JP2005067875A - Facilitated refuse station - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a facilitated refuse station requiring less installation space, easily operable, and having excellent durability. <P>SOLUTION: This facilitated refuse station comprises a fixed base formed by vertically installing bearing plates parallel with each other on a ground-contact plate, a vertical frame fixed to the fixed frame, a rear plate fixed to the vertical frame, a rising/falling frame having a lower end part pivoted rotatably between the bearing plates, panels having arms fixed to one side of the bearing plates parallel with each other, a hook guard rotatably pivoted between the panels, a flexible covering material mounted on the rising/falling frame, and a cover closing a refuse chuting port in the upper surface of the flexible covering material. Also, a stopper having a spring action restricting an operating frame is installed in the bearing plates, and the hook guard is energized by spring materials disposed in the panels. In the expanded state, the operating frame is brought into a roughly horizontal state, and intermediate frames are formed so that their lower ends are locked to each other to restrict the inclination angle thereof. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

  The present invention relates to a simple waste storage place for temporarily storing general garbage such as raw garbage taken out from each household until the garbage collector collects it. Specifically, it can be folded when not in use. The present invention relates to a foldable and easy-to-fold trash storage space that can be unfolded and assembled in a three-dimensional manner to form a trash storage space that covers general trash.

  General trash such as raw trash from each household is temporarily stored in a predetermined place on the scheduled date of collection and collected by a trash collector. However, food waste etc. contain leftover foods that serve as food for crows, cats, dogs, etc., so if they are simply stored without being covered, they are devoured by crows, cats, etc. As a result, not only is it scattered around, but it is also impossible to perform a quick operation when collecting garbage.

  Such damage is a problem common to local governments that collect garbage, and is especially difficult to overlook in large cities. In the case of a crow, it not only scatters garbage, but also attacks relatively weak people such as children, which is dangerous. Therefore, for example, as described in Patent Document 1, a foldable storage space can be formed by a folded planar member simply by pulling a pallet that is in an upright position to a horizontal position. A garbage storage device has been proposed.

The folding garbage storage device disclosed in Patent Document 1 has a pallet that swings between an upright posture and a horizontal posture with one side of the frame frame as a stationary end and the other side as a swinging end, and is also upright with this pallet. Swinging between posture and horizontal posture and providing multiple inner aggregates with flexible planar members on the outside, attached to the inner aggregate when the inner aggregate is in an upright posture The planar member is stored in the inner aggregate, and when the pallet is tilted to the horizontal position, a garbage storage space is formed by expanding the planar member via a plurality of inner aggregates. Is.
JP 2000-289803 A

  However, the folded garbage storage device of Patent Document 1 has the following problems. That is, the swing shafts corresponding to the inner aggregate are arranged close to each other in a staircase pattern along the inclination of the lower end of the partition plate, and are configured to swing independently of each other. Then, with the first one in a horizontal posture and the last one in an upright posture, with the remaining inner aggregate being distributed at an equal angle, a flexible planar member is surrounded by each of the inner aggregates from the periphery. The mounting and planar members are set to be moderately tensioned.

  In this way, the distribution angle of the inner aggregate is maintained by the tension of the planar member fixed integrally, so that by repeating the upright posture and the horizontal posture of the pallet and the inner aggregate, There is a possibility that an excessive load is applied to a portion where the aggregate is attached, and the planar member itself may be damaged.

Also, the pallet upright posture is fixed by locking the hook fitting attached to the bearing plate to the grounding stay provided on the back of the pallet. And must be pulled out. Therefore, the hook metal must be locked and released while holding it with one hand. At the same time, the pallet, the inner aggregate and the planar member fall down at once, and must be carefully pulled down.

  In addition, since the screen plate and the bearing plate to be mounted in an upright posture are mounted on a pair of leg bases, the tip of the leg base protrudes even when the planar member and the inner aggregate are folded. This may cause traffic obstruction or tripping and injury.

  The present invention has been made in view of the present situation, and provides a simple garbage storage that is easy to operate and excellent in durability.

In order to achieve the above object, the present invention is configured as follows. The simple garbage storage according to the present invention includes a fixed base in which two bearing plates are erected in parallel to a ground plate, an upright frame fixed upright and fixed to the fixed base, and a back plate attached to the upright frame A tilting frame pivotally supported at the lower end between the bearing plates, a panel having an arm fixed in parallel to one side of the bearing plate, and a pivotally supported between the panels. A hook guard, a flexible covering material to be attached to the rising and falling frame, and a lid for closing a dust inlet formed by opening an upper surface of the flexible covering material,
The raising / lowering frame includes an operation frame for operating the raising / lowering and a plurality of intermediate frames arranged between the operation frame and the upright frame, and a mounting shaft is provided at a lower end portion of the operation frame. And an inclined surface cut obliquely on the intermediate frame side, a gap is provided between the operation frame and the intermediate frame, and the intermediate frame includes a lower end surface of the intermediate frame and a ground plate A gap is provided between the bearing plates with a gap between them,
Inside the bearing plate, a stopper having a spring action for regulating the operation frame is provided,
The hook guard is biased by a spring material arranged in the panel,
In the unfolded state, the operation frame is in a substantially horizontal state, and the intermediate frame is characterized in that the lower end of the intermediate frame is locked to regulate the inclination angle.
With this configuration, the inclination angle is regulated not by the flexible coating material but by the intermediate frame itself, and an excessive burden is not imposed on the flexible coating material. Moreover, dust can be easily put in from a dust inlet formed with the upper surface opened.

  It is preferable that the operation frame is pivotally supported so as to have a gap between the lower surface of the long hole provided in the lower end portion and the mounting shaft when the operation frame is erected. By forming in this way, the operation frame can be moved up and down when it is upright, and the operation frame can be prevented from falling by the stopper. Also, an arm provided with a recess at the front end is attached to the upper end of the panel, and a projection is provided in the horizontal direction on the operation frame so that the projection engages with the recess when the operation frame is erected. It is preferable to form. By forming in this way, the operation frame can be prevented from falling down. Furthermore, the intermediate frame is preferably formed by a pipe having a smaller diameter than the operation frame. By forming the intermediate frame with a small-diameter pipe, the panel can be attached without increasing the interval between the bearing plates. Furthermore, it is preferable that the lid has a rectangular shape and one side is rotatably attached to the intermediate frame. By forming in this way, the lid can be housed inside when the frame is folded.

As is apparent from the above description, according to the simplified garbage storage area of the present invention, it is possible to easily form a garbage storage space covered with a flexible covering material simply by pulling out the operation frame from the folded state. . The inclination angle of the raising / lowering frame forming the dust storage space is regulated by the lower portions of the raising / lowering frame engaging with each other. Therefore, the operation to the unfolded state and the operation to the folded state can be performed easily and safely.

Since the tilt angle of the rising and falling frame is regulated by locking each other, an excessive load is not applied to the attachment portion with the flexible covering material, and the flexible covering material is prevented from being damaged. Can do. Further, since the dust input port is provided on the upper surface, it is easy to input the dust, and since the lid is provided, it is possible to prevent intrusion of crows and the like. Moreover, since it can be accommodated inside by making a lid | cover rotatable, there will be no trouble in folding.
Furthermore, the bearing plate is provided with a panel upright, and a hook guard that prevents the flexible covering material from being caught on the arm when it is folded is provided so that it can be pivoted from the arm so that it can be folded smoothly. Can do.

  In addition, since the exclusive area is small, it will not hinder traffic even if it is fixed in a small place. And since there is no part which protrudes ahead, even if it installs in the side edge of a road, it can pass safely. Furthermore, in the folded state, the projection of the operation frame is locked to the recess of the arm, and further, the operation frame can be moved up and down by a long hole provided in the lower end portion, and is configured to contact the stopper. The double lock structure can be used safely.

  Hereinafter, the present invention will be described in detail based on the illustrated embodiments. The simple garbage storage area includes a fixed base 10, an upright frame 20 having a back plate, a frame 30 that can be raised and lowered, and a flexible covering material 40. 1 is a perspective view showing a developed state during use, FIG. 2 is a partially enlarged perspective view similarly seen from the inside, and FIG. 3 is a cross-sectional side view of the main part showing the relationship between the fixed base 10 and the frame. It is.

  The fixed base 10 has parallel bearing plates 12 and 12 erected along the side end of a horizontal ground plate 11 to be grounded, and is parallel to the bearing plate 12 and 12 while being erected toward one side. It is comprised by the panels 17 and 17 and the hook guard 18 arrange | positioned between the said panels 17 and 17. FIG. A concave groove 13 is formed by the ground plate 11 and the bearing plates 12 and 12. As shown in FIGS. 3, 5, and 6, an upright frame 20 is erected on one end side of the concave groove 13, and a tilting frame 30 having a lower end inserted into the concave groove 13 is pivotally supported. Is done.

  The distance between the bearing plates 12 and 12 may be such that the lower end of the upright frame 20 and the up and down tiltable frame 30 can be inserted and the panels 17 and 17 can be attached. The ground plate 11 is provided with an anchor hole 14 along a side end opposite to the side end where the bearing plates 12 and 12 are erected, and the bearing plate 12 and 12 is provided with a drain hole 15. ing. A stopper 16 is provided in the concave groove 13. The stopper 16 is a substantially L-shaped plate having a spring action, and is fixed so that one side stands up. The stopper 16 prevents the operation frame, which will be described later, from sliding to the upright frame 20 when the operation frame is tilted to the horizontal state, and the operation frame is tilted when the operation frame is raised to the vertical state. This is to prevent this.

  The upright frame 20 is formed by bending a pipe material into a substantially U shape, and a lower end portion thereof is integrally fixed to an end portion of the concave groove 13 by welding or the like. The upright frame 20 is fixed to the ground plate 11 of the fixed base 10 in an almost upright state, and a back plate 21 that closes the inside of the upright frame 20 is integrally attached to the inner surface side or the back surface side of the upright frame 20. Become. A calendar display unit 22 is provided on the upper surface of the center of the upright frame 20 to display the date of sorting out garbage.

  The panels 17 and 17 are erected in parallel in contact with one of the bearing plates 12 and 12 and are fixed to the bearing plate 12 integrally. The panels 17 and 17 prevent the flexible covering material 40 from being sandwiched between the rising and falling frames 30 when the rising and lowering frames 30 are erected and folded. For example, the width dimension is 90 mm and the height dimension is about 250 mm. A hook guard 23 is rotatably attached between the panels 17 and 17, and an arm 24 is fixed to one upper end portion of the panel 17.

  Between the panels 17 and 17, a hook guard 23 having one end pivotably supported is disposed. As shown in FIGS. 2 to 5, the hook guard 23 is formed in a substantially triangular shape gradually narrowing toward the lower end, and the upper end of the panel 17, 17 protrudes from the upper end of the panel 17, 17. 17 is pivotally supported below. The hook guard 23 is urged by a substantially V-shaped spring bar 26 disposed between the panels 17 and 17 and a mounting plate 25 provided at one of the rear ends (upright frame 20 side). Yes.

  One end of the substantially V-shaped spring bar 26 is fixed to the mounting plate 25, and the other end is in contact with the back surface of the hook guard 23 in a free state. Therefore, the hook guard 23 protrudes from the top ends of the panels 17, 17 and the arm 24 at the upper end when the raising / lowering frame 30 is deployed. The hook guard 23 rises while being pushed back by a locking piece protruding from the operation frame 31 when the rising frame 30 is folded and close to the upright frame 20 as will be described later, and the flexible covering 40 Can be prevented from being entangled with the tip of the arm 24.

  On the other hand, when the lock of the raising / lowering frame 30 by the operation frame 31 is released, the raising / lowering frame 30 is pushed out by the pressing force of the spring rod 26. It can be in an unfolded state while supporting without any problems. Therefore, the operation of the raising / lowering frame 30 can be performed easily and safely. The spring rod 26 may be any member that presses the hook guard 23, and an arbitrary spring material such as a coil spring, a leaf spring, or rubber can be used.

  Next, as shown in FIGS. 5 and 6, the raising / lowering frame 30 includes a frontmost operation frame 31 and intermediate frames 32 and 33 disposed between the operation frame 31 and the upright frame 20. , 34. The operation frame 31 is formed by a pipe having substantially the same diameter as the upright frame 20, and the intermediate frames 32, 33, and 34 are formed by pipes having a smaller diameter than the upright frame 20 and the operation frame 31. ing.

  A long hole 31a through which the attachment shaft 35 is inserted is provided in the lower end portion of the operation frame 31 in the axial direction, and an inclined surface 31b that is cut off obliquely is formed on the intermediate frame 32 side. The long hole 31a enables vertical movement when the operation frame 31 is erected. Further, the inclined surface 31b can be made substantially horizontal when the step between the mounting shaft 35 and the mounting shaft of the intermediate frame 32 is made small, so that the height of the bearing plates 12, 12 can be kept low. it can.

  The lower end of the operation frame 31 is inserted between the bearing plates 12 and 12, and the mounting shaft 35 pivotally supported by the bearing plates 12 and 12 is inserted into the elongated hole 31a, thereby rotating to the fixed base 10. Can be attached freely. The mounting shaft 35 has the lower end surface of the operation frame 31 placed on the ground plate 11 when the operation frame 31 stands upright, and the bearing plate 12 so as to be spaced from the lower end surface of the long hole 31a. , 12 are inserted.

  Further, on the inner side surface of the vertical portion of the operation frame 31, a locking piece 31 c that locks in the concave portion 24 a of the arm 24 is projected. When the operation frame 31 is lifted and raised and lowered in a substantially upright state, the lower end surface of the operation frame 31 is placed on the ground plate 11 and the protrusion 31c is engaged with the recess 24a. Is configured to do.

  The intermediate frames 32, 33, and 34 are slightly separated from each other, the intermediate frame 32 is disposed slightly away from the operation frame 31, and the intermediate frame 34 is disposed slightly away from the upright frame 20. Further, the lower end surfaces of the intermediate frames 32, 33, 34 are pivotally supported on the bearing plates 12, 12 by the mounting shaft 36 in a state of floating from the ground plate 11. The mounting shafts 36 are arranged almost horizontally, and the lower end surfaces are separated from the ground plate 11 by a predetermined dimension so that the lower ends are locked when the intermediate frames 32, 33, 34 are brought down to the expanded state. ing.

In this way, by supporting the lower end surfaces of the intermediate frames 32, 33, and 34 while floating from the ground plate 11, the distance between each other can be reduced. Therefore, in order to pivotally support the lower end surfaces of the intermediate frames 32, 33, and 34 so as to abut against the ground plate 11, the lower end surfaces of the intermediate frames 32, 33, and 34 are formed in an arc shape, and the interval between them is increased. do it.

  In the above configuration, when the operation frame 31 and the intermediate frames 32, 33, 34 are tilted from the upright folded state, the lower end of the intermediate frame 34 is locked to the upright frame 20 as shown in FIG. Similarly, the lower end of the intermediate frame 33 is locked to the intermediate frame 34 and its inclination angle is restricted, and the lower end of the intermediate frame 32 is locked to the intermediate frame 33 and its inclination angle is restricted.

  Further, when the operation frame 31 is tilted, the lower end portion is held down by the spring action of the stopper 16, so that the frame 31 is gradually tilted, and only slightly supported in combination with the locked state of the intermediate frames 32, 33, 34. Can be defeated. On the other hand, the operation frame 31 is not locked to the intermediate frame 32 by the inclined surface 31b and can be brought down to a substantially horizontal state. The intermediate frames 32, 33, and 34 are not only locked at their lower ends as described above, but also lean against the opposite frame, and the inclination angle is restricted.

  Next, a lid that closes the dust inlet will be described with reference to FIGS. The lid 50 includes a frame body 51, a handle 52 attached to the frame body, guide bars 53 attached to both side ends of the frame body 51, and a coupling tool that rotatably attaches the guide bar 53 to the intermediate frame 34. 54.

  The frame 51 is sized to block an appropriately sized inlet when dust is introduced, and is formed slightly smaller than the interval between the intermediate frame 33 and the intermediate frame 34 in the unfolded state. The covering material 40 is attached. The handle 52 is formed in a substantially U shape, and is fixed inward to the center of the front portion of the frame 51. As shown in FIGS. 7 to 10, the guide bar 53 is formed by first bending one end of the bar at a right angle in the horizontal direction to form a horizontal portion 53a, and then bending the tip of the horizontal portion 53a diagonally in the horizontal direction. 53b is formed, and the distal end portion of the inclined portion 53b is bent in a horizontal direction in a direction perpendicular to the bar to form a fixing portion 53c.

  On the other hand, the other end of the bar forms a substantially U-shaped portion 53A in the direction of the horizontal portion 53a. That is, a downward portion 53d is formed by bending it downward at a right angle to the bar, further forming a horizontal portion 53e by horizontally bending in the same direction as the horizontal portion 53a, and then bending upward again to form the upward portion 53f. It is formed into a substantially U-shaped portion 53A, and finally it is bent horizontally in the same direction as the horizontal portion 53e to form a fixed portion 53g.

  The guide bar 53 having the above-described configuration is formed by fixing the fixing portion 53 c to the front side surface of the frame body 51 and fixing the fixing portion 53 f to the rear lower surface of the frame body 51. The guide bar 53 is slidably inserted into the connector 54 before being fixed to the frame body 51. The connector 54 is formed by an annular portion 54a through which the intermediate frame 34 is inserted, a protruding piece 54b having an insertion hole for the guide bar 53, and a locking piece 54c for locking the front substantially U-shaped portion 53A. The protruding piece 54b and the locking piece 54c are projected in the axial direction on the outer peripheral surface of the ring portion 54a.

  Note that the lid 50 is not limited to the configuration in which the lid 50 is pulled up or down in the vertical direction as in the above-described embodiment, and the lid frame may be rotatably attached to the intermediate frame by a connector. it can. In this case, it will rotate around the attached intermediate frame, so when removing the lid, hold the side opposite to the attachment side and pull up while increasing the interval between the intermediate frames, and return the intermediate frame In order to store the lid, the latch with the intermediate frame is released and the lid is pulled down as it is.

  Next, a structure for attaching the flexible covering material 40 to the frame will be described. The flexible covering material 40 has flexibility such as various nets, vinyl sheets, waterproof cloth, etc., and is covered so as to surround the intermediate frames 32, 33, 34. The frame 31 is integrally attached via an auxiliary frame 43.

  As shown in FIGS. 11 and 12, the auxiliary frame 43 has a vertical portion 44, 44 with a curved tip and a horizontal portion 45 disposed between the vertical portions 44, 44 connected by a connecting pipe 46. Become. First, the connecting tube 46 is fixed to, for example, the front ends of the vertical portions 44 and 44, and a push spring 47 is mounted therein. For assembly, the end of the horizontal portion 45 is inserted into one of the connecting pipes 46 against the spring 47, and then the other end of the horizontal portion 45 is inserted while returning toward the other connecting pipe 46. That's fine.

  The auxiliary frame 43 is attached to the operation frame 31 and the upright frame 20 by a clip 60. As shown in FIG. 13, the clip 60 is formed of a wire having a spring property, and a ring 61 through which the auxiliary frame 43 is inserted, and a locking portion 62 that locks to the inner surface of the operation frame and the upright frame 20. 62. In order to attach the clip 60 to the operation frame 31 and the upright frame 20, as shown in FIG. 14, insertion holes 31d are provided at appropriate intervals in the operation frame 31 and the upright frame 20, and the insertion holes 31d are provided in the insertion holes 31d. What is necessary is just to insert and latch the latching | locking parts 62 and 62 of the clip 60. FIG. If it inserts in the insertion hole 31d so that the latching | locking part 62 may be piled up, it will expand within the inside of the operation frame 31 and the upright frame 20, and cannot be extracted.

  For example, in order to attach the net to the operation frame 31 and the upright frame 20 as the flexible covering material 40, the edge of the net is first overlapped with the operation frame 31 and the upright frame 20, and then the vertical portion 44 to be attached is attached. The tip is passed through the mesh located between the ring 61 and ring 61 of the edge of the net, then passed through the ring 61, and further passed through the mesh located between the next ring 61 and ring 61, and this is repeated. By inserting the vertical portion 44, various nets are attached to the operation frame 31 via the vertical portion 44. Similarly to the vertical portion 44, the horizontal portion 45 can be attached to the operation frame 31 and the upright frame 20 by passing through the edge of the net and the ring 61 of the clip 60.

  In order to connect the vertical portion 44 and the horizontal portion 45, one end of the horizontal portion 45 is inserted into the connecting tube 46 against the push spring 47, and then the other end of the horizontal portion 45 is connected to the other connecting tube 46 while returning. If it is inserted, since it is pressed by the push springs 47 in both the connecting pipes 46, it is connected integrally without falling off. Moreover, if it presses on one side, the other end will be pulled out from the connection pipe 46, and the horizontal part 45 can be removed easily. In this way, the net can be easily attached and the damaged net can be easily replaced.

  Next, the configuration of the dust inlet 65 will be described. The input port 65 is formed by cutting out a flexible covering material between the intermediate frames 33 and 34 when they are unfolded into a rectangular shape. Then, the intermediate frames 33 and 34 side of the insertion port 65 are integrally attached to the intermediate frames 33 and 34 via the auxiliary frame 48. The auxiliary frame 48 is a straight rod-like body, and is attached to the intermediate frames 33 and 34 by a clip 60. When the flexible covering material 40 is a net, the auxiliary frame 48 may be passed through the mesh, and both ends may be fixed to the intermediate frame 33 or the intermediate frame 34, respectively. Further, both side ends of the insertion port 65 between the intermediate frames 33 and 34 are foldable, and are fixed through strings as shown in FIGS.

  In order to use the simple garbage storage in the above configuration, if the operation frame 31 is lifted from the folded state as shown in FIG. 4 to release the locked state between the protrusion 31c and the recess 24a of the arm 24, the operation is performed. Since the working frame 31 is pushed out through the hook guard 23 by the pressing force of the substantially V-shaped spring bar 26, the working frame 31 may be tilted horizontally while supporting the operating frame 31. At this time, the intermediate frames 32, 33, and 34 fall while the respective lower ends are respectively locked. However, since the intermediate frames 32, 33, and 34 are placed on the opposite side, there is almost no impact when falling, and the inclination angle is regulated. Become.

  As described above, since the inclination angle of the intermediate frames 32, 33, and 34 is not restricted by the tension of the flexible coating material 40, the connecting portion with the flexible coating material 40 or the flexible coating material 40 is used. It does not overload itself. In this manner, the operation frame 31 is simply tilted down so that the unfolded state is established, and a dust storage space is formed by each frame. At this time, a dust input port 65 is opened between the intermediate frames 33 and 34.

  Further, in the unfolded state of the raising / lowering frame 30, the stay 31 d of the operation frame 31 is grounded so that a gap is formed between the operation frame 31 and the ground. It becomes the insertion gap of the hand when lifting up.

  Next, the lid 50 is pulled out from the insertion port 65. In order to pull out the lid 50, if the handle 52 is pulled up, the guide bar 53 is pulled up while sliding through the insertion hole of the protruding piece 54b, and comes into contact with the substantially U-shaped portion 53A (see FIG. 8). If the U-shaped portion 53A of the guide bar 53 is brought down toward the front when the U-shaped portion 53A comes into contact with the protruding piece 54b, the portion protruding from the frame 51 of the guide bar 53 is placed on the intermediate frame 33 and locked. As a result, the input port 65 is closed by the lid 50. Therefore, in order to throw in general garbage, the lid 50 is lifted to open the throwing port 65, and thrown through the opening.

  Further, when the general garbage stored is to be collected or to be folded after the collection, the lid 50 is first stored. As shown in FIG. 8, when the lid 50 is stowed, as shown in FIG. 8, if the end of the lid 50 is lifted and lowered, the guide bar 53 slides through the insertion hole of the protruding piece 54b of the connector 54. However, it abuts on the horizontal portion 53a side and is suspended vertically (see FIG. 9). Next, the operation frame 31 is raised and raised, and the hook guard 18 is pressed against the substantially V-shaped spring rod 26 while the operation frame 31 is lifted, and pulled down as it is. Since a gap is formed between the lower surface of the long hole 31a at the lower end of the operation frame 31 and the mounting shaft 35, the operation frame 31 can be lifted and the projection 31c is locked to the recess 24a when pulled down. In addition, since the lower end is in contact with the stopper 16, it does not fall down.

  As described above, in the folded state, the protrusion 31c is locked in the recess 24a and double-locked by the stopper 16, so that the locking state between the protrusion 31c and the recess 24a is released for some reason. Even if it is done, the rising / falling frame 30 will not fall down and become unfolded. In the folded state, there is no portion protruding forward, so that it does not obstruct traffic and does not obstruct traffic.

It is a perspective view of the unfolded state which shows embodiment of this invention. It is a principal part expansion perspective view seen from the inner side of the expansion | deployment state. It is the cross-sectional side view which expanded the principal part of the lower end part similarly. It is the principal part expansion perspective view seen from the inner side of the folding state. It is a principal part side view of the state which abbreviate | omitted the flexible coating | covering material. It is a principal part top view of the state which abbreviate | omitted the flexible coating | covering material similarly. It is a top view of a lid | cover. It is a principal part perspective view of the state which lifted the lid | cover and opened the insertion port. It is a principal part perspective view of the state where the lid was pulled down and stored inside. It is an explanatory perspective view which shows the relationship between a lid | cover and a coupling tool. It is a partial front view which shows the attachment state of the operation frame and the auxiliary frame. It is the cross-sectional front view which abbreviate | omitted one part which shows an auxiliary | assistant frame. It is a front view which shows a clip. It is sectional drawing which shows the attachment state of the operation frame and the auxiliary frame.

Explanation of symbols

10: Fixed base
11: Ground plate
12: Bearing plate
13: Groove
14: Anchor hole
15: Water drain hole
16: Stopper 17: Panel
20: Upright frame
21: Backboard
22: Calendar display section
23: Hook guard
24: Arm 25: Mounting plate
26: substantially V-shaped spring bar 30: raising / lowering frame
31: Operation frames 32, 33, 34: Intermediate frame 40: Flexible covering material
43: Auxiliary frame
44: Vertical portion
45: Horizontal part 46: Connecting pipe
47: Pressing spring 48: Auxiliary frame 50: Lid
51: Frame
52: Handle 53: Guide bar
60: Clip
61: Ring
62: Locking part 65: Garbage inlet

Claims (5)

A fixed base in which two bearing plates are erected in parallel on the ground plate, an upright frame fixed upright and fixed to the fixed base, a back plate attached to the upright frame, and a lower end portion between the bearing plates A tilting frame pivotally supported, a panel having an arm fixed in parallel to one side of the bearing plate, a hook guard pivotally supported between the panels, and the tilting frame A flexible covering material to be attached to the lid, and a lid for closing a dust inlet formed by opening the upper surface of the flexible covering material,
The raising / lowering frame includes an operation frame for operating the raising / lowering and a plurality of intermediate frames arranged between the operation frame and the upright frame, and a mounting shaft is provided at a lower end portion of the operation frame. And an inclined surface cut obliquely on the intermediate frame side, a gap is provided between the operation frame and the intermediate frame, and the intermediate frame includes a lower end surface of the intermediate frame and a ground plate A gap is provided between the bearing plates with a gap between them,
Inside the bearing plate, a stopper having a spring action for regulating the operation frame is provided,
The hook guard is biased by a spring material arranged in the panel,
In the unfolded state, the operation frame is in a substantially horizontal state, and the intermediate frame is configured to regulate the inclination angle by locking the lower ends of each other. 2. The simplified garbage storage space according to claim 1, wherein the operation frame is pivotally supported so as to have a space between a lower surface of a long hole provided in a lower end portion and a mounting shaft when the operation frame is erected. . An arm provided with a recess is attached to the upper end of the panel, and a projection is provided in the horizontal direction on the operation frame. When the operation frame is erected, the projection engages with the recess. The simple garbage storage area according to claim 1 or 2, characterized in that: The simple garbage storage according to any one of claims 1 to 3, wherein the intermediate frame is formed by a pipe having a smaller diameter than the operation frame. The intermediate frame is formed of a pipe having a smaller diameter than the operation frame, and the lid is rectangular and has one side rotatably attached to the intermediate frame. Or a simple trash storage area according to item 1.

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