JP6540001B2 - Coating container - Google Patents

Description

  The present invention relates to an application container for applying a liquid.

  Conventionally, the container is sealed so that the liquid does not leak from the container main body for storing liquid material such as highly viscous liquid or gel-like glue and the nozzle provided at the tip of the container main body. An application container has been proposed which comprises a cap for Conventionally, these coating containers have a structure in which a mechanism for screwing the cap to the container body side is provided, or a structure in which a discharge port and a lid for opening and closing the discharge port are integrally formed on the cap itself is used. The

  At present, among these application containers, in order to simplify the configuration and make it easy to remove the cap, the cap is provided so as to be elastically deformable, and the user picks the cap with fingers. There is proposed an application container which can be used by easily removing the cap by bending the entire cap (see, for example, Patent Document 1).

  However, in such a container for application, when carrying the container for application or at the time of transportation, an impact is unexpectedly applied to the cap, the entire cap is bent and the container body is detached, and the liquid goes out of the bottle It is also conceivable that it leaks.

JP, 2013-230838, A

  The present invention focuses on such a problem, and an object of the present invention is to provide an application container which can be used easily and quickly while stably containing a liquid material.

  The present invention takes the following measures to achieve such an object.

That is, in the container for application according to the present invention, a container main body which can be discharged from the tip to apply the liquid contained therein by pressing and deforming at least a part, and the container main body moves the tip outward An application container comprising a cap which is detachably provided to the container body so as to be in a closed state of use and a closed state of sealing the tip end portion, wherein the cap has a shape A cap body held non-deformably, an inner cylinder positioned inward of the cap body for sealing the tip of the container body, an engagement surface provided on the cap body and engaged with the container body, and an operation section capable of releasing the mutual dependency between the container body is elastically deformed engagement portion of the container body by posture changes with respect to the cap body is provided in the cap body Characterized in that it.

  With such a device, when removing the cap from the container main body from the closed state to the use state, it is possible to release the interlock without touching the application container, so the container main body is pressed by mistake. It is possible to effectively eliminate the possibility that the liquid material is discharged unnecessarily. Thereby, it becomes possible to discharge and use a liquid material from a front-end | tip part promptly after operation to a cap. That is, according to the present invention, it is possible to provide an application container which can be used easily and rapidly while stably containing a liquid substance.

  In addition, if the container main body can be placed in the closed state in the closed state, the liquid accumulated in the lower part can be discharged quickly from the tip of the container main body in the inverted state after the operation to the cap. As a result, it becomes possible to discharge the liquid material from the tip immediately and use it regardless of the time required for the liquid material to move up and down in the container body due to the viscosity of the liquid material and the like.

  Further, in order to realize the quick release of the engagement by the operation of the operation unit, the container main body is provided with an engagement unit capable of releasing the engagement with the cap by the operation of the operation unit. It is desirable to provide an operation conversion surface that converts the operation force applied to the operation unit into a pressing force in the separation direction between the cap and the container body.

  Moreover, the structure which provided the guide part which slides in a cap in order to guide the operation | movement to a separation direction in a container main body as a structure which can implement | achieve operation | movement of a motion conversion surface correctly can be mentioned.

  In addition, in order to facilitate attachment of the cap from the use state to the closed state, when the cap abuts against the engagement portion of the container main body in the use state, the engagement portion is made to the engagement surface It is desirable to provide a guiding surface for directing and guiding.

  As a configuration for achieving a sealed state capable of effectively preventing unnecessary drying and leakage of the liquid material, it is desirable to provide the container body with an airtight portion that can be fitted from the inside to the inner cylinder.

  The application container described above has a liquid material as paste or adhesive, and the container body has an opening for discharging the liquid material, and through the passage sheet through which the liquid material provided in this opening can pass. When it is set as the aspect discharged, it can utilize effectively.

  In addition, the viscosity of the adhesive that can be suitably applied to the present invention is preferably 500 cps to 30,000 cps, and more preferably 1,000 cps to 10,000 cps.

  ADVANTAGE OF THE INVENTION According to this invention, the container for application | coating which can be used easily and rapidly can be provided, accommodating a liquid substance stably.

FIG. 1 is an external view according to an embodiment of the present invention. Same front view. The other appearance figure. The top view of the cap concerning the embodiment. Center side sectional view of the same cap. The external view seen from the front of the nozzle concerning the embodiment. The external view seen from the side of the nozzle. The bottom view of the nozzle. Configuration explanatory drawing which decomposes | disassembles and shows the same nozzle. Configuration explanatory drawing which shows the backing body which comprises the same nozzle. The center side sectional view showing the important section of the embodiment. Operation | movement explanatory drawing which concerns on FIG. Same as above. Operation | movement explanatory drawing which concerns on the AA line cross section of FIG. Same as above. Operation | movement explanatory drawing which concerns on the BB line cross section of FIG.

  Hereinafter, an embodiment of the present invention will be described with reference to the drawings.

  The application container according to the present embodiment applies the contained g by pressing and deforming the bottle 10 for storing the liquid g, which is a liquid, and at least a part of the bottle 10 exposed to the outside. For this purpose, the container body 1 has a nozzle 2 attached to the tip side of the bottle 10 and having a tip portion X to which the adhesive g can be applied, and the use state where the tip portion X is exposed outward Q) The tip of the container body 1 is detachably mounted on the container body 1 so as to be in a sealed state (P) for sealing the tip portion X, and the bottom surface is grounded in the sealed state (P). And a cap 3 capable of being in an inverted posture in which X is positioned downward.

  In the present embodiment, a so-called “water glue” that can be suitably used to seal an envelope or work using paper as a liquid material that is the contents of a container for application, mainly by fixing the paper together. It uses glue g called. The glue g has a characteristic that the dripping after application is effectively suppressed by setting the viscosity to 500 cps to 30,000 cps, or more specifically, from 1,000 cps to 10,000 cps, and the movement in the bottle 10 And the property that it takes some time due to the viscosity.

  Here, in the container for application according to the present embodiment, the cap 3 is an outer cylinder 31 which is a cap main body in which the shape is held non-deformable, and a tip portion X of the container main body 1 positioned inside the cap 3 main body The inner cylinder 34 for sealing the container, the claw receiving surface 32a which is an engagement surface provided on the outer cylinder 31 and engaged with the container main body 1 side, and the container 3 by changing its attitude with respect to the main body It is characterized in that it has an operation plate 33 which is an operation unit capable of releasing the relation with the main body 1.

  Hereinafter, the specific configuration of the application container according to the present embodiment will be described in detail.

  As described above, the application container has the container body 1 storing the glue g, and the cap 3 for sealing the tip portion X of the container body 1.

  The container body 1 has a bottle 10 and a nozzle 2. The bottle 10 is, for example, elastically deformable and integrally formed of a transparent or translucent resin material so that the remaining amount of the adhesive g inside can be visually recognized from the outside. This bottle 10 has an external thread surface 10a for screwing the lower end into the nozzle 2, a recess 10b provided for the user to easily grasp from the lateral direction, and a top surface 10c with the upper end partially bulging out. doing. Due to the shape of the top surface 10c, the container body 1 can not stand on its side with the nozzle 2 upward. Also, of course, the outer side of the bottle 10 may be coated with a scale on which the remaining amount of the glue g can be easily visually recognized, or a film on which other necessary matters etc. have been printed. The detailed specifications can be applied to various existing ones, such as by making the resin material of the part of the above more difficult to deform than the other parts by increasing the thickness of the resin material. Hereinafter, configurations of the cap 3 and the nozzle body 20 will be described.

  As shown in FIGS. 3 to 5, the cap 3 has a substantially cylindrical outer shape formed by integral molding of a resin, and each component is exposed upward and to the side with the bottom surface 39 grounded. Form the Further, the cap 3 can form a sealed state (P) in which the nozzle body 20 engages with the nozzle body 20 regardless of two directions different by 180 ° in the planar direction. The cap 3 has an outer cylinder 31 which is a cap body forming the outer shape of the cap 3, an engagement window 32 which is an opening formed at two opposing positions in the outer cylinder 31, and protrudes in the engagement window 32. Operation plate 33 integrally formed on the outer cylinder 31 so as to be elastically deformable, an inner cylinder 34 for accommodating the tip portion X of the nozzle 2 in a sealed state, and the nozzle 2 when the cap 3 is attached It has a guide slope 35 which is a guide surface for guiding, and a claw accommodation hole 36 formed between the engagement window 32 and the inner cylinder 34.

  The outer cylinder 31 serving as the cap body is connected to the bottom surface 39 while gradually increasing the diameter to realize the improvement of the stability and the ease of holding at the time of mounting as well as the operation plate 33 and the engagement window 32. A recessed surface 31b is provided by indenting a position different by 90 ° in plan view from the provided position, and an inner wall surface 31c which is in sliding contact with the nozzle body 20 at the time of desorption.

  The engagement window 32 is provided by cutting out two places on both sides of the outer cylinder 31, and has a claw receiving surface 32a facing downward so as to engage with the engagement claw 22 on the nozzle main body 20 side. There is.

  The operation plate 33 is formed in a plate shape so as to fill the inside of the engagement window 32. The operation plate 33 includes an elastic plate 33c that can be elastically deformed by forming a thin resin material, an operation surface 33a appropriately recessed so as to be easily pressed outward by fingers on the tip end side of the elastic plate 33c, and an operation surface It has a pressing surface 33b for pressing the nozzle main body 20 on the back surface side of 33a.

  The inner cylinder 34 has a rectangular shape whose bottom surface side corresponds to the shape of the tip end portion X while the outer shape in plan view is made circular on the inner side of the outer cylinder 31. The inner cylinder 34 is erected toward the outside in a plan view, and a reinforcing rib 34a for maintaining the strength of the inner cylinder 34 itself, and allows rotation of the nozzle body 20 on the upper surface inside the inner cylinder 34. Circumferential surface 34b which seals tip portion X in contact with it, and quadrangular surface 34c and quadrangle bottom surface 34e formed so as to correspond to the shape of tip portion X below circumferential surface 34b, circumferential surface 34b and square surface A continuous surface 34d formed to smoothly and continuously form 34c, and a ring-shaped rib 34f provided so as to protrude in a ring shape from the circumferential surface 34b in order to make the circumference of the tip X airtight. doing. The reinforcing rib 34a functions not only to reinforce the inner cylinder 34 itself but also to determine the operation end of the operation plate 33 by bringing the operation plate 33 into contact from the outside. Thus, excessive elastic deformation of the elastic plate 33c of the operation plate 33 and unnecessary fatigue of the resin material due to repetition thereof can be avoided.

  As shown in FIG. 4, the guide slopes 35 are formed in the upper and lower contrasting shapes in the figure of the figure in order to guide the nozzle body 20 to a position where it can be accurately sealed (P) and to position it. The guide slope 35 guides the engaging claw 22 toward the claw receiving surface 32 a when the engaging slope 22 is in contact with the engaging claw 22 that is the engaging portion of the container main body 1 in the use state (Q). And a boundary surface 35b interposed between the rotary guide surfaces 35a for determining the direction in which the nozzle main body 20 is guided. The rotation guide surfaces 35a are provided symmetrically in the left and right inside of the position where the concave surface 31b of the outer cylinder 31 is provided. The guide slope 35 protrudes upward in a gently curved shape at the boundary surface 35b, and is set in a cross-sectional view so as to gradually decrease in height as it approaches the claw receiving surface 32a. Thus, when the engagement claws 22 of the nozzle body 20 respectively contact the guide slopes 35, the nozzle body 20 is guided to the sealed state (P) while being rotated relative to the cap 3.

  The claw accommodation hole 36 is for accommodating the engagement claw 22 formed inside the engagement window 32 outside the inner cylinder 34. The claw housing hole 36 is formed to face the claw housing surface 36 a continuous with the above-described guide slope 35. Then, in the sealed state (P), the engagement claw 22 is accommodated so as to be sandwiched by the claw accommodation surface 36a.

  The nozzle 2 is screwed to the front end side of the bottle 10 as shown in FIGS. 6 to 16 and is for applying the glue g in the bottle 10. The nozzle 2 includes a nozzle body 20 screwed to the bottle 10, a mesh 5 exposed from the tip of the nozzle body 20, and a backing member that presses the mesh 5 from the back side to form a shape in which the mesh 5 is exposed to the tip side. And four.

  The nozzle body 20 is directly connected and attached to the bottle 10 with the female screw portion 20a, and is engaged with the rectangular cylindrical body 21 projecting to the tip side at the center in plan view and the pair of cylindrical bodies 21 projecting in pairs. A closed state (P) is achieved by fitting into the inner hook 34 of the cap 3 and the separation guide rib 23 that is provided upright at a position where the hook 22 is retracted and that can contact the cap 3 side. And an airtight portion 24 for keeping the tip X airtight.

  The rectangular cylindrical body 21 is formed so as to protrude in a substantially rectangular parallelepiped shape toward the tip, and an opening 21a provided for discharging the glue g by exposing the mesh 5 at the tip edge, and inside The mesh 5 and the backing member 4 are strongly engaged by projecting inward in order to set the inner dimension at a small position in the vicinity of the opening 21 a and the inner surface 21 b for close contact with the backing member 4. And a holding rib 21c.

  The engagement claw 22 corresponds to an engagement portion which can release the engagement with the cap 3 by the operation of the operation plate 33 which is the operation portion of the container body 1. The engaging claw 22 is pressed by the hooking surface 22a which can contact the claw receiving surface 32a of the cap 3 to form a sealed state (P), and the pressing surface 33b of the operation plate 33 and moves away from the cap 3 toward the tip. Thus, it has a tapered surface 22b facing the inclined direction and a retraction edge 22c in which the base end side of the hooking surface is retracted and the separation guide rib 23 is positioned. The tapered surface 22 b functions as an operation conversion surface that converts an operation force applied to the operation plate 33 into a pressing force in the separation direction between the cap 3 and the container body 1.

  The separation guide rib 23 has a separation guide surface 23a that is always in contact with the inner wall surface 31c of the outer cylinder 31 in the sealed state (P), thereby preventing rattling of the nozzle 2 itself when the cap 3 is attached. It is for guiding the operation direction of the container main body 1 when removing the cap 3 in the vertical direction. That is, the separation guide rib 23 corresponds to a guide portion that slides on the cap 3 to guide the movement of the container body 1 in the separation direction from the cap 3.

  The airtight portion 24 protrudes from the base end of the rectangular cylinder 21 in a cylindrical shape, and in a closed state (P), the ring-shaped rib 34f provided on the circumferential surface 34b of the inner cylinder 34, in particular, the circumferential surface 34b. By pressing while being fitted from the inside, the tip side of the airtight portion 24 is kept airtight.

  The backing 4 is for inserting and fixing the mesh 5 by fitting it from the side of the inner surface 21 b of the nozzle body 20. The backing body 4 has a disk shape on the base end side, and is attached while being in sliding contact with the base end surface plate 41 formed by being pressed by the tip end edge of the screwed screw 10 and the inner surface 21b of the rectangular cylinder 21. The contact tube 42, a projecting tube 43 projecting further to the distal end side from the opening 21a of the rectangular cylinder 21, and the projecting tube 43 expand outward to press the mesh 5 from the back side to form the distal end X And a back plate 6.

  The base end face plate 41 is formed in a circular shape in a plan view from the base end edge of the sliding contact tube 42, and the edge portion thereof is sandwiched between the bottle 10 and the nozzle main body 20 to form an inner surface with respect to the nozzle main body 20. It can be in close contact from the 21b side.

  The sliding contact tube 42 is in close contact with the inner surface 21b of the rectangular cylinder 21 in a region of about half on the proximal end side of the rectangular cylinder 21 and the tip of the rectangular cylinder 21 at the distal end side from the contact surface 44 The cloth housing surface 45 which forms a gap for housing the edge of the mesh 5 by slightly retracting from the close contact surface 44 at the position of the mesh, and the position extending from the overhang portion of the rectangular cylinder 21 to the opening 21a It has a first fastening rib 46 and a second fastening rib 47 which are projected outward to press in a state of sandwiching 5.

  The projecting tube 43 is provided with a diameter substantially equal to the inner dimension of the holding rib 21c of the rectangular cylindrical body 21 so that the mesh 5 is sandwiched between the projecting tube 43 and the opening 21a while projecting toward the tip side than the opening 21a. . In the state where the mesh 5 is assembled, a slight space is formed on the tip side between the outer side of the projecting tube 43 and the mesh 5 so that a small amount of glue g is stored also in the space. It has become.

  The backing plate 6 is a generally flat plate facing the top of the back body 4 in a plan view rectangular shape, that is, a square shape, specifically a square shape in a plan view, and is more planar than the opening 21 a and the projecting tube 43 It is set to have a large size and a part to have an outer size larger than the inner size of the opening 21a. As a result, the portion where the backing plate 6 protrudes in a plan view more than the opening 21a has good visibility from the user, and precise application of the adhesive g can be performed. The backing plate 6 has a plurality of discharge ports 61, which are a plurality of holes provided for discharging the glue g having passed through the projecting pipe 43 from the sliding pipe 42, and the four back corners of the square shape in plan view. A total of eight slits 62 formed in a pair so as to sandwich the corner portion, and an protruding edge 65 elastically deformable near the slit 62 and having a protruding end projected out in plan view than the opening 21a. The elastic piece 63 and the ridge line 64 to be backed by projecting the mesh 5 in a side view in the side view on the four sides in plan view. Further, in the present embodiment, the slits 62 are provided in pairs for each of the elastic pieces 63 so as to sandwich the elastic pieces 63 so that elastic deformation of the elastic pieces 63 easily occurs, and a liquid from a part of the slits 62 It has a shape that allows the glue g to pass through. Specifically, in the present embodiment, a part of the slit 62 communicates with the inner surface 4 a of the backing body 4 so that the glue g passing through the projecting tube 43 is not only the discharge port 61 but also the slit 62 It is made to be discharged.

  In the present embodiment, the nozzle main body 20 of the container main body 1 has the opening 21a for discharging the liquid, and the mesh 5 which is a passing sheet which can pass the paste g which is the liquid provided in the opening 21a is used. It is comprised so that it may be discharged via. The nozzle body 20, the mesh 5 and the backing member 4 cooperate with each other to form the tip portion X which has a shape capable of further projecting from the opening 21a to the tip side and discharging the paste g as a liquid from the whole. doing. That is, by setting the backing plate 6 to be larger than the inner dimension of the opening 21a, at least a part of the nozzle body 20, the mesh 5 and the backing member 4 cooperate with each other in plan view from the opening 21a. A leading end X is formed. Moreover, the front-end | tip part X forms the application surface 5a which makes | forms the said shape with the shape of the backing plate 6 of the side view planar shape which makes a planar view polygonal shape. And in this embodiment, the pushing-out edge 65 of the backing plate 6 comprises the corner part which planarly protruded with the mesh 5 rather than the periphery.

  Here, as shown in FIGS. 11 to 13, the container for application according to the present embodiment, for example, from the sealed state (P) where the bottom surface 39 is placed on the desk surface, the cap 3 side is hardly touched It can be made to use condition (Q) only by operating. As a result, the container body 1 is not unnecessarily pressed during such operation, and the glue g is not unnecessarily discharged.

  First, when the operation surface 33a of the operation plate 33 is pressed from the outside with fingers, for example, as shown in FIG. 12 from the state of FIG. 11 placed on the desk top, the pressing surface 33b of the operation plate 33 is engaged The tapered surface 22 b which is the motion conversion surface of the claw 22 is pressed. At this time, the engagement claw 22 releases the engagement between the hooking surface 22a and the claw receiver by elastic deformation, and the container main body 1 is urged upward by the pressing of the operation surface 33a because the tapered surface 22b is inclined. Be done. Here, the container main body 1 is guided upward by being pressed by the operation plate 33 by the separation guide rib 23 always in sliding contact with the inner wall surface 31c of the outer cylinder 31 which is the cap 3 main body, and it is used without being touched at all It becomes a state (Q).

  When the container body 1 in the use state (Q) is brought into a sealed state (P) to seal the tip portion X by the cap 3 placed on a flat surface such as a desk surface, the tip portion X is capped It may be inserted into the inner cylinder 34 of 3. Then, if the pair of engagement claws 22 are accommodated as they are in the claw accommodation hole 36, the engagement between the engagement claws 22 and the engagement window 32 is naturally realized. Further, even when the container body 1 is inserted in such a direction that the engaging claws 22 can not be accommodated in the claw accommodating holes 36, the engaging claws 22 are smoothly guided to the claw accommodating holes 36 by the guide slopes 35.

  Further, as described above, the container main body 1 in the use state (Q) constitutes the tip end portion X which has a shape capable of further projecting from the opening 21a to the tip end and discharging the paste g as a liquid from the whole. . Here, due to the configuration of the backing plate 6 described above, the tip end portion X has a dimension larger in plan view than the opening 21a and the projecting tube 43, and a part has an external dimension larger than the internal dimension of the opening 21a. It is set to have. Here, as shown in FIG. 14 and FIG. 15, when assembling the tip end portion X, the backing plate 6 has an outer shape which can not pass through the rectangular cylinder 21, and in the present embodiment, the slit is formed in the backing plate 6. By providing 62, the elastic piece 63 having the protruding edge 65 is elastically deformed at the time of assembly, thereby making it possible to assemble the tip portion X.

  That is, as shown in FIG. 14, when assembling the tip end portion X, the inner surface 21b of the rectangular cylinder 21 in the nozzle main body 20m is made to pass while the mesh 5 is sandwiched. Then, as shown in FIG. 15, when the backing plate 6 passes through the holding rib 21c of the nozzle main body 20, the elastic piece 63 abuts against the opening 21a and is elastic when passing through the corner portion between the holding rib 21c. The leading edge 65 is temporarily retracted due to the deformation. Thereby, the backing plate 6 can easily pass through the holding rib 21c, and as shown in FIG. 3, FIG. 6 to FIG. 8 and FIG. The tip portion X having a shape is formed by the cooperation of the nozzle body 20, the mesh 5 and the backing body 4.

  Then, as shown in FIG. 16, the slit 62 provided at the tip end portion X communicates with the inner surface 4 a of the backing member 4. As a result, the glue g is discharged not only through the discharge port 61 but also through the slit 62. As a result, the glue g can be effectively applied also from the protruding edge 65, that is, from near the top of the square in plan view. Further, as shown in the figure, the glue g discharged from the discharge port 61 or the slit 62 is temporarily stored in the slit 62 or between the mesh 5 and the projecting tube 43 via the mesh 5. As a result, since the stored glue g is preferentially applied from the protruding edge 65 and the ridge line 64 which are the corners of the tip X, the user can use the protruding edge 65 and the precision using the ridge line 64. Similar to the coating with the glue g discharged from the discharge port 61, the coating can be performed comfortably.

  With the configuration as described above, the container for application according to the present embodiment is to change from the sealed state (P) to the used state (Q) by providing the operation unit 3a on the cap 3 side. When removing the cap 3 from the container main body 1, the intension can be released without touching the container for application, so there is a possibility that the container main body 1 is mistakenly pressed and the liquid material is discharged unnecessarily. It is effectively eliminated. As a result, regardless of the time required for the liquid to move up and down in the container body 1 due to the viscosity of the glue g, the glue g is discharged from the tip end X immediately after the operation to the cap 3 and used. Is possible. That is, according to the present invention, it is possible to realize an application container which can be used easily and quickly while stably containing a container.

  In particular, in the present embodiment, the container main body 1 can be turned upside down in the closed state (P). Therefore, the glue accumulated quickly downward from the tip X of the container main body 1 in the inverted state after operation on the cap 3 g can be discharged. As a result, the glue g can be discharged from the tip end X quickly and used regardless of the time required for the liquid to move up and down in the container body 1 due to the viscosity of the glue g and the like.

  Further, in the present embodiment, in order to realize the quick release of the engagement by the operation of the operation plate 33, the container body 1 is engaged as an engagement portion which can release the engagement with the cap 3 by the operation of the operation plate 33. A claw 22 is provided, and a taper surface 22 b which is an operation conversion surface for converting an operation force applied to the operation plate 33 into a pressing force in the separation direction between the cap 3 and the container main body 1 is provided on the engagement claw 22.

  Further, in the present embodiment, the container body 1 is provided with a separation guide rib 23 which is a guide portion sliding on the cap 3 in order to guide the movement in the separation direction as a configuration that can accurately realize the movement of the tapered surface 22b. There is.

  In addition, in the present embodiment, in order to facilitate attachment of the cap 3 from the use state (Q) to the closed state (P), the engagement portion of the container main body 1 in the use state (Q) is used in the cap 3 A guide slope 35 is provided as a guide surface for guiding the engaging portion toward the claw receiving surface 32a, which is the engagement surface, when in contact with.

  As a configuration to realize a sealed state (P) capable of effectively preventing unnecessary drying and leakage of the glue g, in the present embodiment, the container body 1 is provided with the airtight portion 24 which can be fitted to the inner cylinder 34 from the inside. .

  And when the container for application which concerns on this embodiment mentioned above uses liquid g as glue g or adhesives, container main part 1 has opening 21a for discharging a liquid, and the glue provided in this opening 21a This embodiment can be effectively utilized when it is configured to be discharged through the mesh 5, which is a passing sheet through which g and the like can pass.

  In the present embodiment, the viscosity of the paste g as a liquid is 500 cps to 30000 cps, or more specifically, 1000 cps to 10000 cps, thereby realizing easy and stable application.

  As mentioned above, although embodiment of this invention was described, the specific structure of each part is not limited only to embodiment mentioned above, A various deformation | transformation is possible in the range which does not deviate from the meaning of this invention.

  For example, in the above embodiment, although the aspect which can be operated by the pressing operation of the user is disclosed, it is a matter of course that the cap and the container body are operated by slide movement or rotation operation etc. It may be made to be able to cancel the relation with. Further, in the above embodiment, the recess (10b) of the bottle is further enlarged so that the plan view shape of the bottle is also quadrangle so that the front end has a square shape in plan view so as to correspond to the formation of the front end having a square plan view. It may be configured to be easily recalled by the user. In addition, although the top surface (10c) of the bottle has a partially spherically bulging shape in the above embodiment, it may of course be formed flat. Moreover, the specific aspect of the front-end | tip part of a container main body or a nozzle is not limited to the thing of the said embodiment, The thing of various aspects is applicable including the existing thing.

  In addition, the specific configuration of each part is not limited to the above embodiment, and various modifications can be made without departing from the scope of the present invention.

  The present invention can be used as an application container for applying a liquid.

1 ... container body 10 ... bottle 22 ... engagement part (engagement claw)
22a ... taper surface 23 ... separation guide rib X ... tip part 3 ... cap 31 ... cap main body (outer cylinder)
33: Operation unit (operation board)
34: Inner cylinder 35a: Insertion guide surface 39: Bottom surface g: Liquid (adhesive)

Claims (7)

A container main body that can be discharged from the tip to apply the liquid contained therein by pressing and deforming at least a part;
A container for application comprising a cap detachably provided on the container body such that the container body can be in a use state in which the tip portion is exposed outward and in a sealed state in which the tip portion is sealed. And
A cap body of which the shape is held non-deformable;
An inner cylinder positioned inward of the cap body and sealing the tip of the container body;
An engagement surface provided on the cap body and engaged with the container body side;
It is characterized in that it has an operation part provided on the cap body and capable of elastically deforming the engaging part of the container body by changing the posture with respect to the cap body to release the engagement with the container body. Container for application. The container for application according to claim 1, wherein the cap can bring the container body into an inverted posture in which the tip portion is positioned downward by grounding the bottom surface in the sealed state. The container body has an engaging portion which can release the engagement with the cap by the operation of the operating portion, and an operating force applied to the operating portion to the engaging portion is a distance between the cap and the container body The application container according to claim 1 or 2, further comprising a motion conversion surface that converts pressure into a direction. 4. The application container according to claim 3, wherein the container body has a guide portion sliding on the cap to guide the movement in the separating direction. The cap has a guide surface for guiding the engaging portion toward the engaging surface when the cap abuts against the engaging portion of the container body in use. The application | coating container of 4 statement. The container for application according to claim 1, wherein the container body has an airtight portion which can be fitted to the inner cylinder from the inside. The liquid is paste or an adhesive, and the container body has an opening for discharging the liquid, and the liquid is discharged through a passage sheet through which the liquid provided in the opening can pass. The application | coating container of the claim | item 1, 2, 3, 4, 5 or 6.

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