JP6703421B2 - Partition panel device - Google Patents

Description

The present invention relates to a partition panel device that partitions an indoor space with a plurality of partition panel bodies.

A partition panel device provided with a plurality of partition panel bodies movably suspended along rails provided on the ceiling in order to partition and use indoor spaces such as offices, conference rooms, and exhibition halls according to the purpose. Is used. For such a partition panel device, for example, a technique disclosed in Patent Document 1 is adopted. According to Patent Document 1, a movable partition (partition panel device) is a block that closes a partition body that is suspended by a rail provided on an upper frame and is movable, and a gap formed between the partition body and a floor surface. It mainly comprises a member, a closing mechanism for operating the closing member, and a lock mechanism for locking the partition main body at a predetermined position. The lock mechanism also has the function of a closing mechanism. It operates by mounting a crank handle on the lock operation part provided on the front surface of the partition main body and rotating it, and interlocks with the operation of the lock mechanism. The closing member projects from the lower end of the partition to close the gap formed between the partition body and the floor surface, and the pressing member can be pressed against the floor surface to fix the partition body at the moved position. ing.

Utility model registration No. 2541214 (page 3, FIG. 1)

However, in Patent Document 1, the suspended partition main body is moved to a predetermined position along the rail and manually locked for each partition main body in a state where the side end is in contact with the wall or the adjacent partition main body. By operating the mechanism, the closing member is projected from the lower end of the partition main body to close the gap formed with the floor surface and at the same time the partition main body is fixed, so contact with the wall or the adjacent partition main body is prevented. There is a problem that the partition body may be fixed by the closing member in an insufficient state or in a state where the partition body is tilted from the suspension part with the rail with respect to the vertical direction, and the problem that the shielding property of the space due to the movable partition is impaired. there were.

The present invention has been made in view of such problems, and an object thereof is to provide a partition panel device capable of enhancing the space shielding property of the partition panel device.

In order to solve the above problems, the partition panel device of the present invention,
A partition panel body having a panel main body, an electric motor driven by electric power, and a closing member movable by driving the electric motor so as to close at least a gap between the ceiling surface and the floor surface,
A partition panel device for partitioning a space by moving a plurality of the partition panel bodies in the direction of a movement restriction end along a guide path to connect the partition panels with each other,
The partition panel body is provided with a pressing mechanism capable of pressing in the direction of the movement restricting end portion,
In the state where the plurality of partition panel bodies are pressed by the pressing mechanism, the electrodes provided on the side portions of the adjacent partition panel bodies are connected to each other to form a power supply circuit capable of supplying power to the electric motor. ,
The partition panel body, a movement completion detection means for detecting the completion of the movement of the closing member, a transmission unit for transmitting a movement completion state signal to the partition panel body adjacent to the partition panel body, to the partition panel body A receiving unit that receives the movement completion state signal from another adjacent partition panel body,
Based on the detection of the movement completion detecting means, it is characterized that you transmit the movement completion state signal from said transmitting unit.
According to this feature, the plurality of connected partition panel bodies are pressed at the same time, so that the electrodes are surely brought into contact with each other while the side portions of the partition panel bodies are accurately positioned vertically and horizontally, and the power is supplied. The circuit can be formed, and the electric motor can be driven to operate the closing member, so that it is possible to surely enhance the space shielding property of the partition panel device.

The partition panel body, a movement completion detection means for detecting the completion of the movement of the closing member, a transmission unit for transmitting a movement completion state signal to the partition panel body adjacent to the partition panel body, to the partition panel body A receiving unit that receives the movement completion state signal from another adjacent partition panel body,
The movement completion state signal is transmitted from the transmission unit based on the detection of the movement completion detection means.
According to this feature, the closing members can be sequentially moved by sequentially supplying the electric power to the electric motors of the adjacent partition panel bodies based on the reception of the movement completion state signal in the receiving section, so that at least one partition panel body can be moved. The power supply can be downsized by supplying the electric power required to move the closing member provided in the.

An electric circuit of the partition panel body that constitutes the power supply circuit is connected to a pair of input terminals, a pair of output terminals, the electric motor that operates by electric power supplied through the input terminals, and the receiving unit. Switch, a first direct line connecting between the one input terminal and the one output terminal, and a second direct line connecting between the other input terminal and the other output terminal And
The electric motor and the changeover switch are connected in series between the first direct line and the second direct line,
The changeover switch is an electric circuit that electrically connects the input terminal and the electric motor in a state in which the receiving unit receives the movement completion state signal,
Furthermore, the partition panel body includes a notification control unit connected to the transmission unit,
The notification control unit is characterized by transmitting the movement completion state signal from the transmission unit in a state where the movement completion detection unit detects the completion of the movement of the closing member.
According to this feature, since the pair of input terminals and the pair of output terminals are connected by the first direct line and the second direct line, there is no contact resistance in the electric circuit and even if a plurality of partition panel bodies are connected. The voltage drop is small, and regardless of the number of partition panel bodies or the order in which they are connected, it is possible to realize the movement operation of all the closing members of the partition panel bodies by a simple circuit without providing a control mechanism for managing the whole.

A partition panel body having a panel main body, an electric motor driven by electric power, and a closing member movable by driving the electric motor so as to close at least a gap between the ceiling surface and the floor surface,
A partition panel device for partitioning a space by moving a plurality of the partition panel bodies in the direction of a movement restriction end along a guide path to connect the partition panels with each other,
The partition panel body is provided with a pressing mechanism capable of pressing in the direction of the movement restricting end portion,
In the state where the plurality of partition panel bodies are pressed by the pressing mechanism, the electrodes provided on the side portions of the adjacent partition panel bodies are connected to each other to form a power supply circuit capable of supplying power to the electric motor. ,
The partition panel body includes a movement completion detecting means for detecting completion of movement of the closing member,
Based on the detection of the movement completion detecting means, the partition panel body adjacent to the partition panel body can be supplied with electric power via the electrode.
According to this feature, since the closing members can be sequentially moved by sequentially supplying electric power to the electric motors of the adjacent partition panel bodies, it is necessary to move the closing members provided in at least one partition panel body. The power supply can be downsized by supplying sufficient power.

The electric circuit of the partition panel body that constitutes the power supply circuit includes a pair of input terminals, a pair of output terminals, the electric motor that operates by electric power supplied through the input terminals, and the movement completion detection unit. And a changeover switch connected to
The input terminal is connected to the electric motor, at least one of the input terminals is connected to the electric motor via the changeover switch,
The changeover switch electrically connects the input terminal and the electric motor in a state in which the movement completion detecting unit does not detect the completion of the movement of the closing member, and the movement completion detecting unit sets the closing completion of the closing member. It is characterized in that the input terminal and the output terminal are electrically connected in a state where the completion of the movement is detected.
According to this feature, regardless of the number of partition panels or the order in which they are connected, it is possible to realize the movement operation of all the closing members of the partition panels with a simple circuit without providing a control mechanism for managing the whole.

The electric circuit includes a plurality of sets of the electric motor and the changeover switch,
A logic device for switching the changeover switch based on a logical product of input signals from the plurality of changeover switches is provided between the changeover switch and the output terminal.
According to this feature, even when one partition panel body has a plurality of electric motors for moving the closing members, they are adjacent to each other until the movement operation of the closing members of the partition panel bodies is completed. Since no power is supplied to the partition panel body, the power source can be downsized.

The input terminal and the output terminal are electrically connected by a relay that operates according to the detection result of the movement completion detecting means.
According to this feature, the relay is non-conductive until the completion of the movement by the movement completion detecting means, so that it is possible to reliably prevent the supply of power to the adjacent partition panel body, and the voltage by the adjacent partition panel. The descent can be suppressed.

It is a perspective view showing an example of installation of a partition panel device. FIG. 6 is a perspective view showing how the side panel closing mechanism closes and presses the partition panel. It is a fragmentary sectional view showing the structure of a partition panel. (A)-(c) is a partial cross section figure which shows the closing|blocking operation|movement of the closing member above a partition panel, and an advancing/retreating mechanism. (A)-(c) is a schematic diagram shown about the connection of the electric power feeding connector and the electric power receiving connector between adjacent partition panels. FIG. 3 is a circuit diagram showing a circuit switching structure and an electric flow in an electric circuit included in a rearmost partition panel and an adjacent partition panel in Example 1. FIG. 3 is a circuit diagram showing a circuit switching structure and an electric flow in an electric circuit included in a rearmost partition panel and an adjacent partition panel in Example 1. FIG. 3 is a circuit diagram showing a circuit switching structure and an electric flow in an electric circuit included in a rearmost partition panel and an adjacent partition panel in Example 1. (A)-(c) is a schematic diagram which showed a mode that the upper and lower gaps of the partition panel which comprises a partition panel apparatus are sequentially closed by the closing member. 7 is a conceptual diagram showing a configuration of an electric circuit included in a partition panel in Example 2. FIG. FIG. 7 is a circuit diagram showing a circuit switching structure and an electric flow in an electric circuit included in a rearmost partition panel and an adjacent partition panel in Example 2. 7 is a circuit diagram showing a circuit switching structure and an electric flow in an electric circuit included in a rearmost partition panel and an adjacent partition panel in Example 2. FIG. 7 is a circuit diagram showing a circuit switching structure and an electric flow in an electric circuit included in a rearmost partition panel and an adjacent partition panel in Example 2. FIG. It is a circuit diagram which shows the electric circuit which can implement switching of an electric circuit and electrical connection of electric circuits.

Modes for carrying out a partition panel device according to the present invention will be described below based on examples.

The partition panel device according to the first embodiment will be described with reference to FIGS. 1 to 9. Hereinafter, the front side of the screen of FIG. 2 will be referred to as the front side (front side) of the partition panel device, and the back side of the screen of FIG. 2 will be referred to as the rear side (rear side) of the partition panel device. The description will be made based on the direction.

The partition panel device 1 according to the present embodiment is installed, for example, to partition an indoor space such as an office, an exhibition hall, and a conference room, and is installed over the ceiling C in the indoor space as shown in FIG. Mainly composed of a plurality of partition panels 2, 2,... (Partition panel bodies) whose upper ends are suspended and supported by suspension members 30, 30 movable along the rails 3 (guide paths). Manually moving the partition panels 2, 2,... Stored at the positions of the storage rails 31 provided at the end portions along the rails 3 in the direction of the movement regulating end portions 5 provided on the side wall W to predetermined positions. Thus, the partition panels 2, 2,... Can be connected in a line to partition the indoor space from the ceiling C to the floor surface F of the floor.

The movement restricting end portion 5 is an end that restricts the movement of the front partition panel 2 among the partition panels 2, 2,... Which compose the partition panel device 1 and which is installed at the front. It refers to a predetermined side wall portion, a column, or the like that constitutes a part. Further, details of the electric circuits 70, 70,... Provided on the partition panels 2, 2,... And the power supply circuit 7 constituted by these electric circuits 70, 70,.

Further, as shown in FIG. 2, among the partition panels 2, 2,... Which constitute the partition panel device 1, the rearmost partition panel 2 ′ is a side closing mechanism 4 (pressing mechanism) provided on the side wall W. The side part closing member 4a that moves so as to be able to move in and out in the left-right direction closes the gap between the side part 2a of the partition panel 2'and the side part closing mechanism 4. When the gap between the side 2a of the partition panel 2'and the side closing mechanism 4 is closed by the side closing member 4a, the side closing member 4a causes the partition panel 2'to move toward the movement restricting end 5. , 2'combined in a row are pressed in the direction of the movement restricting end 5, and the adjacent partition panels 2, 2, ..., 2'are brought into close contact with each other. It is designed to enhance sound insulation and shielding. The lateral closing member 4a in the lateral closing mechanism 4 is moved in the left-right direction by a mechanism such as a mechanism using an electric motor that operates by operating an operation switch.

The partition panel 2 is formed in a predetermined height range from the upper and lower end portions 20b and 20b' of the panel body 20 between the panel body 20 having the panel materials 20a and 20a on the front and back sides and the panel materials 20a and 20a on the front and back sides. The upper and lower storage portions 20c and 20c' are mainly configured, and the closing members 21 and 21' and the advancing/retreating mechanisms 26 and 26' that are stored in the storage portions 20c and 20c' one by one.

In the partition panel 2, gaps between the upper and lower end portions 20b and 20b′ of the panel body 20, the lower surface 3a (ceiling surface) of the rail 3 and the floor surface F of the floor are closed by sealing members 22 and 22′ described later (FIG. (See 4) simultaneously with fixing to a predetermined position, it is possible to ensure sound insulation and shielding in an indoor space partitioned by a plurality of partition panels 2, 2,.... The ceiling surface in this embodiment refers to a surface with which the sealing member 22 abuts when the gap on the ceiling C side is closed, that is, a lower surface 3a of a part of the member (here, the rail 3) provided on the ceiling C. .. The same applies to the floor surface in this embodiment.

Further, the panel body 20 has front and back surfaces formed by panel materials 20a, 20a in which a gypsum board is lined on a steel plate whose surface is baked, and is formed between the upper and lower storage portions 20c, 20c'. The sound insulation is enhanced by sandwiching the filler 20e such as glass wool in the panel portion 20d. In addition, the components of the panel portion 20d of the panel materials 20a, 20a may be configured by glass panels or the like.

Further, the closing of the gap between the lower surface 3a of the rail 3 and the floor surface F of the floor by the sealing members 22, 22' is performed by the closing operation by the closing members 21, 21' and the advancing/retreating mechanisms 26, 26', and In addition to the lateral blocking by the partial blocking mechanism 4, it is possible to ensure sound insulation and shielding of the indoor space partitioned by the partition panel device 1.

The closing operation by the closing members 21, 21' and the advancing/retreating mechanisms 26, 26' described above is performed by the side portion 2a of the partition panel 2'from the power supply connector 72 (electrode) disposed in the side closing mechanism 4 to the rearmost side. The electric power is supplied through the electric power receiving connector 71 (electrode) provided in the electric power supply connector 71 and the electric circuit 70, which will be described later, flows electricity. Further, a pair of power receiving connector 71 and power feeding connector 72 are provided at the same height position above the side portions 2a, 2a′ of the partition panel 2, and between the adjacent partition panels 2, 2,. By connecting the power receiving connector 71 and the power feeding connector 72 provided on the opposite side portions 2a, 2a', the power from the power source 6 is sequentially supplied to the adjacent partition panels 2, 2,... There is.

Next, the structures of the closing members 21 and 21' and the advancing/retreating mechanisms 26 and 26' in the partition panel 2 will be described with reference to FIGS. Since the configurations of the closing members 21, 21' and the advancing/retreating mechanisms 26, 26' stored in the upper and lower storage portions 20c, 20c' of the panel body 20 are substantially the same, the upper storage portion 20c stores them. The configurations of the closing member 21 and the advancing/retreating mechanism 26 will be described, and the description of the configurations of the closing member 21′ and the advancing/retreating mechanism 26′ stored in the lower storage portion 20c′ will be omitted.

As shown in FIGS. 3 and 4, the closing member 21 includes a sealing member 22 extending in the left-right direction of the panel body 20 and a link portion 28 of an advancing/retreating mechanism 26 provided below the sealing member 22. A support member 23 that is axially supported, a pair of elastic members 24 and 24 that connects the sealing member 22 and the supporting member 23 so as to be vertically contactable and separable, and a limit provided between the sealing member 22 and the supporting member 23. It mainly comprises a switch 25 (movement completion detecting means).

The sealing member 22 has substantially the same size as the panel body 20 in the left-right direction, and is capable of advancing upward from the storage portion 20c of the panel body 20. In addition, bent portions 22a, 22a bent inward are formed at the front and rear upper ends of the sealing member 22, and the cushioning members 220, 220 formed of elastic rubber or the like are fixed on the bent portions 22a, 22a. The upper end surfaces 220a, 220a of the cushioning members 220, 220 contact the lower surface 3a of the rail 3 when the sealing member 22 is advanced upward from the storage portion 20c of the panel body 20, and the sealing members 22 The side surface 22 allows the gap between the upper end 20b of the panel body 20 and the rail 3 to be closed (see FIG. 4C). A sound-absorbing material (not shown) is provided inside the sealing member 22 to enhance sound insulation when closed.

The support member 23 is shorter than the sealing member 22 in the left-right direction and is provided below the sealing member 22. When the sealing member 22 is retracted into the storage portion 20c of the panel body 20, the supporting member 23 is a support member. A pair of elastic members 24, 24 provided at the left and right end portions of the upper surface 23a of 23 keep a predetermined vertical distance between the elastic member 24 and the sealing member 22. The support member 23 is rotatably supported by a link portion 28 of an advancing/retreating mechanism 26, which will be described later, at a single pivotal support portion with the center of gravity in the left-right direction removed.

The elastic members 24, 24 are composed of coil-shaped compression springs 24a, 24a that are biased in the vertical direction, and bolt-shaped shaft cores 24b, 24b that are passed through the compression springs 24a, 24a. The lower ends of the shaft cores 24b, 24b are screwed near the left and right ends of the support member 23 so that the upper end side protrudes upward from the lower side. Further, the lower ends of the compression springs 24a, 24a are fixed to the upper surface 23a of the support member 23 by welding or the like.

The upper ends of the elastic members 24, 24 are inserted into through holes (not shown) formed in the bottom portion 22b of the sealing member 22 at predetermined intervals in the left-right direction to project upward, and are attached to the projecting position from above. The state in which the upper ends of the compression springs 24a, 24a are pressed by the pressing members 22d, 22d is always maintained.

The limit switch 25 is attached so as to close an installation hole (not shown) formed in the bottom portion 22b of the sealing member 22 from above, and a micro switch 25c (changeover switch, shown in FIG. Switch body 25a having a built-in switch), a hinge/lever type actuating body 25b projecting below the sealing member 22 from the installation hole and rotatable up and down, and a push plunger type operated by the operation of the actuating body 25b. Actuator (not shown). Further, the tip of the actuating body 25b extends toward the vicinity of the elastic member 24 provided at a position distant from the shaft supporting portion of the support member 23, and the gap between the sealing member 22 and the support member 23 is entirely in the left-right direction. The actuator 25b is rotated to operate the actuator only when it is closed (see FIG. 4C).

The advancing/retreating mechanism 26 mainly includes a direct drive motor 27 (electric motor) driven by electric power supplied from the power source 6, and a link portion 28 for transmitting the power of the direct drive motor 27 to the support member 23 of the closing member 21. Has been done.

The linear motion motor 27 includes a cylinder 27a that incorporates a trapezoidal screw (not shown) that converts a rotational motion into a linear motion, and a rod that is attached to the tip of the trapezoidal screw and can linearly advance and retreat in the left-right direction from the end of the cylinder 27a. 27b and. Further, since the rod 27b is operated by the linear motion motor 27 using a trapezoidal screw with high precision of motion transmission, the rod 27b can be stopped at an accurate position, and the stop when the power supply is stopped. It is designed to be held in position.

The link portion 28 has a substantially letter-like shape, one end of which is rotatably connected to the tip of the rod 27b of the linear motor 27, and the other end of which is a pivotal support portion of the support member 23. It is rotatably connected, and receives the linear motion of the rod 27b of the linear motion motor 27 in the left-right direction, and converts the direction of the force so that the axially supporting portion of the support member 23 moves in the substantially vertical direction. You can do it.

Next, the closing operation by the closing member 21 and the advancing/retreating mechanism 26 stored in the storage portion 20c above the panel body 20 will be described with reference to FIG.

As shown in FIG. 4A, when the closing operation by the closing member 21 and the advancing/retreating mechanism 26 is started, first, the linear motor 27 constituting the advancing/retreating mechanism 26 receives electric power supplied from the power source 6. The rod 27b is driven to move to the left, and along with this, the direction of the force is changed by the link portion 28 so that the axially supporting portion of the support member 23 linearly moves in the substantially vertical direction, and the shaft of the support member 23 is changed. The supporting part is lifted up. At this time, since the link portion 28 is rotatably connected to the shaft supporting portion of the supporting member 23, the closing member 21 moves in the left-right direction when the supporting member 23 rotates by its own weight about the shaft supporting portion as a fulcrum. It will be tilted.

As shown in FIG. 4B, when the linear motion motor 27 continues to be driven and the rod 27b further advances to the left, the support member 23 is lifted upward and the shaft support portion is used as a fulcrum in the left-right direction. Is further increased, and the vicinity of the left end of the upper end surfaces 220a, 220a of the buffer member 220 fixed to the sealing member 22 provided above the shaft supporting portion of the support member 23 contacts the lower surface 3a of the rail 3. It will be in the state of doing.

Further, when the direct drive motor 27 continues to be driven, the left end portions of the upper end surfaces 220a and 220a of the cushioning member 220 fixed to the above-mentioned sealing member 22 are in contact with the lower surface 3a of the rail 3. When a pressing force is applied from below and the pressing force is balanced with the urging force of the compression spring 24a of the elastic member 24 provided at a position close to the shaft supporting portion of the supporting member 23, the sealing member 22 is set with the contact portion as a fulcrum. Rotates counterclockwise, and the right end of the support member 23, which is separated from the shaft support portion, is lifted upward.

When the linear motor 27 continues to be driven and the rod 27b further advances to the left, the end of the support member 23 on the side away from the pivotal support portion is lifted upward and fixed to the above-mentioned sealing member 22. The sealing member 22 rotates around the contact portion between the upper end surfaces 220a, 220a of the cushioning member 220 and the lower surface 3a of the rail 3 as a fulcrum, and is fixed to the sealing member 22 as shown in FIG. 4C. The upper end surfaces 220a and 220a of the cushioning member 220 contact the lower surface 3a of the rail 3.

Further, when the upper end surfaces 220a, 220a of the cushioning member 220 fixed to the sealing member 22 and the lower surface 3a of the rail 3 come into contact with each other, the driving of the linear motion motor 27 is continued, and the sealing member 22 is kept. The support member 23 is further pressed upward, and the upper and lower gaps between the sealing member 22 and the support member 23 are all closed in the left-right direction. Along with this, the actuating body 25b of the limit switch 25 is rotated to operate the actuator, and the electric circuit 70, which will be described later, is switched by the micro switch 25c incorporated in the switch body 25a. Is shut off and the drive of the linear motor 27 is stopped, so that the closing operation by the closing member 21 and the advancing/retreating mechanism 26 is completed.

Next, the connection between the electric circuits 70, 70,... In the adjacent partition panels 2, 2,. Here, the connection between the power feeding connector 72 provided on the side portion 2a' of the rearmost partition panel 2'and the power receiving connector 71 provided on the side portion 2a of the adjacent partition panel 2 will be described. Further, the power supply connector 72 of the side part closing mechanism 4 has substantially the same configuration as the power supply connector 72 provided on the side part 2 a ′ of the partition panel 2, and therefore the description thereof will be omitted.

As shown in FIG. 5(a), a power receiving connector 71 and a power feeding connector 72 are shown above the facing side portions 2a, 2a' of the adjacent partition panels 2, 2'so as to face each other at the same height position. It is attached with screws. The power receiving connector 71 has a plurality of pin contacts 71c, 71c,... Which are substantially T-shaped in a side view, and the input terminals 71a, 71b of the electric circuit 70 are connected to the pin contacts 71c, 71c,. The connection portions 71g, 71g,... Further, the power supply connector 72 has a plurality of socket contacts 72c, 72c,... And the socket contacts 72c, 72c,... Are connected to the output terminals 72a, 72b of the electric circuit 70 described above.

The pin contacts 71c, 71c,... Are mounted so as to be retractable toward the inside of the base member 71d that forms the outer frame of the power receiving connector 71, and the heads 71e, 71e,... Of the pin contacts 71c, 71c,. , Are arranged between the base member 71d and the heads 71e, 71e,... so as to be urged toward the socket contacts 72c, 72c,. As a result, in the state shown in FIG. 5A, the inner ends of the pin contacts 71c, 71c,... Are not in contact with the connecting portions 71g with the input terminals 71a, 71b.

As shown in FIG. 5B, at the stage where the heads 71e, 71e,... Of the pin contacts 71c, 71c,... Contact the socket contacts 72c, 72c,. The input terminals 71a and 71b of the electric circuit 70 are not electrically connected. The stage where the heads 71e, 71e,... Of the pin contacts 71c, 71c,... Contact the socket contacts 72c, 72c,. , 2', which are in a state of being connected in a line and before the partition panels 2, 2,..., 2'are pressed by the side blocking mechanism 4 toward the movement regulating end 5.

Then, as shown in FIG. 5(c), when the partition panels 2, 2,... Are pressed by the side closing mechanism 4 toward the movement regulating end portion 5, the socket contacts 72c, 72c,. The pin contacts 71c, 71c,... Are pressed from the state where the 71c, 71c,... Are in contact with each other, and the inner ends of the pin contacts 71c, 71c,. It is a stage where the player is immersed in a predetermined position. At this stage, the socket contacts 72c, 72c,... And the input terminals 71a, 71b,... Of the adjacent electric circuit 70 are electrically connected via the pin contacts 71c, 71c,. Will be done. That is, the electric circuits 70, 70 of the adjacent partition panels 2, 2 are connected to each other to form one circuit. The power supply connector 72 arranged in the side blocking mechanism 4 can be connected to the power reception connector 71 of the rearmost partition panel 2'. Further, the power supply circuit 7 of the present invention is adjacent to the partition panels 2, 2,..., 2'by being pressed toward the movement restricting end 5 by the side closing mechanism 4. , Are electrically connected to each other, and the electric circuit 70′ having the power source 6 of the side blocking mechanism 4 and the electric circuit 70 of the rearmost partition panel 2′ are electrically connected. The electric circuits 70, 70,..., 70' electrically connected to the power source 6 in a state in which electric power can be supplied (see FIGS. 8 and 9).

Next, the flow of electricity between the adjacent electric circuits 70, 70 (70A, 70B) in the power supply circuit 7 will be described with reference to FIGS. 6 to 8. Here, the flow of electricity between the electric circuit 70A of the rearmost partition panel 2'which is connected to the power source 6 and the electric circuit 70B of the partition panel 2 adjacent to the partition panel 2'is illustrated. .. Furthermore, in FIG. 6 to FIG. 8, the output terminals 72a, 72a′ and 72b of the electric circuit 70A and the input terminals 71a, 71a′ and 71b of the electric circuit 70B are shown separated from each other, but electrically. It will be described as a connected state. The same applies to the output terminals 72a, 72a' and 72b of the side closing mechanism 4 and the input terminals 71a, 71a' and 71b of the electric circuit 70A.

Regarding the structure of the electric circuit 70 provided in each partition panel 2, 2 ′, as shown in FIGS. 6 to 8, the electric circuit 70 is connected to the pair of input terminals 71 a, 71 a ′ provided in the power receiving connector 71. A terminal 71b, a pair of output terminals 72a, 72a′ provided on the power supply connector 72, an output terminal 72b, a first line 73 (first direct line) connecting the input terminal 71a and the output terminal 72a, and an input A second line 74 (second direct line) connecting between the terminal 71b and the output terminal 72b, and two first branch lines 76 and second branch lines 77 connecting the first line 73 and the second line 74. , And are mainly composed of. It should be noted that the pair of input terminals means that there is a pair of positive and negative pole input terminals, and the input terminals 71a and 71a' are connected to a group of positive pole input terminals and also to the input terminals. The terminal 71b corresponds to the negative input terminal. The same applies to the pair of output terminals.

Further, a branch line 730 branches from the first line 73, and the terminal portion 730a of the electromagnetic relay 75 (relay, receiving unit) is connected to the branch line 730. Further, the input terminal 71a' is connected to the input terminal 71b via the coil portion 75b of the electromagnetic relay 75.

The electromagnetic relay 75 includes a movable portion 75a that operates between the upstream terminal portion 730a and the downstream terminal portion 730b, and a coil portion 75b. The movable portion 75a does not connect the terminal portion 730a and the terminal portion 730b when the coil portion 75b is in the non-energized state, and electrically connects the terminal portion 730a and the terminal portion 730b when the coil portion 75b is in the energized state. Connect to. That is, in the electromagnetic relay 75, the coil portion 75b is energized by electricity flowing from the input terminal 71a′, and the upper and lower parts of the partition panel 2 connected to the input terminal 71a and the first branch line 76 and the second branch line 77. The direct drive motors 27 and 27' and the upper and lower micro switches 25c and 25c' are electrically connected.

In the first branch line 76 and the second branch line 77, the micro switches 25c and 25c' (transmission unit) become conductive when the energization state (movement completion state signal) from both micro switches 25c and 25c' is confirmed. It is connected to the output terminal 72a′ via the logic device 78 (notification control unit).

The microswitches 25c and 25c' can switch the circuit between the output terminal 72a' side and the direct drive motors 27, 27' side. Specifically, the microswitches 25c and 25c′ are in a state where the upper and lower gaps of the partition panel 2′ are not closed by the closing members 21 and 21′ (for example, immediately after the electric circuits 70A and 70B are electrically connected to each other, etc.). ), the circuit can be connected to the direct drive motors 27 and 27' and the circuit can be connected to the output terminal 72a' side only when the closing members 21 and 21' are in the closed state. It is like this.

As shown in FIG. 6, in the electric circuit 70A, a current is allowed to flow from the input terminal 71a to the output terminal 72a via the first line 73, and the electric circuit 70A is electrically connected to the electric circuit 70A. A current flows in the circuit 70B, and like the electric circuit 70A, a current can flow from the input terminal 71a to the output terminal 72a via the first line 73. At this time, in the electric circuit 70B, since the electricity does not flow from the input terminal 71a′, the coil portion 75b is in the non-energized state, and the electromagnetic relay 75 includes the input terminal 71a, the first branch line 76, and the second branch line. The upper and lower linear motion motors 27, 27' and the upper and lower micro switches 25c, 25c' in the partition panel 2 connected to 77 are made non-conductive.

In the electric circuit 70A, a current from the power supply 6 flows from the input terminal 71a′ to the coil portion 75b to excite the coil portion 75b, and the movable portion 75a connects the terminal portion 730a and the terminal portion 730b to each other, 71a and the downstream side of the electromagnetic relay 75 are energized. As a result, the electricity flowing from the + pole of the power source 6 flows to the linear motors 27, 27 ′ via the branch line 730, the first branch line 76 and the second branch line 77, and the power source via the second line 74. It is designed to return to the 6-pole.

As shown in FIG. 7, when only one closing member of the partition panel 2′ completes the closing operation (for example, the lower closing member 21′ of the partition panel 2′ completes the closing operation from the state of FIG. 6). However, when the closing member 21 on the upper side of the partition panel 2'is continuing the closing operation), the micro switch 25c' of the second branch line 77 forms a circuit connected to the output terminal 72a' side. At the same time, the micro switch 25c of the first branch line 76 forms a circuit that is continuously connected to the direct drive motor 27 side. Therefore, the current flows to the linear motor 27 via the first branch line 76. At this time, the micro switch 25c′ of the second branch line 77 is electrically connected to the logic device 78, and the micro switch 25c of the first branch line 76 is not electrically connected. The logic device 78 does not conduct to the output terminal 72a′ side, and no current flows to the output terminal 72a′.

As shown in FIG. 8, when the upper and lower gaps of the partition panel 2′ are closed by the closing members 21 and 21′, the micro switches 25c and 25c in the first branch line 76 and the second branch line 77. Both are electrically connected to the output terminal 72a' side. At this time, since both the micro switch 25c of the first branch line 76 and the micro switch 25c' of the second branch line 77 are electrically connected to the logic device 78, the logic device 78 outputs the output terminal 72a'. By conducting to the side, the input terminal 71a and the output terminal 72a' can be energized.

In the electric circuit 70A, when a current flows from the input terminal 71a to the output terminal 72a′, electricity flows from the input terminal 71a′ in the electric circuit 70B, so that the coil portion 75b is energized and the electromagnetic relay 75 , The input terminal 71a and the upper and lower linear motion motors 27, 27' and the upper and lower microswitches 25c, 25c' in the partition panel 2 connected to the first branch line 76 and the second branch line 77 are electrically connected. Can be

Next, the process of closing the indoor space by the partition panels 2, 2,..., 2'of the partition panel device 1 will be described. The partition panel device 1 according to the present embodiment first manually sequentially moves all the partition panels 2, 2,..., 2'constituting the partition panel device 1 along the rail 3 in the direction of the movement restricting end 5. So that they are connected in a line (see FIGS. 1 and 2). At this time, in the power feeding connector 72 of the side closing mechanism 4 and the power receiving connector 71 of the rearmost partition panel 2', the connection portions 71g, 71g are connected via the socket contacts 72c, 72c,... And the pin contacts 71c, 71c,. , Are not electrically connected to each other, and the closing operation is performed by the closing members 21, 21' and the advancing/retreating mechanisms 26, 26' in all the partition panels 2, 2, ..., 2'constituting the partition panel device 1. It is in a state where it is not broken (see FIG. 9A).

Next, the rear partitioning panel 2′ is pressed toward the movement restricting end 5 by the side blocking mechanism 4 (see FIG. 2), so that the power receiving connector 71 of the rearmost partitioning panel 2′ is moved to the side. The socket contacts 72c, 72c,... And the pin contacts 71c, 71c,... Are electrically connected by being pressed by the connection portion of the power supply connector 72 of the closing mechanism 4, and have the power source 6 of the side closing mechanism 4. The electric circuit 70' and the electric circuit 70A of the rearmost partition panel 2'become energizable (see FIG. 5C). At this time, the power receiving connector 71 and the power feeding connector 72 are provided between the adjacent partition panels 2, 2 ′ and the partition panels 2, 2 in all the partition panels 2, 2,..., 2 ′ constituting the partition panel device 1. When pressed, the socket contacts 72c, 72c,... And the connecting portions 71g, 71g,... Are electrically connected via the pin contacts 71c, 71c,. The circuits 70A, 70B,... Are in a conductive state. The conductive state means that the electric circuits 70A, 70B,... Of the adjacent partition panels 2, 2,..., 2'can be energized when the electromagnetic relay 75 operates.

Next, in the rearmost partition panel 2', the upper and lower linear motion motors 27, 27' are driven by the electric power supplied from the power source 6 to cause the closing operation by the closing members 21, 21' and the advancing/retreating mechanisms 26, 26'. Starting, the upper and lower gaps of the partition panel 2 are closed by the closing members 21 and 21' (see FIG. 4(c)). At this time, when the upper and lower closing members 21, 21' are in the closing completed state, the above-mentioned electric circuit 70A is switched by the microswitches 25c, 25c' (see FIGS. 6 to 8), and the upper and lower linear motion motors 27. , 27' is stopped, the driving of the linear motors 27, 27' is stopped, and the closing operation by the closing members 21, 21' and the advancing/retreating mechanisms 26, 26' is completed. At this time, the logic device 78 determines that both of the microswitches 25c and 25c' are electrically connected, so that the logic device 78 conducts to the output terminal 72a' side and is connected to the output terminal 72a'. Electricity flows so that electricity flows between the electric circuits 70A and 70B between the adjacent partition panels 2 and 2', and the partition panel adjacent to the rearmost partition panel 2'via the power feeding connector 72 and the power receiving connector 71. The power from the power source 6 is supplied to 2.

In this way, the detection of the closing state of the closing members 21, 21' by the limit switches 25, 25' and the switching of the electric circuit 70 by the microswitches 25c, 25c' are performed, and the upper and lower linear motion motors 27, 27' are moved. As the drive is stopped and power is supplied to the adjacent partition panels 2, 2,... Sequentially, as shown in FIG. 9B, the partition panels 2, 2,. All the partition panels 2, 2 constituting the partition panel device 1 are made to sequentially perform the closing operation by the closing members 21, 21' and the advancing/retreating mechanisms 26, 26' from the rearmost partition panel 2'to the front side. ,..., 2'can be closed by upper and lower closing members 21, 21' (see FIG. 9(c)). In FIG. 9(b), the closing operation of the rearmost partition panel 2'and the second partition panel 2 from the last is completed, and the closing operation of the third partition panel 2 from the last is performed. It shows the state.

According to this, the plurality of partition panels 2, 2,..., 2'connected in a row along the rail 3 are simultaneously pressed by the side blocking mechanism 4, so that the partition panels 2, 2,. With the side portions 2a, 2a' accurately positioned vertically and horizontally, between the electric circuit 70' having the power source 6 of the side closing mechanism 4 and the electric circuit 70A of the rearmost partition panel 2', and The output terminals 72a, 72a' and 72b and the input terminals 71a, 71a' and 71b are electrically connected between the electric circuits 70A, 70B, ... of the adjacent partition panels 2, 2,... , A power supply circuit 7 capable of supplying electric power is formed, and the upper and lower linear motion motors 27, 27' provided on the partition panels 2, 2,..., 2'are driven to close the closing members 21, 21' and the advancing/retreating mechanism. It is possible to sequentially perform the closing operation by 26, 26', and it is possible to reliably enhance the shielding property of the indoor space by the partition panel device 1.

Further, the closing operation by the closing members 21, 21' and the advancing/retreating mechanisms 26, 26' can be sequentially performed by sequentially supplying electric power to the linear motion motors 27, 27' of the adjacent partition panels 2, 2,.... It is possible to complete the closing operation of all the partition panels 2, 2,... By supplying the power required for the closing operation of one partition panel 2, and the power source 6 can be downsized. Further, as the capacity of the power source 6, it is only necessary to prepare one that drives the linear motors 27, 27' of one electric circuit 70, so the number of partition panels 2, 2,..., 2'installed is considered. No need.

In addition, the partition panel 2 includes the microswitches 25c and 25c′ for switching the above-described electric circuit 70 in cooperation with the closed state of the closing members 21 and 21′, and thus the partition panel 2 Regardless of the number of two or the order in which they are connected, it is possible to realize the closing operation of all the partition panels 2, 2,... With a simple circuit configuration without providing a control mechanism for managing the entire partition panel device 1. ..

Further, the electric circuit 70 is provided with a plurality of groups (a pair of upper and lower in this embodiment) of the linear motor 27 and the micro switch 25c in one circuit, and the plurality of micro switches 25c, 25c',... And output terminals. A logic device 78 for outputting the logical product of the input signals switched by the microswitches 25c, 25c',... To the output terminal 72a' is provided between the switch 72a' and 72a', so that it is necessary for the closing operation of the partition panel 2. Even if a plurality of direct drive motors 27 are provided, power is not supplied to the adjacent partition panels 2 until all the closing operations of the partition panels 2 are completed, so the power source 6 is downsized. be able to. When three or more linear motors and micro switches are provided in one electric circuit 70, the logic device may take the logical product of all the micro switches.

The electrical connection between the input terminal 71a and the linear motors 27, 27' and the micro switches 25c, 25c' is made by the electromagnetic relay 75 that operates according to the detection result of the limit switch 25. Since the electromagnetic relay 75 is in the non-conducting state until the completion of the closing is detected, the power supply to the adjacent partition panel 2 can be reliably prevented, and the voltage drop due to the adjacent partition panel 2 can be suppressed. .. In the present embodiment, the relay for electrically connecting the input terminal 71a of the electric circuit 70 to the direct drive motors 27, 27' and the microswitches 25c, 25c' is not limited to the electromagnetic relay 75. It may be done by a solid state relay.

Further, since the input terminal 71a and the output terminal 72a are connected by the direct first line 73, and similarly, the input terminal 71b and the output terminal 72b are connected by the direct second line 74, the contact resistance in the electric circuit 90 is reduced. None, that is, there is no contact resistance other than the connection between the power receiving connector 71 and the power feeding connector 72, and the voltage drop is small even when a plurality of electric circuits 70, 70,... Are connected. In addition, a high voltage may be applied from the power source 6 and a DC/DC converter (not shown) may be provided for each partition panel 2 to convert the voltage into a predetermined voltage. In this structure, even if there is a voltage drop, it is always possible. A constant voltage can be supplied to the linear motor.

The blocking state signal does not have to be an electrical signal, and the receiving unit, the transmitting unit, and the notification control unit may not be included in the configuration of the electrical circuit 70 and may be provided separately.

Further, the power receiving connector 71 and the power feeding connector 72 are provided above the partition panel 2 suspended from the rail 3, that is, provided near the rail 3 which is relatively immovable. It is difficult for the contact positions of the connector 71 and the power feeding connector 72 to shift back and forth. In addition, the closer to the rail 3 the position where the power receiving connector 71 and the power feeding connector 72 are provided is, the smaller the amount of deviation of the partition panels 2, 2 ′ between the top and bottom and the front and back becomes smaller. It is preferable to provide it at a position higher than the above, more preferably at a height corresponding to the linear motor 27 above.

Further, since the side blocking mechanism 4 itself is electrically operated, it is necessary to provide the power source 6 at or near itself, and the side blocking mechanism 4 is adjacent to the rearmost partition panel 2'. Since the positional relationship between the side blocking mechanism 4 and the rearmost partition panel 2'is the same regardless of the number of partition panels 2, 2,..., 2', the side blocking mechanism is provided. Since the mechanism 4 is provided with the power source 6, it is not necessary to separately provide a power source on the side of the movement restricting end portion 5 or the like, and therefore, installation and enforcement are excellent.

Next, a partition panel device according to the second embodiment will be described with reference to FIGS. 10 to 14. It should be noted that the same configuration as that of the above-mentioned embodiment and the duplicated configuration will be omitted. Further, the same components as those of the electric circuit 70 will be described using the same reference numerals.

The structure of the electric circuit 90 provided in each partition panel 2, 2'will be described with reference to FIG. As shown in FIG. 10, the electric circuit 90 includes a pair of input terminals 71a and 71b provided in the power receiving connector 71, a pair of output terminals 72a and 72b provided in the power feeding connector 72, an input terminal 71a and an output terminal 72a. And a first line 91 connecting between the input terminal 71b and the output terminal 72b, and two first branch lines connecting the first line 91 and the second line 92. It is mainly composed of 93 and a second branch line 94.

An electromagnetic relay 75 is provided on the first line 91 at a position downstream of the first branch line 93 and the second branch line 94. The electromagnetic relay 75 includes a movable portion 75a that operates between a terminal portion 91a on the upstream side of the electromagnetic relay 75 and a terminal portion 91b on the downstream side of the electromagnetic relay 75 in the first line 91, and a coil portion 75b. And are equipped with. The movable portion 75a does not connect the terminal portion 91a and the terminal portion 91b when the coil portion 75b is in the non-energized state, and electrically connects the terminal portion 91a and the terminal portion 91b when the coil portion 75b is in the energized state. Connect to. That is, the electromagnetic relay 75 switches the energization state of the input terminal 71a and the output terminal 72a from the non-conduction state to the conduction state.

The first branch line 93 and the second branch line 94 are electrically connected in series to the upper and lower linear motion motors 27 and 27′ and the upper and lower micro switches 25c and 25c′ in the partition panel 2′. The micro switches 25c and 25c' are connected to the power receiving connector 71 side of the linear motors 27 and 27'. Further, the microswitches 25c and 25c' are connected to the coil section 75b via a logic device 78 that conducts when the energization state from both microswitches 25c and 25c' is confirmed.

Further, the microswitches 25c and 25c' can switch the circuit between the coil portion 75b side and the direct drive motors 27 and 27' side. Specifically, the microswitches 25c and 25c' connect the circuit to the direct drive motors 27 and 27' when the closing members 21 and 21' are not in the closed state, and the closing members 21 and 21' are closed. The circuit can be connected to the coil portion 75b side only when in the state.

Next, the flow of electricity between the adjacent electric circuits 90, 90 (90A, 90B) in the power supply circuit 9 will be described with reference to FIGS. 11 to 13. As shown in FIG. 11, when the upper and lower gaps of the partition panel 2′ are not closed by the closing members 21 and 21′, the electromagnetic relay 75 in the first line 91 causes the input terminal 71a and the output terminal 72a. Are in a non-energizable state, and the microswitches 25c and 25c' in the first branch line 93 and the second branch line 94 are connected to the direct drive motor 27 (upper side) and the direct drive motor 27' (lower side), respectively. Form a circuit. Therefore, the electricity flowing from the + pole of the power source 6 flows to the linear motors 27, 27 ′ via the first branch line 93 and the second branch line 94, and returns to the − pole of the power source 6 via the second line 92. It is like this.

As shown in FIG. 12, when only one side closing member of the partition panel 2′ completes the closing operation (for example, the lower closing member 21′ of the partition panel 2′ completes the closing operation from the state of FIG. 11). In the case where the closing member 21 on the upper side of the partition panel 2'is continuing the closing operation), the micro switch 25c' of the second branch line 94 forms a circuit connected to the coil portion 75b side. The micro switch 25c of the first branch line 93 forms a circuit which is continuously connected to the direct drive motor 27 side. Therefore, the current flows to the linear motor 27 via the first branch line 93. At this time, the micro switch 25c′ of the second branch line 94 is electrically connected to the logic device 78, and the micro switch 25c of the first branch line 93 is not electrically connected. The logic device 78 is not electrically connected to the coil portion 75b side, and no current is flowing to the coil portion 75b.

Further, as shown in FIG. 13, in the state where the upper and lower gaps of the partition panel 2′ are closed by the closing members 21 and 21′, the microswitch 25c in the first branch line 93 and the second branch line 94. , 25c' are both electrically connected to the coil portion 75b side. At this time, since both the micro switch 25c of the first branch line 93 and the micro switch 25c' of the second branch line 94 are electrically connected to the logic device 78, the logic device 78 is connected to the coil portion 75b side. And the current flows through the coil portion 75b.

When a current flows through the coil portion 75b, the coil portion 75b is excited, the movable portion 75a connects the terminal portion 91a and the terminal portion 91b of the first line 91, and connects the input terminal 71a and the output terminal 72a. Enable energization. Thus, the electromagnetic relay 75 causes a current to flow from the electric circuit 90A to the electric circuit 90B. The other end of the coil portion 75b is connected to the negative pole of the power source 6 via the second line 92.

According to this, since the electrical connection between the output terminals 72a and 72b and the input terminals 71a and 71b is performed by the electromagnetic relay 75 that operates according to the detection result of the limit switch 25, the closing completion detection by the limit switch 25 is detected. Up to the above, since the electromagnetic relay 75 is in the non-conductive state, it is possible to reliably prevent the supply of power to the adjacent partition panel 2 and suppress the voltage drop due to the adjacent partition panel 2.

Next, a modified example of the electric circuit 90 capable of switching the electric circuits and electrically connecting the electric circuits to each other based on the configuration of the electric circuit 90 described above will be described with reference to FIG. 14. Here, the connection between the electric circuit 70' having the power source 6 of the side blocking mechanism 4 and the electric circuit 900 electrically connected thereto will be exemplified. Further, the electric circuit 900 will be described as including a pair of the linear motor 27 and the micro switch 25c, and the same components as those of the electric circuit 90 will be described using the same reference numerals.

As shown in FIG. 14, the electric circuit 900 includes a pair of input terminals 71a and 71b, a pair of output terminals 72a and 72b, a first line 80 connecting the input terminal 71a and the microswitch 25c, It is mainly configured by a first branch line 81 connecting between the micro switch 25c and the input terminal 71b, and a second branch line 82 connecting between the micro switch 25c and the output terminal 72b. The direct drive motor 27 is connected to the first branch line 81, and the microswitch 25c is connected to the upstream side of the direct drive motor 27.

The circuit of the micro switch 25c can be switched between the output terminal 72b side and the direct drive motor 27 side. Specifically, the micro switch 25c normally connects the circuit to the direct drive motor 27 side and closes the closing member 21. Can be connected to the output terminal 72a side only when is closed.

According to this, the partition panel 2 has the micro switch 25c in the electric circuit 900 that switches the electric circuit 900 described above in cooperation with the detection of the closed state of the closing member 21 by the limit switch 25. , Regardless of the number of partition panels 2 and the order in which they are connected, the closing operation of all the partition panels 2, 2,..., 2'by a simple circuit configuration without providing a control mechanism for managing the entire partition panel device 1. Can be realized.

Although the embodiments of the present invention have been described above with reference to the drawings, the specific configurations are not limited to these embodiments, and modifications and additions within the scope not departing from the gist of the present invention are included in the present invention. Be done.

Although the partition panels 2, 2,..., 2′ sequentially perform the closing operation in the above embodiment, the partition panels 2, 2,..., 2′ may sequentially perform the opening operation. It is possible, for example, to provide an open detection switch (movement completion detection means) capable of detecting a state (open completion state) in which the closing members 21 and 21′ are completely stored in the storage sections 20c and 20c′. By providing the electric circuit with a microswitch that switches the electric circuit in cooperation with the detection of the opening completion state of the closing members 21, 21' by the partitioning panel 2 based on the reception of the movement completion state signal transmitted from the microswitch. , 2,..., 2′ linear motion motors 27, 27′ are sequentially supplied to sequentially move the closing members 21, 21′ so as to open the upper and lower gaps of the partition panels 2, 2,. Can be made

Further, in the above-described embodiment, the power supply 6 for supplying power to the partition panels 2, 2,..., 2'is provided in the side blocking mechanism 4 with which the rearmost partition panel 2'abuts. However, the present invention is not limited to this, and the position, configuration, etc. of the power source 6 may be freely configured. For example, the power source may be provided on the side of the movement restricting end portion 5. Is provided with a power source 6 at a height position facing a power receiving connector 71 provided above the side portion 2a′ of the front partition panel 2, and from the power source 6 to the partition panel 2 via the power receiving connector 71. Power is supplied. Further, the partition panel 2 itself forming the end of the partition panel device 1 may have a power supply means such as a power supply or a charger.

Further, in the above-described embodiment, the DC current flows through the electric circuit. However, the present invention is not limited to this, and the electric current flowing through the electric circuit may be an AC current.

Moreover, in the said Example, although the partition panel 2,2,...,2' demonstrated as the aspect in which the closing members 21 and 21' were closed one by one, it is not restricted to this but each partition panel has the closing member 21. , 21' are provided with closing operation switches, and the closing members 21, 21' may be closed individually when a problem occurs in the connection of the electric circuit or the like.

Further, in the above-described embodiment, the partition panel 2 has been described as a mode in which the closing members 21 and 21′ perform the closing operation in response to the operation of the linear motion motors 27 and 27′ driven by the electric power supplied from the power source 6. However, the present invention is not limited to this, and the closing operation of the closing members 21 and 21′ may be manually performed even when power is not supplied by interlocking the worm gear with the crank handle.

Further, in the above-mentioned embodiment, the upper and lower limit switches 25, 25' are provided with the notifying means for detecting and notifying the abnormalities when the closing members 21, 21' are not normally closed. With this, it is possible to grasp the presence of foreign matter in the gap between the lower surface 3a of the rail 3 and the floor surface F.

In addition, in the above-described embodiment, by providing a metal frame or a resin sealing member that is fitted in concave and convex over the opposite side portions 2a, 2a′ of the adjacent partition panels 2, 2, sound insulation and The shielding property may be enhanced.

1 partition panel device 2 partition panel (partition panel body)
3 rails (taxiway)
3a Lower surface (ceiling surface)
4 Side blocking mechanism (pressing mechanism)
5 Movement Restricting End 6 Power Supply 7, 9 Power Supply Circuit 20 Panel Main Body 21, 21' Closing Member 22 Sealing Member 23 Supporting Member 24 Elastic Member 25, 25' Limit Switch (Movement Completion Detection Means)
25c, 25c' Micro switch (changeover switch, transmitter)
26,26' Forward/backward mechanism 27,27' Direct drive motor (electric motor)
27a Cylinder 27b Rod 28 Link part 30 Suspension support member 31 Storage rail 70, 70' Electric circuit 71 Power receiving connector (electrode)
71a, 71b Input terminal 71c Pin contact 72 Power supply connector (electrode)
72a, 72b Output terminal 72c Socket contact 73 First line (first direct line)
74 2nd line (2nd direct line)
75 Electromagnetic relay (relay, receiver)
75a Movable part 75b Coil part 76 1st branch line 77 2nd branch line 78 Logic device (notification control part)
90 Electric Circuit 91 First Line 92 Second Line 220 Cushioning Member 730 Branch Line 900 Electric Circuit

Claims (6)

A partition panel body having a panel main body, an electric motor driven by electric power, and a closing member movable by driving the electric motor so as to close at least a gap between the ceiling surface and the floor surface,
A partition panel device for partitioning a space by moving a plurality of the partition panel bodies in the direction of a movement restriction end along a guide path to connect the partition panels with each other,
The partition panel body is provided with a pressing mechanism capable of pressing in the direction of the movement restricting end portion,
In the state where the plurality of partition panel bodies are pressed by the pressing mechanism, the electrodes provided on the side portions of the adjacent partition panel bodies are connected to each other to form a power supply circuit capable of supplying power to the electric motor. ,
The partition panel body, a movement completion detection means for detecting the completion of the movement of the closing member, a transmission unit for transmitting a movement completion state signal to the partition panel body adjacent to the partition panel body, to the partition panel body A receiving unit that receives the movement completion state signal from another adjacent partition panel body,
Wherein based on the detection of the movement completion detecting means, partition panel and wherein that you transmit the movement completion state signal from said transmitting unit. An electric circuit of the partition panel body that constitutes the power supply circuit is connected to a pair of input terminals, a pair of output terminals, the electric motor that operates by electric power supplied through the input terminals, and the receiving unit. Switch, a first direct line connecting between the one input terminal and the one output terminal, and a second direct line connecting between the other input terminal and the other output terminal And
The electric motor and the changeover switch are connected in series between the first direct line and the second direct line,
The changeover switch is an electric circuit that electrically connects the input terminal and the electric motor in a state in which the receiving unit receives the movement completion state signal,
Furthermore, the partition panel body includes a notification control unit connected to the transmission unit,
The partition panel according to claim 1 , wherein the notification control unit transmits the movement completion state signal from the transmission unit in a state in which the movement completion detection unit detects completion of movement of the closing member. apparatus. A partition panel body having a panel main body, an electric motor driven by electric power, and a closing member movable by driving the electric motor so as to close at least a gap between the ceiling surface and the floor surface,
A partition panel device for partitioning a space by moving a plurality of the partition panel bodies in the direction of a movement restriction end along a guide path to connect the partition panels with each other,
The partition panel body is provided with a pressing mechanism capable of pressing in the direction of the movement restricting end portion,
In the state where the plurality of partition panel bodies are pressed by the pressing mechanism, the electrodes provided on the side portions of the adjacent partition panel bodies are connected to each other to form a power supply circuit capable of supplying power to the electric motor. ,
The partition panel body includes a movement completion detecting means for detecting completion of movement of the closing member,
Wherein based on the detection of the movement completion detecting means, between the partition panel device you characterized in that a possible supply state power through the electrode to the partition panel member adjacent to said partition panel body. The electric circuit of the partition panel body that constitutes the power supply circuit includes a pair of input terminals, a pair of output terminals, the electric motor that operates by electric power supplied through the input terminals, and the movement completion detection unit. And a changeover switch connected to
The input terminal is connected to the electric motor, at least one of the input terminals is connected to the electric motor via the changeover switch,
The changeover switch electrically connects the input terminal and the electric motor in a state in which the movement completion detecting unit does not detect the completion of the movement of the closing member, and the movement completion detecting unit sets the closing completion of the closing member. The partition panel device according to claim 3 , wherein the input terminal and the output terminal are electrically connected to each other when the completion of the movement is detected. The electric circuit includes a plurality of sets of the electric motor and the changeover switch,
Between the changeover switch and the output terminal, in claim 2 or 4, characterized in that a logic device for switching the changeover switch based on the logical product of input signals from a plurality of the changeover switch is provided Partition panel device described. The electrical connection of the input terminal and the output terminal, partition panel system according to claim 2 or 4, characterized in that is carried out by a relay which operates in accordance with a detection result of the movement completion detecting means.

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