JP2017092065A - Information panel - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a technology capable of realizing a wiring guide structure capable of appropriately supporting laying work of wiring without enlarging an information panel, in the information panel comprising a box-shaped panel body which is installed on a wall surface and of which the front side is opened.SOLUTION: The present invention relates to an information panel 1 comprising a box-shaped panel body 2 which is installed on a wall surface W and of which the front side is opened, and capable of housing an information appliance X therein. The information panel includes a front cover 3 that is provided in a front open part 20 of the panel body 2. At least a part of the front cover 3 is configured as a front cover A for housing amount change capable of freely changing a holding attitude relative to the panel body 2 between a standing attitude covering the front open part 20 and a falling attitude opening the front open part 20 and extending forwards from the front open part 20, such that the information appliance X can be installed on a top face.SELECTED DRAWING: Figure 1

Description

  The present invention relates to an information board that includes a box-like board body that is installed on a wall surface and is open at the front, and that can accommodate information equipment.

Various information devices are installed to enable multimedia support in a house. As such information equipment, there are an ONU for internet lines, routers, hub devices, telephone terminals for telephone lines, television broadcast multi-boosters, distributors, and the like.
And the information board for accommodating such information equipment collectively is known (for example, refer patent documents 1 and 2).
Such an information panel is generally equipped with a box-shaped board body that is installed on a wall surface and the front is opened, and a front cover is provided on the front opening part of the board body. Equipment is stored.

  There is a case where a power outlet structure for supplying electricity to the information device is provided together with the information device inside the board body of the information panel. As such a power outlet structure, in the same way as a commercially available OA outlet tap, three or more power supply plugs for power supply of information equipment are inserted in front of a long outlet main body provided inside the panel main body. Some plug insertion portions are arranged on a straight line along the longitudinal direction of the outlet body. Then, electricity is supplied from the power outlet structure to the information device in a form in which the power plug of the information device is inserted into the power plug insertion portion of the power outlet structure.

  There is a case where a wiring guide structure for guiding wiring connected to the information equipment is provided inside the board body of the information board. As such a wiring guide structure, conventionally, a bundling band for bundling and bundling wiring, a wiring cover for accommodating the wiring inside, and the like are used.

JP 2013-165644 A JP 2010-104073 A

The number and size of information devices installed in each house vary. In order to cope with such a situation, there are various types of information boards currently on the market with different storage capacities. However, preparing various types of information boards causes problems such as increased manufacturing costs and complicated inventory management.
In order to avoid such problems, it is possible to abolish the large information panel and respond to the demand for increased storage capacity by increasing the number of information panels installed in the house. However, there are problems such as restrictions on the installation space of information boards in housing and deterioration of aesthetics.

  Furthermore, a relatively large AC adapter may be used for the power supply plug of the information equipment housed inside the panel body. When such a large AC adapter is inserted into the power plug insertion portion of the outlet main body provided inside the panel main body, interference between adjacent power plugs becomes a problem. Therefore, in the power outlet structure of the information panel, there is a margin so that there is no problem even if the separation interval of the power plug insertion part is increased or there is an unusable power plug insertion part due to interference. It is necessary to provide a large number of plugs for power supply. As a result, there arises a problem that the size of the power outlet structure is increased, and further, the size of the information panel is increased.

  Furthermore, when using a binding band as a wiring guide structure for an information board, the binding band cannot be freely changed in position and orientation of the wiring after binding. It is not enough to assist the positioning and improve the working efficiency. In addition, when using a wiring cover as a wiring guide structure for an information board, it is possible to improve the work efficiency by assisting the routing and positioning of the wiring in a form in which the wiring is accommodated in the wiring cover at the time of wiring laying work. The wiring cover occupies a relatively large area in the inside of the board body, which causes an increase in the size of the information board.

  In view of such a situation, a main problem of the present invention is that an information panel installed in a house includes a box-shaped panel body that is installed on a wall surface and is open on the front side. It is to provide a technology that can flexibly cope with the number and size.

  A further object of the present invention is to reduce the size of the power outlet structure provided inside the board body together with the information equipment in the information board having a box-like board body installed on the wall surface and opened forward. It is in providing feasible technology.

  A further object of the present invention is to suitably assist the laying operation of the wiring without causing an increase in the size of the information board in the information board provided with a box-like board body that is installed on the wall surface and opened forward. The object is to provide a technology capable of realizing a wiring guide structure.

A first characteristic configuration of the present invention is an information board that includes a box-shaped board body that is installed on a wall surface and is open on the front, and that can accommodate information equipment,
A front cover provided on the front opening portion of the panel main body is provided, and at least a part of the front cover has a holding posture with respect to the panel main body, a standing posture covering the front opening portion, and the front opening portion opened. However, it is configured as a front cover for changing storage amount that can be changed between a lying posture that extends forward from the front opening portion and on which the information device can be installed on the upper surface.

According to this configuration, the front cover for changing the storage amount is held on the panel body in the standing position, so that the front opening part of the panel body is covered with the front cover for changing the storage amount and stored inside the panel body. By blindfolding information equipment, it is possible to improve the external appearance. In addition, when the front cover for changing the storage amount is held on the panel body in the standing position, the storage capacity is reduced by the amount of the front open cover compared to the case where it is held in the lying position. It is possible to realize compactness as long as there is no extension, and it is possible to flexibly cope with the restriction of the installation space of the information panel in the house.
On the other hand, holding the front cover for changing the storage amount in the lying position on the panel body increases the external dimensions to the extent that it extends to the front as compared to holding it in the standing position, but the lying position In the form in which the information device is installed on the upper surface of the front cover for changing the storage amount, it is possible to flexibly meet the demand for an increase in storage capacity.

In other words, when the required storage capacity is small, the front cover for changing the storage amount is held on the main body in a standing position to improve compactness and aesthetics. On the other hand, when the required storage capacity is large Therefore, it is possible to increase the storage capacity by holding the front cover for changing the storage amount on the board body in a lying posture.
Therefore, according to the information board according to the present invention, it is possible to flexibly cope with the number and size of information devices accommodated in the inside without preparing various types having different storage capacities.

A second characteristic configuration of the present invention is an information board having the first characteristic configuration described above, wherein the front cover includes an upper front cover and a lower front cover that are detachable from the front opening portion, respectively. Divided into
The lower front cover is configured as a front cover for changing the storage amount, and is held with respect to the panel body in a posture extending forward from a lower end of the front opening portion in the lying posture. There is in point.

  According to this configuration, the upper front cover in the front cover having the upper and lower divided structure is located with respect to the front opening portion regardless of the holding posture of the lower front cover configured as the front cover for changing the storage amount with respect to the panel body. It is configured to be detachable. Therefore, when installing a relatively small information device on the inside upper side of the panel main body, the upper front cover is held in a posture to cover the upper side of the front opening of the panel main body, thereby blindly covering the information device. Aesthetics can be improved. On the other hand, when installing a relatively large information device on the inside upper side of the panel body, by removing the upper front cover from the panel body, interference with the information device can be avoided. The storage capacity can be expanded.

  On the other hand, the lower front cover in the front cover having the upper and lower divided structure is configured as a front cover for changing the storage amount, so that it can flexibly correspond to the number and size of information devices stored inside. . Furthermore, since the lower front cover held on the board body in the lying posture extends forward from the lower end of the front opening portion of the board body, it is installed on the upper surface of the lower front cover in the lying posture. The information device is supported in a relatively wide space above the front end of the front surface of the board body with the lower end as a base point. As a result, even when a relatively tall information device is installed on the upper surface of the lower front cover of the lying posture, the top of the information device can be prevented from protruding beyond the top of the panel body. it can.

A third characteristic configuration of the present invention is an information panel having the second characteristic configuration described above, wherein the lower front cover is rearward from each of the lower end and the left and right ends in the standing posture. Extending to cover the side of the front opening portion,
In the lying down posture, the front cover for changing the storage amount has the board main body in a posture in which the extending direction of the extending plate portion is directed upward and the upper end portion in the standing posture is directed to the board main body side. It is in the point held against.

According to this configuration, when the lower front cover is held on the panel body in the standing position, it can function as a blindfold, and when the lower front cover is held on the panel body in the lying position, it can function as a fall prevention fence. .
In other words, when the lower front cover is held on the panel body in a standing position, the extension plate portion of the lower front cover is separated from the lower end portion and the left and right end portions of the lower front cover. Since it extends to the rear and covers the side portion of the front opening portion, it functions as a blindfold from the side of the front opening portion.
On the other hand, the lower front cover having such an extending plate portion is placed on the board body in a lying posture with the extending direction of the extending plate portion facing upward and the upper end in the standing posture facing the board body side. The extension plate part extends upward from the left and right side end parts and the front side end part, and the upper surface of the lower front cover held by the board body in the lying posture is the outer peripheral edge other than the panel body side. Therefore, it functions as a fall prevention fence for the information equipment installed on the upper surface of the lower front cover.

  A fourth characteristic configuration of the present invention is an information board having any one of the first to third characteristic configurations described above, wherein the storage amount changing front cover is at least at the left and right end portions in the lying down posture. One of the features is that it has a side end expansion mechanism that can be expanded laterally.

  According to this configuration, the front cover for changing the storage amount has the side end extension mechanism portion, so that at least one of the left and right side end portions of the front cover for changing the storage amount held on the panel body in the lying posture is set on the side. Can be extended towards. Thus, the area of the upper surface of the storage amount changing front cover can be expanded, and a large or many information devices can be installed on the upper surface.

A fifth characteristic configuration of the present invention is an information board that includes a box-shaped board body that is installed on a wall surface and is open on the front, and that can accommodate information equipment,
The board body has a depth changing mechanism that can change the depth in the front-rear direction.

According to this configuration, the board body has the depth changing mechanism, so that the board body is in a small capacity state in which the depth in the front-rear direction is reduced to reduce the internal storage capacity, and the depth in the front-rear direction. It is possible to change between a large capacity state in which the depth is increased and the internal storage capacity is increased. In other words, when the required storage capacity is small, the panel body is set to a small capacity state to improve the compactness and aesthetics. On the other hand, when the required storage capacity is large, the panel body is set to a large capacity state. The storage capacity can be increased. Furthermore, the board body can respond to the demand for storage capacity by changing only the depth in the front-rear direction without changing the dimensions of the front view. Can respond.
Therefore, according to the information board according to the present invention, it is possible to flexibly cope with the number and size of information devices accommodated in the inside without preparing various types having different storage capacities.

A sixth characteristic configuration of the present invention is an information board that includes a box-shaped board body that is installed on a wall surface and has a front open, and that can accommodate information equipment.
A power outlet structure in which an outlet body having a power plug insertion portion into which a power plug of the information device is inserted is disposed inside the panel body,
The outlet body is configured to be long, and three or more power plug insertion portions are arranged on the front surface of the outlet body in a straight line along the longitudinal direction of the outlet body so as to be separated from each other at a predetermined spacing interval. And
In the plurality of separation intervals in the three or more power plug insertion portions, at least some separation intervals are set wider along the longitudinal direction of the outlet body than other separation intervals.

  According to this configuration, with respect to the AC adapter in which interference is a problem, by inserting it into one of the two power plug insertion portions arranged at a wider distance, the two power plug plugs are inserted. Interference between the power plugs inserted into the respective insertion portions can be avoided. Furthermore, since the other spacing intervals are set to be relatively narrow, the length of the outlet body in the longitudinal direction can be made as short as possible to achieve downsizing of the power outlet structure.

  Further, a normal AC adapter is provided with a power plug at a position deviated from the center of the main body, and the main body of the AC adapter has a shape extending to one side with the power plug as a base point. And about such an AC adapter, the main-body part is spaced apart from the wider one by inserting the power plug into one of the two power plug insertion parts arranged at a wider spacing. Since it contacts the space on the interval, it can be held in a stable state.

A seventh characteristic configuration of the present invention is a power outlet structure having the sixth characteristic configuration described above, wherein the power plug insertion portion includes a pair of power plug blade insertion ports. A plurality of plug insertion portions for a power supply are arranged on a straight line along the longitudinal direction of the outlet main body and spaced apart from each other at a predetermined first separation interval, and a pair of power plug blade insertion ports and one ground A three-port type power plug insertion portion comprising a plug blade insertion port for a predetermined second spacing along the longitudinal direction of the outlet body with respect to the arrangement portion of the two-port power plug insertion portion Spaced apart at
The second separation interval is set wider than the first separation interval along the longitudinal direction of the outlet body.

A typical AC adapter includes a two-pin power plug having only a pair of power plug blades, and a three-pin power supply having a ground plug blade in addition to the pair of power plug blades. Many plugs are smaller than the AC adapter.
Therefore, according to this configuration, the second separation interval, which is the separation interval between the three-port power plug insertion portion and the two-port power plug insertion portion adjacent thereto, is a two-port power supply. Since it is set wider than the first separation interval, which is the separation interval between the plug insertion portions, the AC adapter has a two-pin power supply connected to the two-port power plug insertion portion adjacent to the wider separation interval. By inserting the power plug, it is possible to preferably avoid interference with a relatively small three-pin power plug inserted into the adjacent three-port power plug insertion portion. Therefore, when setting the second separation interval wider than the first separation interval, the difference can be minimized and the length of the outlet body can be further shortened.

In general AC adapters, the main body extends in a direction perpendicular to the direction in which the pair of power plug blades are arranged side by side (the direction connecting the respective positions of the pair of power plug blades), starting from the power plug. It may have a so-called vertically long shape.
When such a vertically long AC adapter has a two-pin type power plug, a two-port type power plug insertion portion into which the two-pin type power plug is inserted has a two-port type extension. In order to make contact with the wide space formed between the power supply plug insertion part and the three-port power supply plug insertion part, the parallel arrangement direction of the pair of power supply plug blade insertion holes is the width of the outlet body. It is desirable to have a vertical orientation along the direction (the direction perpendicular to the longitudinal direction of the outlet body on the front surface of the outlet body).

  On the other hand, when the vertically long AC adapter has a 3-pin power plug, the three-port power plug insertion portion into which the 3-pin power plug is inserted is not connected to the adjacent 2-port power plug. In order to avoid interference with other AC adapters existing on the plug side, a pair of power plug blade insertion ports are arranged in the longitudinal direction of the outlet body so that the main body portion extends in the width direction of the outlet body. It is desirable to have a horizontal posture along the side. Even when the three-port power plug insertion portion is in the horizontal orientation and the main body of the AC adapter inserted into the three-port power plug insertion portion extends in the width direction of the outlet main body. In the AC adapter 3-pin type power plug, the grounding plug blade is inserted into the grounding plug blade insertion port in addition to the pair of power plug blades, so that the AC adapter is in a stable state. Will be retained.

  An eighth characteristic configuration of the present invention is a power outlet structure having the sixth or seventh characteristic configuration described above, and passes through each central portion of the power plug insertion portion on the front surface of the outlet main body. The insertion part arrangement center line is in a point that is deviated in the width direction of the outlet body with respect to the body center line passing through the center part in the width direction on the front surface of the outlet body.

  According to this configuration, since the insertion portion arrangement center line is offset in the width direction of the outlet body with respect to the body center line, the power plug inserted into the power plug insertion portion is connected to the outlet body. Even when it has a relatively wide width in the width direction, the power plug can be prevented from projecting sideways on one side of the outlet body. Therefore, when the outlet body is provided inside the panel body, the outlet body can be arranged along the side wall of the panel body so that it does not interfere with other information devices, and the information device is stored inside the panel body. Efficiency can be improved.

A ninth characteristic configuration of the present invention is an information board that includes a box-shaped board body that is installed on a wall surface and is open on the front, and that can accommodate information equipment.
A power outlet structure in which an outlet body having a power plug insertion portion into which a power plug of the information device is inserted is disposed inside the panel body,
A plurality of outlet bodies are provided, and at least two of the plurality of outlet bodies are configured to be selectively connectable to electrical lead-in wires that supply electricity from an external commercial power source,
An electrical distribution line that distributes electricity from the outlet body to which the electrical lead-in line is connected to another outlet body is provided.

According to this configuration, when a plurality of outlet main bodies are provided inside the panel main body, two or more outlet main bodies can be selectively connected to an electrical lead-in wire that can supply electricity from an external commercial power source. Therefore, the connection destination of the electrical lead-in wire can be selected in consideration of the positional relationship of the external commercial power supply with respect to the panel body.
Furthermore, as for other outlet body, electricity is supplied from the outlet body to which the electrical lead-in wire is connected via the electrical distribution line. As a result, the number of electrical lead-in wires drawn from the commercial power source to the inside of the panel body The number of outlet main bodies to be arranged in the interior of the printer can be reduced, and the work and configuration for wiring to the outside can be simplified.

A tenth characteristic configuration of the present invention is an information board that includes a box-shaped board body that is installed on a wall surface and is open on the front, and that can accommodate information equipment.
A wiring guide structure that is provided inside the board body together with the information device and guides wiring connected to the information device,
The wiring laying surface on which the wiring is laid is provided with a curved guide surface portion that bends in a concave shape along the outer edge of the laid wiring at a planned bending position where the wiring is bent.

According to this configuration, the position and posture of the wiring can be finely adjusted by bringing the bent portion of the wiring into contact with the curved guide surface curved in a concave shape during the wiring laying operation inside the board body. It will be maintained to some extent. As a result, wiring and positioning can be performed easily and accurately.
Furthermore, when laying the wiring, the wiring can be bent in a state where the outer edge of the wiring is pressed against the curved guide surface, so that the wiring is prevented from escaping in a direction opposite to the bending direction. It is possible to prevent the wiring from being bent at a radius smaller than a desired radius.
In addition, when the wiring abutting against the one curved guide surface portion is composed of a plurality of wire rods, the position and posture of the bundle of the wire rods can be adjusted while being maintained to some extent.
In addition, the curved guide surface portion is not formed to accommodate the wiring inside like the wiring cover, but is formed on a relatively small bending guide member that is fixed along the outer edge of the laid wiring at a planned bending position where the wiring is bent. Thus, the board body can be accommodated in a relatively small area, and as a result, an increase in the size of the information board accompanying the installation of the bending guide member can be avoided.

  An eleventh characteristic configuration of the present invention is a wiring guide structure having the tenth characteristic configuration described above, wherein a plurality of wirings laid in parallel with each other along the wiring laying surface and bent in substantially the same bending direction. The curved guide surface portions are provided for the respective curved guide surface portions, and the inner curved guide surface portion positioned on the bending direction side of the curved curved guide surface portions is more than the outer curved guide surface portion positioned on the opposite side to the bent direction. , In the point of being displaced to the base end side in the laying direction of the wiring.

  According to this configuration, when a curved guide surface portion is provided for each of a plurality of wirings that are laid in parallel with each other and bent in substantially the same bending direction (direction in which the wirings laid in parallel with each other go after bending) The inner curved guide surface portion positioned on the bending direction side is laid in the wiring direction (the extending direction before bending the wiring laid in parallel with each other) than the outer curved guide surface portion positioned on the opposite side to the bending direction. It is desirable to displace the base end side in (i.e., the side opposite to the planned bending portion side). Accordingly, it is possible to prevent the wiring bent in contact with the outer curved guide surface portion and the wiring bent in contact with the inner curved guide surface portion from overlapping in a front view perpendicular to the wiring laying surface. Therefore, these wirings can be laid in a region as close as possible to the wiring laying surface without interfering with other information devices, and as a result, the storage efficiency of the information devices inside the panel body can be improved.

Configuration of information panel, and (a) Full closed state and (b) Full open state perspective view The figure explaining the holding posture change procedure of the front cover for storage amount change The enlarged perspective view explaining the side edge part expansion state in the lying posture of the front cover for storage amount change by the side edge part expansion mechanism part The perspective view explaining the attachment or detachment state to the board body of an upper front cover Side sectional view for explaining the depth change state in the front-rear direction of the panel body by the depth change mechanism Front view for explaining an arrangement example of information devices and the like inside the panel body Front view for explaining an arrangement example of information devices and the like inside the panel body Front view showing the structure of the power outlet structure of the information panel The perspective view which shows the structure of the wiring guide structure of an information board

An embodiment of an information board according to the present invention will be described with reference to the drawings.
As shown in FIGS. 1 (a) and 1 (b), the information board 1 of the present embodiment includes a rectangular parallelepiped box-like board body 2 that is installed on a wall surface W and opened forward (in the direction toward the lower left in FIG. 1). And is configured to be able to accommodate the information device X. A front cover 3 is provided on the front opening 20 of the panel body 2.

Specifically, the information device X stored in the information panel 1 is for distributing signals from the Internet communication device X1 (see FIG. 1B) such as an ONU or a router and the Internet communication device X1. Hub device X2 (see FIG. 6), television broadcast communication device X4 (see FIG. 7) such as a multi-booster, distributor X5 (see FIG. 7) for distributing signals from the television broadcast communication device X4, In addition, although not shown, there are communication devices for telephone lines. Furthermore, inside the board body 2 of the information board 1, together with these information equipment X, a power outlet structure C (see FIGS. 6, 7, and 8) for supplying electricity to the information equipment X, the information equipment A wiring guide structure D (see FIGS. 6, 7 and 9) for guiding the wirings L1 and L2 connected to X is provided.
The information board 1 according to the present embodiment is characterized by the configuration of the front cover 3, and is also characterized by the depth changing mechanism B, the power outlet structure C, and the wiring guide structure D.
Hereinafter, these characteristic configurations will be described in order.

[Front cover 3]
The front cover 3 provided on the front opening part 20 of the panel body 2 is divided into an upper front cover 3U that covers the upper side of the front opening part 20 and a lower front cover 3L that covers the lower side of the front opening part 20. Each of the upper front cover 3U and the lower front cover 3L is configured to be detachable from the front opening 20. The lower front cover 3L functions as a storage amount changing front cover A described later.

First, details of the upper front cover 3U will be described below.
For the upper front cover 3U, as shown in FIGS. 1 (a) and 1 (b), regardless of the holding posture of the lower front cover 3L configured as the storage amount changing front cover A with respect to the panel body 2, the front opening portion It is configured to be detachable with respect to 20.
Therefore, when a relatively small information device X is installed on the upper side inside the panel body 2, the upper front cover 3U is held in a posture that covers the upper side of the front opening 20 of the panel body 2, thereby The device X can be blindfolded to improve the beauty.
On the other hand, when a relatively large information device X is installed on the upper side of the panel body 2, the upper front cover 3U is removed from the panel body 2 to avoid interference with the information device X. Thus, the storage capacity of the information board 1 can be expanded.

  Further, as shown in FIG. 4, the upper front cover 3 </ b> U is configured to be detachable on the upper side of the front opening portion 20 of the panel body 2. In the present embodiment, the upper front cover 3U is configured such that a plurality of locking pieces 38 protruding from the upper front cover 3U toward the panel main body 2 are locked in locking grooves 39 formed in the panel main body 2. It is held on the board body 2. As for the method of holding the upper front cover 3U to the board body 2, a known holding method such as screwing or bonding can be employed in addition to the method of the present embodiment.

On the other hand, the lower front cover 3L which is at least a part of the front cover 3 is configured as a storage amount changing front cover A described later, and the details thereof will be described below.
In the information panel 1, the front cover A for changing the storage amount is provided on the front surface in order to flexibly cope with the number and size of the information devices X stored therein without preparing various types having different storage capacities. A standing posture (see FIG. 1A) covering the open portion 20, and a lying posture in which the front open portion 20 is opened and the information device X is installed on the upper surface extending forward from the front open portion 20 (FIG. 1 ( In the respective postures (see b)), the panel body 2 can be replaced and held.
1A shows the appearance of the information board 1 in a so-called fully closed state where the storage capacity is the smallest, and FIG. 1B is a so-called full open state where the storage capacity of the information board 1 is the largest. The external appearance of the information board 1 is shown.

  That is, as shown in FIG. 1A, the front cover A for changing the storage amount is held on the panel main body 2 in a standing posture covering the front opening 20 so that the front cover A for changing the storage amount can be used. The front opening 20 of the main body 2 is covered. As a result, the information device X housed in the board body 2 can be blinded, and the external appearance is improved. Furthermore, in this case, the storage capacity for storing the information device X is reduced as much as the front opening 20 is covered, as compared with the case where it is held in a lying posture described later (see FIG. 1B). The outer dimensions of the information board 1 are made compact as much as there is no extension. Thus, it is possible to flexibly cope with the limitation of the installation space of the information panel 1 in the house.

  On the other hand, as shown in FIG. 1B, the storage amount change front cover A is held on the panel body 2 in a lying posture extending forward from the front opening 20 to change the accommodation amount of the lying posture. The information device X is installed on the upper surface of the front cover A for use. In this case, the external dimensions of the information panel 1 are increased by the amount of extension to the front surface compared to the case of holding in the above-described standing posture (see FIG. 1A). With the form in which the communication device X1 for the Internet such as ONU or router is installed on the upper surface of the front cover A for changing the storage amount, it is possible to flexibly meet the demand for an increase in storage capacity.

With respect to the lower front cover 3L configured as the front cover A for changing the storage amount, the front opening 20 is opened from the lower end of the front opening 20 in the lying posture as shown in FIG. It is comprised so that it may be hold | maintained with respect to the board main body 2 with the attitude | position extended ahead.
Thus, the information device X (Internet communication device X1 or the like) installed on the upper surface of the lower front cover 3L in the lying posture is based on the lower end portion in front of the front opening portion 20 of the panel body 2. It is held in a relatively wide space above it. Therefore, even when the relatively tall information device X is installed on the upper surface of the lower front cover 3L in the lying posture, the top of the information device X is suppressed from protruding beyond the top of the panel body 2. The
When installing the information device X on the upper surface of the lower front cover 3L in the lying posture, if the interference between the information device X and the upper front cover 3U becomes a problem, the upper front cover 3U is attached to the main body of the panel. 2 may be removed.

  The lower front cover 3L has a substantially rectangular front plate 30 in a state of covering the front opening 20 of the panel main body 2 in a standing posture as shown in FIG. It has a lower end extending plate portion 31 extending rearward from the lower end portion, and a side end extending plate portion 32 extending rearward from the left and right end portions, and these lower end extending plate portion 31 and side ends The extension plate portion 32 functions as a blindfold when the lower front cover 3L is held on the panel main body 2 in the standing position, and when the lower front cover 3L is held on the panel main body 2 in the lying position, the fall prevention fence Can function as.

That is, the lower front cover 3L is bent from the lower end of the front plate 30 in the direction along the bottom surface of the panel body 2 to form the lower end extending plate 31 in the standing position, A side end extending plate portion 32 is formed by being bent from the left and right end portions of 30 in a direction along both side surfaces of the panel body 2. When the lower front cover 3L is held on the panel main body 2 in a standing posture, the lower end extending plate part 31 and the both side end extending plate parts 32 cover the sides of the front opening part 20 of the panel main body 2. Thus, it functions as a blindfold from the side of the front opening 20.
In addition, such an extended plate portion is not provided at the upper end portion of the front plate portion 30 in the standing posture, and the upper end portion directly contacts the lower end portion of the upper front cover 3U without a gap. Be touched.

Further, when the lower front cover 3L has the lower end extending plate portion 31 and the side end extending plate portion 32 as described above, the extending plate portion 31 is in a lying posture as shown in FIG. , 32 are held upward with respect to the panel body 2 with the upper end in the standing position facing the panel body 2 side.
Hereinafter, in order to explain in detail the holding state of the lower front cover 3L with respect to the board body 2 in the lying posture, the procedure for changing the holding posture of the lower front cover 3L from the standing posture to the lying posture is as follows. This will be described with reference to FIG.

First, as shown in FIG. 2A, the lower front cover 3 </ b> L held in a standing posture with respect to the panel body 2 is removed from the panel body 2.
Next, as shown in FIG. 2B, the lower front cover 3L is placed in a lying posture in a form in which the upper end portion of the removed lower front cover 3L is tilted forward. At this time, the extending direction of the extending plate portions 31 and 32 is directed upward.
Next, as shown in FIG. 2C, the lying lower front cover 3L is rotated 180 degrees around the vertical axis. At this time, the upper end portion of the lower front cover 3L in the standing posture is directed toward the panel body 2 side.
Then, as shown in FIG. 2 (d), the lower front cover 3L is brought into contact with the lower end of the front opening portion 20 of the panel main body 2 while maintaining the posture, so that the lower front cover 3L is brought into contact with the panel main body. 2 to hold.

In the lying posture shown in FIG. 2 (c), as shown in FIG. 2 (d), the protruding piece 35 protruding toward the panel main body 2 from the upper surface side of the end of the lower front cover 3L on the panel main body 2 side, With the protruding piece 35 fixed to the bottom surface of the front surface opening portion 20 with screws 36 in a state of being placed on the bottom surface of the front surface opening portion 20 of the panel body 2, the lower front cover 3 </ b> L in the lying posture is connected to the panel body 2. Retained.
Further, as shown in FIG. 1 (a), the protruding piece 35 of the lower front cover 3L has an upper front cover 3U in a state where the lower front cover 3L is held on the panel body 2 in a standing posture. By abutting on the rear surface side of the lower edge portion, the lower front cover 3L is prevented from falling forward. Further, in a state where the lower front cover 3L is held by the panel main body 2 in a standing posture or a lying posture, the front opening portion 20 of the panel main body 2 is supported to support from the lower side of the lower front cover 3L. A projecting piece 37 that projects forward in a state in which the lower front cover 3L can be placed is provided on the bottom surface.
As for the method of holding the upper front cover 3U to the board body 2, a known holding method such as locking or bonding can be employed in addition to the method of the present embodiment.

  By holding the lower front cover 3L in the board body 2 in the lying posture in this way, the lower end extending plate portion 31 and the both side end extending plate portions 32 of the lower front cover 3L are in the lying posture front plate. The upper surface of the lower front cover 3L held by the board main body 2 in a lying posture is surrounded by the outer peripheral edge other than the board main body 2 side. Thus, it functions as a fall prevention fence for preventing the fall of the information device X placed on the upper surface of the lower front cover 3L in the lying posture.

The lower front cover 3L configured as the front cover A for changing the storage amount has the left and right side end portions 3Ls sideways in a state where it is held on the panel body 2 in a lying posture as shown in FIG. An expandable side end expansion mechanism E is provided.
That is, as shown in FIG. 3, the lower front cover 3L is divided into three parts, that is, a center part 3Lc and a left and right end part 3Ls in the width direction, and the left and right end parts 3Ls with respect to the center part 3Lc. Are connected via a side end expansion mechanism E. And this side edge part expansion mechanism part E is fixed to the right-and-left side edge part 3Ls, as shown in FIG.3 (b), and the strip-shaped tongue piece part 33 extended toward the center part 3Lc side, A tongue piece 33 that is fixed to the portion 3Lc and extends from the left and right end portions 3Ls is inserted, and is configured by a holding groove 34 that slidably holds the tongue piece 33 in the extending direction.

  By providing such a side end extension mechanism E, when the lower front cover 3L is held on the panel main body 2 in a lying posture, as shown in FIG. The contracted state in which the area of the upper surface on which the information device X is installed is reduced by bringing the part 3Ls close to each other, and as shown in FIG. 3B, the center part 3Lc and the left and right side end parts 3Ls are separated, The width of the lower front cover 3L can be changed in the extended state in which the area of the upper surface on which the information device X is installed is expanded. As a result, when the number and size of the information devices X to be installed on the upper surface of the lower front cover 3L in the lying posture are small, the width of the lower front cover 3L is shortened to make the information panel 1 compact. On the other hand, when the number and size of the information devices X installed on the upper surface are large, the width of the lower front cover 3L can be increased to increase the storage capacity of the information panel 1.

[Depth change mechanism part B]
Hereinafter, the depth change mechanism part B provided in the information board 1 of this embodiment is explained in full detail.
As shown in FIG. 5, in the information board 1, the board body 2 can be flexibly adapted to the number and size of the information devices X accommodated therein without preparing various types of storage capacities. Has a depth changing mechanism B capable of changing the depth in the front-rear direction.

That is, the board body 2 has the depth changing mechanism B, so that the board body 2 is in a small capacity state in which the depth in the front-rear direction is reduced to reduce the internal storage capacity (FIG. 1A, 5 (a)) and a large capacity state (see FIGS. 1 (b) and 5 (b)) in which the depth in the front-rear direction is increased to increase the internal storage capacity. it can.
And by having such a depth change mechanism part B, the board main body 2 can respond by changing only the depth of the front-back direction with respect to the request | requirement of storage capacity, without changing the dimension of a front view. become.

  When the detailed configuration of the depth changing mechanism B is further described, the panel body 2 includes a rectangular parallelepiped box-like inner box 22 in which the front surface is opened and the information device X (see FIGS. 6 and 7) is accommodated. The outer box body 21 is a rectangular parallelepiped cylinder that is open at the front and rear sides that surround the inner box body 22. And the depth of the front-back direction of the board | substrate body 2 which consists of the said outer frame body 21 and the inner box body 22 is changed in the form which slides back and forth in the state inserted in the outer frame body 21. Can do.

A plurality of slide grooves 24 that are elongated in the front-rear direction are formed at a plurality of locations on the side wall of the inner box body 22, and female screw portions (not shown) provided on the outer frame body 21 with the slide grooves 24 interposed therebetween. A fixing screw 23 that can be screwed onto the screw is provided.
Furthermore, a memory is attached to the slide groove 24 along the longitudinal direction, and the fixing screw 23 is fastened and fixed at a predetermined position on the memory, whereby the depth of the panel body 2 is fixed to the predetermined depth. Will be.

  6 and 7 show examples of arrangement of information devices X and the like housed in the board body 2 when the board body 2 is brought into a large capacity state by the depth changing mechanism B. . In this arrangement example, the board body 2 in a large capacity state, as shown in FIG. 7, on the bottom surface 22a of the inner box 22 on the rearmost side, the outlet body of the power outlet structure C to be described later on the left and right ends. 40 is arranged, and a television broadcast communication device X4 such as a multi-booster is provided on the left side of the central space, and a signal from the television broadcast communication device X4 is distributed on the right side of the central space. The two distributors X5 are provided so as to be displaced from each other left and right and up and down. On the other hand, as shown in FIG. 6, the support plate surface 60, which is raised and fixed parallel to the front side with respect to the back surface 22a of the inner box body 22, is connected to the Internet communication device X1 (see FIG. 1B). Two hub devices X2 for distributing signals are arranged side by side. In addition, at the upper part of the back surface 22a of the inner box 22, an opening 22b for drawing the wirings L1 and L2 connected to the information equipment X into the panel body 2 and an electrical lead-in wire connected to the power outlet structure C are provided. An opening 22c for drawing 47 into the panel body 2 is formed.

[Power outlet structure C]
Hereinafter, the power outlet structure C provided in the information panel 1 of the present embodiment will be described in detail.
6 to 8, the power outlet structure C is for supplying electricity to the information equipment X stored in the information board 1, and is provided inside the board body 2 together with the information equipment X. A long outlet body 40 is provided. Three or more power plug insertion portions 41 and 42 into which the power plug (not shown) of the information device X is inserted are straight along the longitudinal direction of the outlet main body 40. They are spaced apart from each other at a predetermined spacing.

  In this embodiment, as shown in FIGS. 6 and 7, the power outlet structure C has two types of outlet main bodies 40, specifically, upper and lower parts inside the panel main body 2 (inside the inner box body 22). The first outlet main body 40A is disposed along the side wall surface on the left side when viewed from the front in a posture in which the direction is the longitudinal direction, and is also disposed along the side wall surface on the right side when viewed from the front in a posture in which the vertical direction is the longitudinal direction. A second outlet body 40B is provided.

Furthermore, in the present embodiment, when the two outlet main bodies 40A and 40B are provided, each of the outlet main bodies 40A and 40B can selectively connect the electrical lead-in wire 47 that supplies electricity from an external commercial power source (not shown). In this embodiment, an electrical lead-in wire 47 is connected to the first outlet body 40A. Furthermore, an electrical distribution line 48 for distributing electricity from the first outlet body 40A to which the electrical lead-in wire 47 is connected to the other second outlet body 40B is provided.
That is, electricity is supplied from the commercial power source side to the first outlet body 40A through the electrical lead-in line 47, and electricity is supplied from the first outlet 40A side to the second outlet body 40B through the electrical distribution line 48. .

The electrical lead-in wire 47 is connected to the top of the first outlet body 40A, and the opening 22c formed on the upper side of the first outlet body 40A on the back surface 22a of the inner box body 22 (the left-side opening 22c in FIGS. 6 and 7). ) To the inside of the inner box body 22 from outside.
On the other hand, the electrical distribution line 48 is connected between the bottoms of the respective outlet main bodies 40 </ b> A and 40 </ b> B and is laid in a space provided on the lower side of the inner box body 22.

  A cover 62 formed by extending an inverted L-shaped cross section in the horizontal direction is provided in the lower portion inside the inner box body 22, and an electric distribution line 48 is accommodated in the cover 62. The space where the electrical distribution line 48 is laid is separated from the installation space of the information device X above the space by the partition wall 62a on the upper surface side of the cover 62. This prevents interference of the electrical distribution lines 48 laid in the space below the partition wall 62a with respect to the information device X installed in the space above the partition wall 62a and the wirings L1, L2 connected thereto. Can do. Furthermore, the electromagnetic wave generated by the electricity flowing through the electric distribution line 48 is shielded mainly by the partition wall 62a of the cover 62, thereby suppressing the adverse effect of the electromagnetic wave on the information device X and the like above the cover 62. be able to.

Further, the power outlet structure C is configured such that the electric lead-in wire 47 can be connected not only to the first outlet main body 40A side but also to the second first outlet main body 40B side. Therefore, the connection destination of the electrical lead-in wire 47 can be selected in consideration of the positional relationship of the external commercial power supply with respect to the panel body 2.
When the electrical lead-in wire 47 is connected to the second first outlet main body 40B side, the electric lead-in wire 47 is connected to the top of the second outlet main body 40B, and the second outlet main body 40A is connected to the back surface 22a of the inner box body 22. Is drawn into the inner box body 22 from the outside through an opening 22c formed on the upper side of the inner wall (a right-side opening 22c in FIGS. 6 and 7).

  In the present embodiment, the configuration including the two outlet main bodies 40A and 40B has been described. However, another outlet main body may be added to the outlet main bodies 40A and 40B to include three or more outlet main bodies. . In this case, with respect to the additional outlet body, electricity can be distributed to the outlet body to which the electrical lead-in wire 47 is connected via the electrical distribution line. For example, these three or more outlet bodies can be distributed by the electrical distribution line. Can be connected in series.

In each outlet body 40, as shown in FIG. 8, at least some of the spacing intervals p2 in the plurality of spacing intervals p1 and p2 in the three or more power plug insertion portions 41 and 42 are different from each other. It is set wider along the longitudinal direction of the outlet main bodies 40A and 40B than the interval P1.
Specifically, in each of the first outlet body 40A and the second outlet body 40B, the three power plug insertion portions 41 are arranged on a straight line at a first separation interval p1 that is a narrower separation interval. . On the other hand, when one of the other power plug insertion portions 42 is at the lowermost of the three power plug insertion portions 41, the wider one that is larger than the separation interval p1 in the downward direction. Are arranged at positions separated by a second separation interval p2, which is a separation interval of.

  Therefore, by inserting the relatively large AC adapters Xa and Xb of the information device X into one of the two power plug insertion portions 41 and 42 arranged at the second separation interval p2, the two Interference between the power plugs inserted into the power plug insertion portions 41 and 42 is avoided. Furthermore, since the other first separation interval p1 is set to be relatively narrow, the length of the outlet body 40 in the longitudinal direction is as short as possible, and the power outlet structure C is downsized.

The four power plug insertion portions 41 and 42A provided in the first outlet main body 40A are each configured as a two-port power plug insertion portion including a pair of power plug blade insertion ports 41a and 42a. ing.
On the other hand, of the four power plug insertion portions 41 and 42B provided in the second outlet body 40B, the three power plug insertion portions 41 arranged at the narrower first separation interval p1 are as described above. Although it is configured as a similar two-port power plug insertion portion, it is disposed at a position spaced apart from the lowermost two-port power plug insertion portion 41 by a wider second separation interval p2. The power plug insertion portion 42B thus configured is configured as a three-port power plug insertion portion comprising a pair of power plug blade insertion ports 42a and one grounding plug blade insertion port 42b. .

Further, in the first outlet main body 40A and the second outlet main body 40B, the two-port power plug insertion portions 41 and 42A both have the direction in which the pair of power plug blade insertion ports 41a and 42a are arranged side by side. The main body 40A is provided in a vertical orientation along the width direction (the direction perpendicular to the longitudinal direction of the outlet main bodies 40A and 40B on the front surface of the outlet main bodies 40A and 40B).
Thus, in FIGS. 8A and 8B, the AC adapter Xa is inserted into the two-port power supply plug insertion portion 41 located above the wider second separation interval p2. The adapter Xa is a so-called longitudinally extending in a direction perpendicular to the direction in which a pair of power plug blades (not shown) are arranged side by side (the direction connecting the respective positions of the pair of power plug blades) with the power plug as a base point. Even when the main body portion has a shape, the main body portion is held in a stable state by coming into contact with the space on the wider second separation interval p2.

On the other hand, in the second outlet main body 40B, the three-port power plug insertion portion 42B is provided in a lateral orientation in which a pair of power plug blade insertion openings 42a are juxtaposed along the longitudinal direction of the second outlet main body 40B. It has been.
Thus, in FIG. 8B, the AC adapter Xa is like the AC adapter Xb inserted into the three-port power plug insertion portion 42B located below the wider second separation interval p2. However, a so-called vertically elongated shape extending in a direction perpendicular to the direction in which a pair of power plug blades (not shown) are arranged side by side (a direction connecting the respective positions of the pair of power plug blades) with the power plug as a base point. Even in the case of having the main body, the main body extends in the width direction of the second outlet main body 40B, so that the other AC adapter Xa existing on the side of the adjacent two-port power plug insertion portion 41 and Interference will be avoided.

  In this way, the three-port power plug insertion portion 42B is set to the horizontal orientation, and the main body portion of the AC adapter Xb inserted into the three-port power plug insertion portion 42B extends in the width direction of the second outlet main body 40B. Even in the case of extension, in the 3-pin type power plug of the AC adapter Xb, in addition to the pair of power plug blades, the ground plug blade is also inserted into the ground plug blade insertion port 42b. The AC adapter Xb is held in a stable state.

Furthermore, in the power outlet structure C, the insertion portion arrangement center line 45 that passes through the center of each of the power plug insertion portions 41 and 42 on the front surface of the outlet main body 40 has a width direction on the front surface of the outlet main body 40. The outlet body 40 is deviated in the width direction with respect to the body center line 46 passing through the center portion of the outlet body 40.
Specifically, as shown in FIGS. 6, 7, and 8 (a), in the first outlet main body 40 </ b> A arranged along the left side wall surface inside the panel main body 2, the insertion portion arrangement center line 45 is deviated in the right direction with respect to the main body center line 46, that is, in the direction away from the left side wall surface inside the panel main body 2. On the other hand, as shown in FIGS. 6, 7, and 8 (b), in the second outlet main body 40 </ b> B arranged along the right side wall surface in the panel main body 2, the insertion portion arrangement center line 45 is the main body. The center line 46 is deviated in the left direction, that is, in the direction away from the right side wall surface inside the panel main body 2.
As described above, since the insertion portion arrangement center line 45 is offset in the width direction with respect to the main body center line 46 of the outlet body 40, the power plug inserted into the power plug insertion portions 41 and 42 can be obtained. Even when the outlet body 40 has a relatively wide width in the width direction, the power plug is prevented from protruding laterally on one side of the outlet body 40.

[Wiring guide structure D]
Hereinafter, the wiring guide structure D provided in the information board 1 of the present embodiment will be described in detail.
As shown in FIGS. 6 and 7, the wiring guide structure D is provided inside the board body 2 together with the information device X, and the wiring L1, L2, such as a LAN cable or a coaxial cable, etc. connected to the information device X is connected to the wiring guide structure D. It is configured as a guide. Then, in the board main body 2, on the wiring laying surface Lw on which the wirings L1 and L2 drawn through the opening 22b are laid, the laying wirings L1 and L2 at the planned bending points where the wirings L1 and L2 are bent are provided. A curved guide surface portion 51a that curves in a concave shape along the outer edge is provided.
In the present embodiment, the wiring laying surface Lw is the back surface 22a (see FIG. 7) of the inner box body 22 provided with the television broadcast communication device X4 or the support plate surface 60 (provided with the hub device X2). FIG. 6).

  By configuring the wiring guide structure D in this way, as shown in FIGS. 6 and 7, the bent portions of the wirings L1 and L2 are bent in a concave shape when the wirings L1 and L2 are laid inside the panel main body 2. By abutting against the curved guide surface portion 51a, the position and posture of the wiring are maintained to some extent in a finely adjustable state. Thus, the wiring and positioning of the wirings L1 and L2 can be performed easily and accurately.

Further, when the wirings L1 and L2 are bent during the laying operation of the wirings L1 and L2, the wirings L1 and L2 to be bent escape outward (in the direction opposite to the bending direction) due to the repulsive force, There is a possibility of being bent into a U shape with a relatively small radius. Therefore, in the present embodiment, since the wirings L1 and L2 can be bent with the outer edges of the wirings L1 and L2 pressed against the curved guide surface 51a, the wirings L1 and L2 are in a direction opposite to the bending direction. Escape is prevented. As a result, the wirings L1 and L2 to be bent are prevented from being bent with a radius smaller than a desired radius.
Further, when the wirings L1 and L2 that are in contact with the curved guide are made of a plurality of wires, the positions and postures of the bundles of these wires are adjusted while being maintained to some extent.

As shown in FIG. 9, the curved guide surface portion 51 a is formed on a relatively small bending guide member 50 that is fixed along the outer edge of the laid wirings L <b> 1 and L <b> 2 at the planned bending point where the wirings L <b> 1 and L <b> 2 are bent. ing.
That is, the bending guide member 50 is attached to the wiring laying surface Lw and fixed by screwing or bonding, etc., and the bending guide member 50 is connected to the support plate 52 and separated from the wiring laying surface Lw. It comprises a curved guide portion 51 protruding in the direction. And the one side surface of this guide part 51 functions as the said curved guide surface part 51a.

As shown in FIG. 6, when the support plate surface 60 provided with the hub device X2 is the wiring laying surface Lw, the support plate surface 60 is laid parallel to each other along the support plate surface 60 and bent in substantially the same bending direction. Curved guide surface portions 51aa and 51ab are provided for each of the plurality of wirings L1a and L1b such as a LAN cable.
Of the curved guide surface portions 51aa and 51ab, the inner curved guide surface portion 51ab located on the bending direction side (the upper side in FIG. 6) is more than the outer curved guide surface portion 51aa located on the opposite side to the bending direction. In this case, the wiring L1 is displaced from the base end side (right side in FIG. 6) in the laying direction. Note that the bending direction of the wirings L1a and L1b indicates the direction in which the wirings L1a and L1b go after bending (upward in FIG. 6), and the laying direction of the wirings L1a and L1b is the direction of the wirings L1a and L1b. The extending direction before bending (the left-right direction in FIG. 6) is shown.

  Since the inner curved guide surface portion 51ab is offset from the outer curved guide surface portion 51aa on the proximal end side (right side in FIG. 6) in the laying direction of the wirings L1a and L1b, the inner curved guide surface portion 51ab contacts the outer curved guide surface portion 51aa. The bent wiring L1a and the wiring L1b bent in contact with the inner curved guide surface portion 51ab are prevented from overlapping in a front view perpendicular to the support plate surface 60 that is the wiring laying surface Lw. Accordingly, the wirings L1a and L1b are laid in a region as close as possible to the support plate surface 60 without interfering with the other information devices X. As a result, the storage of the information devices X inside the panel body 2 is achieved. Efficiency is improved.

[Another embodiment]
(1) In the information panel 1 of the above embodiment, the front cover 3 is divided into the upper front cover 3U and the lower front cover 3L. However, the front cover 3 is divided into an integrated front cover or another form. You may adopt the front cover which was made. Further, in the above embodiment, the lower front cover 3L is configured to function as the storage amount changing front cover A, but other forms of front covers such as the upper front cover 3U function as the storage amount changing front cover. You may comprise so that it may be made.

(2) In the information panel 1 of the above-described embodiment, the lower front cover 3L functioning as the storage amount changing front cover A is placed at the lower end of the front opening 20 in the lying posture as shown in FIG. Although it is configured to be held with respect to the panel main body 2 in a posture extending forward from the section, the storage amount changing front cover A is configured to be held at another position on the panel main body 2 in the lying posture. It doesn't matter.

(3) In the information panel 1 of the above embodiment, the lower front cover 3L functioning as the storage amount changing front cover A is placed on the lower end and the left and right sides in a standing posture as shown in FIG. The extension plate portions 31 and 32 extending rearward from the respective side end portions and covering the side portions of the front opening portion 20 are provided. For example, both side end extension plates of the extension plate portions 31 and 32 are provided. A part or all of the extension plate part may be modified or omitted as appropriate, such as providing only the lower end extension plate part 31 disposed forward in a lying posture with the part 32 omitted.

(4) In the information board 1 of the above embodiment, the lower front cover 3L functioning as the storage amount changing front cover A is held by the board body 2 in a lying posture as shown in FIG. In FIG. 2, the side end expansion mechanism portion E that can expand the left and right side end portions 3Ls laterally is provided. For example, the side end portion expansion mechanism portion E is provided only on one side end portion of the lower front cover 3L. For example, the side end expansion mechanism E may be appropriately modified or omitted.

(5) In the information board 1 of the above embodiment, the depth changing mechanism B capable of changing the depth in the front-rear direction is inserted into the board body 2, and the inner box 22 is inserted into the outer frame body 21 in the board body 2. The depth in the front-rear direction of the panel body 2 composed of the outer frame body 21 and the inner box body 22 is changed in a form that is slid back and forth in a closed state. The depth changing mechanism B may be appropriately modified or omitted so that the depth can be changed over a wide range by providing a body.

(6) In the power outlet structure C of the above embodiment, in the outlet body 40 arranged with the vertical direction as the longitudinal direction, the plurality of separation intervals p1, p2 in the three or more power plug insertion portions 41, 42 are set. In setting at least a part of the separation intervals p2 wider than the other separation intervals p1, the separation interval located on the lowermost side is set as the wider separation interval, but is located at another position such as the uppermost side. The separation interval may be set as the wider separation interval.

(7) In the power outlet structure C of the above-described embodiment, only the power plug insertion portion 42B adjacent to the lower side of the wider second spacing interval p2 in the second outlet main body 40B is replaced with a three-port power plug. Although configured as an insertion portion, one or a plurality of other power plug insertion portions may be configured as a three-port power supply plug insertion portion.
In addition, the two-port power plug insertion portions 41 and 42A have a vertical orientation, and the three-port power plug insertion portion 42B has a horizontal orientation. However, these postures may be modified as appropriate. .

(8) In the power outlet structure C of the above embodiment, the insertion portion arrangement center line 45 is displaced in the width direction of the outlet body 40 with respect to the body center line 46 on the front surface of the outlet body 40. The power plug insertion portions 41 and 42 may be arranged along the main body center line 46 of the outlet main body 40 so that the insertion portion arrangement center line 45 and the main body center line 46 coincide with each other.

1 Information panel 2 Panel body 3 Front cover 3L Lower front cover 3Ls Left right end 3U Upper front cover 20 Front opening 22a Rear (wiring laying surface)
31 Lower end extension plate (extension plate)
32 Side end extension plate (extension plate)
40 outlet main body 40A first outlet main body 40B second outlet main body 41 (two-port type) power plug insertion part 41a power plug blade insertion port 42 power plug insertion part 42A (two-port type) power plug insertion Plug portion 42B (3-port type) Power plug insertion portion 42a Power supply plug blade insertion port 42b Ground plug blade insertion port 45 Insertion portion arrangement center line 46 Main body center line 51a Curved guide surface portion 51aa Outside curved guide surface portion 51ab inner curved guide surface part 60 support plate surface (wiring laying surface)
A Front cover for changing the storage amount B Changing mechanism part C Power outlet structure D Wiring guide structure E Side end extension mechanism part Lw Wiring laying surface L1, L2 Wiring W Wall surface X Information device p1 (First) Separation interval p2 (First 2) Spacing interval

A fifth characteristic configuration of the present invention is an information board including any one of the first to fourth characteristic configurations described above ,
The board body has a depth changing mechanism that can change the depth in the front-rear direction.

In addition, in another configuration, an information board that includes a box-shaped board body that is installed on a wall surface and has a front open,
A power outlet structure in which an outlet body having a power plug insertion portion into which a power plug of the information device is inserted is disposed inside the panel body,
The outlet body is configured to be long, and three or more power plug insertion portions are arranged on the front surface of the outlet body in a straight line along the longitudinal direction of the outlet body so as to be separated from each other at a predetermined spacing interval. And
Wherein the three or more spaced intervals in the power plug insertion section, it is configured at least a portion of the separation interval is wide in the longitudinal direction of the outlet body than the other spaced intervals.

Another feature is the power outlet structure with a feature structure of the above, as the power source plug insertion section, 2 neck-type power supply plug difference comprising a pair of power supply plug pins outlet A plurality of insertion portions are arranged in a straight line along the longitudinal direction of the outlet body and spaced apart from each other at a predetermined first separation interval, and a pair of power supply blade insertion holes and a grounding blade A three-port power plug insertion portion comprising an insertion port is separated from the placement portion of the two-port power plug insertion portion at a predetermined second separation interval along the longitudinal direction of the outlet body. Arranged,
The second spacing interval than said first spacing interval that is wider in the longitudinal direction of the outlet body.

Another feature is the socket structure for power supply with a feature configuration described above, the front face of the outlet body, plug portion disposed center line passing through the center of each of the power source plug insertion section but that are displaced in the width direction of the outlet body to the main body center line passing through the center in the width direction of the front face of the outlet body.

A sixth feature configuration of the present invention is an information board including any one of the first to fifth feature configurations described above,
Provided with a power outlet structure in which an outlet body having a power plug insertion portion into which a power plug of the information device is inserted is disposed inside the panel body,
The power outlet structure includes a plurality of the outlet main bodies, and at least two of the plurality of outlet main bodies are configured to be selectively connectable to electrical lead-in wires that supply electricity from an external commercial power source , and It is in the point provided with the electrical distribution line which distributes electricity from the outlet main body to which the electrical lead-in line was connected to another outlet main body.

In addition, in another configuration, an information board that includes a box-shaped board body that is installed on a wall surface and has a front open,
A wiring guide structure that is provided inside the board body together with the information device and guides wiring connected to the information device,
In the wiring laying surface on which the wires are laid, Ru with curved guide surface portion to which the wire is curved in a concave shape along the outer edge of the laying line in the bending planned portion that bends.

Another feature is the wiring guide structure having the feature configuration described above, a plurality of wires each being bent substantially in the same bending direction is laid in parallel with each other along the wire laying surface people to The curved guide surface portion is provided, and an inner curved guide surface portion located on the bending direction side of each curved guide surface portion is more wired than the outer curved guide surface portion located on the opposite side to the bent direction. of that are arranged offset to the base end side in the laying direction.

Claims (11)

An information board that is installed on a wall surface and has a box-like board body that is open at the front, and can store information equipment,
A front cover provided on the front opening portion of the panel main body is provided, and at least a part of the front cover has a holding posture with respect to the panel main body, a standing posture covering the front opening portion, and the front opening portion opened. An information board configured as a front cover for changing the storage amount, which extends forward from the front opening portion and can be freely changed between a lying posture where the information device can be installed on the upper surface. The front cover is divided into an upper front cover and a lower front cover that are detachable from the front opening part, respectively.
The lower front cover is configured as a front cover for changing the storage amount, and is held with respect to the panel body in a posture extending forward from a lower end of the front opening portion in the lying posture. The information board according to claim 1. The lower front cover has an extending plate portion extending backward from each of the lower end portion and the left and right end portions in the standing posture to cover the side portion of the front opening portion;
In the lying down posture, the front cover for changing the storage amount has the board main body in a posture in which the extending direction of the extending plate portion is directed upward and the upper end portion in the standing posture is directed to the board main body side. The information board according to claim 2, which is held against the information board.   The information board according to any one of claims 1 to 3, wherein the storage amount changing front cover includes a side end expansion mechanism that can expand at least one of the left and right side end portions in the lying position. . An information board that is installed on a wall surface and has a box-like board body that is open at the front, and can store information equipment,
The information board which has the depth change mechanism part in which the said board main body can change the depth of the front-back direction. In an information board that is installed on a wall surface and has a box-like board body that is open at the front, and can accommodate information equipment,
A power outlet structure in which an outlet body having a power plug insertion portion into which a power plug of the information device is inserted is disposed inside the panel body,
The outlet body is configured to be long, and three or more power plug insertion portions are arranged on the front surface of the outlet body in a straight line along the longitudinal direction of the outlet body so as to be separated from each other at a predetermined spacing interval. And
The power supply outlet structure in which at least some of the separation intervals are set wider along the longitudinal direction of the outlet body than the other separation intervals in the plurality of separation intervals in the three or more power plug insertion portions. As the power plug insertion portion, a plurality of two-port power plug insertion portions comprising a pair of power plug blade insertion ports are arranged in a straight line along the longitudinal direction of the outlet main body at a predetermined first spacing interval. The three-port power plug insertion portion, which is disposed at a distance from each other and includes a pair of power plug blade insertion ports and one ground plug blade insertion port, is the two-port power plug. It is spaced apart at a predetermined second spacing along the longitudinal direction of the outlet body with respect to the placement portion of the plug-in portion,
The power outlet structure according to claim 6, wherein the second spacing interval is set wider along the longitudinal direction of the outlet body than the first spacing interval.   On the front surface of the outlet body, the outlet portion arrangement center line passing through the center portion of each of the power plug insertion portions is in relation to the main body center line passing through the center portion in the width direction on the front surface of the outlet body. The power outlet structure according to claim 6 or 7, wherein the power outlet structure is offset in a width direction of the main body. In an information board that is installed on a wall surface and has a box-like board body that is open at the front, and can accommodate information equipment,
A power outlet structure in which an outlet body having a power plug insertion portion into which a power plug of the information device is inserted is disposed inside the panel body,
A plurality of outlet bodies are provided, and at least two of the plurality of outlet bodies are configured to be selectively connectable to electrical lead-in wires that supply electricity from an external commercial power source,
A power outlet structure having an electric distribution line for distributing electricity from the outlet main body to which the electric lead-in wire is connected to another outlet main body. In an information board that is installed on a wall surface and has a box-like board body that is open at the front, and can accommodate information equipment,
A wiring guide structure that is provided inside the board body together with the information device and guides wiring connected to the information device,
A wiring guide structure including a curved guide surface portion that curves in a concave shape along an outer edge of a laid wiring at a planned bending position where the wiring is bent on a wiring laying surface on which the wiring is laid.   The curved guide surface portion is provided for each of a plurality of wires that are laid in parallel with each other along the wiring laying surface and bent in substantially the same bending direction, and the bending direction side of each of the curved guiding surface portions is provided. 11. The inner curved guide surface portion located at the position of the outer curved guide surface portion located on the side opposite to the bending direction is deviated to the proximal end side in the wiring laying direction. Wiring guide structure.

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