JP3204007U - Lighting trolley - Google Patents

Abstract

Provided is an illuminating carriage that is easy to use because the luminaire is in a low position during transportation and storage, and the luminaire can be arranged at a sufficient height according to the purpose of use. An illuminating carriage 10 is movable by means of wheels 21 and includes a carriage section 20 on which a generator G is mounted, and a support section 30 that is erected on the carriage section and on which lighting fixtures L1 and L2 are arranged. And a height adjusting unit for adjusting the height of the support column. The column 30 is a fixed column member 31 attached to the carriage unit 20, one movable column member rising from the fixed column member, and the lighting column L1 and L2 mounted from the fixed column member. The support member 33 is provided. When the wire is wound up by the winch 45 of the height adjustment unit, the illumination carriage 10 first rises the illumination column member 33, then the movable column member rises, and the height of the column unit 30 in two stages. Can be changed. [Selection] Figure 1

Description

  The present invention relates to an illumination carriage that can be moved to a disaster area, a power outage area, a work place, and illuminated by a lighting fixture attached to a support column.

  The thing described in patent document 1 is known as a conventional trolley | bogie for illumination with which the lighting fixture was attached to the support | pillar part standingly arranged in the trolley | bogie part. The “illuminating carriage” described in Patent Document 1 is a carriage provided with a projector column, and a projector and a generator that supplies electric power to the projector are provided. The floodlight support column includes a main column extending upward, a movable column that can be bent and expanded with respect to the main column, and a movable column provided at an end of the movable column. And a projector mounting portion extending in a direction orthogonal to the extending direction of the portion.

JP 2010-20934 A

In the “illumination carriage” described in Patent Document 1, the movable column portion is bent from a state in which the longitudinal direction thereof is directed upward to a state in which the movable column portion is directed forward, so that the height is lowered. If it is a generator with a lower height, it will not interfere with the movable column part, but if it is a generator with a high height or other load, there is a risk of contact when the movable column part is bent, The movable column cannot be bent.
In addition, if the movable column part is bent, the projector (lighting fixture) is positioned in front of the carriage, so it is likely to be unstable and may collide with something when the carriage is running. is there. It is only necessary not to bend the projector column, but it is unstable when the lighting fixture is at a high position.
Accordingly, there is a need for an illumination carriage that can place the lighting fixture at a sufficient height depending on the application when the lighting fixture is in a low position during transportation or storage.

  Therefore, the present invention provides a lighting carriage that is easy to use because the lighting fixture is in a low position during transportation and storage, and when the lighting fixture is used, the lighting fixture can be arranged at a sufficient height according to the application. The purpose is to do.

  The illumination cart of the present invention includes a cart unit having a traveling wheel and a cargo platform unit on which a load is mounted, a column unit that is erected on the vehicle unit and on which a lighting fixture is disposed, and a height of the column unit A height adjusting unit that adjusts the fixed column member, a fixed column member having a base end attached to the carriage unit, and one or more movable column members that move in the height direction from the fixed column member. A lighting column member that moves in the height direction from the fixed column member and on which the lighting fixture is mounted, and the height adjustment unit is a fixed pulley member fixed to an upper portion of the fixed column member; The first movable pulley member fixed to each lower portion of the movable column member, the second movable pulley member fixed to each upper portion of the movable column member, and the fixed pulley member are wound around, For each of the movable support members, the first movable pulley member and A wire having one end connected to a lower portion of the illumination strut member and a winch for winding the other end of the wire from the fixed pulley member. It is characterized by that.

  According to the lighting carriage of the present invention, when the other end side of the wire is wound up by the winch, the wire passes from the fixed pulley member, the first moving pulley member and the second moving pulley member, and the lower portion of the lighting support member is In order to be pulled, the lighting support member first moves in the height direction. When the lower end of the illumination strut member moves to the second moving pulley member, the first moving pulley member is then lifted, so that the movable strut member moves in the height direction. In this way, the height of the support column can be increased.

  It is preferable that a plurality of the wires are wired, and a plurality of the fixed pulley member, the first moving pulley member, and the second moving pulley member are provided corresponding to the wires. By providing a plurality of wires, the height of the support column can be adjusted with another wire even if the wire is cut.

It is desirable that a pair of the support columns is provided, and the winch is disposed between the pair of support columns and winds up the wire to the pair of support columns.
A winch is placed between the pair of struts, and the winch winds up the wire to the pair of struts so that the pair of struts can be operated simultaneously. Or, in a state where a plurality of lighting fixtures are provided, the height of the support column can be increased.

  It is desirable that the lighting column member is provided with a switchboard for supplying power to the lighting fixture. Because the switchboard is in a high position, it is difficult to immerse it in water.

  The fixed support member is preferably formed to be folded in two toward the front. Since the fixed support member can be folded in two, the height of the support post can be kept low, for example, when stored in a warehouse or when transported by being mounted on a vehicle.

An outrigger including an arm portion that extends in a horizontal direction from the bed portion and is attached to the bed portion so as to be axially rotatable, and a leg portion that extends and contracts downward from the tip of the arm portion to support the bed portion. The platform is provided with a leg that is positioned along the side of the platform by rotating the arm in a state where the arm is stored below the platform. It is desirable that a holding portion to be supported is provided.
If the arm portion is extended in the horizontal direction from the loading platform portion, the leg portion is extended toward the ground, and the loading platform portion is supported, the support column portion can be highly extended while the loading platform portion is stabilized. In addition, with the arm part stored below the cargo bed part, the arm part is pivoted and positioned along the side part of the cargo bed part and carried on the holding part, so that the outrigger part does not get in the way even while traveling .

  According to the present invention, since the height of the support column can be sequentially increased by the operation of the winch, the lighting fixture is in a low position during transportation and storage, and when the lighting fixture is used, it is sufficient depending on the application. Since the lighting device can be arranged at a height, it is possible to provide a lighting cart that is easy to use.

It is a perspective view which shows the trolley | bogie for illumination which concerns on embodiment of this invention. It is a figure for demonstrating the internal structure of the support | pillar part shown in FIG. It is a figure of the state which the support member for illumination rose from the state of the support | pillar part shown in FIG. It is a figure of the state which the movable support | pillar member raised from the state of the support | pillar part shown in FIG. It is a perspective view which shows the trolley | bogie for illumination which concerns on other embodiment of this invention. It is a figure for demonstrating the trolley | bogie for illumination which concerns on Embodiment 2 of this invention.

(Embodiment 1)
An illumination carriage according to Embodiment 1 of the present invention will be described with reference to the drawings.
In the present specification, the traveling direction in which the carriage unit travels is referred to as the front, and the backward direction is referred to as the rear. In addition, a direction in which the user is orthogonal to the traveling direction or the backward direction of the carriage unit is referred to as a left-right direction.
As shown in FIG. 1, the illumination carriage 10 is moved to a place where brightness is required by the lighting fixtures L <b> 1 and L <b> 2 attached to the support column and illuminated. In the first embodiment, by mounting the generator G for lighting the lighting fixtures L1 and L2 on the lighting carriage 10, the power supply cable can be taken from other places by moving to a disaster area, a power outage area, or a work place. Can be illuminated without any problem.

The illumination carriage 10 includes a carriage section 20, a support section 30, and a height adjustment section 40 (see FIGS. 2 to 4).
The cart unit 20 includes wheels 21 and a cargo bed unit 22. The column 30 is provided with lighting fixtures L1 and L2 and a switchboard 50 for lighting the lighting fixtures L1 and L2, and the loading platform 22 is provided with a generator G.

A pair of wheels 21 are provided on both sides of the loading platform 22.
The loading platform 22 is disposed so as to surround the loading platform main body 221 on which the loaded article is placed and the loading article (generator G) on which the loading platform main body 221 is mounted, and prevents the loading article from dropping during movement. And a U-shaped handle portion 223 extending rearward from the rear portion of the cargo bed main body 221.

The struts 30 are arranged in an opposing manner at the rear part of the loading platform 22 so as to be aligned along the left-right direction F1.
As shown in FIG. 2, the support column 30 includes a fixed support member 31 having a base end portion 31 </ b> B attached to the carrier body 221 of the carriage unit 20, and one movable member that moves from the fixed support member 31 in the height direction F <b> 2. The support member 32 includes a support member 32 and an illumination support member 33 that moves in the height direction F2 from the fixed support member 31 and on which the lighting fixtures L1 and L2 are mounted. In FIG. 2, only the support column 30 is illustrated, and the lighting fixtures L1 and L2, the switchboard 50, and the like are not illustrated.

The fixed support member 31 is formed in a rectangular tube shape that houses the movable support member 32 and the illumination support member 33 in a state in which they are arranged in the left-right direction F1.
When housed in the fixed column member 31, the illumination column member 33 is arranged outside in the left-right direction F <b> 1 and the movable column member 32 is arranged inside.
The movable support member 32 is formed in a rectangular tube shape that can be stored in the fixed support member 31.
The illumination support member 33 is formed in a rectangular tube shape like the movable support member 32 so that it can be accommodated in the movable support member 32. The upper ends 33T of the lighting support members 33 are connected by beam members 33a and 33b for mounting the lighting fixture L1 and the switchboard 50. Accordingly, the illumination support member 33 is formed to have a length such that the upper portion 33 </ b> U is exposed from the fixed support member 31 when positioned at the lowest position in the fixed support member 31.

The height adjusting unit 40 includes a first fixed pulley member 41 (fixed pulley member), a first moving pulley member 42, a second moving pulley member 43, a wire 44, and a winch 45.
The first fixed pulley member 41 is fixed to an opening 31 a provided in the upper portion 31 U on the inner side surface of the fixed support member 31.
The first movable pulley member 42 is fixed to the lower portion 32 </ b> L of the movable support member 32.
The second movable pulley member 43 is fixed to the upper portion 32 </ b> U of the movable support member 32. The first moving pulley member 42 and the second moving pulley member 43 are provided in correspondence with the number of the movable support members 32. However, in the first embodiment, since the movable support member 32 is one, One set of the moving pulley member 42 and the second moving pulley member 43 is provided.

Two wires 44 are provided for the pair of left and right support columns 30. The wire 44 is wound around the first fixed pulley member 41, and is alternately wound between the first moving pulley member 42 and the second moving pulley member 43 for each movable column member 32, so as to illuminate the column. One end 44 a is connected to the lower portion 33 </ b> L of the member 33.
The winch 45 winds up the other end side of the wire 44 by rotating the handle 451 in the forward direction, and feeds the wire 44 by rotating the handle 451 in the opposite direction opposite to the forward direction. .
The winch 45 is attached to a rod-like winch support member 31 b suspended between the fixed support members 31.
The two wires 44 are wired from the winch 45 toward the left and right support columns 30. In the first embodiment, the second fixed pulley member 46 for deepening the hook with the first fixed pulley member 41 by changing the wiring direction of the wire 44 at the connecting portion between the fixed support member 31 and the winch support member 31b. Is arranged.

The lighting fixture L1 is a floodlight having a funnel-shaped casing that also serves as a reflector. The lighting fixture L2 is LED lighting having a rectangular box-shaped casing. The lighting fixture L1 is attached to the beam member 33a. Moreover, the lighting fixture L2 is attached to the upper part 33U of the support | pillar member 33 for illumination between the beam member 33a and the beam member 33b.
The switchboard 50 has a built-in circuit breaker that branches the power supply from the generator G to the lighting fixtures L1 and L2 and interrupts the electric circuit when an overcurrent is detected.

Further, as shown in FIG. 1, the illumination cart 10 includes four outrigger portions 60 arranged on the side of the illumination cart 10, and a holding portion 70 that supports leg portions described later of the outrigger portion 60. 22 is provided.
The outrigger portion 60 extends in the horizontal direction from the loading platform portion 22, and has an arm portion 61 attached to the loading platform portion 22 so as to be axially rotatable, and a leg that supports the loading platform portion 22 by extending and contracting downward from the tip of the arm portion 61. Part 62.

The arm portion 61 is formed of a rod-shaped member having a circular cross section, and is attached to the bottom surface of the cargo bed body 221 by a U-shaped metal fitting.
The leg portion 62 includes a leg main body 621 welded to the tip of the arm portion 61, a handle portion 622 attached to one end of the leg main body 621, and the handle portion 622, thereby rotating the leg main body 621. An expansion / contraction part 623 extending from or retracting from the other end part is provided.

  The holding unit 70 is a J-shaped fitting provided on the loading platform 22. The holding part 70 carries the leg part 62 that is positioned along the side part of the cargo bed body 221 by rotating the arm part 61 in a state where the arm part 61 is housed below the cargo bed body 221 of the cargo bed part 22. .

  The operation and usage of the illumination carriage 10 according to the first embodiment of the present invention configured as described above will be described with reference to FIGS. 1 and 2 to 4. In addition, the support | pillar part 30 shall be the state in which the movable support | pillar member 32 and the support | pillar member 33 for illumination are accommodated in the fixed support | pillar member 31, and the whole height is the lowest. 2 to 4 do not illustrate the lighting fixtures L1 and L2, the beam member 33b, and the carriage unit 20 illustrated in FIG. 1 for the sake of convenience.

  First, the user moves the illumination carriage 10 shown in FIG. 1 to a work place where power cannot be obtained. Since the carriage unit 20 of the illumination carriage 10 includes wheels 21, if the user moves the illumination carriage 10 by pushing or pulling the handle part 223 of the loading platform 22, the rear car is run. The lighting carriage 10 can be easily moved with the heavy generator G mounted thereon. In this Embodiment 1, since it is a work place where power cannot be obtained, the generator G is mounted on the loading platform 22, but when the power is obtained from others by a cable or the like, other than the generator G is used. May be mounted on the loading platform 22.

  The lighting fixtures L <b> 1 and L <b> 2 are fixed support members 31 that extend upward, and are disposed on an upper portion 33 </ b> U of an illumination support member 33 housed in a fixed support member 31 that is erected on the loading platform 22. Therefore, even if the trolley 10 moves, the lighting fixtures L1 and L2 are at a lower position above the loading platform 22. Therefore, it is difficult for the lighting fixtures L1 and L2 to be caught by an obstacle or to collide during traveling.

  When the illumination carriage 10 arrives at the destination, the user lifts the leg portion 62 of the outrigger portion 60 from the holding portion 70. The outrigger portion 60 is detached from the holding portion 70 as the leg portion 62 is lifted and the leg portion 62 rotates around the arm portion 61. The user pulls out the leg portion 62 to the side of the cargo bed body 221, so that the arm portion 61 extends from the cargo bed body 221. Next, the leg part 62 is rotated about 90 degrees, and the expansion-contraction part 623 is faced downward. Then, the user rotates the handle portion 622, pulls out the stretchable portion 623 from the leg portion main body 621, and installs the tip of the stretchable portion 623 on the ground. The trolley 10 for illumination is stabilized by grounding the four outrigger parts 60 similarly.

When the illumination carriage 10 is installed at a predetermined position, the user rotates the handle 451 of the winch 45 in the forward direction, so that the other end side of the wire 44 is wound around the winch 45 as shown in FIG. .
The wire 44 wound around each of the second fixed pulley member 46, the first fixed pulley member 41, the first moving pulley member 42, and the second moving pulley member 43 by winding the other end of the wire 44 around the winch 45. Is drawn. Then, the lower portion 33L of the illumination column member 33 to which the one end 44a of the wire 44 is connected is pulled up, and the entire illumination column member 33 moves in the height direction F2 and rises from the fixed column member 31.

As shown in FIG. 3, the lower part 33L of the illumination column member 33 to which one end 44a of the wire 44 is connected rises to the second movable pulley member 43 provided on the upper part 32U of the movable column member 32, and the illumination column The member 33 reaches a position where it can no longer be lifted.
Further, the wire 44 is wound around the winch 45, and the wire 44 is shortened between the first fixed pulley member 41 and the second moving pulley member 43, whereby the first moving pulley member 42 is pulled up. By doing so, as shown in FIG. 4, the first movable pulley member 42 is moved in the height direction F2 with the entire movable support member 32 provided on the lower portion 32L, and the illumination support member 33 is raised. To rise.
The first movable pulley member 42 rises to the first fixed pulley member 41 provided on the upper portion 31U of the fixed support member 31, and reaches a position where it cannot be lifted further.

In this manner, the illumination strut member 33 is first lifted from the fixed strut member 31, and then the movable strut member 32 is lifted, so that the height of the entire strut portion 30 can be increased. Therefore, if it is not necessary to raise to the movable support | pillar member 32, by raising only the illumination support | pillar member 33, or stopping the raising of the illumination support | pillar member 33 or the movable support | pillar member 32 on the way, the lighting fixture L1, The height of L2 can be set to a desired height.
And the lighting fixture L1, L2 can be lighted by operating the generator G and making it into an electricity supply state with the switchboard 50. FIG. The user can adjust the height of the column 30 by operating the winch 45 while viewing the light distribution state of the lighting fixtures L1 and L2.

Therefore, in the lighting carriage 10 according to the first embodiment, the lighting fixtures L1 and L2 are in a low position during transportation and storage, and when using the lighting fixture, the lighting fixture L1 has a sufficient height depending on the application. , L2 can be arranged.
Further, since the two wires 44 can be wound around the winch 45, the left and right support columns 30 can be extended to the same height.
When the support 30 is contracted and the lighting fixtures L1 and L2 are in a low position, the wire 44 is fed out by rotating the winch 45 in the reverse direction, so that the movable support member is operated in the opposite direction to that when the support 30 is extended. 32 and the illumination strut member 33 are sequentially lowered to shorten the strut portion 30.

In the first embodiment, one wire 44 is wired to each of the pair of support columns 30, but a plurality of wires 44 may be wired. In that case, a plurality of first fixed pulley members 41, first moving pulley members 42, second moving pulley members 43, and second fixed pulley members 46 are provided in correspondence with the number of wires 44.
For example, if two wires 44 are used for one support column 30, even if one wire is cut, the other support unit 30 can be used to operate the support column 30, so that the operation can be continued without interruption. .

  In the first embodiment, since the switchboard 50 is provided on the lighting support member 33, the switchboard 50 is located at a position considerably higher than the loading platform 22. Therefore, the user can operate the switchboard 50 while standing, and even when working in a disaster-stricken area due to flood damage, the switchboard 50 is difficult to be submerged in water even if water is pushed in unexpectedly.

  Moreover, since the outrigger part 60 is provided in the loading platform part 22, the support | pillar part 30 can be highly extended in the state which stabilized the loading platform part 22. FIG. Further, with the arm portion 61 stored below the loading platform portion 22, the arm portion 61 is axially rotated and positioned along the side portion of the loading platform portion 22 so as to be supported by the holding unit 70, so that the outrigger can be used even during traveling. Part 60 does not get in the way.

  Furthermore, in this Embodiment 1, since the pair of support | pillar parts 30 are provided, even if not only the lighting fixture L1 which is a projector but 2 units | sets of the lighting fixture L2, it fully supports. However, when the brightness is sufficient with one lighting fixture, as shown in FIG. 5, it can be set as the trolley | bogie 11 for illumination which used the support | pillar part 30 as one. In FIG. 5, components having the same functions as those in FIG.

In the illumination carriage 11, one support column 30 is erected on the loading platform 22. A winch 45 is attached to the support column 30 and a switchboard 50 is attached.
In this way, by using one support column 30, only one lighting fixture L1 is attached to the upper part 33U of the support member 33 for illumination, but the weight of the illumination carriage 11 can be reduced. Therefore, the user can easily move to the work site and work.
Even if one supporting column 30 is provided in this way, a plurality of wires 44 (not shown in FIG. 5) can be provided.

(Embodiment 2)
An illumination carriage according to Embodiment 2 of the present invention will be described with reference to the drawings. In FIG. 6, the same components as those in FIG. In FIG. 6, the outrigger portion 60 located at the front portion of the loading platform portion 22 is in a grounded state, and the outrigger portion 60 located at the rear portion of the loading platform portion 22 is carried by and held in the holding portion 70. is there.

The illumination carriage 12 shown in FIG. 6 is formed so that the column portion 30 of the illumination carriage 10 shown in FIG. 1 can be folded in two.
The column part 30x includes a fixed column part 31x, a movable column member 32, and an illumination column member 33.

The fixed column part 31x includes a first column member 31x1 on the upper side, a second column member 31x2 fixed to the cargo bed body 221 with the base end of the first column member 31x1 inserted therein, and a second column There is provided a fastening member 31x3 for fastening the proximal end portion of the first support member 31x1 inserted into the member 31x2 from the outside of the second support member 31x2.
The fastening member 31x3 includes a bolt with a handle that passes through the second column member 31x2 and the first column member 31x1, and a nut into which the bolt with the handle is screwed.

  When erecting the fixed column 31x, the first column member 31x1 is placed in a vertical state with respect to the second column member 31x2 and tightened by the fastening member 31x3. And when fixing the fixed support | pillar part 31x in half, the fastening member 31x3 is loosened. By doing so, the first strut member 31x1 can be rotated around the bolt with the handle of the fastening member 31x3, so that the user tilts the first strut member 31x1 forward and inclines it. can do. At this time, if the generator is mounted on the loading platform 22, the generator is lowered from the loading platform 22 when the first column member 31 x 1 of the fixed column 31 x is in the way.

Therefore, the height of the column portion 30x can be kept low when the lighting carriage 12 is stored in a warehouse, or mounted on a vehicle and transported.
In Patent Document 1, the illumination carriage is moved in a state where the movable support column is bent. In the illumination carriage 12 according to the second embodiment, the center of gravity is increased when the lighting fixture is attached to the illumination support member 33. Since it becomes unstable toward the front, it is desirable that the fixed support 31x be folded in two when it is stored in a warehouse or mounted on a vehicle for transportation.

  Although the first and second embodiments have been described above, the present invention is not limited to the first and second embodiments. In the first and second embodiments, there is one movable support member 32 of the support portions 30 and 30x, but a plurality of support members 32 may be provided. When a plurality of movable strut members 32 are provided on the fixed strut member, the first movable pulley member 42 and the second movable pulley member 43 are provided on the movable strut member 32 on the upper portion 32U and the lower portion 32L, and the wire 44 is provided on the movable strut member. Each member 32 is alternately wound between the first moving pulley member 42 and the second moving pulley member 43. By doing so, when the wire 44 is wound up by the winch 45, the movable column member 32 can be raised one after another after the illumination column member 33 is first raised.

  Since the lighting bogie device according to the present invention can be illuminated from a high position by the lighting device mounted on the support column, it is suitable for work that illuminates a wide area, particularly in disaster areas, blackout areas, Tabata. It is ideal for work in a workplace where it is difficult to obtain a power source.

DESCRIPTION OF SYMBOLS 10, 11, 12 Illumination trolley 20 Carriage part 21 Wheels 22 Cargo part 221 Cargo body 222 Guard part 223 Handle part 30, 30x Post part 31 Fixed support member 31B Base end part 31U Upper part 31a Opening part 31b Winch support member 31x Fixed support Member 31x1 First support member 32 Movable support member 32U Upper part 32L Lower 33 Illumination support member 33a, 33b Beam member 33U Upper part 33T Upper end 33L Lower part 40 Height adjustment part 41 First fixed pulley member 42 First moving pulley member 43 First 2-moving pulley member 44 wire 44a one end 45 winch 451 handle 46 second fixed pulley member 50 switchboard 60 outrigger part 61 arm part 62 leg part 621 leg part main body 622 handle part 623 expansion / contraction part 70 holding part L1, L2 lighting fixture G generator F1 left and right F2 high Direction

Claims (6)

A carriage unit having traveling wheels and a loading platform unit on which luggage is mounted;
A column portion that is erected on the carriage unit and on which the lighting fixture is disposed,
A height adjustment unit for adjusting the height of the support column,
The strut portion is
A fixed support member having a base end attached to the carriage, and
One or more movable strut members moving in the height direction from the fixed strut member;
It moves in the height direction from the fixed strut member, and comprises a strut member for lighting on which the lighting fixture is mounted,
The height adjuster is
A fixed pulley member fixed to an upper portion of the fixed support member;
A first movable pulley member fixed to each lower portion of the movable support member;
A second movable pulley member fixed to each upper portion of the movable support member;
The movable pulley member is wound around the fixed pulley member, and the first movable pulley member and the second movable pulley member are alternately wound around each movable support member, and one end is provided at a lower portion of the illumination support member. And the connected wire,
A lighting carriage comprising a winch that winds up the other end of the wire from the fixed pulley member. A plurality of the wires are wired,
The trolley for lighting according to claim 1, wherein a plurality of the fixed pulley member, the first moving pulley member, and the first moving pulley member are provided corresponding to the wire. A pair of the struts are provided,
3. The illumination carriage according to claim 1, wherein the winch is disposed between the pair of support columns and winds up the wire to the pair of support columns.   The trolley for lighting according to any one of claims 1 to 3, wherein the lighting support member is provided with a switchboard for supplying power to the luminaire.   The trolley for lighting according to any one of claims 1 to 4, wherein the fixed support member is formed to be folded in two toward the front. An outrigger including an arm portion that extends in a horizontal direction from the bed portion and is attached to the bed portion so as to be axially rotatable, and a leg portion that extends and contracts downward from the tip of the arm portion to support the bed portion. Part is provided,
The loading platform includes a holding unit that carries the legs that are positioned along the sides of the loading platform by rotating the arm in a state where the arms are stored below the loading platform. The illumination carriage according to any one of claims 1 to 5, wherein the carriage is provided.

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