JP3087335U - Bottle lid device - Google Patents

Abstract

(57) [Summary] (Modified) [Problem] Reduce the chance of contact between the contents and air outside the container,
Provide a bottle lid device that can take out an appropriate amount of contents. SOLUTION: A lid structure 1 is attached to an opening at an upper end of a container 3 through an engaging device 11, the tightness of a connection can be changed by adjusting the number of engagement of convex teeth in the engaging device, and a take-out structure. 2 has a special angle of curvature to fill the internal space of the take-out structure with the volume to be taken out, and one end is pivotally connected to the upper part of the lid structure, whereby the use structure is used or accommodated. Its position can be adjusted to suit. The adjusting tube 22 independently formed separately from the guide tube 24 of the bending tube 21 of the take-out structure is tightly combined to form one adjusting tube, and the position of the adjusting tube can be adjusted along the guide tube to reduce the volume in the take-out structure. Can be modified. A seal cap 25 that can open and close the outer tube port 221 is provided at one end of the adjustment tube.

Description

[Detailed description of the invention]

[0001]

[Technical field to which the invention belongs]

 The present invention relates to a type of bottle lid device, and particularly to a container for removing contents from a container, which is attached to the lid structure and allows the contents to be removed quantitatively, and the contents are further taken out and a seal at one end of the structure is taken out. Take out from the outer port opened and closed by the cap, thereby reducing the chance of contact between the contents and the air outside the container, preventing loss of flavor and moisture, and adjusting the take-out structure at the same time as take-out. The present invention relates to a bottle lid device capable of removing an amount of contents.

[0002]

[Prior art]

 Generally, the lid structure of the container is used to hermetically store the contents, such as milk powder, coffee, cocoa powder, tea leaves, or drugs, and can be opened to remove the contents. However, the design of a container having such a lid structure requires that when the contents in the container are taken out, the lid structure must first be opened to completely expose the opening of the container to air outside the bottle. In such a method, the contents are spilled during the removal process, and the contents and the air outside the container come into contact with each other over a large area, resulting in loss of flavor and wetness. In addition, when removing granular or powdery contents, use a spoon to remove the contents.However, there is a risk that pathogens attached to the spoon touched by humans may contaminate the contents. Absent.

[0003]

[Problems to be solved by the invention]

 The main object of the present invention is to provide a bottle cap device which has improved the above-mentioned disadvantages with respect to the known container cap structure.

[0004]

[Means for Solving the Problems]

 The invention of claim 1 is composed of a lid structure and a take-out structure, wherein the periphery of the hollow column extends downward to form an engagement device with the periphery of the lid, and an upper portion at an appropriate portion at the upper end. And a hollow cylindrical connecting column extending upward is formed, and the take-out structure is composed of a bending tube and a regulating tube each having a hollow cylindrical structure, and the one end of the bending tube is provided with an adjusting tube. There is a connecting neck that is adapted to the size of the connecting column, and the other end of the bending tube is extended at a special angle that can guide the contents and fill the internal space of the structure and take out the required volume, and has an appropriate length. And a guide tube having an opening forming a speaker-like opening, and the adjusting tube is attached to an outer peripheral surface of the guide tube, is movable along the outer peripheral surface of the guide tube, and restrains the speaker-like opening. In the bottle lid device, The front and rear locking strips having toothed structures on the inner and outer surfaces, respectively, are extended from the mutually corresponding ends of the two positions at the bottom of the side, and their respective toothed structures are combined with each other. A fitting ring is fitted into the front locking strip and is annular and conforms to the dimensions of the front locking strip and the rear locking strip, and the front locking strip, the rear locking strip and the fitting ring are engaged with each other. A seal cap capable of opening and closing the outer tube opening is pivotally connected to the periphery of the outer tube opening at the front end of the adjusting tube, and a convex edge and a concave groove structure complementary to the coupling column and the coupling neck, respectively. Wherein the connecting column and the connecting neck are pivotally connected to each other through the convex edge and the concave groove structure. According to a second aspect of the present invention, in the bottle lid device, a lower lid is added to the lid structure, the lower lid is formed as a hollow columnar body, and its periphery is extended downward to form a lower lid periphery. A plug pillar protruding from the upper part and a lower outlet penetrating the upper part are provided in each of the two appropriate parts, and the lid structure penetrates the convex edge in the periphery of the lid and the guide groove on the outer peripheral surface of the lower lid periphery. Wherein the lid structure has an appropriate size at the upper portion thereof and a rotational movement thereof is rotatable by a specific angle under the restraint of the plug of the arc-shaped guide groove. Item 1 is a bottle lid device. According to the invention of claim 3, in the bottle lid device, a plurality of mutually parallel, non-overlapping convex edges formed so as to surround the surface of the coupling neck outer peripheral portion instead of the convex edges of the coupling column are formed, Instead of the concave groove of the connecting neck, a plurality of mutually parallel non-overlapping guide grooves formed so as to surround the inner peripheral local surface of the connecting column are formed, and the size and position of the guide groove and the convex edge are formed. 2. The bottle lid according to claim 1, wherein the coupling neck is pivotally connected to the coupling column so that the lid structure and the take-out structure form a relative rotation structure having a specific maximum rotation angle. Equipment.

[0005]

[Embodiment of the invention]

 The present invention provides a kind of bottle lid device, which is composed of lid structure and take-out structure. The lid structure is attached to the upper opening of the container through the engagement device, and the tightness of the connection can be modified by adjusting the number of engagements of the convex teeth in the engagement device. The take-out structure has a special curved angle to fill the internal space of the take-out structure with a volume to be taken out, and one end is pivotally connected to the upper part of the lid structure, whereby the take-out structure is provided. Can adjust its position to suit use or containment conditions. Further, the guide tube in the bending tube in the take-out structure and another independently formed adjusting tube are tightly combined to form an adjusting tube, and the position of the adjusting tube can be adjusted along the guide tube so that the inside of the take-out structure can be adjusted. Can be modified. In addition, a seal cap capable of opening or closing the outer port is provided at one end of the adjusting tube, and when determining the volume of the contents, the seal cap can be opened to take out the contents.

In the bottle lid device provided by the present invention, a proper internal volume is adjusted by passing through a take-out structure, and further, the seal cap is opened to take out the contents, and a proper volume of granules or powder is obtained. It is convenient for taking out the contents of the container, and also always opening the bottle lid to expose the contents to the air, thereby preventing the flavor from being washed away or changed.

[0007]

【Example】

 As shown in FIGS. 1 and 2, a preferred embodiment of the bottle lid device of the present invention comprises a lid structure 1 and a take-out structure 2, and the lid structure 1 is provided around an annular periphery of the upper end opening of the container 3. It is attached to the bottle neck 31. The lid structure 1 has a hollow columnar body extending downward to form a lid perimeter 12 and an engagement device 11 and a suitable upper end part penetrating the upper part thereof and having an upwardly hollow cylindrical connecting column. 13 is stretch formed. The engagement device 11 has a toothed structure on the inner surface from the two corresponding ends and a front locking portion 111 having a front end portion and curved in prayer, and a toothed structure of the front locking member 111 on the outer surface. The rear locking member 112 having another tooth-like structure is extended, and a fitting ring 113 is provided in the front locking member 111 according to the dimensions of the front locking member 111 and the rear locking member 112. ing. The lid perimeter 12 is a curved surface in the lid structure 1, and the lid perimeter 12 protrudes from an appropriate portion of the inner surface from the surface and has an annular convex edge 121. On the inner surface of the connecting column 13 having the hollow columnar structure, there are a plurality of guide grooves 131 which are depressed inward and surround the local portion of the surface in parallel. The take-out structure 2 is composed of a bending pipe 21 and an adjusting pipe 22 each having a hollow cylindrical structure. The bending pipe 21 is designed to have a special bending angle in consideration of convenience in use, and has an outer diameter slightly smaller than the outer diameter of the bending pipe 21 from one end thereof, and is combined with the inner diameter of the connecting column 13. The neck 23 is extended, and the connecting neck 23 is pivotally connected to the connecting column 13 through a plurality of protruding edges 231 projecting outward on a part of the outer peripheral surface and being combined with the guide groove 131. The movement space of the protrusion 231 is limited in the guide groove 131, and the guide groove 131 and the protrusion 231 form a positioning device. The other end of the bending tube 21 is extended at a special angle to form a guide tube 24 having an appropriate length and a scale on the outer peripheral surface, and a speaker-like inner tube is formed at an opening of the guide tube 24. An opening 241 is formed. The inner diameter of the adjusting pipe 22 is slightly larger than the outer diameter of the guiding pipe 24 in the bending pipe 21 and is attached to the outer peripheral surface of the guiding pipe 24 by a tightly assembled system, and at the periphery of the outer pipe opening 221 at the front end. The seal cap 25 is pivotally connected, and one end of the seal cap 25 is closed, and the other end is a columnar hollow body having an opening formed in accordance with the size of the outer tube port 221.

As shown in FIGS. 3 and 4, when the lid structure 1 is connected to the container 3, the bottom opening of the lid structure 1 is wrapped around the bottle neck 31 on the upper part of the container 3, and the lid is closed. A convex edge 121 on the inner surface of the lid periphery 12 in the structure 1 is fitted around the bottle mouth neck 31. Subsequently, the front locking ridge 111 and the rear locking ridge 112 of the engaging device 11 in the lid structure 1 are meshed with each other through the convex teeth in the opposite direction. Is moved along the front locking ridge 111 to a position where the front locking ridge 111 and the rear locking ridge 112 engage with each other. As for the actual tightness of the connection of the bottle neck 31, the tightness of the connection between the lid structure 1 and the container 3 increases as the number of engagement portions of the convex teeth increases.

As shown in FIGS. 5 and 6, when the connecting neck 23 in the take-out structure 2 and the connecting column 13 in the lid structure 1 are pivotally connected, the connecting neck 23 is connected to a plurality of convex edges 231 on the outer peripheral local surface. The protrusions 231 and the guide grooves 131 are fitted in a plurality of guide grooves 131 on the inner peripheral local surface of the coupling column 13, are parallel to each other and do not overlap, and the length dimension of the guide grooves 131 is The lid structure 1 and the take-out structure 2 form a relative rotation structure having a specific maximum rotation angle by pivoting the connection neck 23 to the connection column 13 by adjusting the length of the projection edge 231 to the length dimension. Thus, when the take-out structure 2 is turned clockwise to the extreme position, the take-out structure 2 is set in an inward state with respect to the radial direction of the lid structure 1 (FIG. 5). When it is turned counterclockwise to the extreme position, the take-out structure 2 is turned outward with respect to the radial direction of the lid structure 1 (FIG. 5).

As shown in FIGS. 7, 8 and 9, when the take-out structure 2 is in the outward state with respect to the radial direction of the lid structure 1, the guide tube 24 is tightly combined with the take-out structure 2. The adjusting tube 22 attached to the outer peripheral surface moves along the outer peripheral surface of the guide tube 24, but its maximum movement position is restricted by the speaker-like inner tube opening 241 at the front end of the guide tube 24. In addition, when the adjusting tube 22 moves along the outer peripheral surface of the guide tube 24, the size of the internal volume formed by the guide tube 24 and the adjusting tube 22 is referred to with reference to the scale of the outer peripheral surface of the inner tube 24. Can be adjusted. Further, the outer cap 221 of the adjusting pipe 22 is opened by rotating the seal cap 25 pivotally connected to the peripheral edge of the outer pipe 221 upward along the pivot axis.

As described above, when the contents in the container 3 are taken out, first, the take-out structure 2 is squeezed and applied to rotate, and the take-out structure 2 is rotated with respect to the lid structure and transmitted through the positioning device. The lid structure 1 is in a state of an outward direction with respect to the radial direction. Further, the adjusting tube 22 is moved along the outer peripheral surface of the guide tube 24 with reference to the scale of the outer peripheral surface of the guide tube 24 to measure the size of the internal volume formed by the guide tube 24 and the adjusting tube 22. Make the volume of the contents you want to output. Subsequently, if the container 3 is tilted and shaken, the contents slide from the inside of the container 3 through the connecting column 13 and along the inside of the take-out structure 2 by the action of gravity, and the bending angle of the bending tube 21 is not excessive. Fill the retrieval structure. Thereafter, when the container 3 is laid flat, the contents stored in the internal volumes of the guide tube 24 and the adjusting tube 22 and the contents of the other internal space in the take-out structure are again re-contained by gravity. Fall within 3. Finally, when the seal cap 25 is opened, the contents can be automatically dropped from the outer tube opening 221 of the adjusting tube 22 by gravity due to the curved angle of the guide tube 24 and the adjusting tube 22. 2 can be taken out from the take-out structure 2.

FIGS. 10 and 11 show a bottle lid device according to a second embodiment of the present invention, in which a lower lid 14 is added to the lid structure 1 described above. The lower lid 14 is a hollow columnar body, and its periphery is extended downward to form a lower lid periphery 141, and a plug column 144 protruding from the upper part at two appropriate portions at the upper end and a lower outlet 145 penetrating the upper part. Are provided. The lid structure 1 is pivotally connected to each other through a convex edge 121 in the lid periphery 12 and a guide groove 142 on an outer peripheral surface of a lower lid periphery 141 in the lower lid 14. An arcuate guide groove 122 which is suitable and is combined with the plug 144 is additionally provided so that the relative rotational movement of the lower cover 14 and the lid structure 1 is restricted by the arcuate guide groove 122 with respect to the plug 144. It can be rotated at a specific angle. Here, the engagement device 11 described above is attached to the bottom edge of the lower lid periphery 141 in the lower lid 14 and protrudes from an appropriate portion of the inner surface in the lower lid periphery 141 and has an annular convex edge. 143.

In the preferred embodiment of the second type of bottle cover device of the present invention, when the cover structure 1 and the container 3 are connected, the bottom opening of the lower cover 14 in the cover structure 1 A convex edge 143 on the inner surface of the lid periphery 141 in the lower lid 14 engages with a portion around the bottle mouth and neck 31. Subsequently, the interlocking front locking member 111 and the rear locking member 112 of the engaging device 11 in the lid structure 1 penetrate through the mutually opposite convex teeth to engage with each other, and A fitting ring 113 provided on the stop line 111 moves along the front stop line 111 to a portion where the front stop line 111 and the rear stop line 112 engage with each other. The tightness of the actual connection of the mouth and neck 31 is such that as the number of convex teeth engagement portions increases, the tightness of connection between the lid structure 1 and the container 3 increases.

In the above-described embodiment of the second type of bottle cap device of the present invention, when the contents of the container 3 are to be taken out, first, the take-out structure 2 is turned counterclockwise, and the take-out structure 2 is attached to the cover structure. The cover structure 1 is rotated with respect to the structure, and penetrates the positioning device, so that the cover structure 1 is directed outward with respect to the radial direction. At this time, if the take-out structure 2 is subsequently rotated counterclockwise, the take-out structure 2 and the lid structure 1 cannot successively generate a relative rotational movement, whereby the lid structure 1 and the lower lid 14 generate a relative rotational movement. Then, when the stopper post 14 moves from one end of the arc-shaped guide groove 142 to the other end, the lower outlet 145 on the upper portion of the lower cover 14 is exactly aligned with the opening at the bottom of the connecting column 13 of the cover structure 1 ( (FIG. 12). Further, the adjusting tube 22 is moved along the outer peripheral surface of the guide tube 24 with reference to the scale of the outer peripheral surface of the guide tube 24, and the internal volume formed by the guide tube 24 and the adjusting tube 22 is to be taken out. And Subsequently, if the container 3 is tilted and shaken, the contents slide from the inside of the container 3 through the connecting column 13 and along the inside of the take-out structure 2 by the action of gravity, and the bending angle of the bending tube 21 is not excessive. For filling out structure. Thereafter, when the container 3 is laid flat, the contents stored in the internal volumes of the guide tube 24 and the adjusting tube 22 and the contents of the other internal spaces in the take-out structure are again re-equipped by gravity. Fall in. Finally, when the seal cap 25 is opened, the contents can be automatically dropped from the outer port 221 of the adjusting tube 22 by gravity due to the curved angle of the guide tube 24 and the adjusting tube 22. 2 can be taken out from the take-out structure 2. The bottle cap device of the present invention described above can be used for containers of arbitrary granular or powdery contents. FIG. 12 shows a bottle cover device of the present invention, in which powdered milk is passed through the engaging device 11 in the lid structure 1. This shows a state where it is installed in combination with the container 3 ′ and has the take-out structure 2.

The above is a description of a preferred embodiment of the present invention, and does not limit the scope of the present invention. Modifications or alterations of details that can be made based on the present invention are all included in the claims of the present invention. Shall belong.

[0016]

[Effect of the invention]

 The bottle lid device of the present invention penetrates a take-out structure that is attached to the lid structure and allows a fixed amount of the contents to be taken out when taking out the contents in the container, and further takes out the contents and uses a seal cap at one end of the structure. Take it out of the outer tube opening that opens and closes, thereby reducing the chance of contact between the contents and the air outside the container, preventing the loss of flavor and moisture, and adjusting the take-out structure at the same time as taking out the appropriate amount of water. The contents can be taken out.

[Brief description of the drawings]

FIG. 1 is a perspective view of the bottle cover device of the present invention.

FIG. 2 is an exploded perspective view of the bottle cover device of the present invention.

FIG. 3 is a partial side sectional view of the bottle cover device of the present invention in a state in which a convex edge around the cover is engaged with a bottle mouth and neck of the container;

FIG. 4 is a plan view of the engagement device of the bottle cover device according to the present invention in an engaged state;

5A and 5B are a plan view and a local sectional view taken along the line I-I, in which the take-out structure of the bottle lid device of the present invention is turned from the closed state to the opened state.

FIG. 6 is a plan view and an II-II local cross-sectional view of the bottle cover device of the present invention in an open state when the take-out structure is opened.

FIG. 7 is a partial cross-sectional view of the bottle cap device of the present invention in a state where the seal cap of the take-out structure is closed.

FIG. 8 is a partial cross-sectional view of the bottle cover device of the present invention in which the take-out structure is adjusted to increase the internal volume.

FIG. 9 is a partial cross-sectional view of the bottle cap device of the present invention in a state where the seal cap of the take-out structure is opened.

FIG. 10 is a side sectional view of the second embodiment of the bottle cover device according to the present invention, in which a convex edge around the cover is engaged with the bottle neck of the container.

FIG. 11 is a plan view of the engagement state of the engagement device of the second embodiment of the bottle cover device of the present invention.

FIG. 12 is a plan view of the second embodiment of the bottle lid device of the present invention, showing the relative rotation of the lid structure and the lower lid.

FIG. 13 is a perspective view in which the bottle lid device of the present invention is combined with a milk powder container.

[Explanation of symbols]

 REFERENCE SIGNS LIST 1 lid structure 11 engagement device 111 front locking line 112 rear locking line 113 fitting ring 12 lid periphery 121 convex edge 122 guide groove 13 coupling column 131 guide groove 14 lower cover 141 lower lid periphery 142 guide groove 143 convex edge 144 stopper Column 145 Lower outlet 2 Take-out structure 21 Bending tube 22 Adjusting tube 221 Outer port 23 Joining neck 231 Convex edge 24 Guide pipe 241 Inner port 25 Seal cap 3 Container 3 'Container 31 Bottle neck

Claims (3)

[Utility model registration claims] 1. A composition comprising a lid structure and a take-out structure, wherein the periphery of the hollow column is extended downward to form an engagement device with the periphery of the lid, and penetrates the upper part of a suitable portion at the upper end thereof. In addition, an upwardly extending hollow columnar connecting column is formed, and the take-out structure is composed of a bending tube and an adjusting tube each having a hollow columnar structure, and one end of the bending tube has a dimension of the connecting column. And the other end of the bent tube is extended at a special angle to guide the contents and fill the internal space of the take-out structure and take out the required volume, and has an appropriate length and an opening. A bottle lid device, wherein the guide tube forms a speaker-like opening, and the adjusting tube is attached to an outer peripheral surface of the guide tube, is movable along the outer peripheral surface of the guide tube, and is restrained by the speaker-like opening. Of the bottom around the lid The front and rear locking strips having toothed structures on the inner and outer surfaces, respectively, are extended from the mutually corresponding ends of the two positions, their respective toothed structures are combined with each other, and the front locking is performed. A fitting ring, which is annular and conforms to the dimensions of the front locking strip and the rear locking strip, is fitted into the strip, and the front locking strip, the rear locking strip, and the fitting ring form an engagement device. A seal cap capable of opening and closing the outer tube port is pivotally connected to the periphery of the outer tube port at the front end of the adjusting tube, and the connecting column and the connecting neck are provided with complementary convex edges and concave groove structures, respectively. A bottle lid device, wherein the column and the coupling neck are pivotally connected to each other through the convex edge and the groove structure. 2. In the bottle lid device, a lower lid is additionally provided in the lid structure, the lower lid is formed as a hollow columnar body, and its periphery is extended downward to form a lower lid periphery and two upper suitable upper lids are formed. The lower part is provided with a spigot protruding from the upper part and a lower outlet penetrating the upper part, and the lid structure is formed through the convex edge in the periphery of the lid and the guide groove on the outer peripheral surface of the lower lid periphery. 2. The method as claimed in claim 1, wherein the lid is pivotally connected, has an appropriate size at the top of the lid structure, and is capable of rotating by a certain angle under the restraint of the plug of the arc-shaped guide groove. A bottle lid device as described. 3. The bottle lid device according to claim 1, wherein a plurality of mutually parallel, non-overlapping convex edges formed so as to surround the local surface of the coupling neck outer periphery are formed instead of the convex edges of the coupling column. A plurality of mutually parallel and non-overlapping guide grooves formed so as to surround the inner peripheral local surface of the connecting column are formed in place of the concave grooves, and the dimensions and positions of the guide grooves and the convex edges are combined with each other. 2. The bottle cap apparatus according to claim 1, wherein the connecting neck is pivotally connected to the connecting post so that the lid structure and the take-out structure form a relative rotation structure having a specific maximum rotation angle.