JPH0246534Y2 - - Google Patents

Description

[Detailed Description of the Invention] The present invention relates to a fitting for a hanging container in a water tank such as a toilet.

The hanging container inside the aquarium is filled with deodorant, etc., and when the water in the aquarium is drained,
Alternatively, when the water tank is filled with water, a certain amount of deodorizing agent is mixed into the water to deodorize a toilet or the like. The container is attached with a fitting for suspending the container in the water tank, and since the wall of the water tank has a wall thickness that varies depending on the presence or absence of a condensation prevention device, the fitting has a different wall thickness. It is desirable that it be provided to accommodate two types of aquariums. In addition, the mounting device is to be transported while attached to the container, and if the latching part to the aquarium wall protrudes from the container, this part will get in the way during transportation, so the latching part should be kept away from the main body part. It is desirable that the protruding housing is freely formed.

The mounting tool 1 of the present invention was devised to meet the above-mentioned requirements, and will be described below with reference to the drawings.The mounting tool 1 has an external shape in which side walls 3, 3 are erected from both left and right edges of a bottom wall 2. However, the bottom wall is provided with first, second, and third separation lines and first and second refraction lines, and these separation lines allow the concave plate portion 4 and the rotating plate portion 10 to be separated from each other. are formed, and furthermore, first upright plates 8, 8 and a second upright plate 14 are respectively attached to these plate portions.

The concave plate portion 4 has its rear edge connected to the rear edge of the bottom wall,
Both sides of the concave plate part are provided by first separation lines 5, 5 bored on both left and right sides of the bottom wall, excluding the front part of the bottom wall.
The U-shaped inner edge part inside the concave-shaped plate excluding the front edge of the concave-shaped plate is cut by the U-shaped second separation line 6 bored in the bottom wall. It is formed by first bending lines 7, 7 provided on the bottom wall portion between the front end of the first separation line and the front end of the second separation line, and from both left and right sides of the rear edge of the concave plate portion, As shown in FIG.
a first engagement protrusion 9 that can engage with the lower edges of both left and right sides of a portion of the rotating plate when the rotating plate is tilted backward;
9 is attached.

The rotating plate part 10 is formed by the U-shaped second separation line and extends rearwardly from both sides of the front edge of the bottom wall part 11 into the concave-shaped plate part.
Separation lines 12, 12 are bored, and a second refraction line 13 is formed on the bottom wall between the rear ends of these third separation lines.
are formed by the third separation line and the second refraction line. A second upright plate 14 projects upward from the front edge of the rotating plate portion.

The concave plate portion 4 described above can be raised upward using the first refraction lines 7, 7 as a fulcrum, and then be brought forward to protrude. It is possible to raise it upwards as a fulcrum and then push it backwards to make it protrude. When the rotating plate part 10 is pushed backward and protruded, as shown in FIG. The engaging protrusions engage with the lower edges of parts of both sides of the rotating plate. Concave plate portion 4 in this state
In order to prevent forward rotation, second engaging protrusions 15, 15 are attached to the rear upper inner surfaces of the side walls 3, 3, and as shown in FIG. The third engaging protrusions 16, 16, which can be engaged with the back surface of the base of the concave plate part in the state of being tilted and protruding, are attached to the side wall 3.
It is attached to the inner surface of the front lower part of.

As shown in FIG. 3, when the concave plate portion 4 is projected forward, the rotating plate portion is moved rearward as shown in FIG. The distance between the first and second upright plates 8, 14 when they are projected is small. To achieve this, the distance from the rear edge of the concave plate portion 4 to the second refraction line 13 may be made larger than from the front edge of the bottom wall 2 to the first refraction lines 7, 7.

Engagement protrusions 3a, 3a are attached to both the front and rear portions of the upper outer surfaces of the side walls 3, 3.

The mounting device configured as described above is preferably integrally molded from a synthetic resin material, and is transported by being fitted into a groove formed in the bottom wall of the hanging container 20 in the aquarium. In this fitted state, the upper part of the side wall is pushed inward, so that the second engaging protrusions 15, 15 are provided so as to engage with the outer edges of the upper ends of the first upright plates 8, 8. When the consumer uses the container, either the concave plate portion or the rotating plate portion protrudes outward in accordance with the wall thickness of the aquarium in which the container is to be hung. When tilting the concave plate portion forward, remove the upper portions of the first upright plates 8, 8 from the second engagement protrusions 15, 15 by moving them inward, and then move the concave plate portion as it is. The third engaging protrusions 16, 16 are engaged with the back surface of the base of the concave plate portion by forcefully pushing the third engaging protrusions 16, 16 by raising them up and tilting them forward as shown in FIG. When tilting the rotary plate portion 10 backward, the first engaging protrusions 9 are engaged with the lower edges of both left and right sides of a portion of the rotary plate by forcible pushing as shown in FIG. The concave plate portion or rotating plate portion projecting outward in this manner is hooked to the upper end of the aquarium wall to suspend the container within the aquarium.

The present invention has the above-mentioned configuration, in which a concave plate part and a rotating plate part are formed by the separation line and the bending line to the bottom wall, and the plate part is provided so that either of them can protrude during use. Therefore, the concave plate part or the rotating plate part does not get in the way when it is attached to the container, and if the concave plate part protrudes forward, the rotating plate part can be rotated more easily than the distance between the first and second upright plates. Since the distance between the first and second upright plates is made small when the moving plate part is protruded rearward, it can be conveniently used even if the aquarium wall is thick or thin, and the concave plate part can be moved forward. When the rotary plate is protruded, the third engaging protrusion engages with the back surface of the base of the plate, and when the rotating plate is protruded rearward, the first engaging protrusion engages with the lower edges of both sides of the rotating plate. , and since the second engaging protrusion engages with the outer edge of the upper end of the first upright plate having the first engaging protrusion, the concave plate portion and the rotating plate portion can maintain a substantially horizontal state. Therefore, the container fitted with the mounting tool can be reliably suspended in the aquarium.
The structure is simple and can be integrally molded from synthetic resin.
It can be manufactured at low cost.

[Brief explanation of the drawing]

Figure 1 is a perspective view of the proposed mounting device, and Figure 2 is a perspective view from the rear side of the mounting device fitted into the groove on the bottom wall of the container and with the rotating plate portion of the mounting portion protruding rearward. FIG. 3 is a perspective view, seen from the front side, of a state in which the concave plate portion is projected forward from the mounting tool fitted into a groove in the bottom wall of the container body. 4... Concave plate portion, 10... Rotating plate portion.

Claims (1)

[Scope of utility model registration request] Side walls 3, 3 are erected from the left and right sides of the bottom wall 2 so as to be able to incline inwardly against elasticity, and the rear edges are located at the rear edges of the bottom wall. a first separation line 5 provided from the rear edge toward the front;
5, a U-shaped second separation line 6 provided on the bottom wall, and a concave plate portion 4 whose front edge is connected to the front of the bottom wall by the first bending line 7, 7; Both sides are formed by third separation lines 12, 12 located at the front edge of the bottom wall and provided toward the rear from the front edge of the bottom wall within the concave portion of the concave plate portion 4, and the rear edge is connected to the back of the bottom wall. the second parallel to the edge
A rectangular rotary plate part 10 is formed which is connected to the bottom wall of the concave plate part 4 at the bending line 13, and a first upright plate 8, 8, a second upright plate 14 is raised from the front edge of the rotary plate portion 10, and a rotary plate is provided on the opposing surface of the first upright plates 8, 8 with the second refraction line 13 as the center. First engaging protrusions 9, 9 that engage with both sides of the lower surface of the rotary plate when the part 10 is tilted rearward are provided on the rear upper inner surfaces of the side walls 3, 3 at an inward slope of the side walls. Second engagement protrusions 15, 15 that engage with the upper ends of the first upright plates 8, 8
, on the inner surface of the front part of the side wall, when the concave plate part 4 is tilted forward about the first bending lines 7, 7 and the side wall is tilted inward, it engages with the lower surface of the left and right sides of the concave plate part. The distance from the rear edge of the concave plate portion 4 to the second refraction line 13 is longer than that from the front edge of the bottom wall 2 to the first refraction lines 7, 7. A mounting tool for a hanging container in an aquarium, characterized by its large size.