JP5263962B2 - AED storage box - Google Patents

Description

  The present invention relates to an automatic external defibrillator storage box.

  When ventricular fibrillation, one of fatal arrhythmias, occurs, an electric shock can be applied to the heart using a defibrillator such as an automatic external defibrillator (hereinafter referred to as AED) as soon as possible. It is necessary to do. Since 2004, the general public who is not a healthcare worker has been allowed to use the AED. In recent years, AEDs have been installed in places where people gather, such as airports, stations, sports clubs, schools, public facilities, and businesses. It has become.

  Since the AED is a medical device used in an emergency, the AED is stored in the AED storage box, the AED is removed from the storage box, an emergency call is made, and an alarm is activated to make an emergency Is disclosed (for example, Patent Document 1).

  The AED storage box needs to be configured so that the AED can be taken out immediately in an emergency. From this point of view, it is usual that the door portion of the AED storage box is not provided with a locking structure, and that the AED placement portion is easily provided by taking out the AED from the storage box.

  However, the AED storage box having the above-described configuration has a problem that the door portion is opened when an earthquake occurs, and the AED easily falls from the storage box due to vibration.

JP 2007-244804 A

  An object of the present invention is to provide an AED storage box that solves the above-mentioned problems and that prevents the AED from dropping from the storage box in the event of an earthquake while maintaining a configuration in which the AED can be immediately removed in an emergency.

  An AED storage box according to the present invention for solving the above problems is an AED storage box for storing an AED in a box having a door on a vertical surface of a front opening, and a floor surface on the back side of the box. In addition, a vertical rising surface and a back bending surface with its upper end bent toward the front opening are provided, and a vertical rising surface higher than the vertical rising surface and its upper end are formed on the floor surface on the front opening side of the box. A front opening side bent surface that is bent toward the inner side of the box is provided, and the AED placement member is supported in a lowered state on the rear side bent surface and the front opening side bent surface. It is what.

  The AED storage box according to claim 2 is the AED storage box according to claim 1, wherein the AED mounting member includes a flat AED mounting surface and a bent surface in which the left and right ends thereof are bent vertically in the same direction. And the height of the AED placement surface can be changed by reversing the front and back sides.

The AED storage box according to claim 3 is an AED storage box in which an AED mounting member is arranged on a floor surface of a box body having a door portion on a vertical surface of a front opening, and the AED mounting member is It consists of a flat AED placement surface and left and right leg portions that hold the AED placement surface tilted downward, and the left and right leg portions are first bent surfaces obtained by vertically folding the AED placement surface, It comprises a second bent surface with its tip bent vertically outward and a third bent surface with its tip bent in the direction of the vertical mounting surface, and the AED mounting surface is inclined with respect to the second bending surface,
The vertical minimum height (h) between the AED placement surface and the second folding surface, the vertical height (h ′) of the third folding surface, and the vertical direction between the AED placement surface 10g and the second folding surface The relationship of “h ′> h and (h′−h) ≠ h ″” is established between the maximum height (h ″), and the AED placement surface is maintained with each foot held at a fixed position. The height of the AED placement surface can be changed by turning it upside down.

  The AED storage box according to claim 4 is an AED storage box in which an AED mounting member is arranged on a floor surface of a box body having a door portion on a vertical surface of a front opening, and the AED mounting member is It consists of a flat AED placement surface and left and right leg portions that hold the AED placement surface tilted downward, and the left and right leg portions are first bent surfaces obtained by vertically folding the AED placement surface, The vertical maximum height between the AED placement surface and the second folding surface is composed of a second folded surface with the tip folded vertically outward and a third folded surface with the tip folded in the direction of the vertical placement surface. “H ″”> h ″ and (h ′) between (h ″) and the vertical maximum height (h ″ ″) between the front end side of the third folded surface and the second folded surface. ″ ″ −h ″) ≠ h ″ ”, and the position of each foot is exchanged to turn the AED placement surface upside down. The height of the AED mounting surface can be changed.

  The AED storage box according to the present invention has a mechanism for holding the AED in the box when the AED is held in the box of the AED storage box having a door on the vertical side of the front opening. Is provided. Conventionally, the process of raising the end of the floor surface portion vertically has been performed. However, in the present invention, a configuration for bending horizontally is further added to the configuration of the end portion of the conventional floor surface, and the operation is performed vertically. Regarding the position, a configuration is added in which the front side opening side of the box is raised and the back side of the box is lowered. Then, the AED is placed from the front opening side to the back side in the AED storage box by placing the AED placement member on the AED placement part and holding the AED by placing the AED placement part on the AED placement part. Can be held with a downward inclination angle. This configuration makes it difficult for the AED to fall from the box even when the door is open due to an earthquake or the like and is subjected to vibration. In addition, since the seismic structure having this configuration does not use a fixing member that specifically fixes the AED, a configuration in which the AED can be immediately taken out in an emergency can be maintained as before.

  The invention according to claim 2 is the configuration of the AED mounting member, and the AED mounting member includes a flat AED mounting surface and a bent surface in which the left and right ends thereof are bent vertically in the same direction, and the front and back are reversed. By doing so, the height of the AED placement surface can be changed. In general, when the AED storage box is provided with a window portion that allows the inside of the box body to be visually recognized, there is a problem that it is necessary to change the floor surface position and the window portion position of the box body according to various sizes of the AED. However, according to the configuration of the present invention, it is possible to accurately recognize the AED stored in the box without changing the floor surface position or the window position of the box according to various sizes of the AED.

  In the invention according to claim 3, when the AED mounting member is disposed in the box body of the AED storage box having a door portion on the vertical side of the front opening and the AED is held, the configuration of the AED mounting member is a flat plate. AED mounting surface and left and right leg portions that hold the AED mounting surface tilted downward, and the left and right leg portions are a first bent surface obtained by vertically bending the AED mounting surface and its tip And a third bent surface with the tip bent in the direction of the vertical mounting surface, and the AED mounting surface is inclined with respect to the second bent surface. The vertical minimum height (h) between the mounting surface and the second folding surface, the vertical height (h ′) of the third bending surface, and the vertical maximum height between the AED mounting surface 10g and the second folding surface (H ′) and “h ′> h and (h′−h) ≠ h ″” Enacted, it is assumed that can change the height of the AED placement surface by the AED mounting surface while maintaining the foot in a fixed position to upside down. According to the configuration of the present invention, it is possible to take anti-seismic measures for conventional AED storage boxes for various sizes of AEDs using only a single AED mounting member.

  In the invention according to claim 4, when the AED placement member is disposed in the box of the AED storage box having a door portion on the vertical side of the front opening and the AED is held, the configuration of the AED placement member is flat. AED mounting surface and left and right leg portions that hold the AED mounting surface tilted downward, and the left and right leg portions are a first bent surface obtained by vertically bending the AED mounting surface and its tip A second bent surface that is bent vertically outward, and a third bent surface that is further bent at the tip in the direction of the vertical mounting surface. The maximum vertical height between the AED mounting surface and the second bent surface ( h ″) and the vertical maximum height (h ″ ″) between the tip side of the third folded surface and the second folded surface, “h ″”> h ″ and (h ″) “−h ″) ≠ h ″” is established, and the position of each foot is exchanged to turn the AED placement surface upside down. Further, the height of the AED placement surface can be changed. According to the configuration of the present invention, it is possible to take anti-seismic measures for conventional AED storage boxes for various sizes of AEDs using only a single AED mounting member.

It is a whole figure of the box part except the door part of the AED storage box of Embodiment 1. It is side surface sectional drawing of FIG. It is the whole view with which the door part of the AED storage box of Embodiment 2 opened. FIG. 4 is an overall view in which an AED is stored in the AED storage box of FIG. 3. FIG. 5 is a side sectional view of FIG. 4. It is the whole view with which the door part of the AED storage box of Embodiment 2 opened. FIG. 7 is an overall view in which an AED is stored in the AED storage box of FIG. 6. It is side surface sectional drawing of FIG. It is a general view of the AED mounting member arrange | positioned at the AED storage box of Embodiment 3. It is a general view of the AED mounting member arrange | positioned at the AED storage box of Embodiment 3. It is a general view of the AED placement member arranged in the AED storage box of Embodiment 4.

Preferred embodiments of the present invention are shown below.
(Embodiment 1)
FIG. 1 shows an overall view of a box portion excluding a door portion in the AED storage box of the present embodiment. FIG. 2 shows a side sectional view of FIG.
This embodiment is a mounting surface formed by processing a part of a floor surface portion 3 of an AED storage box provided with a door portion (not shown in FIG. 1) on a vertical side 2 of a front opening portion of a box body 1. The AED is placed on the AED.

  As shown in FIG. 1, the floor surface portion 3 of the present embodiment includes a back vertical rising surface 3 a obtained by bending the floor surface portion 3 in the vertical direction from the floor surface on the back side of the box, and the back vertical rising surface 3 a on the front surface. A back-side bent surface 3b that is bent toward the opening is provided. Further, on the front side opening side of the box body, the front surface opening side vertical rising surface 3c is bent in the vertical direction from the floor surface, and the opening side vertical rising surface 3c is bent toward the back side of the box body. A front opening side bent surface 3d is provided. As shown in FIG. 2, the front opening side vertical rising surface 3c rises higher than the back vertical rising surface 3a.

  Therefore, when an AED placement member such as an AED placement plate is placed on the back side bending surface 3b and the front opening side bending surface 3d and the AED is placed, the AED is moved from the front opening side bending surface 3d side to the back side. It mounts with the inclination | tilt angle which descends toward the side bending surface 3b.

  In the present invention, the AED is arranged so as to be inclined to the back side 4 of the box, so that even when the door is opened due to an earthquake or the like, the AED hardly falls from the box. The structure is realized.

(Embodiment 2)
3 and 6 show an overall view in which the door portion of the AED storage box according to the invention of claim 3 is opened. 4 shows an overall view in which the AED is stored in the AED storage box of FIG. 3, and FIG. 5 shows a side sectional view of FIG. 7 shows an overall view in which the AED is stored in the AED storage box of FIG. 6, and FIG. 8 shows a side sectional view of FIG.

  In the present embodiment, an AED placement member 5 whose height is adjustable is arranged in the box of the AED storage box of the first embodiment.

Hereinafter, the configuration of the AED placement member 5 of the present embodiment will be described with reference to FIGS. 3 and 6.
The AED placement member 5 of the present embodiment includes an AED placement surface 5e and left and right legs that hold the AED placement surface 5e. The right leg located on the right side of the box as viewed from the opening is a vertical bent surface 5a obtained by vertically bending the right end of the AED placement surface 5e, and further toward the right side of the box from the vertical bent surface. A right end bent surface 5b is provided. The left leg located on the left side of the box includes a vertical bent surface 5c obtained by vertically bending the left end of the AED placement surface, and a left end bent surface 5d extending further from the vertical bent surface toward the left side of the box. It has.

  As a method of arranging the AED placement member 5 of the present embodiment in the box body 1, a method in which the AED placement surface 5 e is constructed on the AED placement portions 3 d and 3 b (FIGS. 3 to 5) and There are methods (FIGS. 6 to 8) in which the left and right end bent surfaces 5b and 5d are installed on the AED placement portions 3d and 3b provided on the box floor.

  When the height size of the AED is large, as shown in FIG. 4, the AED placement surface 5e may be placed over the AED placement portions 3d and 3b. On the other hand, when the height size of the AED is small, as shown in FIG. 7, the left and right end bent surfaces 5b and 5d may be installed on the AED placement portions 3d and 3b. As described above, by appropriately changing the arrangement direction of the AED placement member 5 in accordance with the height size of the AED, various sizes of AEDs stored in the AED storage box are provided in the door portion 7. 8 can be visually recognized accurately.

  In the present embodiment, the AED placement member 5 whose height can be adjusted is disposed in the box of the AED storage box of the first embodiment. Therefore, as shown in FIG. 5 and FIG. 8, the AED placement member 5 installed on the back side bending surface 3b and the front opening side bending surface 3d has the front opening side bending surface 3d side to the back side bending surface 3b. The AED having an inclination angle descending toward the AED and placed on the AED placement surface 5e of the AED placement member is also housed in the box with the same inclination angle, and has the same seismic effect as in the first embodiment. Can be demonstrated.

(Embodiment 3)
9 and 10 show general views of the AED placement member disposed in the AED storage box according to the fourth aspect of the present invention.

  In the first and second embodiments of the present invention, the AED can be held at an angle by forming AED placement portions having steps on the back side and the front side of the floor surface of the AED storage box. . On the other hand, in this embodiment, the floor surface portion of the box is a normal horizontal surface, and the AED placement surface itself of the AED placement member that is placed on the horizontal floor surface and places the AED has an inclination angle. It has a structure.

  Hereinafter, the configuration of the AED placement member 10 of the present embodiment will be described with reference to FIGS. 9 and 10. The AED placement member 10 of the present embodiment includes an AED placement surface 10g and left and right legs that hold the AED placement surface 10g in a tilted state. The right leg located on the right side of the box as viewed from the opening includes a right first bent surface 10a obtained by vertically bending the right end of the AED placement surface 10g, and a right side of the box further from the right first bent surface 10a. A right second bent surface 10b that is bent toward the surface portion side, and a right third bent surface 10c that is further bent vertically from the right second bent surface 10b are provided. The left leg located on the left side of the box is a left first bent surface 10d obtained by vertically bending the left end of the AED placement surface 10g, and further toward the left side of the box from the left first bent surface 10d. A left-side second bent surface 10e, and a left-side third bent surface 10f that is further bent perpendicularly from the left-side second bent surface 10e. Further, the AED placement surface 10g is inclined with respect to the second folding surfaces 10b and 10e, the vertical minimum height h between the AED placement surface 10g and the second folding surface, and the vertical height of the third folding surface. The relationship of “h ′> h and (h′−h) ≠ h ″” is established between h ′ and the maximum vertical height h ″ between the AED placement surface 10 g and the second bent surface. And it has the structure which can change the height of an AED mounting surface by keeping each leg part in a fixed position and inverting an AED mounting surface up and down.

  As a method of disposing the AED placement member 10 of the present embodiment in a box (not shown), a method of disposing the left and right second bent surfaces 10b and 10e in a direction in contact with the floor surface portion 3 ( 10) and a method (FIG. 9) in which the horizontal end sides of the left and right third bent surfaces 10c and 10f are arranged in a direction in contact with the floor surface portion 3.

  By arranging the AED placement member 10 of this embodiment in a box (not shown), the box body exhibits the same seismic effect as in Embodiments 1 and 2 without any special processing. Can do. Further, as shown in FIGS. 9 and 10, various sizes of AEDs stored in the AED storage box are obtained by inverting the AED placement member 10 in the front-rear direction in the box according to the height size of the AED. Can be accurately viewed from the window.

(Embodiment 4)
In the third embodiment, the AED placing member 10 is reversed in the front-rear direction in the box to exhibit the above-described effect. However, the AED placing member 10 is reversed in the left-right direction in the box to exert the above-described effect. It can also be a shape to do.

  In order to invert the AED placement member 10 in the left-right direction within the box body and exert the above-mentioned effect, as shown in FIG. 11, the structure of the AED placement member is composed of a flat AED placement surface 11g and the The left and right leg portions are first bent surfaces 11a and 11d obtained by vertically bending the AED placement surface 11g, and their tips outward. It consists of second bent surfaces 11b and 11e bent vertically and third bent surfaces 11c and 11f whose tips are bent in the direction of the vertical mounting surface. The inclination angle of the AED mounting surface with respect to the second bent surfaces 11b and 11e. And the inclination angle of the tip side of the third bent surface with respect to the second bent surfaces 11b and 11e is preferably 2θ or more, and the vertical maximum height (h ′) between the AED placement surface 11g and the second bent surfaces 11b and 11e When Between the front end side of the third bent surface 11c and the vertical maximum height (h ″ ′) between the second bent surfaces 11b and 11e, “h ″”> h ″ and (h ″ ″ − A structure that satisfies the relationship of h ″) ≠ h ″ ”may be used.

DESCRIPTION OF SYMBOLS 1 Box body 2 Opening part vertical side 3 Floor surface part 3a Back side vertical rising surface 3b Back side bending surface 3c Front opening side vertical rising surface 3d Front opening side bending surface 4 Box body rear side 5 AED mounting member 5a Vertical bending Surface 5b Right end bent surface 5c Vertical bent surface 5d Left end bent surface 5e AED placement surface 6 Side surface portion 7 Door portion 8 Window portion 9 AED
10 AED placing member 10a Right first folded surface 10b Right second folded surface 10c Right third folded surface 10d Left first folded surface 10e Left second folded surface 10f Left third folded surface 10g AED placing surface 11 AED placing surface Member 11a Right first folded surface 11b Right second folded surface 11c Right third folded surface 11d Left first folded surface 11e Left second folded surface 11f Left third folded surface 11g AED placement surface

Claims (4)

An AED storage box for storing an AED in a box having a door on the vertical surface of the front opening,
On the floor on the back side of the box body, a vertical rising surface and a back side bent surface that is bent toward the front opening direction are provided.
Provided on the floor surface on the front side opening side of the box body is a vertical rising surface higher than the vertical rising surface and a front opening side bent surface that is bent toward the back side of the box body,
An AED storage box, wherein an AED placement member is supported in a lowered state on the back side bent surface and the front opening side bent surface.   The AED mounting member includes a flat AED mounting surface and a bent surface obtained by bending the left and right ends of the AED mounting surface perpendicularly in the same direction, and the height of the AED mounting surface can be changed by inverting the front and back. The AED storage box according to claim 1. An AED storage box in which an AED placement member is disposed on a floor surface of a box body having a door portion on a vertical surface of a front opening,
The AED placement member is composed of a flat AED placement surface and left and right leg portions that hold the AED placement surface in a tilted state.
The left and right leg portions are a first bent surface obtained by vertically bending the AED placement surface, a second bent surface obtained by vertically folding the tip outwardly, and a third bent obtained by folding the tip in the direction of the vertical placement surface. The surface,
The AED placement surface is inclined with respect to the second folding surface,
The vertical minimum height (h) between the AED placement surface and the second folding surface, the vertical height (h ′) of the third folding surface, and the vertical direction between the AED placement surface 10g and the second folding surface The relationship of “h ′> h and (h′−h) ≠ h ″” is established between the maximum height (h ″) and
A box for storing an AED, characterized in that the height of the AED placement surface can be changed by inverting the AED placement surface upside down while keeping each foot in a fixed position. An AED storage box in which an AED placement member is disposed on a floor surface of a box body having a door portion on a vertical surface of a front opening,
The AED placement member is composed of a flat AED placement surface and left and right leg portions that hold the AED placement surface in a tilted state.
The left and right leg portions are a first bent surface obtained by vertically bending the AED placement surface, a second bent surface obtained by vertically folding the tip outwardly, and a third bent obtained by folding the tip in the direction of the vertical placement surface. The surface,
The vertical maximum height (h ″) between the AED placement surface and the second folding surface, and the vertical maximum height (h ″ ”) between the tip side of the third folding surface and the second folding surface. In the meantime, the relationship of “h ″ ″> h ″ and (h ″ ″ − h ″) ≠ h ″” is established,
A box for storing an AED, wherein the height of the AED placement surface can be changed by changing the position of each foot and turning the AED placement surface upside down.

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