detached from the lid member 103 when the cap 105 and the lid member 103 are rotated forward and backward relative to each other by the female screw portion 105a and the male screw portion 103a. Therefore, there is a problem that it takes time to attach and detach the cap 105. That is, the tightening / tightening for attaching / detaching the cap 105 requires not only a complicated operation of rotating the cap 105 and the lid member 103 relative to each other around the longitudinal axis C, but also tightening. In the initial stage, the longitudinal axis C of the cap 105 and the longitudinal axis C of the lid member 103 are positioned on substantially the same line, and a cumbersome initial operation for abutting the respective start ends of the female screw portion 105a and the male screw portion 103a is required. The In addition, when the tightening torque is smaller than the allowable range of the reference value, the cap 105 may fall off from the lid member 103 due to vibration or the like, and the application member 104 may be exposed. If left for a long time in a state exceeding the allowable range, there is a problem that it is difficult to separate the cap 105 by tightening.

  The present invention solves such a problem, and the object of the present invention is to make it easy to attach and detach the cap by a simple operation, and to reliably prevent the cap from being accidentally detached due to vibration or the like. It is to provide a container with a cap that can be used.

  The present invention provides a cap-equipped container comprising a container main body and a cap that is detachably attached to the container main body, and the lid member is formed by a composite relative advance and retreat of the container main body and the cap in the direction around the longitudinal axis and the longitudinal axis. A composite advancing / retracting / disengaging mechanism capable of coupling or separating the two members of the cap and the cap is provided separately on the two members.

  According to this, both the container main body and the cap can be coupled together by a simple operation of relatively advancing in the order of the longitudinal direction and the direction around the longitudinal axis. It can be securely held by the engagement of the release mechanism. Moreover, by reversing both members relative to each other in the order of the direction around the longitudinal axis and in the longitudinal direction, both members can be easily separated to obtain a usable state of the container body.

  In the container with a cap according to the present invention, the combined forward / backward engaging / disengaging mechanism includes a longitudinally extending portion that is provided on one of the members and extends in the longitudinal direction, and a laterally extending portion that communicates with the longitudinally extending portion and extends in the lateral direction. And a latching protrusion provided on the other of the two members and capable of being engaged with and disengaged from the latching portion. Both members are integrally coupled by engaging the laterally extending portion of the locking portion and the locking convex portion by a combined operation of engagement of the portion with the vertically extending portion and relative advancement of both members in the direction around the longitudinal axis. At the same time, the two members can be separated by releasing the engagement between the locking portion and the locking projection by a combined operation of the relative retraction of both members in the direction around the longitudinal axis and the vertical relative retraction of both members after the two members are integrally coupled. It is configured as follows.

  According to this, both the members are relatively advanced in the vertical direction, and after engaging the locking projection with the vertically extending portion of the locking portion, both members are relatively advanced in the direction around the vertical axis, By engaging the locking projection with the laterally extending portion of the locking portion, both members can be coupled together. In addition, in a state where both the members engaging with the laterally extending portion of the engaging portion are integrally coupled, the both members are relatively retracted in the direction around the longitudinal axis, and the engaging convex portion and the laterally extending portion are After engaging the locking projection with the longitudinally extending portion of the locking portion and releasing both members relative to each other in the longitudinal direction, the engagement between the locking convex portion and the longitudinally extending portion is established. Is released and both members can be separated. In other words, the coupling and separation of both members can be performed by simple operations.

  Further, when the two members are moved forward relative to each other in the longitudinal direction, the vertically extending portion of the engaging portion is moved with respect to the longitudinal axis so that the engaging convex portion can advance toward the laterally extending portion in the direction around the longitudinal axis. Inclining the locking projection with the longitudinally extending portion of the locking portion causes both the lid member and the cap to move forward relative to each other, thereby tilting the locking projection. Interference with the inner surface of the longitudinally extending portion causes a force to move both members 3 and 5 relatively in the direction around the vertical axis. The stopper convex portion is guided to the laterally extending portion of the locking portion, and an integrally coupled state of the cap member 3 and the cap engaged with these can be obtained. Conversely, with the locking projection engaged with the laterally extending portion of the locking portion, the lid member and the cap are moved backward relative to each other in the direction around the vertical axis, thereby inclining the locking projection and the vertical Since the force that causes both members to move backward in the vertical direction is generated due to interference with the inner surface of the extending portion, even if the force that causes the both members to move backward in the vertical direction is reduced, the locking projection and the inclined vertically extending portion Can be disengaged.

  In the container with a cap of the present invention, the container body constitutes a grip and liquid storage container, and is fitted and fixed to the liquid injection port of the liquid storage container to close the liquid injection port, and the liquid in the liquid storage container And a coating member that is held by the lid member and is impregnated with the liquid agent that has exited from the flow outlet and is applied to the surface to be coated. It is preferable that the member is configured so that the cap can be detachably attached to the member via the combined advancing / retracting mechanism.

  According to this, the liquid agent is stored in the container body in advance, the container body is gripped in this state, the cap is removed, and then the application member is pressed against the surface to be coated and moved in the container body. The liquid agent flows out from the outlet of the lid member and can be impregnated in the coating member or applied to the surface to be coated. Further, by attaching the cap to the lid member, the coating member is covered and protected by the cap, and the evaporation of the liquid agent can be prevented.

  In the present invention, it is preferable that the locking protrusion is provided on the lid member so as to protrude radially outward, and the locking portion is provided on the cap. According to this, it is possible to visually confirm the accurate integral coupling state between the cap member and the cap in which the locking projection is engaged with the laterally extending portion of the locking portion.

  Furthermore, in the present invention, it is preferable that the locking portion is formed in an arc shape from the longitudinally extending portion to the laterally extending portion. According to this, the locking projection and the inner surface of the locking portion are moved forward by relatively advancing the both members of the lid member and the cap in a state where the locking projection is engaged with the vertically extending portion of the locking portion. Because of this, a force that causes both members to relatively advance in the direction around the vertical axis is generated. The lid member and the cap, which are engaged with each other by being guided to the laterally extending portion of the locking portion, can obtain an integrally coupled state. On the other hand, the locking projection and the locking portion are moved back relative to each other in the direction around the longitudinal axis while the locking projection is engaged with the laterally extending portion of the locking portion. Interference with the inner surface generates a force that causes both members to move backward in the vertical direction, so the locking projections inevitably lead to the vertically extended portion without applying a force to move both members in the vertical direction relative to each other. As a result, separation of the two members whose engagement has been released can be obtained.

  According to the present invention, the lid member and the cap member can be relatively advanced in the longitudinal direction and the direction around the longitudinal axis by a simple operation and the simple operation in which both the members are relatively moved back and forth in the direction around the longitudinal axis. Both members can be easily attached and detached, and the combined state of the lid member and the cap is firmly held by the engagement of the combined advance / retract mechanism, so that unintentional removal of the cap due to vibrations can be reliably prevented. it can.

Hereinafter, a preferred embodiment of a container with a cap according to the present invention will be described with reference to the drawings.
1 is a perspective view showing an embodiment of a container with a cap according to the present invention, FIG. 2 is an exploded perspective view showing the container with a cap of FIG. 1, and FIG. 3 is an exploded view of the container with a cap of FIG. FIG. 4 is a front view of the main part of the container with a cap in FIG.

  1-4, the container 1 with a cap is provided with the function as a liquid agent applicator, and is provided with the container main body 2, the cover member 3, the application member 4, and the cap 5 which also serve as a grip, and the container main body 2, the cover member 3 and the cap 5 are shape | molded by the synthetic resin, and those cross-sectional shapes are formed circularly.

  The container body 2 stores, for example, a liquid water repellent for imparting water repellency to a window glass, a sunroof, a door mirror, or a rear glass of an automobile, and a liquid agent inlet 20 is provided at the tip thereof. is there.

  The lid member 3 has a partition wall 30 orthogonal to the longitudinal axis C. One of the partition walls 30 is provided with an application member holding recess 31, and a peripheral wall 32 having a double inner and outer periphery extends in the longitudinal axis C direction on the other side of the partition wall 30. The inside of the coating member holding recess 31 and the inner and outer peripheral double peripheral walls 32 communicate with each other via a liquid agent outlet 30 a provided in the partition wall 30. And after making the peripheral wall 32 of the inner and outer periphery double and the liquid agent inlet part 20 of the container main body 2 oppose on the vertical axis | shaft C, these both members are moved forward relatively, and the liquid agent inlet part 20 is made into inner and outer peripheral double part. By press-fitting between the peripheral walls 32 and engaging with each other, the lid member 3 is fitted and fixed to the liquid agent inlet 20, and the liquid agent inlet 20 is closed by the lid member 3. Prior to this, the flow rate adjusting member 7 is previously fitted to the inner peripheral side peripheral wall 32a of the inner peripheral outer peripheral double peripheral wall 32, thereby adjusting the outflow amount of the water repellent from the outlet 30a. Thus, it is possible to avoid an excessive outflow of the water repellent from the outlet 30a.

  The coating member 4 is used to apply the impregnated water repellent to automobile window glass, sunroof, door mirror, rear glass, etc., and is a material excellent in wear resistance and liquid impregnation properties such as nonwoven fabric, felt or sponge. And has a shape and a size that are fitted into the application member holding recess 31 of the lid member 3 and are held so as not to fall off. On the longitudinal axis C, the outlet of the flow rate adjusting member 7 (not shown) Is provided with a through hole 4a. When the application member 4 is fitted into the application member holding recess 31 of the lid member 3, the plurality of claw portions 31 a formed on the inner surface of the application member holding recess 31 are not easily applied to the application member 4. Can be firmly fixed.

  The cap 5 covers the coating member 4 and is detachably covered with the lid member 3. The cap 5 covers and protects the coating member 4 by being attached to the lid member 3, and the water repellent impregnated in the coating member 4. Suppresses evaporation. Further, the liquid agent outlet 30a provided in the partition wall 30 of the lid member 3 is closed by the rod-shaped plug part 5a formed integrally with the cap 5, so that the water repellent flows out of the liquid agent outlet 30a. By removing the cap 5 from the lid member 3, it is possible to obtain a usable state in which the application member 4 is exposed (see FIG. 5).

  1 to 5, both the lid member 3 and the cap 5 are configured so that they can be coupled or separated by a composite advancing / retracting engagement / disengagement mechanism 8 that is provided separately for both members.

  The compound advancing / retracting engagement / disengagement mechanism 8 includes three locking portions 80 provided on the peripheral wall portion of the cap 5 at equal intervals in the circumferential direction, and three locking portions provided on the outer periphery of the lid member 3 at equal intervals in the circumferential direction. Each locking portion 80 has a longitudinally extending portion 80a extending in the longitudinal direction and a laterally extending portion 80b extending in the lateral direction so as to communicate with the longitudinally extending portion 80a. Is formed in a substantially 1/4 arc shape from the laterally extending portion 80b.

  The cap-equipped container 1 having the function as the liquid agent applicator having the above-described configuration is sold or stored with the cap 5 attached, as shown in FIGS. 1 and 4. In this state, the locking projection 81 is engaged with the laterally extending portion 80 b of the locking portion 80 of the cap 5, and the combined state of both the lid member 3 and the cap 5 is firmly held. Accordingly, the cap 5 does not fall off from the lid member 3 due to vibration during carrying or traveling of the automobile, and the application member 4 is not exposed.

  In using the container 1 with a cap, first, the cap 5 is rotated in the arrow R1 direction with the container body 2 held and fixed in FIG. 1, or the container body 2 is moved in the arrow R2 direction with the cap 5 held and fixed. Or both the cap 5 and the lid member 3 are simultaneously rotated in the directions of arrows R1 and R2. That is, the members 3 and 5 are relatively retreated in the direction around the axis of the vertical axis C. In this way, by reciprocating both members 3 and 5 in the direction around the axis of the vertical axis C, the both members 3 and 5 are relatively retreated in the vertical direction due to interference between the engaging projection 81 and the inner surface of the engaging portion 80. Therefore, even if a force for retreating the members 3 and 5 in the longitudinal direction is not applied, the engaging projection 81 is inevitably guided to the longitudinally extending portion 80a, and then the engagement of these members is increased. As shown in FIG. 5, the members 3 and 5 are separated, and a usable state in which a part of the application member 4 is exposed can be easily obtained.

  In this way, the container body 2 is gripped in a state where a part of the coating member 4 is exposed, and the coating member 4 is pressed against a coated surface such as a wind glass, a sunroof, a door mirror, or a rear glass of an automobile, thereby By moving 1, the liquid water repellent in the container body 2 flows out from the liquid agent outlet 30 a of the lid member 3 and is impregnated in the application member 4 or applied to the surface to be applied.

  As shown in FIG. 5, the cap-equipped container 1 after use makes the cap 5 face the coating member 4 and the lid member 3 on the vertical axis C, and the locking projection 81 is a vertically extending portion of the locking portion 80. It faces 80a. When the cap 5 is moved in the direction of the coating member 4 and the lid member 3 in this state, that is, when both the lid member 3 and the cap 5 are relatively advanced in the direction of the longitudinal axis C, the locking projection 81 is first engaged. Engage with the longitudinally extending portion 80 a of the stopper 80. In this state, both the cover member 3 and the cap 5 are moved forward relative to each other in the vertical direction, whereby the members 3 and 5 are moved along the axis of the vertical axis C due to interference between the locking projection 81 and the inner surface of the locking portion 80. Since a force for relatively advancing in the circumferential direction is generated, the locking projection 81 is inevitably formed by the locking portion 80 without applying a force for relatively advancing in the direction of the axis of the vertical axis C to the members 3 and 5. Thus, it is possible to easily obtain an integrally coupled state (see FIG. 1) of the lid member 3 and the cap 5 engaged with each other. In addition, it is possible to visually confirm an accurate integrated connection state of the cap member 5 and the cap member 5 in which the locking projection 81 is engaged with the laterally extending portion 80 b of the locking portion 80.

  In the above-described embodiment, the composite advancing / retracting engagement / disengagement mechanism 8 is provided with the three locking portions 80 provided on the peripheral wall portion of the cap 5 at equal intervals in the circumferential direction and the outer periphery of the lid member 3 at equal intervals in the circumferential direction. Although the structure provided with the three latching convex parts 81 is demonstrated, each of the latching part 80 and the latching convex part 81 may be two or four or more. Contrary to the above-described embodiment, the cap 5 has a structure in which two or more inward locking projections are provided on the peripheral wall portion of the cap 5 and the same number of locking portions as the locking projections are provided on the outer periphery of the lid member 3. There may be. However, in such a structure, it is not possible to visually confirm the exact integrated connection state of the cap member 5 and the cap 5 in which the locking projection 81 is engaged with the laterally extending portion 80b of the locking portion 80. A structure in which a locking portion 80 is provided on the peripheral wall portion and a locking projection 81 is provided on the outer periphery of the lid member 3 is desirable.

  Moreover, in the said embodiment, it demonstrated with the compound advancing / retracting type | formula engagement / disengagement mechanism 8 provided with the latching | locking part 80 and the latching convex part 81 which were formed in the substantially 1/4 arc shape from the vertical extension part 80a to the horizontal extension part 80b. However, as shown in FIG. 6, an L-shaped latch having a longitudinally extending portion 80 a extending vertically in the longitudinal direction and a laterally extending portion 80 b communicating with the longitudinally extending portion 80 a and extending horizontally in the lateral direction. The composite advancing / retracting engagement / disengagement mechanism 8 including the portion 80 and the engagement protrusion 81 that can be engaged / disengaged with the engagement portion 80 may be used.

  6, both the lid member 3 and the cap 5 are relatively advanced in the direction of the longitudinal axis C, and are locked to the inner part of the vertically extending portion 80a of the locking portion 80. After engaging the convex portion 81, both the members 3, 5 are relatively advanced in the direction around the axis of the vertical axis C to engage the locking convex portion 81 with the laterally extending portion 80 b of the locking portion 80. Thus, both members 3 and 5 can be coupled together. In addition, when both the members 3 and 5 are engaged integrally with the laterally extending portion 80 b of the locking portion 80, the members 3 and 5 are relatively retracted in the direction around the axis of the vertical axis C. Then, after disengaging the engaging projection 81 and the laterally extending portion 80b and engaging the engaging protruding portion 81 with the longitudinally extending portion 80a of the engaging portion 80, both members 3 and 5 are moved vertically. By retreating in the direction relative to each other, the engagement of the locking projection 81 and the longitudinally extending portion 80a is released, and the members 3 and 5 can be separated. However, both the members 3 and 5 are loaded with a force for relative advancement in the direction around the axis of the vertical axis C to engage the locking projection 81 from the longitudinally extending portion 80a to the laterally extending portion 80b, Since it is necessary to apply a force that causes the members 3 and 5 to move backward relative to each other in the vertical direction to release the engagement between the locking projection 81 and the vertically extending portion 80a, the locking portion 80 is It can be said that it is desirable to form in an arc shape from the portion 80a to the laterally extending portion 80b.

  Furthermore, as shown in FIG. 7, when both the lid member 3 and the cap 5 are relatively advanced in the vertical direction (see arrow Y), the locking convex portion 81 faces the laterally extending portion 80 b and the vertical axis C. It may be a compound advancing / retracting engagement / disengagement mechanism 8 in which the longitudinally extending portion 80a of the locking portion 80 is inclined with respect to the longitudinal axis C so as to be able to advance in the direction around the axis (arrow X direction).

  In the case of the combined advance / retract type engagement / disengagement mechanism 8 shown in FIG. 7, both the lid member 3 and the cap 5 are moved in the vertical direction in a state where the locking projection 81 is engaged with the longitudinally extending portion 80 a of the locking portion 80. As a result of the relative advancement, a force (see arrow X) for relatively advancing the members 3 and 5 in the direction around the axis of the vertical axis C is generated due to the interference between the locking projection 81 and the inclined inner surface 80a. Even if the relative advancing force in the direction around the axis of the longitudinal axis C applied to the members 3 and 5 is reduced, the locking projection 81 is guided to the laterally extending portion 80b of the locking portion 80, and these are engaged. A combined state of the combined lid member 3 and cap 5 can be obtained. On the contrary, in a state in which the locking projection 81 is engaged with the laterally extending portion 80b of the locking portion 80, the lid member 3 and the cap 5 are relatively retracted in the direction around the axis of the vertical axis C (see arrow X1). As a result, a force (see arrow Y1) that causes both members 3 and 5 to retreat in the longitudinal direction due to interference between the locking projection 81 and the inclined inner surface 80a is generated. Even if the force of relative retreating in the vertical direction is reduced, the engagement between the locking projection 81 and the inclined vertically extending portion 80a can be released.

  On the other hand, in each said embodiment, although the latching | locking part 8 is comprised by the through-hole which penetrated the surrounding wall of the cap 5, as shown to Fig.8 (a), (b), it does not penetrate the surrounding wall of the cap 5. A groove-shaped locking portion 8 may be used. However, in such a structure, it is not possible to visually confirm the exact integral connection state of the cap member 5 and the cap 5 in which the locking projection 81 is engaged with the laterally extending portion 80b of the locking portion 8. As in the embodiment, it is desirable to configure the locking portion 8 with a through hole penetrating the peripheral wall of the cap 5.

  On the other hand, in each of the above embodiments, the extending direction of the laterally extending portion 80b with respect to the vertically extending portion 80a is described as being configured from the left side to the right side in the drawing. However, as illustrated in FIG. A configuration in which the extending direction of the laterally extending portion 80b is directed from the right side to the left side in the drawing may be employed. With such a configuration, when the container 1 with a cap is used, first, the cap 5 is rotated in the direction of the arrow R3 with the container body 2 held and fixed in FIG. 1, or the cap 5 is held and fixed. Then, the container body 2 is rotated in the direction of the arrow R4, or both the cap 5 and the lid member 3 are simultaneously rotated in the directions of the arrows R3 and R4. That is, it is possible to easily obtain a usable state in which a part of the coating member 4 is exposed by separating both the members 3 and 5 in the direction around the axis of the vertical axis C to separate the both members 3 and 5. On the contrary, after the locking projection 81 is engaged with the longitudinally extending portion 80a of the locking portion 80, both the lid member 3 and the cap 5 are relatively advanced in the vertical direction, and then the container body 2 is moved. The cap 5 is rotated in the direction of the arrow R1 while being held and fixed, the container body 2 is rotated in the direction of the arrow R2 while the cap 5 is being held and fixed, or both the cap 5 and the lid member 3 are moved. At the same time, by rotating in the directions of arrows R1 and R2, the members 3 and 5 can be relatively retreated in the direction around the axis of the longitudinal axis C, so that an integral connection state of the members 3 and 5 can be obtained.

  In the case of the cap-equipped container 1 in which the lid member is omitted, the composite advancing / retracting engagement / disengagement mechanism 8 may be provided separately for both the container body 2 and the cap 5.

  Furthermore, it goes without saying that by storing liquid wax in the container body 2, it can be used as a liquid agent applicator for applying liquid wax to the body of an automobile.

It is a perspective view showing one embodiment of a container with a cap concerning the present invention. It is a perspective view which decomposes | disassembles and shows the container with a cap of FIG. It is a front view which decomposes | disassembles and shows the container with a cap of FIG. It is a vertical front view of the container with a cap of FIG. It is a perspective view which shows the state from which the cap was isolate | separated. It is explanatory drawing which expands and shows the modification of a compound advancing / retracting engagement / disengagement mechanism. It is explanatory drawing which expands and shows the other modification of a composite advancing / retreating type | formula engagement / disengagement mechanism. It is explanatory drawing which expands and shows the modification of a latching | locking part, Fig.8 (a) is a front view, FIG.8 (b) is an AA arrow line view of FIG.8 (b). It is explanatory drawing which expands and shows the other modification of a latching | locking part. It is a front view which shows a prior art example partially broken.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Container with a cap 2 Container body 3 Lid member 4 Application member 5 Cap 8 Compound advance / retract type engagement / disengagement mechanism 20 Liquid agent inlet 30a of liquid agent storage container 80a Vertically extending portion of the locking portion 80b Horizontally extending portion of the locking portion 81 Locking convex portion of the combined advancing / retracting engagement / disengagement mechanism C Vertical axis of the container with cap

Claims (5)

  In a container with a cap comprising a container body and a cap that is detachably attached to the container body, both the lid member and the cap are formed by combined relative advancement and retraction of the container body and the cap in the longitudinal direction and the direction around the longitudinal axis. 2. A container with a cap, wherein a composite advancing / retracting mechanism capable of coupling or separating members is provided separately on both members. The container with a cap according to claim 1,
The composite advancing / retracting engagement / disengagement mechanism is provided with one of the two members, a longitudinally extending portion extending in the longitudinal direction, a locking portion having a laterally extending portion communicating with the longitudinally extending portion and extending in the lateral direction, and both members A locking projection that is provided on the other side of the locking portion and can be engaged with and disengaged from the locking portion. Both members are integrally coupled by engagement of the laterally extending portion and the latching convex portion of the locking portion by a combined operation of relative advancement in the direction around the longitudinal axis of both members, and both members after the two members are integrally coupled Both the members can be separated by releasing the engagement between the engaging portion and the engaging convex portion by a combined operation of relative retreating in the direction around the longitudinal axis of the member and relative retreating in the longitudinal direction of both members. A container with a cap. The capped container according to claim 1 or 2,
The container body constitutes a grip and liquid storage container, a lid member that is externally fitted and fixed to the liquid injection port of the liquid storage container to close the liquid injection port, and includes a liquid outlet in the liquid storage container An application member that is held by the lid member and is applied to a surface to be coated by impregnating the liquid agent that has exited from the outflow port. A container with a cap, wherein the cap is detachably attached via a mechanism. The capped container according to claim 3,
A cap-equipped container, wherein the locking projection is provided on the lid member so as to protrude radially outward, and the locking portion is provided on the cap. The container with a cap according to claim 3 or claim 4,
A container with a cap, wherein the locking portion is formed in an arc shape from a vertically extending portion to a horizontally extending portion.

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