JPS6314625Y2 - - Google Patents

Description

[Detailed Description of the Invention] The present invention relates to a constant temperature container, and more particularly, to a constant temperature container mainly used for fishing.

In general, constant-temperature containers used for fishing are formed by a container body with an insulated structure and a lid that closes the opening of the container body, and the opening of the container body has a recess for storing live bait. An inner lid having an entry part and a through hole opening into the container body is supported, and a caught fish can be inserted into the container body through the through hole.

By the way, when the inner lid is used as described above, when the lid is opened to insert the caught fish into the container main body, it is possible to prevent the entire opening of the container main body from being opened, and the container main body The amount of internal cold air escaping to the outside can be reduced, and the live bait stored in the recessed part of the inner lid can be cooled by the heat source inside the container body, thereby preventing the freshness of the live bait from deteriorating.

However, in conventional constant-temperature containers, an opening/closing lid body is usually attached to the inner lid. When opened, all of the raw bait on the surface is exposed to the outside air, causing the problem that the freshness of a large amount of raw bait decreases in a short period of time.Also, each time the raw bait is taken out, the cold air inside the container body is exposed to the outside air. There was a problem that the coolant escaped to the outside through the through-hole in the lid, impairing the cooling effect inside the container body.

The present invention has been devised in view of the above points, and its purpose is to provide a drawer box that can freely slide to mainly accommodate live bait, to allow the drawer box to open and close the through hole in the inner lid, and when the drawer box is closed, to The point is to allow the minimum amount of live bait to be taken out freely.

Therefore, the structure of the present invention is a constant-temperature container comprising a container body having a heat-insulating structure and a lid for closing an opening of the container body, and having an inner lid held inside the lid. A live bait storage chamber with an open top surface is provided on one side of the container body, and a through hole opening into the container body is formed on the other side, while a through hole is formed in a portion of the lid body opposite to the through hole. A small window facing the window and a small lid for opening and closing the small window are provided, and a drawer box that can enter and exit the through hole and close the opening of the storage chamber when exiting is provided. By holding the drawer box freely, the through hole can be closed by pulling out the drawer box toward the entry side with respect to the through hole, and the minimum amount of live bait can be freely taken out. The caught fish can be thrown into the container body through the through-hole simply by moving the fish out of the through-hole.

An embodiment of the thermostatic container of the present invention will be described above based on the drawings.

In the figure, 1 is a container body with a heat-insulating structure having a rectangular bottom wall and four side walls rising from the periphery of the bottom wall, and an open top surface, and 2 is a container body 1 having an open top surface.
3 is an inner lid which is detachably supported on a step 1a provided at the opening of the container body 1. In addition, the lid body 2 is
It is pivotally connected to one side edge of the opening so that it can be opened and closed.

The inner lid 3 has a rectangular bottom surface 3a that is slightly smaller than the opening, four side surfaces 3b that stand up from the periphery of the bottom surface 3a, and an outward flange that projects outward from the upper edge of these side surfaces. 3c
A storage chamber 31 for storing live bait is provided on one side in the length direction, and the bottom surface of the other side is raised via a step 3d, and this raised bottom surface 3e is formed.
In addition, a through hole 32 opening into the container body 1 is formed, and two guide rails 33, 33 are provided in the upper part of the storage chamber 31, which are linearly continuous with the raised bottom surface 3e. 3
3 and 33, the drawer box 4 that can enter and exit the through hole 32 is slidably supported, and the through hole 32 formed in the bottom surface 3e of the inner lid 3 in the lid body 2; The through hole 3 is located at the opposite portion of the
A small window 21 facing 2 is opened, and a small lid 22 having a heat insulating structure is provided on one side of this small window 21, so that the small window 21 can be opened and closed by the small lid 22. Although it is preferable that the small lid 22 be pivoted using a hinge 23 as shown, it may have a detachable structure.

When the drawer box 4 enters the through hole 32, the drawer box 4 closes the through hole 32 and closes the through hole 32.
2, the through hole 32 is opened and the storage chamber 31 is closed. Two rectangular drawer boxes are formed, one end in the width direction of these drawer boxes 4, 4 is supported by the guide rails 33, 33, and the outer surfaces of the other ends are in contact with each other. It should be noted that this drawer box 4 may be provided with two as shown in the figure, or one drawer box 4 may be provided.
In addition, when two drawer boxes 4 are provided, the outer surfaces where these drawer boxes 4, 4 come into contact with each other are provided with grooves 41 extending in the sliding direction and protrusions 42 projecting into the grooves 41, as shown. is preferable.

In the illustrated inner lid 3, an opening/closing lid body 34 for closing the storage chamber 31 is pivotally supported at one side edge of the opening end thereof, and at one side edge of the through hole 32,
Two doors 35, 35 that close the through hole 32 are pivotally supported, and each of these doors 35, 35 is biased in the closing direction by a spring 36.

The present invention is constructed as described above, and when used for fishing, for example, the storage chamber 31 of the inner lid 3
A large amount of live bait is stored inside and kept cool by the heat source within the container body 1, while the drawer box 4 stores live bait for dispensing that is needed at the moment.

When fishing, the drawer box 4 is pulled out in advance to the entry side with respect to the through hole 32 of the inner lid 3, and the small lid 2
By opening the drawer box 4, the live bait can be taken out through the small window 21.
This allows them to be taken out freely. Therefore, when taking out the live bait, it is possible to prevent the cold air inside the container body 1 from escaping to the outside through the through hole 32 of the inner lid 3, and to take out the live bait with the simple operation of opening the small lid 22. The raw food can be taken out from the window 21, and there is no need to open the opening/closing lid 34 of the inner lid 3 when taking out the live bait.
It can prevent the freshness of live bait stored in
Only the live bait for dispensing in the drawer box 4 that is needed at the moment comes into contact with the outside air.

Furthermore, when putting the caught fish into the container main body 1, open the small lid 22 and push the drawer box 4 toward the exit side of the through hole 32 so that the fish will not be obstructed by the drawer box 4. Instead, it can be thrown into the container body 1 through the through hole 32.

In the embodiment described above, the drawer box 4 is held in the box-shaped inner lid 3 so as to be able to freely slide.
Alternatively, for example, the drawer box 4 may be slidably held on the inner surface of a flat inner lid. Further, when the inner lid 3 is formed into a box shape, it is preferable to provide an opening/closing lid body 34 as shown in the figure, but since the lid body 2 is provided with a small window 21 and a small lid 22, the opening/closing lid 34 is preferably provided. The body 34 may be eliminated.

Furthermore, the thermostatic container of the present invention may be used not only for fishing purposes but also for leisure purposes.

As described above, the present invention provides a live food storage chamber with an open upper surface on one side of the inner lid, and a through hole opening into the container body on the other side, and the through hole in the lid body. A small window facing the through-hole and a small lid for opening and closing the small window are provided at a portion facing the through-hole, and the opening part of the storage chamber is provided so that the through-hole can be entered and exited, and when exiting, the opening part of the storage chamber is provided. Because the drawer box that can be closed is held freely and slidably,
A large amount of live bait can be stored in the live bait storage chamber in the inner lid, and when taking out live bait, only the live bait needed for immediate dispensing comes into contact with the outside air from the small window, and the remaining live bait comes into contact with the outside air. Because there is no such thing, there is no loss of freshness. In other words, the amount of raw bait that loses its freshness due to exposure to outside air can be kept to the minimum necessary for the time being, and the amount of outside air that comes into contact with the raw bait can be kept to a small amount through the small window. Therefore, fresh raw bait can be used for a long period of time.

Furthermore, when the drawer box is withdrawn from the through hole, the drawer box closes the opening of the storage chamber, thereby preventing live bait such as lugworms from crawling out of the storage chamber. This is possible.

Moreover, when the live bait stored in the drawer box is taken out through the small window, the through hole can be closed by the drawer box, so cold air inside the container body can be prevented from escaping to the outside when the live bait is taken out. It is possible to improve the cold insulation effect inside the container body, and in addition, by withdrawing the drawer box from the through hole, the caught fish can be transferred from the through hole into the container body without being obstructed by the drawer box. Although the container can be filled with cold air, the amount of cold air inside the container body can be kept from escaping to the outside through the small window.

[Brief explanation of drawings]

FIG. 1 is a partially cutaway front view showing an embodiment of the container of the present invention, and FIG. 2 is a perspective view of the main parts. 1... Container body, 2... Lid body, 3... Inner lid, 4
...Drawer box.

Claims (1)

[Scope of utility model registration request] A constant-temperature container consisting of a container body with a heat-insulating structure and a lid that closes an opening of the container body, with an inner lid held inside the lid, the upper surface of which is open on one side of the inner lid. A live bait storage room is provided, and on the other side,
A through hole opening into the container body is formed, and a small window facing the through hole and a small lid for opening and closing the small window are provided at a portion of the lid body facing the through hole; 1. A thermostatic container, characterized in that a drawer box that can enter and exit a hole and that can close an open part of the storage chamber when exiting is slidably held therein.