JP2003293493A - Partition panel and its unit - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a partition panel and its unit facilitating the change work of a section with a partition including the constitution change of security equipment in the case of providing the security equipment according to the section with the partition. <P>SOLUTION: This partition panel 1 or its panel unit is movably installed in an installation place to partition the space of the installation place. The partition panel 1 incorporates the security equipment (a fire hydrant apparatus) 4 or a connecting means for connecting the security equipment. <P>COPYRIGHT: (C)2004,JPO

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a partition panel forming a so-called partition as a partition for arbitrarily partitioning an indoor space, and more specifically, to a partition panel incorporating various security devices.

[0002]

2. Description of the Related Art Conventionally, a partition can be divided into arbitrary partitions, and the partition can be changed as needed, so that not only small spaces such as offices but also factories can be used. It is also widely used in large-scale spaces such as and exhibition halls.

[0003]

[Problems to be Solved by the Invention]

When a partition is partitioned by the partition as described above, it is preferable to provide security equipment such as crime prevention equipment and disaster prevention equipment according to the partition. In such a case, however, the partition is changed later. At times, it is necessary to change the configuration of the security equipment according to the change. For example, when installing fire protection equipment in accordance with the compartments partitioned by partitions, if the compartments are changed by the partition, the fire protection compartment will be changed accordingly, so various equipment such as sprinkler heads and fire detectors in fire protection equipment. It is necessary to change the arrangement and the number of wires, and also change the wiring.

That is, when the security equipment is provided in accordance with the partition by the partition, it is necessary to change the configuration of the security equipment as described above when changing the partition. The task of changing the section is not easy.

In view of the above circumstances, the present invention facilitates the work of changing a partition by a partition including changing the configuration of the security equipment even when the security equipment is provided in accordance with the partition by the partition. It is an object of the present invention to provide a partition panel and a unit thereof that can be manufactured.

To describe the present invention which achieves the above object, it is a partition panel which is movably installed in an installation place and partitions a space of the installation place. The partition panel connects a security device or a security device. A partition panel having a built-in connection means.

Another object is to save space for installing necessary security equipment or devices.

Further, to further describe the present invention which achieves the above object, it is a partition panel unit comprising a plurality of panels movably installed in an installation location and partitioning a space of the installation location. Is a partition panel unit characterized by including a panel having a security device or a connecting means for connecting the security device.

According to the partition panel and the partition panel unit of the present invention as described above, since the partition panel incorporates the security device or the connecting means for connecting the security device, the partition panel is changed when the partition is changed. By moving the panel, the security device or the connection means of the security device can be moved together, and the partition panel can be easily changed including the change of the configuration of the security facility.

In the partition panel and partition panel unit of the present invention as described above, the security device built in the partition panel or the security device connected to the connecting means built in the partition panel is, for example, a surveillance device constituting a crime prevention facility. There are cameras, intrusion detectors, alarm devices, intercoms, etc., as well as fire extinguishers, fire hydrant devices that make up disaster prevention equipment,
There are sprinkler heads, fire detectors, evacuation guidance equipment, fire door shutter equipment, smoke exhaust equipment, and alarm devices.

Further, in the partition panel and partition panel unit of the present invention as described above, the connecting means for connecting the security device incorporated in the panel is located substantially horizontally outward from the panel such as signal lines, pipes or ducts. You may have the extension connection means to extend. By doing so, by connecting the fire detector, the sprinkler head, the smoke exhausting device, etc. to the extension connecting means, the fire detector, the sprinkler head, etc. can be arranged at a preferable position in the section partitioned by the panel.

Further, in the partition panel and partition panel unit of the present invention as described above, the security device is provided so as to perform the same function on both sides of one wall surface of the panel and the other wall surface opposite thereto. Good. For example, when a fire hydrant device or a fire extinguisher is built into a panel as a security device, it is provided so that it can be used from either one wall surface of the panel and the other wall surface on the opposite side, and A fire hydrant device or a fire extinguisher built into the panel may be used inside and outside. By doing so, the function of the security device built in the panel can be obtained inside and outside the compartment partitioned by the panel, and one security device can be used in two compartments, and the equipment cost is substantially reduced. It can be cheap.

Further, in the partition panel unit of the present invention as described above, the plurality of panels may include a panel containing a connecting means for functionally connecting the security device. For example, a panel including a wiring that electrically connects the fire detector and the fire receiver between a panel that incorporates a connection means to which the fire detector is connected and a panel that incorporates the fire receiver. Also, between the panel containing the connecting means to which the sprinkler head is connected and the panel containing the proximal end pipe to the fire extinguishing water supply source, the sprinkler head and the proximal end pipe to the fire extinguishing water supply source are connected. It may include a panel having a built-in connecting pipe for connection. By doing so, it is possible to construct a security facility including a plurality of security devices functionally connected by the connecting means.

In the partition panel unit of the present invention as described above, the plurality of panels mechanically connect the panels to each other, and the panels are built in.
The security device, the connecting means, the connecting means, and the like may be provided with a connecting portion on the side of the panel or the like for functionally connecting them. For example, a panel having a built-in fire detector and a panel having a built-in fire receiver are connected to each other, and the fire detector and the fire receiver, their respective connecting means, and their connecting means are electrically connected. A connector for electrically connecting the connecting means to each other may be provided on a side portion of the panel, and a panel containing a connecting means to which the sprinkler head is connected and a proximal end pipe to the fire extinguishing water supply source. And a panel that includes a built-in panel, the panel itself is connected to each other, and a sprinkler head, a connecting means therefor, a proximal end pipe, and a pipe joint that connects the connecting means functionally, that is, as a pipe line are provided on the panel side portion. You may do it.

[0016]

BEST MODE FOR CARRYING OUT THE INVENTION Embodiments of the present invention will be described with reference to the drawings.

[First Embodiment] A first embodiment of the present invention will be described with reference to FIG. Incidentally, FIG. 1 shows a first embodiment of the partition panel of the present invention, and is a perspective view of the partition panel.

In FIG. 1, reference numeral 1 denotes a partition panel, which is composed of a panel body 2 and legs 3, etc., and the panel body 2 incorporates a fire hydrant device 4 which is an example of a security device. The panel body 2 has both wall surfaces 2a and 2b.
It has openings 2c and 2d formed in it, and the fire hydrant device 4 built in the panel body 2 can be operated from the openings 2c and 2d. That is, the fire hydrant device 4 can be operated from any of the wall surface 2c of the panel body 2 and the wall surface 2d on the opposite side, so that the fire hydrant device 4 can be used inside and outside the partition partitioned by the partition panel 1. It has become. 2
Reference numerals e and 2f are lids that normally close the openings 2c and 2d, and reference numeral 3 is a leg portion provided on a lower side or an upper side for installing the partition panel 1 on the floor or ceiling.

The fire hydrant device 4 comprises a nozzle 5, a hose 6, an on-off valve 7 with an operating lever, and a pipe 8, all of which are housed inside the panel body 2 (the pipe and the hose are connected in series along the panel body 2). The fire hydrant device 4 cannot be seen from the outside if the lids 2e and 2f are closed. Therefore, even though the fire hydrant device 4 is provided, the partition panel 1 does not spoil the appearance of the installation place.

The fire hydrant device 4 is provided at the upstream end of the pipe 8 and has a connecting portion 8a which is exposed from the bottom of the panel body 2 to the outside, and the connecting portion is provided under the floor. By connecting to a water supply pipe connecting portion (not shown) that faces the floor from the water supply pipe that does not exist, it is possible to secure the supply source of the fire extinguishing water. Incidentally, 8b is a fixing member for fixing the pipe 8 to the panel body 2.

As the hose 6 in the fire hydrant device 4,
In the present embodiment, a so-called shape retaining hose is used,
As shown in the drawing, the panel body 2 is normally housed in a wound state and is held by the lids 2e and 2f.

The conventional indoor fire hydrant device is either an embedded type or an exposed type, and in any case, it requires a dedicated installation space, which may be an obstacle or spoil the aesthetics of the room. In addition, the conventional indoor fire hydrant device is installed at a predetermined size and distance in the indoor space, and if the space is partitioned by partitions, the fire hydrants should be installed from a partition other than the one in which the fire occurs at the time of fire. Sometimes it was necessary to pull out the hose to carry out the fire fighting action, and while pulling the hose to the fire place, it could get caught in the corners of the partition or the corners of the entrance and exit formed in the partition and hinder immediate fire fighting activities. .

According to this partition panel 1, since the panel body 2 has the fire hydrant device 4 built therein, by installing the panel 1, it is possible to correspond to a partition partitioned by the panel 1 or a partition panel unit including the panel 1. A fire hydrant device 4 can also be installed.
Further, since the fire hydrant device 4 built in the panel body 2 is invisible from the outside at all times, even if the fire hydrant device is provided, the appearance of the compartment is not spoiled.
Further, when changing the compartment by the panel 1, the fire hydrant device 4 can also be moved by moving the panel 1, and the compartment change by the panel including the movement of the fire hydrant device can be easily performed. it can. Also, the water supply may be obtained through a conduit in an adjacent panel (not shown). Furthermore, the fire hydrant device 4 can be operated from any of the wall surface 2c of the panel body 2 and the wall surface 2d on the opposite side, and the fire hydrant device 4 can be immediately used both inside and outside the compartment partitioned by the panel 1. You can do it. Therefore, it is excellent in emergency response, suitable for initial fire extinguishing, and it is possible to use one fire hydrant device in two compartments, and it is possible to save space for two fire hydrant devices and to reduce equipment costs substantially. can do.

[Second Embodiment] A second embodiment of the present invention will be described with reference to FIGS. 2 and 3 show a partition panel according to a second embodiment of the present invention. FIG.
3 is a perspective view of the partition panel 10 installed as a unit 11 together with other panels.

2 and 3, reference numeral 10 denotes a partition panel having a door function, which is a panel forming a door portion in the partition panel unit 11. The panel 10 includes a door panel body 12, a shaft portion 13 that constitutes a rotary shaft that allows the door panel body 12 to open and close inward and outward, a door knob 14, and the like. The door panel body 12 includes a fire hydrant device 15 that is an example of a security device.
Built in. The door panel body 12 has an opening / closing side,
That is, the door knob 14 has an opening 12a at the side end, and the fire hydrant device 15 can be operated from the opening 12a. In addition, 12b is a lid that normally closes the opening 12a, and characters such as "fire hydrant" are written on the surface thereof to clearly indicate that there is a fire hydrant device. Both sides of the door are marked with a built-in fire hydrant.

The fire hydrant device 15 comprises a nozzle 16, an on-off valve 17 with an operating lever, a hose 18, a pipe 19, etc., which are arranged in a row along the inner wall of the door panel body 12, all of which are in the door panel body 12. It is built in the door panel body 12 in such an arrangement that it fits inside.

The hose 18 has a front end side hose portion 18a and a base end side hose portion 18b, and both hose portions 18a, 18b.
Are connected by a connecting portion 18c. Connecting part 18c
Are two elbow joints 18 rotatably connected to each other
Since the elbow joints 18d and 18e are rotatably connected to each other, the hoses 18a and 18b connected by the elbow joints 18d and 18e are elbow joints 18d and 18e.
At that point, the state can be set to the folded state or the stretched state.

As shown in FIG. 2, the hose 18 is housed in the door panel body 12 in a wound state, but the connecting portion 18c forms a folded portion 18f, and the hose 18 has the folded portion 18f. It is wound around.

The pipe 19 has a rotary joint 19a at its base end, and the rotary joint 19 is connected to a fire water supply source (not shown) provided under the floor. The rotary joint 19 includes the shaft portion 13.
At the same time, it forms a rotary shaft that opens and closes the door panel body 12 inward and outward, and is provided in the same straight line as the shaft portion 13.

When a means for pumping fire extinguishing water, for example, a pump, is provided to the fire extinguishing water supply source to which the rotary joint 19 is connected, the pump is interlocked and started when the lid 12b is opened. You may do it. The nozzle 12b and the nozzle 16 may be drawn out. Further, when the hose 18 is stored, the lid (not shown) provided on the surface on the door knob 14 side may be removed and stored.

According to this partition panel 10,
Since the door panel body 12 contains the fire hydrant device 15, the fire hydrant device 15 corresponding to the partition partitioned by the panel 10 or the partition panel unit including the panel 10 can be installed by installing the panel 10. Further, since the fire hydrant device 15 built in the door panel body 12 is normally invisible from the outside, even if the fire hydrant device is provided, it does not spoil the beauty of the compartment. Further, when changing the compartment by the panel unit 11, the fire hydrant device 15 can also be moved by moving the panel 10, and the compartment change by the panel including the movement of the fire hydrant device can be easily performed. You can Further, since the door panel body 12 is opened and closed inward and outward, the fire hydrant device 15 can be immediately used on both sides of the partition partitioned by the panel unit 11. Therefore, the emergency response is excellent, it is suitable for initial fire extinguishing, one fire hydrant device can be used in two compartments, and the equipment cost can be substantially reduced.

[Third Embodiment] A third embodiment of the present invention will be described with reference to FIGS. 4 to 6 show a partition panel according to a third embodiment of the present invention. FIG.
FIG. 5 and FIG. 6 are sectional views of the partition panel 20.

In FIGS. 4 to 6, numeral 20 is a glass window 2.
It is a partition panel having 0a and 20a. The panel 20 has glass windows 20a, 20
A fireproof shutter 22 for a window glass is built in as an example of a security device that shields a when a fire occurs.

The fireproof shutter 22 has a shutter portion 22.
a, a support portion 22b provided at the base of the shutter portion 22a and supporting the shutter portion 22a on the panel body 21, a weight portion 22c provided at the tip of the shutter portion 22a, etc., and are always shown in FIG. As described above, it is stored in the storage portion 23 provided above the window frame of the glass window 20a in the panel body 21.

Reference numeral 23a is a lid that closes the opening formed in the bottom portion 23b of the storage portion 23. The lid 23a is axially supported by the bottom portion 23b and is provided so that it can be opened and closed vertically. As shown in FIG. 5, the lid 23a always has a bottom portion 23a.
bottom part 2 by a magnetic attraction means (not shown) provided in b.
3b, the opening formed in the bottom portion 23b is closed, and the weight portion 22c is placed on the bottom portion 23b. The means for magnetically attracting the lid 23a to the bottom portion 23b is configured to release the magnetic attraction function by a fire signal. If the magnetic attraction function is released, the lid 23a is released.
a is opened by its own weight.

When a fire occurs, the bottom 2
The magnetic attraction function of the magnetic attraction means of the lid 23a provided on 3b is released, the lid 23a opens by its own weight, and the opening formed in the bottom 23b is opened. When the lid 23a is opened and the opening formed in the bottom portion 23b is opened, the shutter portion 22a descends from the storage portion 23 by the weight of the weight portion 22c and is closed by the lower window frame as shown in FIG.

According to this partition panel 20,
Even if the panel 20 has the window glasses 20a, 20a having low fireproof performance, the panel 20 is provided with the fireproof shutter 22 that covers the windowglasses 20a, 20a when a fire occurs. It is designed to prevent performance degradation.

[Fourth Embodiment] A fourth embodiment of the present invention will be described with reference to FIG. FIG. 7 shows a partition panel according to a fourth embodiment of the present invention and is a perspective view of the partition panel.

In FIG. 7, reference numeral 30 denotes a partition panel, and a panel body 31 has a fire extinguisher 32 as an example of a security device built therein. Fire extinguisher 3
2 is a pressure accumulation type extinguishant storage device 33, a header pipe 34 to which the extinguishing agent storage device 33 is connected, an on-off valve 3 that is normally open
5, a terminal tube 36, a heat-sensitive open type heat-sensitive open nozzle 37, and the like.
It is provided so as to be exposed from the inside to the outside and be exposed to the outside from the wall surface 31a of the panel body 31. Although not shown, a nozzle similar to the heat-sensitive opening nozzle 37 is also provided on the wall surface 31b opposite to the wall surface 31a. That is, the fire extinguishing device 32 built in the panel body 31 has fire extinguishing sections on both sides of the section partitioned by the panel 30. The on-off valve 35 is a heat-sensitive opening nozzle 37.
It is to be closed in case of erroneous radiation.

According to this partition panel 30,
Since the panel body 31 has the fire extinguisher 32 built therein, by installing the panel 30, the fire extinguisher 32 corresponding to the partition partitioned by the panel 30 or the partition panel unit including the panel 30 can be installed. Further, since the fire extinguisher 32 built in the panel body 31 is normally invisible from the outside, even if the fire extinguisher is provided, the aesthetics of the compartment will not be spoiled. Also, when changing the section by the panel 30,
When the panel 30 is moved, the fire extinguisher 32 can also be moved, and the panel can be easily changed including the movement of the fire extinguisher. Panel body 31
Since the fire extinguisher 32 built in is provided with the fire extinguishing compartments on both sides of the compartment partitioned by the panel 30, it is possible to form two fire extinguishing compartments with one fire extinguishing equipment, and to substantially reduce the equipment cost. You can

[Fifth Embodiment] A fifth embodiment of the present invention will be described with reference to FIG. Incidentally, FIG. 8 shows a fifth embodiment of the partition panel of the present invention and is a perspective view of the partition panel.

In FIG. 8, reference numeral 40 is a partition panel, which is composed of a panel body 41, legs 42 and the like. The panel body 41 is a detector branch wiring 44 that constitutes a connection means of a fire detector as an example of a security device.
And a connection wiring that is connected to the sensor branch wiring 44 through a connector 45 and that constitutes a connection means between the branch wiring 44 and a device (including wiring) that constitutes fire detection equipment built in another panel (not shown), for example. 46 and.

A connector 47 is attached to the branch wiring 44 for the sensor.
The extension wirings 48a and 48b forming extension connection means of the fire detectors 43a and 43b are connected via the. The extension wirings 48a and 48b are provided on the wall surface 4 of the panel body 41.
The fire detectors 43a and 43b are supported by extension stays 49a and 49b that are provided to extend outwardly in a substantially horizontal direction from the 1a and 41b, and the fire detectors 43a and 43b are connected to the extension wirings 48a and 48b and the extension stays 49a and 49b. Is attached to.

Connectors 50, 5 are provided at both ends of the connection wiring 46.
1 is provided, and the connectors 50 and 51 are exposed to the outside from the side portions 41c and 41d of the panel body 41. For example, the connectors 50 and 51 are provided at the end portions of the wirings incorporated in another adjacent panel (not shown) in the same manner as the connectors 50 and 51. It is possible to connect to the provided connector, and by connecting the connectors to each other, the connecting wiring 46 included in the panel 40 and the wiring included in another panel can be electrically connected. 41
e and 41f are lids provided on the wall surface 41a so that the connection work of the connectors 50 and 51 and the like can be easily performed, but they are also provided on the opposite side surface 41b.

According to this partition panel 40,
The panel main body 41 is a detector branch wiring 44 or extension wiring 48a, 48 which is a connecting means of the fire detectors 43a, 43b.
Since b and the like are built in, by installing the panel 40, it is possible to install the detector branch wiring 44, which is a connecting means of the fire detectors 43a and 43b, and the like. Therefore,
Installation of the fire detectors 43a and 43b, the detector branch wiring 44 and its extension wirings 48a and 48b built into the panel 40
Like a general fire detector, for example, by laying wiring in the back of the ceiling, pulling out the wiring from the back of the ceiling to the inside of the room, and detecting the fire in the wiring. It is possible to eliminate the need for troublesome work such as connecting the fire detectors, and to install the fire detector much more easily. Further, when changing the section by the panel 40, by moving the panel 40, the fire detectors 43a, 43b, the detector branch wiring 44, etc. can also be moved, and the fire detector and its wiring can be moved. It is possible to easily change the section by the panel including the above.
Further, since the panel main body 41 has the sensor branch wiring 44 built therein, it is necessary to increase or decrease the number of fire detectors due to the change of the compartment by the panel 40. Branch wire 44 for sensor or extension wire 4
Since the work for 8a and 48b is sufficient, the work can be easily performed. In addition, the fire detectors 43a and 43b provided outside the respective wall surfaces of the panel 40 are
A monitoring section can be formed inside and outside the section partitioned by the panel 40. Further, extension stays 47a, 4 are provided extending outward from both wall surfaces of the panel 40, respectively.
By attaching the fire detectors 43a and 43b to 7b,
The fire detectors 43a and 43b can be arranged at a preferable position for fire detection in a section partitioned by the panel 40.

Further, the partition panel 40 has a built-in connection wiring 46, and the presence of the connection wiring 46 allows the equipment (including the wiring) included in the panel 40 and the panel 4 to be provided.
Equipment (including wiring) built in another panel adjacent to 0
It is possible to make a functional connection with. Therefore, when a partition panel unit composed of a plurality of panels is constructed, the plurality of panels constituting the unit are the same as the equipment necessary for constructing the fire detection equipment like the panel 40 or its connecting means and other panels. Assuming that it includes a panel that incorporates connecting wiring with the built-in wiring (a panel that includes only connecting wiring may be included),
By connecting the panels, it is possible to configure a partition panel unit including a plurality of panels and also a fire detection facility functionally connected by a connection wiring incorporated in the panels. In the fifth embodiment described above, the fire detectors 43a and 43b are provided on both sides of the panel 40 via the extension stays 49a and 49b. However, a ventilation port is opened at the upper end of the panel 40, and a fire is opened at this opening position. You may make it arrange | position one sensor.
In this way, the upper end portion 41g of the panel 40 may be attached to the stay in contact with the ceiling extended so as to bridge the opening position.

[Sixth Embodiment] A sixth embodiment of the present invention will be described with reference to FIGS. 9 and 10. Incidentally, FIG.
FIG. 10 is a perspective view of a partition panel showing a sixth embodiment of the partition panel of the present invention, and FIG. 10 shows a side wall closed type sprinkler head attached to a cross joint which is a connecting means of a sprinkler head incorporated in the partition panel. It is an expanded sectional view in a state.

In FIG. 9, reference numeral 60 is a partition panel, which comprises a panel body 61, legs 62 and the like. The panel body 61 is provided with a sprinkler cross joint 64, which is a connection means of a sprinkler head as an example of a security device, a branch pipe 65 connected to the sprinkler cross joint 64, a branch pipe 65, and a T-shaped joint 66. Connected is a built-in connection pipe 67 that constitutes a connection means for connecting the branch pipe 64 and a device (including pipes) that constitutes a sprinkler fire extinguishing facility incorporated in another panel (not shown). Incidentally, 60b is a fixing member for fixing the branch pipe 65 and the connection pipe 67 to the panel body 61.

In the sprinkler cross joint 64, one of the four connection ports is connected to the branch pipe 65, and two of the other three connection ports are two connection ports 64a, 6a.
4c is exposed to the outside from the wall surfaces 61a and 61b of the panel body 61, and the remaining one connection port 64b is provided inside the panel body 61 as desired from the upper end surface 61h of the panel body 61.

FIG. 10 shows a sprinkler cross joint 64.
An example is shown in which a side wall type closed type sprinkler head 63 is attached as a sprinkler head to be connected to the side wall type closed sprinkler head 63 as shown in FIG.
Is connected to the connection port 64a of the sprinkler cross joint 64, and the discharge port 63a of the panel main body 61 is provided so as to extend laterally from the wall surface 61a or 61b of the panel main body 61. The sprinkler head can be connected to the other connection ports 64b and 64c of the sprinkler cross joint 64, but if the sprinkler head is not connected, a square hole plug 68 as in the illustrated example is used.
It is necessary to block the connection ports 64b and 64c with a and 68b.

Sockets 69, 7 are provided at both ends of the connecting pipe 67.
0 is provided, and the sockets 69 and 70 can be connected to the sockets provided in the same manner as the sockets 69 and 70 at the ends of the pipes incorporated in other adjacent panels (not shown). By connecting, the connection pipe 67 built in the panel 60 and the pipe built in another panel can be connected as a pipe line. 61
Reference numerals e, 61f and 61g are lids provided so that the connection work of the sockets 69 and 70 can be easily performed.

The sockets 69, 70 are screw ports 69a, 70 exposed to the outside from the side portions 61c, 61d of the panel body 61.
a. The screw holes 69a and 70a are threaded so that the thread cutting directions are opposite to each other. For example, the screw port 69a is a right screw port and the screw port 70a is a left screw port. By doing so, for example, when connecting the socket 69 of the panel 60 and the socket of another adjacent panel, between the right screw port 69a of the socket 69a and the left screw port of the socket of another panel. By interposing the nipple on both sides, both screw ports can be screwed into the nipple only by rotating the nipple in one direction.

According to this partition panel 60,
Since the panel main body 61 incorporates the sprinkler cross joint 64, which is a sprinkler head connecting means, the branch pipe 65, and the like, by installing the panel 60, the sprinkler cross joint 64 that is a sprinkler head connecting means is also installed. Etc. can also be installed. Therefore, the sprinkler head can be installed by connecting to the sprinkler cross joint 64 incorporated in the panel 60,
Like a general sprinkler head, for example, a pipe is laid in the ceiling, etc., the sprinkler head connection port of the pipe is exposed from the ceiling back to the room side, and the sprinkler head is connected to the connection port. It is possible to eliminate the troublesome work, and the sprinkler head can be installed much more easily. Further, when changing the section by the panel 60, by moving the panel 60, the side wall closed sprinkler head 63, the branch pipe 65 and the like can also be moved, and the sprinkler head and its pipes can also be moved. The section can be easily changed by the included panel. In addition, since the panel main body 61 has the sprinkler cross joint 64 built therein, the panel 6
Since it is necessary to increase / decrease the sprinkler head in accordance with the change of the section by 0, even if the sprinkler head is to be attached / detached, the attachment / detachment work can be performed only on the sprinkler cross joint 64. You can Also, by installing the sprinkler heads on both wall surfaces of the panel 60, by installing the panel 60, it is possible to form water discharge sections on both sides of the section partitioned by the panel 60.

[Seventh Embodiment] A seventh embodiment of the present invention will be described with reference to FIGS. 11 to 13. The seventh embodiment exemplifies a case where a sprinkler fire extinguishing facility is constructed by a unit including a partition panel according to the sixth embodiment, and FIG.
FIG. 14 is a perspective view showing the partition panel and the unit, and FIGS. 12 and 13 are enlarged views of a connecting portion of the connecting pipe.

In FIG. 11, the partition panel 8
1, 82 and 83 are cross joints 81a and 82, respectively.
a, 83a, branch pipes 81b, 82b, 83b, connecting pipes 81c, 82c, 83c, etc. are built in, and adjacent panels are connected to each other to form a partition panel unit 80.

Connecting pipe 81c of panel 81 and panel 82
The connecting pipe 82c is connected to the socket 81d provided at one end of the connecting pipe 81c and the socket 82d provided at one end of the connecting pipe 82c. The panel 81 and the panel 82 are coupled to each other while the panel 82c is coupled to the panel 82c. The sockets 81d and 82d are connected via a connection nipple 84. Specifically, FIG.
As shown in, the right screw port 81e of the socket 81d and the right screw 84a of the nipple 84 are screwed together, and the left screw port 82e of the socket 82d and the left screw 84b of the nipple 84 are screwed together to be connected. The sockets 81d and 82d can be screwed into the nipple 84 only by rotating the nipple 84 in one direction.

Connecting pipe 82c of panel 82 and panel 83
The connecting pipe 83c is connected to a socket 82f provided at one end of the connecting pipe 82c and a socket 83d provided at one end of the connecting pipe 83c. 83c is connected as a pipe line, and the panel 82 and the same 83 are connected, and the elbow joint is configured so that the panel 82 and the same 83 can form a corner. The panels 82 and 83 are connected to each other via a connecting prism 86 containing 85. The sockets 82f and 83d are connected via an elbow joint 85, and the sockets and the elbow joint are connected via nipples. Specifically, as shown in FIG. 82f right screw mouth 82
g and the right screw 87a of the nipple 87 are screwed together, the left screw 87b of the nipple 87 and the left screw port 85a which is one connection port of the elbow joint 85 are screwed together, and the other end of the elbow joint 85 is connected. The right screw port 85b, which is a port, and the right screw 88a of the nipple 88 are screwed together, and the left screw 88b of the nipple 88 and the left screw port 83e of the socket 83d are screwed together for connection.

By connecting the connecting pipes 81c, 82c and 83c as described above, the connecting pipes 81c, 82c and 83c are connected.
c is connected as a series of pipes, and the panels 81, 82, 8
3 is mechanically connected.

Side wall type closed sprinkler heads 81f and 82h are connected to the cross joints 81a and 82a incorporated in the panels 81 and 82, respectively, and the side wall type closed sprinkler heads 81f are connected to the cross joints 81a and 82a. , 82h are connected to the closed type sprinkler heads 81h, 82j through extension pipes 81g, 82i which are connected so as to extend outward in the substantially horizontal direction from the wall surface side opposite to the wall surface provided with 82h. On the end side of the connecting pipe 83c built in the panel 83, an elbow joint 83g provided so as to face outward from the upper portion of the side portion 83j of the panel 83 via a vertical end pipe 83f is arranged to extend in a substantially horizontal direction. The closed-type sprinkler head 83i is connected through the connected extension pipe 83h. The closed-type sprinkler heads 81h, 82j, and 83i are connected via extension pipes 81g, 82i, and 83h that form extension connection means, respectively, and are arranged at positions separated from the panel wall surface. In this way, the panel unit 8
It is possible to attach a sprinkler head to each of the No. 0 panels 81, 82, and 83 at a position closest to the wall surface of the panel or conversely at a position separated from the wall surface.

A base end pipe 81i is connected to the upstream side of the connecting pipe 81c built in the panel 81 via an on-off valve 81k, and the fire extinguishing water provided under the floor (not shown) is connected to the end of the base end pipe 81i. A connection port 81j for connecting to the supply pipe is provided, and the sprinkler fire extinguishing equipment configured by the panel unit 80 is a source for supplying the fire extinguishing water to the connection pipe 81c by connecting the connection port 81j to the fire extinguishing water supply pipe. Has been secured. The on-off valve 81k is normally open. Therefore, all the pipes of the panel unit 80 are always filled with water.

As described above, by connecting the connecting pipes 81c, 82c, 83c contained in the panels 81, 82, 83, respectively, the panels 81, 82, 83 are mechanically connected to partition the panel unit 80. In addition, the sprinkler fire extinguishing equipment 90 having the sprinkler head arranged according to the section and further having the pipes connected as a series of pipelines is constructed. Incidentally, a connection mechanism other than the connection mechanism of the connection pipes 81c, 82c, 83c of the above-mentioned embodiment may be used. For example, a union joint or a Matino joint may be used as the joint, and a flexible pipe or a resin pipe may be used as the connecting pipe.

According to this partition panel unit 80, since each panel 81, 82, 83 contains the equipment (including piping) which the sprinkler fire extinguishing equipment comprises, the panel unit 80 is also installed to install the panels. The sprinkler fire extinguishing equipment 90 according to the division by the unit 80 can also be installed. Therefore, when constructing a sprinkler fire extinguisher system according to the division by panel unit, almost no stepladder etc. are required for piping work, so compared to constructing a sprinkler fire extinguishing system by installing pipes and sprinkler heads in the ceiling etc. The construction can be done much more easily. Further, since the sprinkler piping built in each panel is not exposed to the outside, the exposed piping does not spoil the aesthetics of the compartment. Further, when changing the section by the panel unit 80, the fire extinguishing section of the sprinkler fire extinguishing equipment 90 can also be changed by changing the layout of the panel unit 80. It is possible to change the section by the panel unit including the section change of the fire extinguishing equipment because it can be done by increasing or decreasing.

[Eighth Embodiment] An eighth embodiment of the present invention will be described with reference to FIG. In the eighth embodiment, similar to the seventh embodiment, the sprinkler fire extinguishing equipment is configured by a panel having a pipe and a sprinkler head connection joint built therein. In addition, it shows a case of constructing a sprinkler fire extinguishing equipment capable of connecting a sprinkler head corresponding to an above-ceiling space or an underfloor space. FIG. 14 shows an indoor space in which a partition panel unit is installed, It is a longitudinal cross-sectional view showing the space above the ceiling and the space under the floor.

In FIG. 14, the partition panel 1
01 and 102 have bottom portions 101d and 102d on the floor Y.
Is installed in the indoor space with its upper end portions 101e and 102e abutting on the ceiling surface T.
1 and 102 are connected to each other to form a partition panel unit 100, and panels 101 and 102 are also provided.
Is the same as in the sixth and seventh embodiments.
01a and 102a, branch pipes 101b and 102b,
The connection pipes 101c and 102c are built in.

Connection pipe 101c built in the panel 101
Is connected to a branch pipe 101b, and a cross joint 101a having a connection port 101k facing the ceiling back space T1 from the panel upper portion 101e is connected to an end of the branch pipe 101b on the panel upper portion 101e side. Further, the base end pipe 101g and the branch pipe 101h are connected to the upstream end of the connecting pipe 101c via a joint 101f. The base end pipe 101g is connected to the panel 10 from the joint 101f.
1 to the upper part 101e, and a connection port 101i facing the ceiling back space T1 from the panel upper part 101e is provided at the end on the upper part 101e side. Branch pipe 101h is joint 1
01f from the bottom 101d of the panel 101, 1
Under the floor space Y from the panel bottom 101d at the end on the 01d side
The connection port 101j facing 1 is provided.

Connecting pipe 102c built in the panel 102
Is connected to a branch pipe 102b, and a cross joint 102a having a connection port 102k facing the ceiling back space T1 from the panel upper portion 102e is connected to an end of the branch pipe 102b on the panel upper portion 102e side. Further, the branch pipe 102f is provided at the downstream end of the connection pipe 102c with a T
It is connected in a letter shape. Panel 10 of branch pipe 102f
An end portion of the second portion on the upper portion 102e side faces outward from the side portion 102g of the panel 102 through a bent portion, and a side wall type sprinkler head 102h is provided. Also, at the end of the branch pipe 102f on the bottom 102d side of the panel 102,
Connection port 10 facing the underfloor space Y1 from the panel bottom portion 102d
2i is provided.

In the space T1 above the ceiling, the sprinkler pipe T
2 is provided, and a connection port T4 that is connected to the sprinkler pipe T2 through a flexible pipe T3 and faces the interior space S from the ceiling surface T is provided. Furthermore, in the space T1 behind the ceiling, extension pipes 101m, 102 are connected to the connection ports 101k, 102k of the cross joints 101a, 102a facing the space T1 over the ceiling from the panel upper portions 101e, 102e.
sprinkler heads 101n, 1 connected via m
02n is provided.

The underfloor space Y1 is provided with a sprinkler head Y2 connected to the connection port 102i which faces the underfloor space Y1 from the panel bottom portion 102d.

The connecting pipe 101c of the panel 101 and the connecting pipe 102c of the panel 102 are connected to the respective sockets 1
01s and 102s are connected to each other and connected as a conduit. In addition, 101 g of the base end pipe built in the panel 101
And the branch pipe 101h, the on-off valve 101p,
101q is provided.

The panel unit 100 is constructed as described above, and by installing the unit 100, a sprinkler fire extinguishing system can be installed in which the sprinkler head can be arranged not only in the indoor space but also in the space above the ceiling T1 and the space under floor Y1. Can be configured.

As described above, since the partition panel and panel unit of the present invention use not only both sides of the wall surface but also both side portions, an upper end portion and a bottom portion, that is, all surfaces,
Greater flexibility in handling.

[0072]

According to the partition panel and the partition panel unit of the present invention as described above, since the partition panel has a built-in security device or a connecting means for connecting the security device, it is possible to change the partition by the partition panel. By moving the partition panel, it is possible to move the security device or the connecting means of the security device together, and it is possible to easily change the partition by the partition panel including the change of the configuration of the security equipment. . In addition, it is not necessary to provide a space for installing security equipment or devices.

Further, in the partition panel and partition panel unit of the present invention as described above,
By providing a connection means for connecting the security device built in the panel with an extension connection means extending substantially horizontally outward from the panel, if a fire detector or sprinkler head is connected to the extension connection means, a fire will occur. Sensors, sprinkler heads, etc. can be placed in preferred positions in the compartments partitioned by the panels.

Further, in the partition panel and partition panel unit of the present invention as described above,
By providing the security device so as to perform the same function on both sides of one wall surface of the panel and the other opposite wall surface, the function of the security device built in the panel on both sides of the partition partitioned by the panel Therefore, one security device can be used in two compartments, and the facility cost can be substantially reduced.

In the partition panel unit of the present invention as described above, the plurality of panels include a panel having a connecting means for functionally connecting the security device, so that the plurality of panels functionally connected by the connecting means. Security equipment equipped with security equipment can be built.

[Brief description of drawings]

FIG. 1 is a perspective view of a partition panel according to a first embodiment of the partition panel of the present invention.

FIG. 2 shows a second embodiment of the partition panel of the present invention and is a perspective view of the partition panel.

FIG. 3 is a perspective view of the same partition panel installed as a unit together with other panels.

FIG. 4 shows a third embodiment of the partition panel of the present invention, and is a perspective view of the partition panel.

FIG. 5 is a sectional view of the partition panel of the above.

FIG. 6 is a sectional view of the partition panel of the above.

FIG. 7 is a perspective view of the partition panel according to the fourth embodiment of the partition panel of the present invention.

FIG. 8 is a perspective view of the partition panel according to the fifth embodiment of the partition panel of the present invention.

FIG. 9 is a perspective view of a partition panel according to a sixth embodiment of the partition panel of the present invention.

FIG. 10 is an enlarged cross-sectional view showing a state in which the side wall type closed type sprinkler head is attached to a cross joint which is a connecting means of the sprinkler head incorporated in the partition panel.

FIG. 11 shows a seventh embodiment of the present invention,
It is a perspective view of a partition panel unit.

FIG. 12 is an enlarged view of the connecting portion of the connecting pipe of the above.

FIG. 13 is an enlarged view of a connecting portion of the connecting pipe of the above.

FIG. 14 shows an eighth embodiment of the present invention,
It is a longitudinal cross-sectional view showing an indoor space, a space above the ceiling, and an underfloor space in a state where a partition panel unit is installed.

[Explanation of symbols]

1 partition panel 4 Fire hydrant device 10 door panel 11 partition panel unit 15 Fire hydrant device 20 partition panel 22 Fireproof shutter 30 partition panel 31 fire extinguisher 40 partition panel 43a Fire detector 43b Fire detector 44 Branch wiring for sensor 46 Connection wiring 48a extension wiring 48b extension wiring 49a Extension stay 49a Extension stay 60 partition panel 63 Sidewall closed sprinkler head 64 Sprinkler Cross Joint 65 branch piping 67 Connection piping 69 socket 70 socket 80 partition panel unit 81 partition panel 81a cross joint 81b Branch piping 81c Connection pipe 81d socket 81f Side wall type closed sprinkler head 81g extension piping 81i extension piping 90 Sprinkler fire extinguishing equipment

Claims (6)

[Claims] 1. A partition panel which is movably installed in an installation place and partitions a space of the installation place, wherein the partition panel has a built-in security device or a connecting means for connecting the security device. And partition panel. 2. The partition panel according to claim 1, wherein the security device is a device that constitutes crime prevention equipment or a device that constitutes disaster prevention equipment. 3. The partition panel according to claim 1, wherein the connecting means for connecting the security device has an extending connecting means extending outward from the panel. 4. The security device is provided so as to perform the same function on both sides of one wall surface of the panel and the other wall surface opposite thereto. Partition panel. 5. A partition panel unit comprising a plurality of panels including the partition panel according to the above 1, 2, 3 or 4. 6. The partition panel unit according to claim 5, wherein each of the plurality of panels includes a panel having a connecting means for functionally connecting a security device.