JP3000542B2 - Solid glue container - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a solid glue container which can be replaced with a new solid glue spare when the "solid glue" stored in the container is used up.

[0002]

2. Description of the Related Art As a conventional solid paste container, a container in which an inner plate is provided in an outer cylinder, the lower end of the solid paste is accommodated in the inner plate, and the inner plate is pushed upward is generally used. .

[0003]

In this conventional solid paste container, when one solid paste is used up, the solid paste container is disposable, so that one solid paste container can be used only for one solid paste. There was a problem that it could not be used, and disposing of the entire relatively expensive synthetic resin container every time the solid paste was used up was a waste of resources and a problem of solid paste. There was a problem that the price of the container was higher than the amount used.

[0004] The present invention solves these problems of the conventional solid glue container, and uses the knob and outer cylinder of the solid glue container repeatedly, saves resources, and uses the solid glue container repeatedly. The purpose is to make the price of solid glue cheaper, to make it possible to easily remove empty spares that have used up solid glue from the solid glue container, and to easily attach a new spare to the solid glue container. It is.

[0005]

The solid glue container according to the present invention is provided with one engaging portion at the upper end of the knob, a wide locking recess around the middle of the knob, and a spiral shaft on the spiral shaft. A male screw is provided and the other meshing portion is provided at the lower end of the helical shaft, and one meshing portion of the knob and the other meshing portion of the helical shaft are detachably meshed with each other. From above, an outer cylinder having an inner diameter larger than the outer diameter of the knob is provided, and a narrow locking projection provided inside the lower end portion of the outer cylinder is inserted into a wide locking recess of the knob, and An inner cylinder having a guide ridge in the vertical direction inside the inner cylinder is provided inside the outer cylinder so as to protrude from the upper end of the outer cylinder. The cylinder is removably locked with the locking projections and the locking recesses, and a screw is inserted into the center of the center plate. A middle plate having a hole having a groove and having a guide groove in the vertical direction outside the middle plate is inserted and provided, and a spiral male screw of the spiral shaft is screwed into the spiral groove of the middle plate. The guide groove of the middle cylinder is inserted into the guide groove of the middle plate, and the upper end of the middle cylinder is covered with a lid.

When the lower end of the solid glue is stored in advance in a middle plate provided in the middle cylinder of the solid glue container, the lid of the solid glue container is removed from the middle cylinder and the knob is rotated. The inner plate screwed with the helical shaft is in the middle tube because the combined spiral shaft rotates simultaneously and the guide groove of the inner plate is inserted into the guide ridge of the middle tube so that the inner plate does not rotate. Is raised together with the solid glue, and since the middle cylinder and the outer cylinder remain intact, the solid glue whose lower end is accommodated in the middle plate gradually protrudes from the middle cylinder. The solid glue protruding from the middle cylinder is applied to an adherend such as paper as usual, and used. When the solid glue has been used up during use, remove the locking projections and locking dents that lock the middle cylinder and outer cylinder by pushing up the knob from below to remove the middle cylinder. The spiral shaft inside the outer cylinder,
Remove with the inner plate. Next, after inserting the helical shaft and the inner plate into the middle cylinder, fill in the semi-liquid glue and solidify the solid glue spare in the outer cylinder. Is locked by the locking projection and the locking recess, so that the meshing portion below the helical shaft in the middle cylinder is meshed with the meshing portion above the knob, and a spare is loaded.

[0007]

DESCRIPTION OF THE PREFERRED EMBODIMENTS A knob 1 is made of a synthetic resin, and is provided with a convex portion 2 'having a conical groove, which is one meshing portion 2, at the upper end of the knob 1 and a large width around an intermediate portion of the knob 1. (See FIG. 4). The helical shaft 4 is provided with a male screw 5 in a helical shape, and provided at the lower end of the helical shaft 4 with a concave portion 6 ′ having an inverted conical groove, which is the other meshing portion 6. ', A locking recess 7 is provided around the periphery (see FIGS. 4 and 10). The middle cylinder 8 is a cylindrical shape made of a synthetic resin. As shown in FIG. 3, three guide projections 9 are provided on the inside in the vertical direction, and three locking recesses 11 are formed outside the lower end of the middle cylinder 8. And a locking projection 10 is provided around the inside of the lower end of the middle cylinder 8 (shown in FIG. 2). The inner plate 12 is provided with a hole 14 having a spiral groove 13 at the center as shown in FIG. 8 and three guide grooves 15 are provided vertically on the outside as shown in FIG. Reference numeral 13 denotes a size to be screwed with the male screw 5 of the helical shaft 4, and the guide groove 15 has a size to be inserted into the guide ridge 9 of the middle cylinder 8. The lower end of the solid glue 16 is accommodated in the inner plate 12. The outer cylinder 17 is a synthetic resin cylindrical shape,
The locking projections 18 are provided at three places inside the lower end of the outer cylinder 17, and the narrow locking projections 1 are formed around the lower end of the outer cylinder 17.
9 is provided. The narrow locking projection 19 of the outer cylinder 17 is rotatably fitted into the wide locking recess 3 of the knob 1 and assembled. In addition, the guide plate 9 of the middle cylinder 8
The male screw 5 of the helical shaft 4 is screwed into the helical groove 13 of the inner plate 12, and the locking projection 10 of the middle cylinder 8 is rotatable in the locking recess 7 of the helical shaft 4. Fit into the state and assemble. The middle cylinder 8 assembled as described above is inserted into the outer cylinder 17, and the locking projections 18 of the outer cylinder 17 are locked in the locking recesses 11 of the middle cylinder 8, and the outer cylinder 17 is By attaching the cylinder 8, the conical grooved convex portion 2 ′, which is one meshing portion 2 of the knob 1, and the inverted conical grooved concave portion 6 ′, which is the other meshing portion 6 of the helical shaft 4, are attached and detached. The narrow locking projections 19 provided on the outer cylinder 17 are freely engaged with each other, and the narrow locking projections 19 provided on the knob 1 are locked in the large width locking recesses 3 provided with the space 20 below. . And, it is a solid glue container 22 in which a lid 21 is placed on the upper end of the middle cylinder 8.

When the solid glue container 22 is used, the lid 21 is removed from the middle cylinder 8 and then the outer cylinder 17 is held by hand, and the knob 1 is rotated by another hand.
As the helical shaft 4 meshing with the helical shaft 4 rotates, the inner plate 12 screwed to the helical shaft 4 rises in the inner cylinder 8 from the state shown in FIG. 2 to the state shown in FIG. When the inner plate 12 is raised, the tip of the solid glue 16 projects from the inner cylinder 8 (shown in FIG. 9). The solid glue 16 with the tip protruding is applied to an adherend (not shown) such as paper by holding the outer cylinder 17 by hand. The inner plate 12 that accommodates the end of the solid paste 16 at the time of application has the spiral groove 13 of the inner plate 12 screwed into the male screw 5 of the spiral shaft 4, so that the solid paste 16 and the inner plate 12 are connected to the spiral shaft 4. It does not come off or move, and the outer cylinder 17 has its narrow locking projection 19.
Is attached to the wide locking recess 3 of the knob 1, and the outer cylinder 17 and the middle cylinder 8 are locked by the locking projections 18 and the locking recesses 11, so that the knob 1 is placed from above. The outer cylinder 17, the middle cylinder 8 and the knob 1 are always locked and come off without being supported by the meshing portion 6 of the spiral shaft 4 and supported by the locking projection 19 of the outer cylinder 17 from below. Can be used. After use, the inner plate 12 is lowered from the state shown in FIG. 9 by rotating the knob 1 in the opposite direction to the previous direction, and the lower end of the solid paste 16 stored in the inner plate 12 is Is stored in.

In the solid glue container 22, the middle cylinder 8
Although the locking recess 11 is provided on the outer cylinder 17 and the locking projection 17 is provided on the outer cylinder 17, the locking projection may be provided on the middle cylinder and the locking recess may be provided on the outer cylinder. The number of the locking dents and the locking projections is not limited to three, but may be a plurality or one. Further, the locking projection 10 provided on the middle cylinder 8 and the spiral shaft 4
Has been described in which the locking concave portion 7 provided on the shaft is rotatably locked. However, it is not necessary to provide the locking concave portion on the helical shaft without providing the locking convex portion on the middle cylinder. Of 1
Although the conical grooved convex portion 2 'is provided as one meshing portion 2 and the inverted conical grooved concave portion 6' is provided as the other meshing portion 6 of the helical shaft 4, one knob of the knob has been described. An inverted conical grooved concave portion may be provided as a portion, and a conical grooved convex portion may be provided as the other meshing portion of the helical shaft, so that one meshing portion and the other meshing portion have opposite shapes.

When the solid glue 16 is used up, the knob 1
By pushing up the locking recess 11 of the middle cylinder 8 and the outer cylinder 17.
Is released from the locking projection 18, and the middle cylinder 8 is moved to the middle plate 12,
Remove the outer cylinder 17 and the knob 1 together with the spiral shaft 4. When the knob 1 is pushed up, the space 20 is provided below the locking projection 19 of the outer cylinder 17, so that the knob 1 is pushed up smoothly. Then, a spare 23 consisting of the middle cylinder 8, the middle plate 12, the spiral shaft 4, the solid glue 16 and the lid 23 shown in FIG. 10 is attached to the outer cylinder 17 and the knob 1. Replace this spare 23 with the outer cylinder 1
7. When attaching to the knob 1, the spare 23 is inserted from above into the outer cylinder 17 to which the knob 1 is locked, and is pushed down to engage the locking projection 18 of the outer cylinder 17 with the middle cylinder 8. Stop depression 1
1 is locked so that the middle cylinder 8 is locked to the outer cylinder 17 and the middle cylinder 8 and the outer cylinder 17 are locked together. And the other meshing portion 6 at the lower end of the spiral shaft 4 is meshed with the upper edge of the wide locking recess 3 of the knob 1 and the narrow locking projection 19 of the outer cylinder 17.
The upper edge is locked, and a space 20 is formed below the upper edge. By attaching the spare 23 to the outer cylinder 17 and the knob 1 in this way, a person using a new solid paste does not stain his hands, and the conical grooved convex portion 2 'which is one meshing portion 2 is the other. The spare 23 can be easily attached to the outer cylinder 17 and the knob 1 because it is smoothly inserted into the inverted conical grooved concave portion 6 ′ that is the engagement portion 6 and can be smoothly engaged.

The one shown in FIG. 6 is the other of the two meshing portions, and one upper meshing portion 32 is provided on the upper end of the knob 31.
, A tapered hexagonal convex portion 32 ′ is provided, and a thicker hexagonal concave portion 3 is formed as the other engagement portion 34 at the lower end of the spiral shaft 33.
4 'is provided. Note that one meshing portion and the other meshing portion may be formed in opposite shapes, or a polygonal convex portion or a polygonal concave portion other than a hexagon may be used.

FIG. 7 shows still another example of the both meshing portions. The upper end of the knob 41 is formed as a single meshing portion 42 with a tapered convex portion 42 'around a central cylindrical portion. And four thick concave portions 42 ″ alternately.
As the other engagement portion 44 at the lower end of the spiral shaft 43,
Symmetrically to the meshing portion 42, the tapered concave portion 44 'and the tapered convex portion 44 "are alternately provided four by four, and the cylindrical portion 45 protrudes below the peripheral edge. The number of the convex portions and the thick concave portions may be a plurality other than four, and the cylindrical portion 45 may not be provided. Alternatively, one meshing portion and the other meshing portion may have opposite shapes.

The solid paste container 51 shown in FIG. 11 is a separate one. The lower end of a knob 52 is continuously formed in a U-shaped cross section from the inside to the outside of the lower end of an outer cylinder 53. And a space portion 54 having a predetermined space, that is, a space necessary for pushing up the knob 52, between the knob 52 and the bottom wall 52 'having a U-shaped cross section. Is the same as

[0014]

According to the solid glue container of the present invention, since the inner plate is screwed onto the spiral shaft meshed with the knob, when the knob is rotated, the spiral shaft rotates and the inner plate rises, so that the solid glue is removed. The solid glue that protrudes from the middle cylinder can be used by applying it to the object to be adhered to, and after using up the solid glue, simply push up the knob and the empty cylinder consisting of the middle cylinder, middle plate, and spiral shaft Spares can be easily removed. Refilling a new spare into the outer cylinder that has locked the knob, it can be easily installed by locking the outer cylinder and the middle cylinder just by pushing it in, and by using the outer cylinder and the knob again, The outer cylinder and knob of the solid glue container can be used repeatedly and effectively. Further, by repeatedly using the outer cylinder and the knob of the solid glue container, the limited resources of the solid glue container can be disposable and not wastefully used, so that resources can be saved, and the outer cylinder and the knob of the solid glue container can be used. By using repeatedly, the disposable parts are only spare parts, and as a result, the cost of solid glue can be reduced.

In the solid glue container according to the second aspect, since the lower end of the outer cylinder is covered with the knob from the outside to the inner side, the knob is smoothly pushed up while being guided along the inside and the outside of the lower end of the outer cylinder. In addition, since the lower end of the outer cylinder is not exposed halfway, the appearance of the solid glue container can be improved.

In the solid paste container according to the third aspect, the middle cylinder and the helical shaft are rotatably locked by the locking projections and the locking recesses, so that the middle cylinder and the helical shaft are vertically displaced. Can be prevented, and the helical shaft can be smoothly rotated, and can be further rotatably locked.

[Brief description of the drawings]

FIG. 1 is a front view of the product of the present invention.

FIG. 2 is a longitudinal sectional view of FIG.

FIG. 3 is an enlarged sectional view taken along the line AA of FIG. 1;

FIG. 4 is an enlarged front view of the engagement portion before assembling.

FIG. 5 is an enlarged bottom view of the other engagement portion.

FIG. 6 is an enlarged front view of another engagement portion before assembling.

FIG. 7 is an enlarged front view of yet another engagement portion before assembly.

FIG. 8 is an enlarged sectional view of a middle plate.

FIG. 9 is a sectional view at the time of use.

FIG. 10 is a sectional view of a spare and a main body.

FIG. 11 is a cross-sectional view of another container main part.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Knob 2 One engaging part 2 'Conical grooved convex part 3 Locking concave part 4 Helical shaft 5 Male screw 6 The other engaging part 6' Reverse conical grooved concave part 7 Locking concave part 8 Middle cylinder 9 Guide ridge DESCRIPTION OF SYMBOLS 10 Locking convex part 11 Locking dent 12 Inner plate 13 Helical groove 14 Hole 15 Guide groove 16 Solid glue 17 Outer cylinder 18 Locking projection piece 19 Locking convex part 20 Space part 21 Lid 22 Solid glue container 23 Spare 31 Knob 32 One meshing portion 33 Helical shaft 34 The other meshing portion 41 Knob 42 One meshing portion 43 Helical shaft 44 The other meshing portion 45 Cylindrical portion 51 Solid glue container 52 Knob 52 'Bottom wall 53 Outer cylinder 53' Lower end 54 Space

Continuation of front page (58) Field surveyed (Int.Cl. ⁷ , DB name) B43M 11/00 B65D 83/00

Claims (6)

(57) [Claims] An engaging portion is provided at an upper end portion of a knob, a wide locking concave portion is provided around an intermediate portion of the knob, a helical male screw is provided on a helical shaft, and a lower end portion of the helical shaft is provided. And the other meshing portion of the knob is removably meshed with the other meshing portion of the spiral shaft.
An outer cylinder having an inner diameter larger than the outer diameter of the knob is provided from above the outer side of the knob, and a narrow locking projection provided inside the lower end of the outer cylinder is provided with a wide locking recess of the knob. On the inside of the outer cylinder, a middle cylinder having a guide ridge in the vertical direction inside the middle cylinder is provided so as to protrude from the upper end of the outer cylinder. The outer cylinder and the middle cylinder are detachably locked by the locking projections and the locking dents. The middle cylinder has a hole having a spiral groove in the center of the middle plate, and the outside of the middle plate. An inner plate having a guide groove in the vertical direction is inserted and provided, and a spiral male screw of the helical shaft is screwed into the spiral groove of the inner plate, and the inner cylinder is inserted into the guide groove of the inner plate. A solid glue container wherein a guide ridge is inserted and a lid is placed on the upper end of the middle cylinder. 2. A lower end of the knob has a U-shaped cross section continuously from inside to a lower end of the outer cylinder, and has a predetermined distance between a lower end of the outer cylinder and a bottom wall of the knob having a U-shaped cross section. The solid paste container according to claim 1, wherein a space portion is provided. 3. A locking concave portion is provided around a portion above the meshing portion of the helical shaft, and a locking convex portion is provided around an inner periphery of a lower end portion of the middle cylinder.
The solid glue container according to claim 1, wherein the locking concave portion of the helical shaft and the locking convex portion of the middle cylinder are rotatably locked. 4. One of the engaging portions of the knob is one of a conical grooved convex portion and an inverted conical grooved concave portion, and the other engaging portion of the helical shaft is a conical grooved convex portion. 2. The solid glue container according to claim 1, which is the other of the portion and the other of the inverted conical grooved recess. 5. One of the engaging portions of the knob is one of a tapered polygonal convex portion and a tapered polygonal concave portion.
2. The solid glue container according to claim 1, wherein the other meshing portion of the helical shaft is the other of the tapered polygonal convex portion and the tapered polygonal concave portion. 6. A meshing portion having one engaging portion of a knob having a plurality of tapered convex portions and a plurality of tapered concave portions alternately, and a plurality of alternately having a tapered concave portion and a tapered convex portion. One of the meshing portions, the other meshing portion of the helical shaft, the meshing portion having a plurality of alternately tapered convex portion and a tapered concave portion, a tapered concave portion, The solid glue container according to claim 1, wherein the other is the other of the meshing portion having a plurality of tapered convex portions alternately.