JP6169152B2 - Installation device for stand structure - Google Patents

Description

The present invention relates to an installation device for a stand structure such as a floor stand.

Conventionally, for example, a floor stand such as a kiosk terminal stand installed in a store or a digital signage stand installed in various facilities is relatively large and heavy, unlike a small stand placed on a table. Since it is made into a thing, it installs in the standing state by mounting the seat means which consists of a seat board on a floor. For this reason, if a user or another person's body etc. collide strongly, there exists a possibility of falling, and there exists a possibility of incurring danger to the surrounding infant and elderly people.

Accordingly, it is desirable that a stand structure such as a floor stand is provided with a fall prevention means when standing on the floor.

In this regard, for example, if anchor bolts are planted on the floor and the seat means of the stand structural body is fixed to the bolts, the purpose of preventing overturning can be reliably achieved, but large construction There is a problem that it is difficult to select an arbitrary installation location.

JP 2011-212275 A Utility Model Registration No. 3179896

By the way, the present inventor uses a sheet-like fixing means such as an adhesive tape or a hook-and-loop fastener when the stand structure is installed upright on the floor or the like, so that the seat means of the stand structure with respect to the floor receiving surface is used. It has been found that if it is fixed, the stand structure can be prevented from falling by a simple and inexpensive method that does not require large-scale construction, and the above problem can be solved. In particular, if a hook-and-loop fastener is used as the sheet-like fixing means, the stand structure after the standing installation can be moved away from the floor, so that there is an advantage that maintenance and inspection are facilitated.

However, in this case, the seat means rises from the receiving surface of the floor corresponding to the thickness of the sheet-like fixing means, so that there are the following problems.

That is, for example, when a comparative example in which the installation device is configured by using a hook-and-loop fastener such as Velcro (registered trademark) is shown in FIG. 12 , the stand structure 1 is a lower surface of the seat plate 2 constituting the seat means. The surface fastener means 6 is provided on the seat surface 3 formed in the above-described manner, and is fixed to the receiving surface 5 of the floor 4 by the surface fastener means 6.

At this time, the hook-and-loop fastener means 6 is composed of an upper first fastener sheet 7 and a lower second fastener sheet 8 which are detachably engaged, and are fixed (adhered or adhered) to the seat surface 3. The total thickness including the first adhesive means 7a of the 1 fastener sheet 7 and the second adhesive means 8a of the second fastener sheet 8 fixed (adhered or adhered) to the receiving surface 5 is “thickness T”. ing. For this reason, corresponding to the thickness T, the seat surface 3 floats in a state where a gap indicated by the distance SL is formed from the receiving surface 5 of the floor 4.

By the way, the first fastener sheet 7 and the second fastener sheet 8 of the hook-and-loop fastener means 6 engaged with each other can maintain a relatively strong engaging force with respect to the lateral movement L of the seat plate 2. . However, as a result of the seat plate 2 being significantly lifted as indicated by the distance SL, when an external force in the fall direction R is applied to the stand structure 1, the seat surface 3 of the seat plate 2 is received by the receiving surface 5 as indicated by the arrow V. The first fastener sheet 7 may be peeled away from the second fastener sheet 8, so that it is insufficient as a fall prevention means, and the danger of falling cannot be reliably prevented. There's a problem.

This invention provides the installation apparatus of the stand structure which solved the said subject, The place comprised as the means is regarding a to-be-installed object regarding the stand for kiosk terminals, the stand for digital signage, and other floor stands. A first fastener seat provided on the seat plate in a configuration in which the seat plate of the stand constituting body constituting the floor stand is placed in a standing state by being placed on the receiving surface of the floor that is overlapped. The second fastener sheet provided on the receiving surface constitutes a surface fastener means that is detachably engaged, and the overall thickness of the sheet-like fixing means constituted by both fastener sheets that are engaged with each other is increased. The seat plate is made of a metal plate first seat plate that forms a seating surface facing the receiving surface, and a metal plate that is superposed on the first seat plate. The first seat plate is formed with a recessed portion in the seat surface by a punched-out window hole, and a support surface is formed by a seat surface around the window hole, The recessed portion is formed by using the surface of the second seat plate constituting the inner bottom surface as a mounting surface, and forming a depth D of the recessed portion from the support surface to the mounting surface by the thickness of the first seat plate, The depth D is formed so that D <T, the first fastener sheet is fixed to the mounting surface, the seat plate is installed on the receiving surface, and the surface fastener means is engaged. The distance S between the surface and the receiving surface is configured such that S <T .

At this time, it is preferable that a plurality of sheet-like fixing means constituting the surface fastener means are arranged at predetermined intervals between the seat plate and the receiving surface, and each of the plurality of sheet-like fixing means corresponds to each of the plurality of sheet-like fixing means. It is preferable to form a plurality of recessed portions by a plurality of window holes at predetermined intervals on the first seat plate, and to form a support surface by a seating surface around each recessed portion.

The sheet-like fixing means engages the first fastener sheet and the second fastener sheet in a state where the first fastener sheet is fixed to the mounting surface of the seat plate via the first adhesive means, and the second fastener sheet. It is preferable that the second adhesive means facing the receiving surface is provided, so that when the seat plate is placed on the installation object in a state where the stand structure is raised, the second adhesive means receives the second adhesive means. It will be fixed to the surface.

Preferably, the area of the mounting surface of the recessed portion is formed larger than the area of the surface fastener means, and the recessed portion is in a state where the surface fastener means is fixed to the mounting surface by the first adhesive means, An annular recess serving as play is formed around the surface fastener means.

According to the first aspect of the present invention, in the state where the stand structure 11 constituting the kiosk terminal stand, the digital signage stand, and other floor stands is installed upright on the receiving surface 15 of the floor surface , the seat means seating surface 13 of the 12 are fixed to each other with a sheet-like anchoring means 16 relative to the receiving surface 15, suitably preventing the overturning of the stand structure 11.

At this time, the sheet-like fixing means 16 having the thickness T is attached to the mounting surface 20a on the inner bottom surface of the recessed portion 20 having the depth D of the seating surface 13, and the seating surface 16 is attached to the outer surface of the recessed portion 20. A contact surface 13 a is formed by the surface 13.

Therefore, the sheet-shaped fixing means 16 having the thickness T is buried in the recessed portion 20 having the depth D, and as a result of D <T, the distance between the support surface 13a of the seat plate 12 and the receiving surface 15 is obtained. S is formed such that S <T, and only a narrow gap is formed.

For this reason, when an external force in the falling direction R is applied to the stand structure 11 and the stand structure 11 is slightly tilted, the support surface 13a immediately contacts the receiving surface 15 to prevent further tilting. Therefore, the support surface 13a does not lift from the receiving surface 15 in the portion of the sheet-like fixing means 16, thereby preventing the sheet-like fixing means 16 from being peeled off and reliably preventing the stand structure 11 from overturning. effective.

In particular, the stand structure 11 of the present invention is a relatively large and heavy floor stand such as a kiosk terminal stand or a digital signage stand unlike a small stand placed on a table. Therefore, the metal seat plate 12 is required. According to the present invention, the seat plate 12 having the desired strength is provided by stacking the metal plates of the first seat plate 12a and the second seat plate 12b. In this case, the concave portion 20 is formed by the window hole 21 formed in the first seat plate 12a by effectively utilizing the two-layer structure of the metal plates, and the first seat plate is formed. Since the inner bottom surface (mounting surface 20a) of the recessed portion 20 is formed by the second seat plate 12b that is superposed and fixed to 12a, there is a predetermined amount with respect to the thickness T of the sheet-like fixing means 16 to be used. Have thickness That by simply selecting the first seat plate 12a, by a simple process which opens by stamping a window hole 21 to the first seat plate 12a, the recessed portion of a depth D which corresponds to the thickness of the first seat plate 12a 20 Thus, there is an advantage that the condition of S <T can be realized easily and easily .

According to the second aspect of the present invention, when the first seat plate 12a is punched, a plurality of recessed portions 20 are formed by opening a plurality of window holes 21 at intervals. This makes it possible to arrange a plurality of sheet-like fixing means 16 constituting the surface fastener means 17 between the seat plate 12 and the receiving surface 15 at a predetermined interval. As a result, the periphery of each recess 20 Since the support surface 13 a is formed by the seat surface 13, the support surface 13 a corresponding to the inclination is favorably supported with respect to the receiving surface 15 with respect to the inclination of the stand structure 11 as described above. There is an effect that can be made.

According to the third aspect of the present invention, when the stand structure 11 is installed upright on the receiving surface 15, the adhesive means 19a of the second fastener sheet 19 in the sheet-like fixing means 16 provided on the seat plate 12 is exposed. By doing so, there is an advantage that the second fastener sheet 19 can be fixed to the receiving surface 15 of the floor surface at the same time when the stand structure 11 is installed upright .

According to the present invention, the first fastener sheet 18 and the second fastener sheet 19 are accurately placed when the stand structure 11 after maintenance inspection and repair is erected and installed again in the original place. Even without positioning, there is an advantage that it can be satisfactorily engaged again.

It is a perspective view which shows the installation state of the stand structure provided with the installation apparatus which concerns on 1st Embodiment of this invention. It is a perspective view which shows the installation method of a stand structure. BRIEF DESCRIPTION OF THE DRAWINGS The installation apparatus which concerns on 1st Embodiment is shown, (A) is a perspective view which shows the seat surface of a seat board, (B) is sectional drawing which shows a recessed part and a surface fastener means from a perspective direction, (C) is a longitudinal section FIG. It is sectional drawing which shows the state just before installing a seat board in a receiving surface. It is sectional drawing which shows the state which installed the seat board in the receiving surface. It is sectional drawing which shows the state which peeled the seat plate from the receiving surface. It is sectional drawing which shows the state which installed the seat plate in the receiving surface again. The embodiment which provided the positioning means for the re-installation is shown, (A) is a perspective view of the seat board which provided the positioning means, (B) is sectional drawing. It is sectional drawing which shows the state just before installing the seat plate which provided the said positioning means in a receiving surface. It is sectional drawing which shows the state which installed the seat plate which provided the said positioning means in the receiving surface. It is a perspective view which shows the effect | action at the time of installing the seat plate which provided the said positioning means in a receiving surface. It is sectional drawing which shows the comparative example with respect to this invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the drawings.

(First embodiment)
1 to 7 show a first embodiment of the present invention, in which a stand structure 11 constitutes a floor stand exemplified by a kiosk terminal stand installed in a store or the like as described above with respect to the prior art. In addition, a seat plate 12 constituting a seat means is provided at the lower end portion of the stand structure 11, and the seat plate 12 is configured to be installed upright by being placed on the floor 14. Accordingly, the lower surface of the seat plate 12 forms a flat seat surface 13, and a predetermined portion of the flat floor surface of the floor 14 is used as a receiving surface 15, and the seat surface 13 is placed on the receiving surface 15 in a stable state. It is done.

As shown in the figure, the seat surface 13 formed on the lower surface of the seat plate 12 is positioned at a plurality of locations (four locations arranged in a staggered manner in the figure) at intervals , and sheet-like fixing means 16 are provided. Is provided. In the case of the first embodiment shown in FIGS. 1 to 7, the sheet-like fixing means 16 is constituted by hook and loop fastener means 17 such as Velcro (registered trademark) or Velcro (registered trademark). ), The first fastener sheet 18 and the second fastener sheet 19 are detachably attached to each other, and the double-sided adhesive tape is provided on the opposite surface of the fastener sheets 18 and 19, respectively. The first adhesive means 18a and the second adhesive means 19a are provided so that the total thickness is “thickness T”.

The first adhesive means 18a and the second adhesive means 19a are covered with a release sheet when the surface fastener means 17 is provided as a product. The installation apparatus of the present invention adheres the first adhesive means 18a exposed by peeling the release sheet to the seat plate 12, and the release sheet 19b covering the second adhesive means 19a covers the stand structure 11. It is peeled off when installing on the installation body 14.

The seat surface 13 of the seat plate 12 is located at a plurality of locations (four locations arranged in a staggered manner in the illustrated example) at intervals, and is provided with recessed portions 20, and the inner bottom surface of the recessed portion 20 An attachment surface 20a for attaching the sheet-like fixing means 16 is formed, and a support surface 13a is formed by the outer surface of the recessed portion 20 (the seat surface 13 itself).

Therefore, the first adhesive means 18a of the first fastener sheet 18 is fixed to the mounting surface 20a by adhesion or adhesion, whereby the surface fastener means 17 is provided on the seat plate 12. Therefore, as shown in FIG. 3C, the surface fastener means 17 having a thickness T is immersed from the support surface 13a by the depth D of the recessed portion 20, and protrudes from the support surface 13a. The protrusion amount of the surface fastener means 17 is TD.

In the present invention, the seat plate 12 constituting the seat means of the stand structure 11 includes a first metal seat plate 12a made of a lower metal plate facing the receiving surface 15, and the first seat plate 12a. A second seat plate 12b made of a metal plate fixed by polymerization is provided, and the recessed portion 20 is formed by opening a window hole 21 in the first seat plate 12a. That is, the recessed portion 20 is formed by the window hole 21 formed in the first seat plate 12a, and the inner bottom surface (the mounting surface 20a) of the recessed portion 20 is formed by the second seat plate 12b that is superposed and fixed to the first seat plate 12a. Forming. Accordingly, the recess 20 having a depth D corresponding to the thickness of the first seat plate 12a can be easily formed by a simple process of opening the window hole 21 in the first seat plate 12a by punching. There is.

Preferably, a plurality of recessed portions 20 are formed on the seat surface 13, and surface fastener means 17 is provided on the attachment surface 20 a of each recessed portion 20. At this time, as shown in FIG. 3B, the area of the recessed portion 20 and the mounting surface 20 a is formed larger than the area of the surface fastener means 17. That is, in the illustrated embodiment in which the recessed portion 20 and the surface fastener means 17 are formed in a rectangular shape, the vertical and horizontal width W1 of the surface fastener means 17 and the vertical and horizontal width W2 of the recessed portion 20 are formed so that W1 <W2. Yes. Thereby, the recessed part 20 forms the annular recessed part 20b used as a play around the surface fastener means 17 fixed to the attachment surface 20a. The recessed portion 20 and the surface fastener means 17 may be formed in an arbitrary shape such as a polygonal shape, a circular shape or an elliptical shape in addition to the rectangular shape as shown in the figure.

According to the first embodiment, when the stand structure 11 is installed upright on the predetermined receiving surface 15 of the body 14 to be installed, the surface fastener means 17 provided on the lower surface of the seat plate 12 as shown in FIG. The release sheet 19b is peeled off, and the second adhesive means 19a exposed thereby is fixed to the receiving surface 15 by adhesion or adhesion, and as shown in FIG. The body 11 may be installed upright , whereby the second adhesive means 19a is fixed to the receiving surface 15 at the same time as the stand structure 11 is installed upright, so that the body 11 is arranged at a plurality of locations (four locations in the example). In the sheet-like fixing means 16, there is no position shift between the first fastener sheet 18 and the second fastener sheet 19 .

In the standing installation state, as shown in FIG. 5, the surface fastener means 17 having a thickness T is buried in the recessed portion 20 having a depth D, and D <T . Therefore, the distance S between the support surface 13a of the seat plate 12 and the receiving surface 15 is formed as S <T, and the gap indicated by the distance S can be made as small as possible.

For this reason, when an external force in the falling direction R is applied to the stand structure 11 and the stand structure 11 is slightly tilted, the support surface 13a immediately contacts the receiving surface 15 to prevent further tilting. Therefore, the support surface 13a does not lift from the receiving surface 15 in the surface fastener means 17, thereby preventing the first fastener sheet 7 from being peeled off from the second fastener sheet 8, and Make sure to prevent falls.

The surface fastener means 17 receives the gravity of the stand structure 11 and reduces the thickness T while biting the engaging pieces of the first fastener sheet 18 and the second fastener sheet 19 with each other. The distance S indicating is almost zero, and functions well to prevent the fastener sheets 18 and 19 from being peeled off.

In the case of the illustrated embodiment, the plurality of recessed portions 20 and the plurality of hook-and-loop fastener means 17 are arranged in a staggered manner on the seating surface 13 and the support surfaces 13a are formed in a lattice shape. The support surface 13a of the corresponding part is suitably supported with respect to the receiving surface 15.

When the stand structure 11 is pulled up from the standing installation state, the first fastener sheet 18 is peeled from the second fastener sheet 19 together with the seat plate 12. The second fastener sheet 19 is left on the receiving surface 15. Thus, as shown in FIG. 2, the stand structure 11 can be laid down or moved to another location. Thereby, the maintenance inspection and repair of the stand structure 11 can be easily performed.

When the stand structure 11 that has undergone maintenance inspection and repair is returned to the receiving surface 15 and installed upright, as shown in FIG. It is difficult to accurately position the fastener sheet 18 and the second fastener sheet 19 left on the receiving surface 15. In this regard, as described above, the annular recess 20b formed by the recessed portion 20 is formed around the first fastener sheet 18, so that even if a slight misalignment occurs, as shown in FIG. As long as the fastener sheet 19 is located in the region surrounded by the annular recess 20b, the fastener sheets 18 and 19 can be suitably engaged, and the stand structure 11 is installed upright by engaging both. In this state, the gap shown by the distance S between the support surface 13a of the seat plate 12 and the receiving surface 15 is suppressed as small as possible, and the same fall prevention means as described above is configured.

(Embodiment provided with positioning means for re-installation)
8 to 11 show an embodiment in which positioning means 22 for re-installation is provided in addition to the installation apparatus of the first embodiment.

The positioning means 22 includes an index piece 23 provided along a corner portion or a straight edge portion of the seat plate 12, and the index piece 23 is provided with an adhesive means 24 on the lower surface and is attached to the seat plate 12. It is fixed by a separable temporary fixing means 25. In the case of the illustrated configuration, the adhesive means 24 is constituted by a double-sided adhesive tape, and the temporary fixing means 25 is formed by sticking an extension portion of the double-sided adhesive tape to the seat plate 12. The lower surface is covered with a release sheet 26.

Therefore, when the stand structure 11 is installed upright on the predetermined receiving surface 15 as described above, the release sheet 26 is peeled off as shown in FIG. 9, and the lower surface of the double-sided adhesive tape constituting the adhesive means 24 To expose. Accordingly, as shown in FIG. 10, when the stand structure 11 is installed upright on the receiving surface 15, the index piece 23 is provided on the receiving surface via the adhesive means 24 in a state of being provided at a predetermined position of the seat plate 12. 15 is fixed.

When the first fastener sheet 18 is peeled off from the second fastener sheet 19 as described above by pulling up the stand structure 11 from the standing installation state for maintenance inspection and repair, the seat plate 12 is temporarily fixed. 11, and separating the seat plate 12 and the index piece 23, the index piece 23 is left on the receiving surface 15 as shown in FIG. 11.

Therefore, when the stand structure 11 that has undergone maintenance inspection and repair is returned to the receiving surface 15 and installed upright, as shown in FIG. 11, the index piece 23 is left on the receiving surface 15, so that The seat plate 12 can be returned to the original position while viewing as an index, and the first fastener seat 18 may be engaged with the second fastener seat 19 again in this state.

DESCRIPTION OF SYMBOLS 11 Stand structure 12 Seat plate 12a 1st seat plate 12b 2nd seat plate 13 Seat surface 13a Supporting surface 14 Mounted body 15 Reception surface 16 Sheet-like fixing means 17 Surface fastener means 18 1st fastener sheet 18a 1st adhesion means 19 Second fastener sheet 19a Second adhesive means 19b Release sheet 20 Recess 20a Mounting surface 20b Annular recess 21 Window hole 22 Repositioning positioning means 23 Index piece 24 Adhesive means 25 Temporary fixing means 26 Release sheet

Claims (4)

Regarding the stand for the kiosk terminal, the stand for digital signage, and other floor stands, the seat plate (12) of the stand structure (11) that constitutes the floor stand with respect to the receiving surface (15) of the floor that is the installation object In the configuration to install in an upright state by placing in a stacked state,
A surface fastener means (17) that is detachably engaged by a first fastener sheet (18) provided on the seat plate (12) and a second fastener sheet (19) provided on the receiving surface (15) is configured. The total thickness of the sheet-like fixing means (16) constituted by the two fastener sheets (18) and (19) engaged with each other is a thickness T,
The seat plate (12) includes a first seat plate (12a) made of a metal plate that forms a seat surface (13) that faces the receiving surface (15), and a metal plate that is superposed on the first seat plate. The second seat plate (12b) made of
The first seat plate (12a) has a recessed portion (20) formed in the seat surface (13) by a window hole (21) punched and opened, and a seat surface (13) around the window hole (21). ) To form the support surface (13a)
The recessed portion (20) is a recessed portion (20) from the support surface (13a) to the mounting surface (20a), with the surface of the second seat plate (12b) constituting the inner bottom surface as a mounting surface (20a). ) Is formed by the thickness of the first seat plate (12a), the depth D is formed to satisfy D <T, and the first fastener sheet (18) is fixed to the mounting surface (20a). And
In the state where the seat plate is installed on the receiving surface and the surface fastener means (17) is engaged, the distance S between the contact surface (13a) and the receiving surface (15) is configured as S <T. An apparatus for installing a stand structure characterized by comprising: Between the seat plate (12) and the receiving surface (15), a plurality of sheet-like fixing means (16) constituting the hook-and-loop fastener means (17) are arranged at a predetermined interval,
Corresponding to each of the plurality of sheet-like fixing means (16, 16), a plurality of recesses (20, 20) by a plurality of window holes (21, 21) with a predetermined interval in the first seat plate (12a). The stand structure according to claim 1, wherein the support surface (13a) is formed by a seating surface (13) around each of the recessed portions (20, 20) . Installation equipment. The sheet-like fixing means (16) is a first fastener sheet in a state where the first fastener sheet (18) is fixed to the mounting surface (20a) of the seat plate (12) via the first adhesive means (18a). (18) and the second fastener sheet (19) are engaged, and the second fastener sheet (19) is provided with second adhesive means (19a) facing the receiving surface (15),
The second adhesive means (19a) is fixed to the receiving surface (15) when the seat plate is placed on the installation object in a state where the stand structure is raised. Item 3. An apparatus for installing a stand structure according to Item 1 or 2. The area of the mounting surface (20a) of the recessed portion (20) is formed larger than the area of the surface fastener means (17),
The recessed portion (20) has an annular recessed portion (20b) that becomes play around the surface fastener means in a state where the surface fastener means (17) is fixed to the mounting surface (20a) by the first adhesive means (18a). The apparatus for installing a stand structure according to claim 3, wherein the apparatus is configured to form ().

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