JP2006230872A - Umbrella stand - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an umbrella stand in which bad smell is hardly emitted and mold hardly develops. <P>SOLUTION: At the lower part of a main body 1 of a cylindrical umbrella stand whose top and bottom are open, a bottom plate part 2 is formed so that its three-dimensional form may be in the state of a reverse regular cone. At the reversed top part T of the bottom plate part 2, a rain water drop hole 3 is formed, and three supporting bars 4 are erected from the periphery part of the rain water drop hole 3 to install a nearly hemispherical slip-down body 5 in the form of covering the rain water drop hole 3. Between the inclined conical surface 2a of the bottom plate part 2 and the lower edge part 5a of the slip-down body 5, a drain hole 7 of a prescribed height is formed extending the whole periphery. Thus, rainwater W stuck to an umbrella U inserted into the umbrella stand main body 1 passes through the rain water drop hole 3 from the drain hole 7 and stored in a water tray 8 arranged just under the bottom plate part 2. Moreover, whichever position of the bottom plate part 2 or the slip down body 5 the ferrule part 6 of the umbrella U inserted into the umbrella stand main body 1 may be abutted on, the ferrule 6 slips down the bottom plate part 2 or the slip down body 5 and is stopped by the outer periphery part of the slip-down body 5 (a position near the drain hole 7), so that the plurality of umbrellas U are arranged radially in a plane view. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to an umbrella stand including an umbrella stand main body and a water receptacle that is disposed immediately below the bottom plate portion and that stores rainwater dripping from the umbrella inserted into the umbrella stand main body.

  In order to hold the umbrella in an upright state, there is a cylindrical umbrella stand whose upper surface is open. When a wet umbrella is inserted into the umbrella stand, rainwater adhering to the umbrella is dripped as it is and collected on the bottom plate portion of the umbrella stand. For this reason, the bottom plate part of the umbrella stand is always in a high humidity state, and it becomes easy for mold to grow, so that the umbrella inserted into the umbrella stand is damaged or a bad odor is generated. Also, it is difficult to dispose of rainwater collected at the bottom of the umbrella stand.

  In order to prevent the above-described problems, there is an umbrella stand in which a bottom plate is provided obliquely and a gap through which rainwater can pass is provided between the bottom plate and the umbrella stand main body (see, for example, Patent Document 1). As shown in FIGS. 12A and 12B, the bottom plate portion 51 of the conventional umbrella stand A ′ is inclined only in one direction, and the drainage holes 52 for allowing rainwater to pass through are provided in the umbrella stand main body 53. Are formed over almost the entire length. For this reason, the water tray 54 must be disposed over the entire length of the drain hole 52, and the degree of freedom in designing the water tray 54 is low. As a result, the shape of the umbrella stand main body 53 is also limited. Furthermore, the problem that the stone thrusting portion 55 of the umbrella U enters the drain hole 52 and is difficult to come off easily occurs.

In addition, when a plurality of umbrellas U are inserted, the umbrellas U are overlapped. Thereby, space part Q 'between each umbrella U and the baseplate part 51 will be obstruct | occluded, the high humidity air which exists in the said space part Q' becomes difficult to escape, and drying of the wet umbrella U becomes slow. Furthermore, when the wet umbrella U and the wet umbrella U are inserted, there is a possibility that even the wet umbrella U may get wet because they overlap.
JP-A-8-238161

  An object of the present invention is to provide an umbrella stand in which mold and bad odor are unlikely to be generated in a bottom plate portion by rainwater dripped from a wet umbrella.

  The invention of claim 1 for solving the above-described problem comprises an umbrella stand main body and a water receptacle that is disposed directly below the bottom plate portion and accommodates rainwater dripping from the umbrella inserted into the umbrella stand main body. The bottom plate portion has an inverted conical shape or an inverted polygonal pyramid shape corresponding to the planar shape of the umbrella stand main body, or an inverted conical shape similar to these, and the inverted top portion is the bottom plate portion. It is characterized by the fact that it is a drainage hole for rainwater that is stored in the water receiver.

  The folded umbrella is inserted into the umbrella stand itself. The folded tip of the umbrella (stone bump) abuts against the bottom plate, and then slides on the inside inclined conical surface and is disposed at the lowest drainage hole of the bottom plate. In this state, if the upper portions (pattern portions) of the inserted umbrellas are arranged at different positions inside the upper end of the umbrella stand body, the umbrellas do not overlap each other in the umbrella stand body. Inclined posture and arranged radially in plan view. For this reason, even if a plurality of umbrellas are inserted, the umbrella stand is stabilized. Of the rainwater attached to each umbrella, those that fall and drop are transmitted through different portions of the inclined cone surface inside the bottom plate portion having an inverted cone shape or inverted polygonal cone shape, and the three-dimensional inverted top portion of the bottom plate portion. Since it is accommodated in the water receptacle immediately below from the drain hole formed in only one place, the dripping of the rainwater adhering to the umbrella becomes quick. As a result, rainwater can be prevented from accumulating on the bottom plate and causing bad odor or mold.

  Depending on the planar shape of the umbrella stand main body, there may be a case where the water receptacle cannot be removably disposed with respect to the entire bottom plate portion, but the bottom plate portion has a drain hole at only one portion of the three-dimensional inverted top portion. Since it is a formed shape, it is sufficient that a water receiver exists at least directly below the drain hole. For this reason, the freedom degree of the planar shape of a water receiver increases. In this regard, the bottom plate portion of the umbrella stand main body is constructed by arranging one flat plate in an inclined manner, or by arranging two flat plates in an inclined manner so as to have a V-shaped cross section. When the hole is formed, it is greatly different from the necessity of installing a water receiver having a length corresponding to the length of the drain hole.

  According to a second aspect of the present invention, on the basis of the first aspect of the present invention, the drainage hole is disposed at the periphery of the opening formed at the inverted top portion of the bottom plate portion and inside the opening, and slides down the tip of the umbrella. It is characterized by the fact that it is an annular hole formed with the outer peripheral edge of the sliding body having a shape that can be formed. According to invention of Claim 2, since a drainage hole becomes a continuous hole along the circumferential direction, drainage property becomes high. In addition, since the stone bumps of the inserted umbrella are naturally arranged around the sliding body, a large number of umbrellas are easily arranged in a radial manner in a plan view, and the effect of the radial arrangement is more easily achieved. Even if a plurality of umbrellas are already inserted and the stone thrusting part of the umbrella inserted later comes into contact with the upper surface of the sliding body, rainwater dripping down the umbrella reaches the upper surface of the sliding body, It flows to the outer peripheral edge of the sliding body as it is and is drained from the drain hole. Therefore, no matter which position of the bottom of the bottom plate part including the sliding body is touched, the rainwater adhering to the umbrella is dripped smoothly from the umbrella and then drained smoothly through the drain hole. .

  According to a third aspect of the invention, on the premise of the first or second aspect of the invention, the bottom plate portion has an inverted regular cone shape or an inverted regular polygonal pyramid shape, and the drainage hole is substantially the planar shape of the umbrella stand main body. It is the structure arrange | positioned in the center part. According to invention of Claim 3, since the said baseplate part is arrange | positioned in the approximate center part of the umbrella stand main body, the inserted several umbrella becomes easy to arrange | position more radially, The effect of Claim 1 Is more prominent.

  An umbrella stand according to the present invention is an umbrella stand provided with an umbrella stand main body and a water receptacle that is disposed immediately below the bottom plate portion and accommodates rainwater dripping from the umbrella inserted into the umbrella stand main body. The bottom plate portion has an inverted conical shape, an inverted polygonal pyramid shape corresponding to the planar shape of the umbrella stand main body, or an inverted conical shape similar to these, and the inverted top portion is accommodated in the water receiver through the bottom plate portion. It is characterized by a drainage hole for rainwater. Rainwater dripped from the inserted umbrella flows down smoothly on the inclined conical surface of the bottom plate part and is easily drained from the drain hole provided at the reverse top part of the bottom plate part, so that mold and bad odor may occur. Is prevented.

Hereinafter, the present invention will be described in more detail with reference to the best examples of the present invention. 1 is an overall perspective view of an umbrella stand A ₁ of the first embodiment, FIG. 2 is a side sectional view of a lower portion of the umbrella stand A ₁ , FIG. 3A is a plan view of the umbrella stand A ₁ , and FIG. 2 is a cross-sectional view taken along the line XX of FIG. 2, FIG. 4A is a plan view of a state in which a plurality of umbrellas U are radially arranged on the umbrella stand A ₁ , and FIG. FIG.

As shown in FIGS. 1 to 3, the umbrella stand A ₁ of the first embodiment is made of resin, metal, wood, etc., and an inner portion of the lower part of a cylindrical umbrella stand body 1 having upper and lower surfaces opened. Thus, the bottom plate portion 2 whose three-dimensional shape is an inverted regular conical shape (conical shape) is provided at a substantially central portion in plan view. A circular rainwater dropping hole 3 is provided at the lowermost end portion (reverse top portion T) of the bottom plate portion 2. A plurality (three in the case of this embodiment) of support rods 4 are erected at equal intervals in the circumferential direction at the periphery of the rainwater dropping hole 3 and slide down on the support rods 4. The body 5 is fixed. The sliding body 5 of the present embodiment has a substantially hemispherical bowl shape having a radius larger than the radius of the rainwater dropping hole 3 so as to cover the rainwater falling hole 3 and is mounted with the spherical surface portion of the sliding body 5 facing upward. It has been. For this reason, the front-end | tip part (stone thrust part 6) of the umbrella U inserted in the umbrella stand main body 1 contact | abuts to the said sliding body 5, and there is little possibility that the stone thrust part 6 of the umbrella U will enter the said rain water fall hole 3 . And between the lower edge part 5a of the sliding body 5 and the upper surface (inclined cone surface 2a) of the baseplate part 2, the clearance gap of predetermined height is formed cyclically | annularly over the perimeter, and this clearance gap, A drain hole 7 is formed to allow rainwater W dropped from the inserted umbrella U to pass therethrough. Since the drain hole 7 is formed over the entire periphery of the lower edge portion 5a of the sliding body 5, the rainwater W is allowed to flow down quickly, and even if sand or mud falls together with the rainwater W. The drain hole 7 is not easily clogged. Further, the drainage hole 7 is inserted into the umbrella stand main body 1 and supported by the lower peripheral edge of the sliding body 5 and the upper edge of the umbrella stand main body 1. However, it is a dimension which does not face the rain water dropping hole 3 of the bottom plate part 2 with a margin. Accordingly, the greater the inclination angle when the umbrella U is raised, the higher the height of the drain hole 7 is, the total area of the drain hole 7 is increased, the drainage performance is improved, and the drain hole 7 The effect which can suppress that a foreign material is blocked is also increased.

  As shown in FIGS. 1 and 2, an opening 1 a having a predetermined width is provided in the circumferential direction at the lower part of the umbrella stand main body 1. A water tray 8 corresponding to the planar shape of the umbrella stand main body 1 is disposed immediately below the bottom plate portion 2. That is, as shown in FIG. 3B, the front peripheral wall portion 8a and the back peripheral wall portion 8b of the peripheral wall portion of the water tray 8 correspond to the inner diameter of the umbrella stand body 1 in plan view. In addition to the circular arc shape, the peripheral wall portions 8c on both sides are parallel straight lines with a width slightly shorter than the width of the opening 1a. Moreover, the height of the water tray 8 is slightly lower than the height of the opening 1a. For this reason, the water receiving tray 8 can be inserted into and removed from the umbrella stand main body 1 through the opening 1a. The water tray 8 inserted into the umbrella stand main body 1 is stopped when the back side portion abuts against the inner peripheral surface of the umbrella stand main body 1. At this time, the water tray 8 is disposed directly below the rainwater dropping hole 3 provided at the reverse top portion T of the bottom plate portion 2. As shown in FIG. 2, the rain water W dripped from the umbrella U passes through the inclined conical surface 2 a of the bottom plate portion 2, passes through the drain hole 7, and is dropped and received in the water tray 8 through the rain water dropping hole 3. The

  A handle 9 for inserting / removing the water tray 8 is attached to the peripheral wall 8 a on the front side of the water tray 8. Further, a drain hose 11 is attached to a side end portion of the peripheral wall portion 8a on the near side. Since the drainage hose 11 communicates with an inner portion of the water tray 8 (accommodating portion of the rainwater W), the rainwater W accommodated in the water tray 8 is naturally drained through the drainage hose 11.

The operation of the umbrella stand A ₁ of the first embodiment will be described. As shown on the left side in the drawing view of FIG. 2, the stone thrusting portion 6 of the umbrella U that is randomly inserted into the umbrella stand main body 1 contacts the bottom plate portion 2. This state is indicated by a one-dot chain line in FIG. Of the rainwater W adhering to the umbrella U, one that falls and drops is dropped from the stone thrusting portion 6 onto the inclined conical surface 2 a of the bottom plate portion 2. Then, it flows down along the inclined cone surface 2 a, falls through the drainage hole 7 from the rainwater dropping hole 3, and is accommodated in the water tray 8. Simultaneously with the flow-down action of the rainwater W described above, the stone thrusting portion 6 of the inserted umbrella U slides on the inclined conical surface 2a of the bottom plate portion 2 and stops in contact with the sliding body 5, and the lower edge of the sliding body 5 It is supported between the portion of 5a and the bottom plate portion 2 facing the lower edge portion 5a (position immediately before the drain hole 7). This state is indicated by a two-dot chain line in FIG.

  Further, as shown by the one-dot chain line on the right side in the drawing of FIG. 2, even if the stone protrusion 6 of the inserted umbrella U comes into contact with the sliding body 5, the sliding body 5 is hemispherical. Therefore, the stone protrusion 6 slides down to the periphery of the sliding body 5. In the same manner as described above, the stone thrusting portion 6 of the inserted umbrella U is supported at a position immediately before the drainage hole 7. This state is indicated by a two-dot chain line in FIG. The rainwater W adhering to the umbrella U slides down the sliding body 5, falls from the rainwater dropping hole 3 through the drain hole 7, and is stored in the water tray 8.

  As a result, the rainwater W adhering to the umbrella U, regardless of which position of the bottom plate part 2 including the sliding body 5 the stone thrusting part 6 of the umbrella U inserted into the umbrella stand body 1 is, After dripping from the umbrella U, the water is smoothly accommodated in the water tray 8 through the drain hole 7. Thereby, it becomes difficult for the rainwater W to remain in the bottom plate part 2, and it is possible to prevent mold from growing inside the umbrella stand main body 1 and generating bad odor.

  Then, as shown in FIG. 4, a plurality of umbrellas U are inserted into the umbrella stand main body 1, and the stone thrusting portions 6 of each umbrella U are in contact with any position of the bottom plate portion 2 including the sliding bodies 5. Even in the case of contact, the umbrellas U are arranged radially around the sliding body 5 by the above-described action. For this reason, even if the wet umbrella U is inserted, the rainwater W dripped from each umbrella U passes through different portions of the inclined conical surface 2a of the bottom plate portion 2 corresponding to the stone protrusions 6 of each umbrella U. Then, the water is received in the water tray 8 from the drain hole 7. Thereby, dripping of the rain water W adhering to each umbrella U becomes quick. And it becomes difficult for the space part Q between each umbrella U and the baseplate part 2 to be obstruct | occluded, the high-humidity air which exists in the said space part Q becomes easy to escape, and drying of the wet umbrella U becomes quick. Further, even when the wet umbrella U and the wet umbrella U are inserted at the same time, there is less possibility of contact between them, and the wet umbrella U becomes difficult to wet. Note that the peripheral edge portion of the rainwater dropping hole 3 in the bottom plate portion 2 has a gentler slope than the other portions in the bottom plate portion 2, and even if the umbrella U is inserted diagonally, It is preferable that the portion 6 does not enter the drain hole 7.

  The rainwater W stored in the water tray 8 can be easily discarded by pulling out the water tray 8. Moreover, the water tray 8 can be easily cleaned. Furthermore, when the drainage hose 11 is attached to the water tray 8, the rainwater W can be drained naturally, so that the rainwater W can be discarded more easily.

In the case of the umbrella stand A ₁ of the first embodiment, the three-dimensional shape of the bottom plate portion 2 is an inverted regular cone shape, and a reverse top portion T is provided at a substantially central portion of the bottom plate portion 2 in plan view. The rainwater W dripped onto the part 2 or the sliding body 5 passes through the drain hole 7 provided only at one place of the inverted top part T, and falls into the water tray 8 through the rain water dropping hole 3 to be stored. is there. For this reason, it is sufficient if the water tray 8 is disposed immediately below the inverted top portion T, and the degree of freedom of the planar shape of the water tray 8 is increased. In this regard, as in the conventional umbrella stand A ′ shown in FIG. 12, one flat plate is arranged in an inclined manner, or two flat pieces are arranged in an inclined manner so as to have a V-shaped cross section. If the bottom plate portion 51 of the umbrella stand main body 53 is configured to form a long straight drainage hole 52, it is greatly different from the necessity of installing a water tray 54 corresponding to the length of the drainage hole 52. ing.

The umbrella stand A ₁ of the first embodiment is a case where the umbrella stand main body 1 is a cylinder, whereas the umbrella stand A ₂ of the second embodiment is a case where the umbrella stand main body 12 is a square tube. As shown in FIG. 5A, in the case of the umbrella stand A ₂ of the second embodiment, the bottom plate portion 13 is formed in an inverted quadrangular pyramid shape corresponding to the umbrella stand main body 12, and its inverted top portion. T is provided at a substantially central portion in plan view. As with the umbrella stand A ₁ of the first embodiment, a rainwater dropping hole 3 (see FIG. 2) is provided at the reverse top T, and a sliding body 14 is attached so as to cover the rainwater falling hole 3. A drainage hole 15 is provided over the entire circumference between the lower edge portion and the bottom plate portion 13. The sliding body 14 of the second embodiment has a substantially quadrangular pyramid shape corresponding to the rectangular tubular umbrella stand body 12. And (b) of FIG. 5 shows, the top part 14a of the sliding body 14 is bent in order to protect the stone projection part 6 of the umbrella U inserted. Even in the case of the umbrella stand A ₂ of the second embodiment, the stone thrusting portions 6 of the plurality of umbrellas U inserted into the umbrella stand body 12 are in contact with any position of the bottom plate portion 13 including the sliding body 14. The rainwater W, which is arranged radially around the sliding body 14 even if in contact with it, dripped from each umbrella U flows down the bottom plate part 13 or the sliding body 14, is stored in the water tray 16 through the drain hole 15, and Similar to the case of the umbrella stand A ₁ of the first embodiment, it is sufficient that the water tray 16 is disposed at least directly below the inverted top portion T.

Moreover, the umbrella stand main body 17 may be a triangular cylinder shape like umbrella stand A3 of _3rd Example shown by FIG. For umbrella stand A ₃ of the third embodiment, the bottom plate portion 18 in correspondence with the umbrella stand body 17 is reversed triangular pyramid shape, the Gyakuitadaki portion T is provided substantially barycentric position in plan view. Corresponding to the umbrella stand main body 17, the water tray 19 also has a triangular shape in plan view. When the umbrella stand A ₃ of the third embodiment, rainwater falling holes 3 provided in the horizontal plate portion 21 of the Gyakuitadaki portion T is passable closed only rainwater W by the cap member C _1.

It will be described cap member C _1. The cap body C ₁ includes a square plate-like net plate portion 22 slightly smaller than the horizontal plate portion 21 provided with the rainwater dropping hole 3, and a slip prevention portion 23 fixed to the bottom surface portion of the net plate portion 22. Consists of. Since the mesh of the mesh plate portion 22 is smaller than the outer diameter of the stone projection portion 6 of the normal umbrella U, there is no possibility that the stone projection portion 6 of the inserted umbrella U fits into the mesh of the mesh plate portion 22. The slip stopper 23 is a cylindrical body having an outer diameter slightly smaller than the inner diameter of the rainwater dropping hole 3 of the horizontal plate portion 21 and a height slightly larger than the thickness of the horizontal plate portion 21. The stopper 23 of the cap body C ₁ is fitted into the rain water dropping hole 3 of the horizontal flat plate portion 21. Since the mesh plate 22 of the cap member C ₁ is brought into contact with the upper surface of the horizontal plate portion 21, the cap member C ₁ will not fall. Further, since the displacement preventing portions 23 of the cap member C ₁ is fitted into the rainwater falling hole 3 with a slight gap, never the cap member C ₁ is displaced. As a result, the rainwater dropping hole 3 is blocked, and the stone thrusting portion 6 of the umbrella U is not fitted into the rainwater falling hole 3. The rainwater W dripped from the umbrella U falls from the mesh of the mesh plate portion 22 through the inner space portion of the slip prevention portion 23 and is stored in the water tray 19. For umbrella stand A ₃ in this embodiment, by making the planar shape of the umbrella stand body 17 and a right triangle, for example, suitable when installing the inner corner of the building.

The cap body C ₁ described above has a configuration in which the displacement preventing portion 23 is fixed to the lower surface of the flat mesh plate portion 22. On the other hand, in the cap body C ₂ shown in FIG. 7A, a net plate (alignment member 24) formed in a substantially hemispherical shape is fixed to the upper surface of the net plate portion 22 of the cap body C _1. It is a form. In the case of the cap body C ₂ , the stone protrusion 6 of the umbrella U inserted into the umbrella stand main body 17 and sliding down the bottom plate portion 18 is brought into contact with the alignment member 24 of the cap body C ₂ and stopped. For this reason, the stone protrusion 6 of each umbrella U inserted into the umbrella stand main body 17 is arranged around the alignment member 24. That is, the alignment member 24 has substantially the same function as the sliding bodies 5 and 14 in the umbrella stands A ₁ and A ₂ of the first and second embodiments. The alignment member 24 of the cap member C ₂ is substantially hemispherical, but may be a conical or pyramid shape.

Further, as shown in FIG. 7B, when the horizontal plate portion 21 is attached below the height position of the lowermost end surface of the bottom plate portion 18 by the thickness of the mesh plate portion 22 (in other words, In the case where a step portion is provided between the lower end portion of the bottom plate portion 18 and the horizontal plate portion 21), the cap body C ₃ is only the mesh plate portion 22, and will not be displaced even without the displacement preventing portion 23. Thus, the structure of the cap member C ₃ becomes extremely easy.

The inverted top portions T of the bottom plate portions 2, 13, and 18 constituting the umbrella stands A1 to A3 in the _{first to third} embodiments described above are substantially central portions of the bottom plate portions 2, 13, and 18 in plan view. Alternatively, it is provided at the position of the center of gravity. For this reason, there exists an advantage that the inserted umbrella U becomes easy to arrange | position radially. However, like the umbrella stands A ₁ ′ to A ₃ ′ of the embodiments shown in FIGS. 8 to 10, the reverse top portions T of the bottom plate portions 2 ′, 13 ′, 18 ′ become the bottom plate portions 2 ′, It may be provided at a position shifted from the central portion O or the gravity center position G of 13 ′, 18 ′. In these embodiments, the three-dimensional shapes of the bottom plate portions 2 ′, 13 ′, and 18 ′ are inverted oblique cones or inverted inclined polygonal pyramids. In the case of the umbrella stands A ₁ ′ to A ₃ ′ of these embodiments, the inserted umbrella U leans on the uppermost edge of the umbrella stand main bodies 1, 12, 17 even at the part farthest from each inverted top portion T. It becomes easy to be done. That is, it is suitable when the umbrella stand A ₁ ′ to A ₃ ′ is installed on the wall, for example, and the inserted umbrella U is always placed on the near side.

Also, as in the fourth embodiment of the umbrella stand A ₄ shown in FIG. 11, the planar shape of the umbrella stand body 27 is star-shaped cylindrical, approximate the three-dimensional shape of the bottom plate portion 28, corresponding to the star It may be an inverted cone shape. The reverse top portion T of the bottom plate portion 28 of the umbrella stand A ₄ of the fourth embodiment is provided at a substantially central portion in a plan view of the umbrella stand main body 27, and from an inner portion of the umbrella stand main body 27 at a predetermined height position. It is attached in an inclined state that continues to the reverse apex T. The sliding body 29 attached to the reverse top portion T of the bottom plate portion 28 is provided in a regular pentagonal pyramid shape corresponding to the umbrella stand body 27 having a star-shaped cross section, and the bottom plate portion 28 and the lower edge portion of the sliding body 29 A drain hole 31 is formed between the two. Further, the water tray 32 is also provided so as to be disposed on the umbrella stand main body 27 having a star-shaped cross section. Even with the umbrella stand A ₄ of this embodiment, the same effects as the umbrella stands A _{1 to} A _{3 of the} embodiments described above are exhibited. Further, with the case of the umbrella stand A ₄ of the fourth embodiment, the plugged in umbrella U is to be supported by the protrusions 27a in the umbrella stand body 27, the umbrella U is likely to be located more radially, There is an advantage that aesthetics are improved.

Among the umbrella stands A _{1 to} A ₄ of the above-described embodiments, particularly when the shape of the umbrella stand main body is complicated like the umbrella stand A ₄ of the fourth embodiment, the bottom plate portion is inclined. It is not easy to install and provide a drain hole, and to arrange the water tray so that it can be inserted and removed so that rainwater drained from the drain hole does not leak. However, when the bottom plate portion has a structure according to the present invention, that is, when the bottom plate portion has an inverted conical shape and a drain hole is provided at only one location on the reverse top portion, the water tray corresponds to the reverse top portion. Thus, the rainwater can be drained reliably, and the shape of the water receiving tray can be simplified regardless of the shape of the umbrella stand main body.

The sliding bodies 14 and 29 constituting the umbrella stands A ₂ and A ₄ of the second and fourth embodiments described above have a polygonal pyramid shape corresponding to the shape of the bottom plate portions 13 and 28. However, the umbrella stands A ₂ and A ₄ of the second and fourth embodiments may be substantially hemispherical like the sliding body 5 of the umbrella stand A ₁ of the first embodiment.

It is a whole perspective view of umbrella stand A1 of the _1st example. Is a side sectional view of the lower portion of the umbrella stand A _1. (B) is a plan view of the umbrella stand A _1, (b) is a sectional view taken along line X-X of FIG. (B) is a plan view of the umbrella U in the plurality of the umbrella stand A ₁ is arranged radially state is a front sectional view of (b) is (b). (A) is a perspective view which shows the state inside the umbrella stand A2 of _2nd Example, (b) is an expanded sectional view of the reverse top part T. FIG. It is a perspective view of umbrella stand A3 of _3rd Example. (A) and (B) are enlarged sectional views of cap bodies C ₂ and C ₃ of another embodiment. (A) is a schematic plan view of an umbrella stand A ₁ ′ in which a reverse apex T is displaced from the central part O of the bottom plate part 2 ′, and (b) is a schematic perspective view of the state of (a). is there. (A) is a schematic plan view of an umbrella stand A ₂ ′ in which a reverse top portion T is provided to be shifted from the central portion O of the bottom plate portion 13 ′, and (B) is a schematic perspective view of the state (A). is there. (A) is a schematic plan view of an umbrella stand A ₃ ′ in which the reverse apex T is displaced from the gravity center position G of the bottom plate portion 18 ′, and (B) is a schematic perspective view of the state of (A). is there. It is a perspective view which shows the state inside the umbrella stand A4 of _4th Example. (A), (b) is a figure which shows the conventional umbrella stand A '.

Explanation of symbols

A _{1 to} A ₄ : Umbrella stand
T: Reverse apex
U: Umbrella
W: Rainwater 1, 12, 17, 27: Umbrella stand body 2, 13, 18, 28: Bottom plate
3: Rainwater fall hole (opening)
5, 14, 29: Sliding body
5a: Lower edge (outer periphery of sliding body)
6: Stone thrusting part (tip)
7, 15, 31: Drain hole 8, 16, 19, 32: Water tray

Claims (3)

An umbrella stand provided with an umbrella stand main body and a water receptacle that is disposed directly below the bottom plate portion and that stores rainwater dripping from the umbrella inserted into the umbrella stand main body,
The bottom plate portion has an inverted conical shape, an inverted polygonal pyramid shape corresponding to the planar shape of the umbrella stand main body, or an inverted conical shape similar to these, and the inverted top portion is accommodated in the water receiver through the bottom plate portion. An umbrella stand characterized by a drainage hole for rainwater. The drainage hole is an annular shape formed by a peripheral edge portion of an opening formed at the reverse top portion of the bottom plate portion and an outer peripheral edge of a sliding body that is arranged inside the opening and can slide the tip of the umbrella. The umbrella stand according to claim 1, wherein the umbrella stand is a hole. The said baseplate part is a reverse regular cone shape or a reverse regular polygonal pyramid shape, Comprising: The said drainage hole is the structure arrange | positioned in the substantially center part of the planar shape of an umbrella stand main body, or characterized by the above-mentioned. 2. The umbrella stand according to 2.

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