JP3171374U - Paint can holder - Google Patents

Abstract

The present invention provides a paint can holder that can stably hold a paint can and that does not damage the upper end surface of a roof and enables a safe painting operation. An accommodating portion 1 that is open at the top via a hinge is pivotally supported on a main horizontal frame that interconnects one ends of a pair of side frames 14. A plurality of engagement holes 16 a are formed in the angle adjustment plate 16 that is disposed on the outer side of the housing portion 1 and swings integrally with the housing portion 1. A part of the support member 17 erected on the pedestal portion 2 can be inserted into the engagement hole 16a, and an engagement member 18 urged inward by a spring is slidably provided. [Selection] Figure 1

Description

  The present invention relates to a paint can holder.

  When painting the roof of a building, a paint can is usually placed on the roof. The upper end surface of the roof is often a slope rather than a horizontal plane, but placing a paint can on the slope is unstable, and the paint can may fall over and further fall. In order to prevent this, it is possible to work while supporting the paint can with one hand, but there is a possibility that the safety of the painting work may be hindered. Therefore, techniques for placing the paint can horizontally regardless of the angle of the slope have been studied.

  For example, in order to maintain the level of the bottom surface of the paint can, it protrudes downward beyond the bottom surface and the lower end is in contact with the slope where the paint can should be placed, and on the outside of the cylindrical portion of the paint can. There is disclosed a slope-mounting paint can holder including a foot mounting portion for detachably fixing the slope foot (see, for example, Patent Document 1).

JP-A-11-293876

  However, since the slope-mounted paint can holder of Patent Document 1 is wound around and attached to the paint can, even if it is firmly bolted, there is a possibility that the fixing is insufficient and the initial attachment position may be shifted. There is a possibility that the upper end surface of the roof may be damaged when the lower end of the slope foot portion comes into contact. Further, since it is wound around a paint can and attached, it is suitable only for a small cylindrical can, and there is a problem that it cannot be attached to, for example, a large capacity canister.

  In view of the above-described problems, an object of the present invention is to provide a paint can holder that can stably accommodate even a large-capacity paint can and that does not damage the upper end surface of the roof and enables a safe painting operation.

The first device for solving the above problem is:
A pedestal having a pair of side frames and a main transverse frame interconnecting one end of the side frames;
The front and lower ends are pivotally supported on the main horizontal frame via hinges so that they can swing freely,
An angle adjusting plate disposed on the outer side of the housing portion and swinging integrally with the housing portion;
A plurality of engagement holes formed in the angle adjusting plate and disposed on the same circumference around the hinge;
A support member erected on the pedestal,
A paint can holder comprising: a rod-like engagement portion that can be inserted into the engagement hole; and an engagement member that is slidably supported by the support member and biased inward by a spring. is there.

The second device is the paint can holder of the first device,
A support plate projecting outward from the housing portion;
An angle-regulating bar having a lower end pivotally supported by a pedestal, slidable in a sliding hole formed in the support plate, and provided with a plurality of notches in the same direction on the peripheral surface When,
An angle restricting piece that is rotatably provided on a shaft that interconnects a pair of support legs that are erected on a support plate and that can be locked to the notch.

  A third device is a paint can holder according to the first or second device, wherein an end portion of the side frame opposite to the main horizontal frame protrudes from the housing portion, and both sides become closer to the end portion. The frame interval is gradually widened.

  A fourth device is a paint can holder according to any one of the first to third devices, wherein a pair of the side frame and the main horizontal frame are opposite to the main horizontal frame. A leg part is screwed so that rotation is possible.

  The fifth invention is a paint can holder of the fourth invention, comprising a frame body detachably screwed to a lower end of a leg portion, and a wheel pivotally supported by the frame body. It has.

  A sixth invention is a paint can holder of the fifth invention, which has a shape in which a flat plate is curved in the longitudinal direction, one end of which can contact the outer periphery of the wheel, and the other end of the frame body. It is pivotally supported above the wheel axle so that it can swing.

  According to the first device, the accommodating portion capable of accommodating the paint can is swingable with respect to the pedestal, and the angle can be adjusted to a desired swinging angle by engaging the engaging member and the engaging hole. The paint can can be held almost horizontally regardless of the angle of the slope of the roof. The pedestal has a robust structure with at least a side frame and a main horizontal frame, and the paint can is inserted through the upper opening of the housing. Can be stably placed on the roof. Thereby, it is possible to reliably prevent the paint can from falling from the roof and to perform the painting operation safely.

  According to the second device, it is possible to maintain the accommodating portion at a predetermined swing angle with respect to the pedestal portion by locking the tip of the angle restricting piece to the notch provided in the angle restricting bar. is there. Along with the engagement of the engagement member and the engagement hole, the storage portion for storing the paint can can be supported more stably.

  In the paint can holder of the third device, since one end portion of the side frame protrudes from the accommodating portion and the distance between the both side frames is widened toward the protruding portion, the side of the protruding portion falls over. It is hard to do. By directing the main horizontal frame toward the ridge side, the paint can holder can be stably placed on the slope of the roof, and the paint can accommodated therein can be more stably held.

  According to the fourth aspect, the paint can holder is stably placed by the two pairs (four pieces) of the leg portions. When the rubber adapter is externally fitted to the portion including the lower end of the leg portion, the frictional force becomes larger, so that the paint can holder is more stably placed on the slope of the roof. In this case, since only the rubber adapter contacts the roof, the roof is prevented from being damaged.

  In addition, since the angle of any leg portion is variable with respect to the pedestal portion, the lower end surface of the leg portion is used as the inclined portion even in a roof having an inclined portion from the ridge to the eave such as a folded plate roof and a corrugated roof It can abut and can be stably placed on such a roof.

  According to the fifth aspect, the wheel can be attached to or removed from the lower end of the leg portion. When the wheels are attached, the paint can holder can be easily moved. When the wheel is removed, the paint can holder does not move easily and is stably placed on the slope of the roof, and the adapter can be externally fitted to further enhance the stability.

  According to the sixth device, when the end of the brake plate opposite to the pivot support end contacts the wheel, the wheel freely rotates only in a predetermined direction, but hardly rotates in the reverse direction. . When the paint can holder is placed on the slope of the roof so that all the brake plates are arranged on the eave side, the holder can be prevented from moving to the eave side and falling from the roof. As a result, the stability is further increased and a safer painting operation is possible.

It is a perspective view which shows the paint can holder of this invention. It is a side view which shows the paint can holder of this invention. It is principal part sectional drawing which shows the angle adjustment part vicinity of a paint can holder. It is principal part side sectional drawing which shows the leg part vicinity of a paint can holder. It is drawing which shows the state which attached the adapter to the leg part of a paint can holder, (a) is a side view, (b) is side view sectional drawing.

  DESCRIPTION OF EMBODIMENTS Hereinafter, embodiments for carrying out the present invention will be described in detail with reference to the drawings, but the present invention is not limited thereto.

The paint can holder of the present invention is as shown in FIGS.
A pedestal portion 2 having a pair of side frames 14, 14 and a main horizontal frame 15 that interconnects one ends of the side frames 14, 14;
The front and lower ends are pivotally supported on the main horizontal frame 15 via a hinge 4 so as to be swingable, and the housing portion 1 having an upper opening is provided.
An angle adjusting plate 16 disposed outside the housing portion 1 and swinging integrally with the housing portion 1;
A plurality of engaging holes 16a,..., Which are formed in the angle adjusting plate 16 and arranged on the same circumference around the hinge 4;
A support member 17 erected on the base 2;
Has a rod-like engagement portion 18a that can be inserted into the engagement holes 16a,..., Is slidably supported by the support member 17 and is urged inward by a spring 21. It becomes. In order to make the present invention robust and lightweight, stainless steel is used as a suitable material, but is not necessarily limited thereto.

  The accommodating portion 1 includes a box-shaped lower frame 10 having an open upper portion, vertical frame 11 having a substantially L-shaped cross section welded to four corners of the lower frame 10,. It has a horizontal frame 12, which is welded at both ends and connects the vertical frames 11, 11, and a vertical frame 13, which is welded at both ends to the lower frame 10 and the horizontal frame 12, and has a substantially rectangular parallelepiped shape. It is said to be a saddle. The length of the horizontal frame 12 is slightly longer than one side of the bottom surface of the Ito can, and the height of the vertical frames 11,... Is slightly shorter than the height of the Ito can. The size is suitable for accommodating the Ito can (paint can) 50. The shape of the accommodating portion 1 is not necessarily limited to a substantially rectangular parallelepiped shape. For example, a cylindrical paint can can be accommodated with at least the inner periphery thereof being substantially cylindrical. Moreover, the accommodating part 1 may be made into flat form or a grid | lattice form at least one part of a side surface or a bottom face.

  Although the bottom plate of the lower frame 10 has a shape in which the center is formed in a rectangular shape with the outer edge portion 10a on which the canister can be placed for weight reduction, the perforation is not essential. The horizontal frames 12, ... and the vertical frames 13, ... are made of round pipes for weight reduction. The substantially straight bar-shaped horizontal frame and the horizontal frame whose central portion is curved downward are used in combination, but the present invention is not limited to this, and for example, all of the horizontal frames 12,.

  The pedestal portion 2 includes a pair of left and right side frames 14 and 14 disposed at equal heights with one interval wide, and a horizontal frame 15 having both ends welded to both side frames 14 and 14. , 15a, 15b. The main horizontal frame 15 connects the end portions on the side where the distance between the side frames 14, 14 is narrowed, and is connected to the outer edge portion 10 a of the lower frame 10 via the hinge 4. Thereby, the accommodating part 1 is pivotally supported by the base part 2 so that rocking | fluctuation is possible. The second auxiliary horizontal frame 15b is disposed below the rear end of the accommodating portion 1, and the first auxiliary horizontal frame 15a is disposed at a substantially central position between the main horizontal frame 15 and the second horizontal frame 15b. ing. The number and position of the sub horizontal frames are not necessarily limited to the above. However, in order to firmly connect the both side frames 14 and 14 and stably support the housing portion 1, at least 1 is located at a position corresponding to the lower portion of the housing portion 1. It is preferable that more than one auxiliary horizontal frame is provided. The side frames 14, 14 and the horizontal frames 15, 15 a, 15 b are all substantially L-shaped in cross section, and may be integrally formed as shown in the figure, and they are welded together and connected. May be. The end portions of the side frames 14, 14 on the side protruding from the second auxiliary horizontal frame 15 b are provided with flat plate-like portions orthogonal to their axes, and the leg portions 28, 28 are respectively screwed to the portions. Has been. A pair of left and right leg portions 28 are also screwed to the portion of the main horizontal frame 15 connected to the side frames 14, 14. The pedestal part 2 having the above-described configuration is stably placed on the slope 51 of the roof by arranging the side where the distance between the side frames 14 and 14 is wide on the eaves side, and stably accommodates the paint can 50. can do.

  As shown in FIGS. 1 to 3, an angle adjusting plate 16 is provided on the outer side of one side surface of the accommodating portion 1 and an angle adjusting portion 3 is provided on the pedestal portion 2. The swing angle of the housing part 1 with respect to the part 2 is adjusted to a predetermined angle.

  The angle adjusting plate 16 has a shape in which a portion including a fan-shaped arc centered on the hinge 4 is cut out by two straight lines. One end side is connected to the outer side surface of the lower frame 10, and the other end side is connected to a vertical frame 13 disposed at the center of the side surface of the housing portion 1. The angle adjustment plate 16 is illustrated as being manufactured integrally with the lower frame 10 and welded to the vertical frame 13. However, the angle adjustment plate 16 is not necessarily limited to this. For example, both end sides may be welded. good.

  The angle adjustment plate 16 has a plurality of engagement holes 16a,... Formed on the same circumference centered on the hinge 4. Although the engagement holes 16 are illustrated as circular, the shape is not particularly limited, and the size of the engagement holes 16a is not particularly limited.

  The angle adjustment unit 3 includes a support member 17, an engagement member 18, an arm 19, a guide member 20, and a spring 21. The support member 17 has a C-channel shape in which the upper end of the flange extends and the upper end of the flange is interconnected by a flat locking plate 17a disposed in parallel with the web. The lower end is a side frame. 14 is fixed by welding. A substantially cylindrical stopper 22 that restricts the rotation of the arm 19 is welded to the outer ends of both flanges slightly below the center of the support member 17. A guide member 20 is provided at the upper end of the support member 17 so as to sandwich the arc portion of the angle adjusting plate 16 and guides the angle adjusting plate 16.

  The engaging member 18 is provided with a first locking portion 18b and a second locking portion 18c perpendicular to the axis at an intermediate portion of a substantially cylindrical rod-shaped engaging portion 18a, and a substantially cylindrical handle 18d is engaged with the rod. It is a shape that is connected to the outer end of the portion 18a in a substantially T shape. The rod-like engagement portion 18a is slidably inserted in the web of the support member 17 and the perforation provided in the engagement plate 17a, and in the state where the second engagement portion 18c is in contact with the engagement plate 17a, The tip is inserted through the engagement hole 16a. The shapes of the first locking portion 18b and the second locking portion 18c are not necessarily limited to the illustrated rectangular shape, and may be any shape such as a circle, an ellipse, or a polygon.

  The arm 19 is a member in which the upper end portion of a bar having a circular cross section is branched into two, and a flat pedal 19a is provided at the lower end, and an intermediate portion thereof is bent inward to form a substantially L shape. The rotation shaft 19b provided at the bent protruding end is fitted in a perforation provided in both flanges of the support member 17 so as to be freely rotatable. The spring 21 is a tension spring provided with one end engaged with an annular portion 19c attached above the rotation shaft 19b of the arm 19 and the other end engaged with two perforations provided on the web of the support member 17. The upper part of the arm 19 is urged inward. When the pedal 19a is depressed, the upper end of the arm 19 pushes the handle 18d of the engagement member 18 outward, and the rod-like engagement portion 18a comes out of the engagement hole 16a, but the arm 19 rotates only until it comes into contact with the stopper 22. do not do. When the pressing force to the pedal 19a is lost, the upper end portion of the arm 19 presses the first locking portion 18b, and the engaging member 18 is slid inward until the second locking portion 18c contacts the locking plate 17a. Move.

  The configuration in which the engaging member 18 is spring-biased inward is not necessarily limited to this. For example, the web of the support member 17 and the second locking portion 18c may be simply connected by a tension spring. In this case, when the handle 18d is pulled outward, the engagement between the engagement member 18 and the engagement hole 16a is released, and when the handle 18d is released, the engagement member 18 slides inward. The spring 21 is not necessarily limited to the illustrated tension spring, and for example, a compression spring, a torsion coil spring, or the like can be used.

  A support plate 25 parallel to the outer edge portion 10a of the lower frame 10 is directed outwardly to the vertical frame 11 on the side opposite to the hinge 4 on the side surface opposite to the side surface on which the angle adjusting plate 16 is provided. Is protruding. A circular sliding hole 25a is formed in the front portion of the support plate 25, and an angle regulating bar 23 described later is slidably inserted. Further, the substantially right and left center of the rear portion of the support plate 25 is recessed to allow swinging of an angle restricting piece 27 described later.

  The side frame 14 positioned below the support plate 25 is provided with a substantially cylindrical angle-regulating bar 23 provided with a plurality of cutouts 23a,... It is provided to be supported by the shaft. In FIG. 1 and FIG. 2, a substantially cylindrical rotating shaft 23 b is provided in the vicinity of the lower end of the angle regulating bar 23, and is provided on a rectangular plate-like member 24 erected on the upper end surface of the side frame 14. By fitting the rotary shaft 23a into the perforated hole, the angle regulating rod 23 is pivotally supported. The lower end surface of the notches 23a,... Is perpendicular to the axis of the angle regulating bar, and the upper end surfaces of the notches 23a,. Thus, even if the angle restricting piece 27 moves upward while being in contact with the peripheral surface of the angle restricting bar 23, the angle restricting piece 27 is not locked to the notches 23a, but when the angle restricting piece 27 moves downward. The downward movement is restricted by locking with the notch 23a. The notches 23a are provided at positions where the angle restricting pieces 27 can be locked when the engaging member 18 is inserted into the engaging holes 16a.

  At the left and right side ends of the rear portion of the support plate 25, substantially triangular support legs 25b, 25b having rounded upper ends are erected, and the angle is controlled by a substantially cylindrical shaft that interconnects the upper ends of the support legs 25b, 25b. An annular portion 27 a attached to the long side of the piece 27 is rotatably fitted. The angle restricting piece 27 is a substantially J-shaped member that is formed by bending a substantially cylindrical bar to form a long side, a short side, and a curved portion that connects them, and the tip of the long side is a shaft The short side is short and the other is long.

  Above the support plate 25, a flat projecting piece 26 is provided so as to extend rearward from the outer end of the vertical frame 11. The projecting piece 26 is a member that contacts the curved portion of the angle restricting piece 27 and restricts the rotation of the angle restricting piece 27 by a frictional force. The angle restricting piece 27 cannot rotate while being in contact with the projecting piece 26, and does not contact the angle restricting bar 23. On the other hand, when it is not in contact with the projecting piece 26, the angle regulating piece 27 is rotatable, but is arranged with its long side tip facing down. In this case, if the paint can holder is placed on a horizontal plane, the tip of the long side comes into contact with the angle regulating bar 23 and the relative position thereof is angle-regulated as the swing angle of the container 1 increases. Only by changing from the lower part of the bar 23 to the upper part, the swinging of the housing part 1 is not hindered. However, if the swing angle is to be reduced, the leading end of the long side is engaged with the notch 23a directly below, and the swing angle is not smaller than that.

  In the paint can holder having the above-described configuration, in order to increase the swinging angle of the storage portion 1, the storage portion 1 is tilted by pressing the pedal 19a in a state where the angle regulating piece 27 does not contact the protruding piece 26, It is only necessary to release the pedal 19a from the desired angle and engage the rod-like engagement portion 18a with the engagement hole 16a. At this time, the angle restricting piece 27 is locked to the notch 23a, and the accommodating portion 1 is stably supported by both the angle restricting portion 27 and the angle adjusting portion 3. On the other hand, in order to reduce the swing angle of the accommodating portion 1, first, the locking of the angle restricting piece 27 with respect to the notch 23 a is released, and the angle restricting piece 27 is brought into contact with the protruding piece 26 to make it unrotatable. . Next, the pedal 19a is pressed to rotate the housing portion 1, the pedal 19a is released at a desired angle, and the rod-shaped engaging portion 18a is engaged with the engaging hole 16a. Further, if necessary, after the angle restricting piece 27 is turned away from the projecting piece 26, the tip of the long side is engaged with the notch 23a.

  As shown in FIG. 4, the leg portion 28 has a leg main portion 28a and a screw piece 28b provided so as to protrude from the upper end of the leg main portion 28a. The leg main portion 28a has a substantially cylindrical shape with its lower end sealed, and a screw hole 28c is formed at the substantially lower center of the leg main portion 28a. The leg main portion 28a is hollow for weight reduction, but is not necessarily limited thereto, and may be a solid columnar shape. Further, the shape of the leg main portion 28a is not necessarily limited to a circular cross-sectional shape, and may be a rectangular parallelepiped or other arbitrary shape.

  The screw piece 28b is formed in a substantially rectangular flat plate shape, and is provided at a position including the axis of the leg main portion 28a. The shape of the screwing piece 28b is not limited as long as it is a flat plate shape, and may be welded to the leg main portion 28a or may be manufactured integrally with the leg main portion 28a. The screwing piece 28b is screwed to the end of the side frame 14 or the main horizontal frame 15 by a bolt 28d inserted through a substantially central hole. Thereby, the angle of the leg part 28 is made variable with respect to these frames. Even if the roof has an inclination from the ridge to the eaves, the leg portion 28 can be directed at an angle substantially perpendicular to the inclined portion. For example, the paint can holder can be placed on the folded or corrugated roof. Also suitable for placing.

  A screw portion 29a protruding upward from a frame body 29 that pivotally supports the wheel 30 is detachably engageable with the screw hole 28c. As shown in FIG. 4, when the nut 29b is screwed onto the screw portion 29a, the nut 29b is tightened so as to approach the leg main portion 28a, thereby stabilizing the frame 29 in a desired direction with respect to the leg main portion 28a. Can be arranged. The frame body 29 has a portion bent in a substantially U-shaped cross section, and supports the wheel 30 by an axle connecting the vicinity of the lower ends of both hanging portions 29c, 29c bent downward. Although the material of the wheel 30 is not limited, it is preferable that at least the outer periphery thereof is made of rubber in order to avoid damage to the roof on which the paint can holder is placed. A position above the axle of the hanging parts 29c and 29c is perforated, and a pin connected to one end of the brake plate 31 is inserted into the perforation, so that the brake plate 31 is pivotally supported by the frame body 29 so as to be swingable. ing. The brake plate 31 has a shape in which a flat plate is curved in the longitudinal direction, and is formed so that the end opposite to the shaft support end contacts the outer peripheral surface of the wheel 30. Therefore, the wheel 30 freely rotates in the direction of R in FIG. 4, but is difficult to rotate in the opposite direction. When the hinge 4 is placed on the roof slope 51 with the wing side facing, the paint can holder is easily moved to the ridge side by using the rotation of the wheels 30, but is not easily moved to the eave side. . Since it is not necessary to always support the paint can holder by hand, a safer painting operation is possible.

  Instead of screwing the frame body 29, the adapter 32 can be externally fitted to the leg main portion 28a as shown in FIG. The adapter 32 is a bottomed rubber member having an open top, and includes an upper cylindrical portion 32a at the upper end and a lower cylindrical portion 32b having a larger diameter than that of the upper cylindrical portion 32b. The shape gradually expands downward. The lower end of the lower cylindrical portion 32b is sealed, and a contact portion 32c having a substantially circular cross section having an uneven surface on the lower surface is bonded to the lower end surface. The unevenness on the lower surface of the contact portion 32c is not limited to the illustrated shape in which a large number of parallel grooves are provided as long as it has a shape that generates a large frictional force, and may be, for example, a knurled shape. The inner diameter of the upper cylindrical portion 32a is substantially equal to the outer diameter of the leg main portion 28a, so that the adapter 32 can be fitted onto the leg main portion 28a and does not easily fall off. When the adapter 32 is externally fitted, the paint can holder is stably placed on the slope 51 of the roof by the frictional force. Since the contact portion 32c that contacts the slope is made of rubber, the risk of damaging the slope is reduced.

  The paint can holder has a main handle 5 and sub-handles 6 and 6. The main handle 5 is a handle for transporting the paint can holder, and is supported by a shaft connecting the horizontal frame 12 and the vertical frame 13 so that both ends are pivotally supported, and the intermediate portion is curved. For weight reduction, a round pipe is preferably used as a material, but the material is not particularly limited.

  The sub-handles 6, 6 are welded at both ends to the vertical frames 11, 11 and are provided at the upper ends of the two opposing side surfaces of the housing portion 1. The intermediate portion is curved in a direction protruding outward. The sub-handles 6 and 6 are also preferably made of a round pipe for weight reduction, but the material is not particularly limited. The sub-handles 6 and 6 are used to slightly tilt the paint can holder when the remaining amount of the paint in the accommodated paint can 50 is reduced, and the paint can be used without waste. . It is also used to support the holder in order to prevent the paint can holder from falling from the roof. In order to effectively exhibit these functions, the sub-handles 6 and 6 are preferably provided on the side surfaces of the ridge side and the eaves side, and thus are provided on the side surface on the side where the hinge 4 is provided and the side surface opposite thereto. It is preferable.

DESCRIPTION OF SYMBOLS 1 Storage part 2 Base part 3 Angle adjustment part 4 Hinge 5 Main handle 6 Sub handle 10 Lower frame 10a Outer edge part 11 Vertical frame 12 Horizontal frame 13 Vertical frame 14 Side frame 15 Main horizontal frame 15a 1st auxiliary horizontal frame 15b Second auxiliary horizontal frame 16 Angle adjustment plate 16a Engagement hole 17 Support member 17a Engagement plate 18 Engagement member 18a Rod-like engagement part 18b First engagement part 18c Second engagement part 18d Handle 19 Arm 19a Pedal 19b times Moving shaft 19c Annular portion 20 Guide member 21 Spring 22 Stopper 23 Angle restricting rod 23a Notch 23b Rotating shaft 24 Plate material 25 Support plate 25a Slide hole 25b Support leg 26 Projection piece 27 Angle restricting piece 27a Annular portion 28 Leg Part 28a leg main part 28b screwing piece 28c screw hole 28d bolt 29 frame 29a screw part 29b nut G 29c Hanging part 30 Wheel 31 Brake plate 32 Adapter 32a Upper cylindrical part 32b Lower cylindrical part 32c Abutting part 50 Paint can 51 Roof slope

Claims (6)

A pedestal having a pair of side frames and a main transverse frame interconnecting one end of the side frames;
The front and lower ends are pivotally supported on the main horizontal frame via hinges so that they can swing freely,
An angle adjusting plate disposed on the outer side of the housing portion and swinging integrally with the housing portion;
A plurality of engagement holes formed in the angle adjusting plate and disposed on the same circumference around the hinge;
A support member erected on the pedestal,
It has a rod-like engagement part that can be inserted into the engagement hole, and is provided with an engagement member that is slidably supported by the support member and biased inward by a spring. Paint can holder. A support plate projecting outward from the housing portion;
An angle-regulating bar having a lower end pivotally supported by a pedestal, slidable in a sliding hole formed in the support plate, and provided with a plurality of notches in the same direction on the peripheral surface When,
An angle restricting piece that is rotatably provided on a shaft that interconnects a pair of support legs that are erected on a support plate, and that has a tip engageable with the notch, is provided. Item 5. A paint can holder according to item 1.   The end of the side frame opposite to the main horizontal frame protrudes from the accommodating portion, and the distance between the side frames is gradually increased as the end approaches the end. The paint can holder described in 1.   A pair of legs are rotatably screwed to the end of the side frame opposite to the main horizontal frame and the main horizontal frame, respectively. The paint can holder according to any one of the preceding claims.   The paint can holder according to claim 4, comprising a frame body detachably screwed to a lower end of the leg portion, and a wheel pivotally supported by the frame body. .   It has a shape in which a flat plate is curved in the longitudinal direction, one end can be in contact with the outer periphery of the wheel, and the other end is pivotally supported above the wheel axle of the frame so as to be swingable. The paint can holder according to claim 5.

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