JPH0249852A - Downward rotating accommodator for entrance framework - Google Patents

Abstract

PURPOSE:To utilize the space under an entrance doorcase in its backmost part by furnishing a drawout cart under the floor of the doorcase, wherein the cart has a rotary accommodator equipped with a caster and a pullback spring. CONSTITUTION:A drawout cart 6 fitted with a caster 7 at the drawout having a bowl-shaped rotary accommodator 4 is furnished under the floor of an entrance doorcase 1. This drawout cart is equipped with an elastic pullback spring 18 for restituting the cart 6 when putting in or out is finished. In order to check possible returning during putting in or out, the cart 6 is fitted with a return stopper, and also a release for this return stopper is fitted at a grip 13. This simplifies putting in and out into/from under the doorcase 1 in its backmost part.

Description

[Detailed Description of the Invention] <Industrial Application Fields> The present invention provides a rotating storage space under the entrance stile,
There is no problem in going in and out of the entrance, and the purpose is to increase the amount of storage, make it convenient to take things in and out, and streamline life.

(Conventional technology) Due to recent housing conditions, the formal entrance that was a symbol of the class system has become a mere entrance where you can take off your shoes.

The storage facilities at the entrance went from being just a shoe rack to a shoe rack, but as lifestyles have become more diversified and people have more things to prepare and carry when they go out, storage has been built up to the high wall inside the entrance.

Storage cabinets with high walls require a step stool and are inconvenient to access.

In particular, storage cabinets with high walls are inconvenient for storing heavy items.

In the event of a disaster such as an earthquake, it is undesirable to store fallen objects in a high place near the entrance, which would be a difficult exit.

The area under the raised stile was convenient and safe to use, but it was only used as a place to store footwear.

(Problem to be solved by the invention) The area under the raised stile does not require a step stool and is convenient and safe to use, but it has only been used as a footwear storage area.

The challenge is to make use of the hard-to-reach space under the rising stile in an easy-to-use manner.

The entrance stile is frequently accessed and accessed, so the challenge is to quickly organize the items as soon as they are put in and taken out so that access to the entrance can be done without any hindrance.

The present invention is a novel rotating storage under a stile that rises from the entrance in order to solve the problem described in item 1.

<Means for Solving the Problems> In order to achieve the above object, the present invention is constructed as follows.

(1) (a) Under the floor of the entrance stile 1, there is a square-bottomed drawer with a drawer 6 with a wheel attached.

(b) The drawer wheel 6 has two front drawer wheels 7 and a rear wheel 8 with a freely adjustable puller wheel.(c) The drawer wheel 6 has a tub-shaped rotating storage container 4
There is.

(D) The rotating storage container 4 is equipped with a rotating storage container ring 10. (E) The drawer wheel 6 is equipped with an elastic pull-back spring 18 for returning the drawer wheel 6 after loading and unloading. (g) The pull-out wheel 6 is equipped with a detent 19 to prevent it from returning during loading and unloading.
A detent remover 23 is attached to the handle 13 (H) When the drawer wheel 6 is returned inside, the drawer back detent 12
It hits and stops.

(S) A spring 16 made of an elastic body is attached to the drawer wheel 6. (J) A puller wheel magnet 21 is attached to the drawer wheel 6. (R) A horizontal magnet under the stile that approaches the drawer wheel magnet 21. The pull-out car front plate 5 (22) attached to the lower side of the rising stile 1 can be expanded and contracted upward and to the left and right.

This is a rotating storage under the entrance stile constructed by the above-mentioned means.

(2> (a) Under the entrance frame 1, there is a fixed rotating container 25 that rotates around a fixed central axis 24.

(Exposure) When the fixed rotating container 25 is pressed, it rotates and a part of it appears on the entrance dirt floor 9.

(c) A fixed rotation container front plate magnet 27 and a lower fixed rotation container front plate magnet 32 are attached to the fixed rotation container front plate 26. (d) The magnets that approach the fixed rotation container front plate magnet 27 are:
A horizontal magnet 22 and a stop magnet 33 are attached to the lower side of the stile (e) The magnet that approaches the front lower magnet 32 of the fixed rotating container is attached to a stopper and a lower magnet 34 (f) The fixed rotating container 25 is rotated back This is a rotary storage under the entrance stile which is constructed by the above means and is equipped with a rotary return spring 28 made of an elastic body.

(Function) Since the drawer wheel 6 is equipped with a front drawer wheel 7 and a rear wheel 8 with a freely movable puller wheel, it is light and moves freely, so even heavy items can be stored.

The rotating storage container 4 inside the drawer wheel 6 is attached with a rotating storage container 10, so it can rotate freely, so if you pull out the drawer wheel 6 a little and rotate the rotating storage container 4, you can easily access the rotating storage container 4 at the back. Easy to put in and take out.

The pull-out wheel 6 is equipped with an elastic pull-back spring 18 for returning the pull-out wheel 6 after loading and unloading.
As soon as the drawer 6 is taken out, it returns quickly and does not get in the way of going in and out of the entrance.

Since the detent 19 is attached during loading and unloading from the pull-out wheel 6, the return of the pull-out wheel 6 is stopped, so that the work of loading and unloading can be carried out calmly.

When the detent remover 23 on the handle 13 is raised, the detent 19 is lowered and the pull-out wheel 6 returns inside.

When the drawer wheel 6 is returned inside, the elastic contact spring 16 abuts against the drawer back stop 12 and stops.

When the pull-out wheel 6 returns inside, the pull-out wheel magnet 21 and the lower stile horizontal magnet 22 come together and quickly stop at a fixed position.

Since the pull-out car front plate 5 can be expanded and contracted upward and to the left and right, installation is easy even if the installation location is slightly different in size.

(2> When one side of the fixed rotating container 25 is pressed, it rotates and a part of it comes out into the entrance dirt floor 9.

When the fixed rotary container 25 is pushed further, the fixed rotary container front plate magnet 27 stops and approaches the magnet 33, and at this time it is being taken in and out.

During loading and unloading, the lower magnet 32 of the front plate of the fixed rotary container also stops and approaches the lower magnet 34, so the return of the fixed rotary container 25 is stopped during loading and unloading, so that the work of loading and unloading can be carried out calmly.

When the fixed rotary container front plate magnet 27 comes close to the lower stile horizontal magnet 22, it is the time when the loading and unloading is finished and it quickly returns to its original position.

Since it is equipped with a rotational return spring 28 of an elastic body for rotational return,
As soon as the fixed rotating container 25 is loaded and unloaded, it returns quickly, and there is no problem in going in and out of the entrance.

(Example) Embodiments of the present invention will be described below with reference to the drawings.

The kingdoms in FIGS. 1, 2, and 3 are a sectional view, a plan view of a main part, and a perspective view of a main part, showing an embodiment.

Under the floor of the entrance stile 1, there is a square-bottomed drawer with a pull-out wheel 6 with a wheel attached.

The drawer wheel 6 has two front drawer wheels 7 and a rear wheel 8 with a freely adjustable drawer wheel, and there is a tub-shaped rotating storage container 4 in the drawer wheel 6.

Since the rotating storage container 4 is attached with a rotating storage container ring 10, it can freely rotate inside the drawer wheel 6.

After the pull-out wheel 6 has been taken out and put in, the pull-back spring 18 made of an elastic material for returning the pull-out wheel 6 may be attached to the side or above the pull-out wheel 6.

The pull-out wheel 6 is equipped with a detent 19 to prevent it from returning during insertion and removal.The pull-out wheel 6 has a detent 23 attached at the handle 13.
When the detent remover 23 attached is raised, the drawer detent plate 11 will be removed.
The detent 19 comes off, and the pull-out wheel 6 returns to the inside by the force of the pull-back spring 18.

When the drawer wheel 6 is returned inside, it hits the drawer back stop 12, so an elastic spring 16 is attached to either the drawer wheel 6 or the drawer back stop I2.

The pull-out wheel 6 has a pull-out wheel magnet 21 and a lower horizontal magnet 22 attached to the side below the rising stile 1, and both magnets come together and the pull-out wheel 6 stops at a fixed position.

The drawer car front plate 5 is provided with a portion that overlaps the edge of the drawer car front plate 5 so that it can expand and contract to some extent in the upper and right directions.

There are two ways to attach the wheel to the pull-out wheel 6: either above or on the side.

There is also a method to do this without using the pull-out car 6.

There is also a method of doing this without using the pull-out wheel 6, by adding a gutter on the top, side, or bottom, or a slide on the bottom of the skate.

There is also a method of providing a shaft in the center of the drawer wheel 6 to store rotating items.

Both FIG. 4 and FIG. 5 are a sectional view and a plan view of essential parts showing the embodiment.

A fixed rotating container 25 is placed under the entrance frame 1 and rotates around a fixed central axis 24.

Fixed rotation! When 1lJ25 rotates, a part of it will come out into the upper room 9 of the entrance.

A fixed rotation container front plate magnet 27 and a lower horizontal magnet 22 attached to the fixed rotation container front plate 26 stop the container from being inserted or removed from the bottom of the entrance frame 1.

The fixed rotation container front plate 26 has a fixed rotation container front plate magnet 27 and a fixed rotation container front plate lower magnet 32 attached thereto.
2 and a fixed rotating container to which a stop magnet 33 is attached.The fixed rotating container 25, which is attached to a stop lower magnet 34 that approaches the front plate lower magnet 32, is equipped with a rotation return spring 28 of an elastic body for rotation return. The method of rotating around the fixed central axis 24 is as follows: (a) Attach only the upper or lower part of the fixed rotation container 25 and insert the bearing into the bearing 29 or the fixed rotation container 25.

(b) The central shaft 24 is fixed, and a bearing is placed in a fixed rotation container 25 or a fixed source.

(c) Attach the car to the fixed rotating container 25 on the top, bottom, or side.

(Effects of the Invention) As is clear from the above explanation, according to the present invention, even if a rotating storage is installed under the entryway, it does not make it inconvenient to enter and exit the entrance.

Even if you install a rotating storage space under the entryway, it will not lower the dignified formality of the entryway.

Unlike storage cabinets located on high places, there is no need for a step stool, there is no risk of stored items falling in the event of a disaster, and even heavy items can be taken in and out easily.

Once you have finished putting things in and taking them out, they return to their original storage state, allowing you to clean up quickly and reliably, so there is no problem getting in and out of the entrance.

There is a detent, so you can work calmly while loading and unloading.

It can also be applied to under-floor storage in the kitchen, and can be installed on all sides with small outlets, allowing for a large amount of storage.

Under-floor storage in the kitchen can be made into two tiers to provide even more storage space.

It can also be installed at the back entrance or at the bottom of stairs.

The back drawer under the desk deck is not used, but if you make the inside of the drawer into a rotating storage space, you can easily access the drawer in the back.

The front plate of the pull-out car can be expanded and contracted slightly from top to bottom and from side to side.
Since the part that overlaps the edge of the pull-out car wI plate is prepared, it can be installed even if there is a slight difference in the size of the entryway riser.

[Brief explanation of the drawing]

Figure 1 is a cross-sectional view of a rotating storage compartment that fits into a drawer under the floor of the entrance stile. Figure 2 is a plan view of the main parts of a rotating storage container that fits into the width of a drawer under the floor of the entrance stile. FIG. 3 is a perspective view of the main parts of the drawer detent. FIG. 4 is a sectional view of a fixed rotating container that rotates at a fixed base point. FIG. 5 is a plan view of the main parts of a fixed rotating container that rotates at a fixed base point. A stile that rises to the top. 2: Joist. 3: Floorboard. 4: Rotating storage compartment, 5: Drawer front plate. 6: Pull-out car. 7: Pull-out car front wheel. 8: Rear wheel with freely adjustable pull-out wheel. 9: Entrance dirt floor. 10: Rotating storage ring, 11: Drawer detent plate. 12: Drawer back stop. 13: Handle, 14: Drawer wheel corner holder. 15: Rotating storage compartment partition. 16 Hit spring. 17: Detent arm, 18: Retraction spring. 19: Detent. 20: Detent fulcrum. 2I: Drawer wheel magnet. 22: Seed tank magnet. 23: Remove the detent. 24: Central axis. 25: Fixed rotating container. 26: Fixed rotating container face plate. 27: Fixed rotating container front plate magnet. 28: Rotation return spring. 29: Bearing. 30: Fixed rotating container partition. 31: Detent removal window. 32: Fixed rotating container face plate bottom magnet 633: Stop magnet. 34: Stop lower magnet. Patent applicant Chigi Matsuura Daihachi Matsuura

Claims (2)

[Claims] (1) (a) Under the floor of the entrance stile 1, there is a drawer 6 with a square bottom and a drawer 6 with a wheel attached. (b) The pull-out wheel 6 has two front pull-out wheels 7 and a rear wheel 8 with a freely adjustable pull-out wheel. (c) A tub-shaped rotating storage container 4 is placed inside the drawer wheel 6.
There is. (d) The rotating storage case 4 has a rotating storage case 10 attached thereto. (E) The pull-out wheel 6 is provided with an elastic pull-back spring 18 for returning the pull-out wheel 6 after loading and unloading. (F) A detent 19 is attached to the pull-out wheel 6 to prevent it from returning during loading and unloading. (G) The drawer wheel 6 is provided with a detent release 23 at the handle 13. (H) When the drawer wheel 6 is returned inside, the drawer back stop 12
It hits and stops. (li) The pull-out wheel 6 is attached with a contact spring 16 made of an elastic body. (v) A pull-out wheel magnet 21 is attached to the pull-out wheel 6. (l) A stile lower horizontal magnet 22 that approaches the drawer wheel magnet 21 is attached to the lower side of the rising stile 1. (w) The front plate 5 of the pull-out car can be expanded and contracted upward and to the left and right. The rotating storage under the entrance stile is constructed as described above. (2) (A) Below the entrance frame 1 is a fixed rotating container 25 that rotates around a fixed central axis 24. (b) When the fixed rotating container 25 is pressed, it rotates and a portion of it appears on the entrance dirt floor 9. (c) A fixed rotation container front plate magnet 27 and a fixed rotation container front lower plate magnet 32 are attached to the fixed rotation container front plate 26. (d) The magnet that approaches the fixed rotating container front plate magnet 27 is
A horizontal magnet 22 and a stop magnet 33 are attached under the stile. (e) The magnet that approaches the lower magnet 32 of the front plate of the fixed rotating container is stopped and a lower magnet 34 is attached. (f) The fixed rotation container 25 is equipped with a rotation return spring 28 which is an elastic body that returns rotation. The rotating storage under the entrance stile is constructed as described above.