JP4818684B2 - Drain drainage groove member, drain drainage equipment, and outdoor floor surface equipment - Google Patents

Description

  The present invention relates to a drain drainage groove member, a drain drainage facility, and an outdoor floor surface facility. The drain drainage groove member is installed on an outdoor floor surface and receives and drains drain water from the drain hose for drainage. The drain drainage equipment is composed of a drain drainage groove member and a drain connector for connecting the outlet end portion of the drain hose to the drain drainage groove member. The outdoor floor surface equipment is provided with a drain drainage equipment and a floor material installed on the outdoor floor surface, but may not be provided with a drain connector.

  In general, outside units such as condominiums such as condominiums, common corridors, and verandas, an external unit for an air conditioner is installed. And drain water is discharged | emitted from the outer machine through the drain hose.

By the way, if drain water is dripped directly on the floor surface outdoors, the drain water spreads on the floor surface, causing the following problems.
(1) Dust, sand or the like adheres to the area where the drain water has spread, and stains, stains or mold occurs on the floor surface.
(2) Since the floor becomes wet and becomes slippery, a fall accident is likely to occur.

Therefore, conventionally, drainage drainage measures have been taken. For example, Patent Documents 1 to 3 show a drain drain groove member for draining drain water from a drain hose. Patent Document 1 discloses a drain drainage groove member having a grooved drainage channel. The drainage channel remains exposed. Patent Document 2 discloses a drain drainage groove member having a tubular drainage channel. Patent Documents 2 and 3 show a drain drainage groove member in which a lid member for closing the drainage path is detachably attached to a member having a grooved drainage path.
Japanese Patent Laid-Open No. 10-46762 JP 2001-289459 A JP 2003-262035 A

The drain drain groove member of Patent Document 1 has the following problems.
(A) Since the drain water overflows from the drainage channel by the wind, the drainage function cannot be sufficiently achieved.
(B) Dust and sand are likely to accumulate in the drainage channel, and therefore the drainage function tends to deteriorate.
(C) Because of the level difference due to the drainage channel, it is easy for the user to crawl and is therefore not preferable in terms of safety.

The drain drainage groove member provided with the tubular drainage channel of Patent Document 2 has the following problems.
(D) When the drainage channel is clogged due to long-term use, it is necessary to cut the drain drainage groove member or remove the drain drainage groove member from the floor surface for maintenance. It is necessary to stick the drain drainage groove member to the floor surface, which is troublesome.
(E) The position where the outlet end of the drain hose is attached is limited to the vicinity of the end of the drain drainage groove member.

In addition to the above (e), the drain drainage groove member having the grooved drainage channel and the lid member of Patent Documents 2 and 3 has the following problems.
(F) When the lid member is attached to the member having the drainage channel with Velcro (registered trademark), the lid member may be removed by normal walking of the user. Moreover, if the attachment / detachment is repeated, the Velcro (registered trademark) is weakened, and the lid member is more easily detached.
(G) When a cover member is attached to a member having a drainage channel by fitting by unevenness, there are the following problems.
(G1) If the fitting is tight, there is no risk that the lid member will come off due to normal walking by the user, but it will be difficult to remove the lid member.
(G2) If the attachment / detachment is repeated, the fitting is weakened and the lid member is more easily detached.
(G3) Depending on the material of the member, the drainage channel and the convex part may be deformed over time, and the fitting may be impossible.
(G4) When the flexibility of the member is large, the fitting is easily disengaged. Conversely, when the member is small, the fitting is difficult.
(G5) The fitting operation itself is complicated in the first place.

  Furthermore, the conventional drain drainage groove member has hardly been devised to eliminate the aesthetic discomfort with the flooring material, and the drainage drainage groove member is also devised to combat contamination and deterioration of the drain drainage groove member. , Not given.

  The present invention provides a drain drainage groove member that can solve the above-described problems, and further provides a drain drainage facility and an outdoor floor surface facility using the drain drainage groove member. Objective.

The first invention of the present application is a drain drainage groove member that is installed on an outdoor floor surface and receives drain water from a drain hose to drain and drain the drain water. , And a flat lid member for closing the drainage channel from above, and the lid member is slidable in the longitudinal direction with respect to the water flow member and can be detached. The drainage channel is composed of a bottom portion and both side portions, and the lid member is inserted into the groove portions formed on both side portions of the drainage channel with respect to the water passage member. It is designed to slide, the groove is formed horizontally, and the upper inward projecting part constituting the groove holds the edge of the lid member inserted into the groove from above It is characterized by.

  The first invention preferably further employs one or more of the following configurations.

(C) protrusion that protrudes inwardly from the side portion of the exhaust canals, are formed, in which at least a portion of the projecting part is in contact with the bottom surface of the cover member.

(D) The drainage channel is composed of a bottom portion and both side portions, and the bottom portion has a plurality of ribs protruding by a length contacting the back surface of the attached lid member.

(E) A plurality of convex portions extending in the longitudinal direction are formed on the surface of the lid member.

(F) On the back surface of the lid member, a plurality of convex portions extending in the longitudinal direction are formed.

(G) When the lid member and the water passage member are attached to the water passage member, the surfaces of both members form the same surface.

  The first invention may further employ one or more of the following configurations.

(A) The edge portion of the lid member has an upward and / or downward convex portion, and the groove portion on the side portion of the drainage channel is fitted with the convex portion, and the downward opening and / or the upward opening. The cover member has a recess, and the edge of the lid member is inserted into the groove in a state where the protrusion is fitted into the recess.

(B) The edge portion of the lid member has a concave portion with an upper opening and / or a lower opening, and the groove portion on the side portion of the drainage channel is fitted to the concave portion, and is downward and / or upward. It has a convex part, and the edge part of a cover member is inserted in a groove part in the state which fitted the convex part to the recessed part.

(I) The drainage channel has a central narrow region and a wide region including the narrow region.

(J) The bottom surface of the drainage channel is gradually lowered from both sides toward the center.

(K) In the configuration (j), the bottom surface of the drainage channel has a central region that is one step lower.

(L) An action layer that exhibits antibacterial action or fungicidal action is formed on the inner surface of the drainage channel.

(M) The drainage channel is composed of a bottom part and both side parts, and both side parts have an action layer that exhibits an ultraviolet resistance on the surface.

(N) The lid member is composed of a laminate of one layer or a plurality of layers, has at least a makeup layer, and is configured so that the makeup layer can be seen from the table.

(O) The lid member is composed of a laminate of one layer or a plurality of layers, and has a working layer that exhibits an antibacterial action or an antifungal action in the lowermost layer.

(P) The lid member is composed of a laminate of one layer or a plurality of layers, and has an action layer that exhibits an ultraviolet resistance effect on the uppermost layer.

(Q) The lid member is composed of a laminate of one layer or a plurality of layers, the uppermost layer has an active layer that exhibits an anti-ultraviolet effect, and the lowermost layer has an antibacterial or antifungal effect. It has a layer.

(R) The lid member is formed of a laminate of a plurality of layers, has a first decorative layer and a second decorative layer, and the second decorative member can be seen from the back and the second decorative layer as seen from the front. It is constructed so that the layer can be seen.

(S) The lid member is composed of a laminate of a plurality of layers, and has an action layer that exhibits an antibacterial action or an antifungal action on the uppermost layer and the lowermost layer, respectively.

(T) The lid member is composed of a laminate of a plurality of layers, and each has a working layer that exhibits an anti-ultraviolet action on the uppermost layer and the lowermost layer.

The second invention of the present application is a drain drainage facility for draining drain water from a drain hose that is installed on an outdoor floor surface, and is a drain for receiving and draining drain water from a drain hose. A drainage groove member and a drain connector for connecting the outlet end of the drain hose to the drainage drainage groove member, the drainage drainage groove member extending in the longitudinal direction for flowing drain water And a flat lid member for closing the drainage channel, and the lid member is slidable in the longitudinal direction with respect to the water flow member and is detachable. The drainage channel is composed of a bottom portion and both side portions, and the lid member slides with respect to the water passage member by inserting both edge portions into the groove portions formed on the both side portions of the drainage channel. Come to Cage, grooves are horizontally formed, inwardly projecting portion of the upper constituting the groove, holds the top edge of the inserted lid member in the groove, the drain coupling is, drain At any position in the longitudinal direction of the drainage groove member, it is attached so as to communicate with the drainage channel of the water passage member, and the above arbitrary position is set by sliding the lid member. It is characterized by having.

  The second invention preferably further employs one or more of the following configurations.

(H) The drain connector has an outlet end portion of the drain hose inserted therein, and drain water flows toward the drainage channel of the drain drainage groove member. It is directly attached and comprises a mounting part that constitutes a lid that covers the drainage channel of the drain drainage groove member from above, and the hose insertion hole part and the mounting part are integrally formed, It is slidable in the longitudinal direction with respect to the water passage member and can be removed.

(I) In the configuration (H), the drainage channel is composed of a bottom portion and both side portions, the hose insertion hole portion is made of a pipe, and the attachment portion is laterally extended from the lower edge of the pipe. It consists of a widened plate, and the mounting part slides with respect to the water-permeable member by inserting both edge parts into the groove parts formed on both side parts of the drainage channel. is there.

(J) In the configuration (I), the groove portions on both side portions of the drainage channel are inclined with respect to the horizontal.

(K) The drain drainage groove member is any one of the configurations (C) to (G).

  The second invention may further employ one or more of the following configurations.

(Xa) In the configuration (H), the drainage channel is composed of a bottom portion and both side portions, the hose insertion hole portion is made of a pipe, and the attachment portion is laterally extended from the lower edge of the pipe. It consists of a widened plate, and the mounting part slides with respect to the water-permeable member by inserting the protrusions formed on both sides of the drainage channel into the grooves formed on both edges of the mounting part. It is what has become.

(Xb) In the configuration (xa), the groove portions of the both edge portions of the attachment portion are inclined with respect to the horizontal.

(Xc) In the configuration (I) or (xa), the upstream side of the pipe is branched into a plurality so that outlet ends of the plurality of drain hoses are respectively inserted.

(Xd) In the configuration (H), the drainage channel is composed of a bottom portion and both side portions, the hose insertion hole portion and the attachment portion are composed of one block body, and the hose insertion hole The part is a through-hole formed in the block body, the mounting part is the lower part of the block body, and the mounting part is formed on both sides of the drainage channel with protrusions formed on both sides of the lower part of the block body By being inserted into the groove portion formed, it is slid with respect to the water passage member.

(Xe) In the configuration (xd), the groove portions on both side portions of the drainage channel are inclined with respect to the horizontal.

(Xf) In the configuration (H), the drainage channel is composed of a bottom portion and both side portions, the hose insertion hole portion and the attachment portion are composed of one block body, and the hose insertion hole The part is a through-hole formed in the block body, the attachment part is a lower part of the block body, and the attachment part is formed in the groove part formed on both sides of the lower part of the block body on the both side parts of the drainage channel. By inserting the protruding portion, it slides with respect to the water passage member.

(Xg) In the configuration (xf), the groove portion below the block body is inclined with respect to the horizontal.

(Xh) In the configuration (xd) or (xf), the upstream side of the through hole is branched into a plurality so that the outlet ends of the plurality of drain hoses are respectively inserted.

(Xi) A plurality of drain connectors are attached to one drain drain groove member.

(Xj) In the configuration (H), the drain drain groove member is any one of the configurations (b) to (t).

3rd invention of this application is an outdoor floor surface installation provided with the drain drainage groove member and the flooring material installed in the outdoor floor surface, Any one of said 1st invention and said structure (C) -(G). The drain drainage groove member described in one is fixed to an outdoor floor so as to receive and drain drain water from the drain hose, and the flooring is disposed on both sides of the drain drainage groove member. It is fixed to an outdoor floor surface, and its edge is joined to both edges of the drain drainage groove member.

  The third invention preferably further employs one or more of the following configurations.

(Ya) The drain drain groove member lid member is cut from the floor material used together.

(Yb) The water drainage member of the drain drainage groove member has an overhanging portion that protrudes laterally from the upper edge of both edges, and the overhanging portion is placed on the edge of the adjacent flooring material. And joined to the edge.

  4th invention of this application is an outdoor floor surface installation provided with the drain drainage equipment and flooring installed in the outdoor floor surface, Any one of the said 2nd invention and said structure (H)-(K). The drainage drainage facility described in the above is fixed to the floor surface outdoors so as to drain the drainage water from the drain hose, and the flooring is disposed on both sides of the drainage drainage groove member of the drainage drainage facility. It is fixed to an outdoor floor surface, and its edge is joined to both edges of the drain drainage groove member.

  The fourth aspect of the present invention preferably further adopts the following configuration.

(Za) The drain drainage groove cover member is cut from the floor material used together.

  In addition, "joining" in this application uses an adhesive, or by heat welding using a welding rod or the like, or using a sealing agent, or by seam liquid treatment, or using a double-sided tape, Alternatively, it can be achieved by other known methods.

According to the first invention of the present application, the following effects can be exhibited.
(1) Since the lid member can be detached from the water-permeable member simply by sliding, the lid member can be easily detached.
(2) When the drainage channel is clogged due to many years of use, the lid member can be slid to expose the drainage channel to eliminate the clogging of the drainage channel, so that maintenance can be easily performed.
(3) By sliding the lid member, the position where the drain connector is attached can be set not only in the vicinity of the end of the drain drainage groove member but also in an arbitrary position. Therefore, the convenience of construction on site can be improved.

Furthermore, the following effects can be exhibited.
(1) The lid member can be slid relative to the water passage member with a simple configuration and stably.
(2) Since the lid member is attached to the water-permeable member in a state where both edge portions of the lid member are inserted into the grooves on both sides of the drainage channel of the water-permeable member, the lid member is However, it is hard to come off.
(3) There is play between the both edges of the lid member and the grooves on both sides of the drainage channel of the water passage member in order to slide the lid member with respect to the water member. Therefore, the following effects can be exhibited.
(3-1) It is not difficult to remove the lid member.
(3-2) Even if the attachment and detachment are repeated, it does not become difficult to slide and the lid member does not easily come off.
(3-3) Even if the member deforms over time, the play absorbs the deformation, so that the lid member cannot be slid.
(3-4) Even if the flexibility of the member is large or small, the lid member can be smoothly slid.

  According to the said structure (C), it can prevent the drain water which flows through a drainage channel from hanging on a slide part by a protrusion part. Therefore, it is possible to prevent drain water from leaking from the slide portion and overflowing.

  In addition, when the lid member is stepped on, the projecting portion contacts the lower surface of the lid member to support the lid member, so that the degree of depression of the lid member can be reduced, and the lid member can be damaged or detached from the water-permeable member. Can be prevented.

  Furthermore, the protrusion can prevent the drain water flowing through the drainage channel from entering the slide portion. Therefore, it is possible to reliably prevent drain water from leaking from the slide portion and overflowing.

  And since the protrusion part has supported the cover member from the downward direction, the dent state of a cover member can be reduced and it can prevent that a cover member is damaged or remove | deviates from a water flow member.

  According to the said structure (D), since a cover member can be supported from the downward direction by a rib, a cover member can be reinforced so that it may oppose the pressure added from upper direction.

  According to the configuration (E) or (F), the lid member can be reinforced.

  According to the said structure (G), the shape design of a drain drain groove member can be made clear. In addition, by making the flooring the same thickness as the drain drainage groove member, the entire flooring and drain drainage groove member can be made to have no step.

According to the configuration (a) or (b) , it is possible to stabilize the mounting state of the lid member and the water passage member in the slide portion, and it is possible to prevent the drain water from leaking from the slide portion and overflowing.

  According to the above configuration (i), the drain water is unnecessarily widely used by flowing the drain water to the narrow region when the drain water is small and flowing the drain water to the wide region when the drain water is large. Can be avoided. Therefore, maintenance can be performed simply.

  According to said structure (j) or (k), drain water can be collected in the center of a drainage channel, and can be poured efficiently.

  According to the configuration (l), it is possible to prevent the inner surface of the drainage channel from being contaminated and deteriorated by bacteria or the like in the drain water.

  According to the said structure (m), it can prevent that the surface of a both-sides part deteriorates with an ultraviolet-ray.

  According to the said structure (n), the designability of a cover member can be improved. Therefore, the lid member can have a design that is not inferior to the design of the floor material disposed around.

  According to the configuration (o), it is possible to prevent the back surface of the lid member from being contaminated and deteriorated by bacteria or the like in the drain water.

  According to the said structure (p), it can prevent that the surface of a cover member deteriorates with an ultraviolet-ray.

  According to the configuration (q), the surface of the lid member can be prevented from being deteriorated by ultraviolet rays, and the back surface of the lid member can be prevented from being contaminated and deteriorated by bacteria or the like in the drain water. It is possible to prevent the antibacterial and antifungal effects on the back surface of the glass from being weakened by ultraviolet rays.

  According to the said structure (r), since two designs can be exhibited with one lid member, commercial value can be improved.

  According to the above configuration (s), when the antibacterial action or fungicidal action on one surface of the lid member is weakened, the antibacterial action or fungicidal action on the other surface can be used. Can prolong the life of mold.

  According to the configuration (t), when the ultraviolet resistance of one surface of the lid member is weakened, the ultraviolet resistance of the other surface can be used, so that the lifetime of the lid member can be prolonged.

  According to the 2nd invention of this application, since the position which attaches a drain connector can be set arbitrarily by sliding a cover member, a drain connector can be arranged according to the length and position of a drain hose. Therefore, the outlet end portion of the drain hose can be well connected to the drain drain groove member.

According to the said structure (H), the following effects can be exhibited.
(1) Since the attachment portion can be attached to and detached from the water passage member simply by sliding, the attachment / detachment operation of the drain connector can be easily performed.
(2) When the drainage channel where the drain connector is attached is clogged due to long-term use, the drainage channel can be removed by sliding the mounting part to expose the drainage channel, making maintenance easy Can be done.
(3) By sliding the attachment portion and sliding the lid member, the drain connector can be easily attached not only in the vicinity of the end portion of the drain drainage groove member but also at an arbitrary position. Therefore, the convenience of construction on site can be improved.

According to the said structure (I), the following effects can be exhibited.
(1) The mounting portion can be slid relative to the water passage member with a simple configuration and stably.
(2) Since the drain connector is attached to the water passage member in a state where both edges of the attachment portion are inserted into the groove portions on both sides of the drainage channel of the water passage member, It is hard to come off even by walking.
(3) There is play between the both edge portions of the attachment portion and the groove portions on both sides of the drainage channel of the water passage member in order to slide the attachment portion with respect to the water passage member. Therefore, the following effects can be exhibited.
(3-1) Detachment of the drain connector will not be difficult.
(3-2) Even if it is repeatedly attached and detached, it will not become difficult to slide or the drain connector will not come off easily.
(3-3) Even if the member deforms over time, the play absorbs the deformation, so that the drain connector cannot be slid.
(3-4) The drain connector can be smoothly slid even if the flexibility of the member is large or small.

  According to the said structure (J), the intensity | strength with respect to the force from the top can be improved.

  According to the said structure (K), the effect based on any one drain drain groove member of said structure (A)-(G) can be exhibited in drain drainage equipment.

According to the configuration (xa), the following effects can be exhibited.
(1) The mounting portion can be slid relative to the water passage member with a simple configuration and stably.
(2) Since the drain connector is attached to the water permeable member in the state where the protrusions on both sides of the drainage channel of the water permeable member are inserted into the grooves on both edges of the attachment portion, the drain connector is used by the user. It is hard to come off even by normal walking.
(3) There is play between the grooves on both edges of the attachment portion and the protrusions on both sides of the drainage channel of the water passage member in order to slide the attachment portion with respect to the water passage member. . Therefore, the following effects can be exhibited.
(3-1) Detachment of the drain connector will not be difficult.
(3-2) Even if it is repeatedly attached and detached, it will not become difficult to slide or the drain connector will not come off easily.
(3-3) Even if the member deforms over time, the play absorbs the deformation, so that the drain connector cannot be slid.
(3-4) The drain connector can be smoothly slid even if the flexibility of the member is large or small.

  According to the configuration (xb), the strength against the force from above can be improved.

  According to the above configuration (xc), when there are a plurality of drain hoses in the field, a single drain connector can be used.

According to the configuration (xd), the following effects can be exhibited.
(1) The mounting portion can be slid relative to the water passage member with a simple configuration and stably.
(2) Since the drain connector is attached to the water passage member in a state where the protrusions of the attachment portion are inserted into the grooves on both sides of the drainage channel of the water passage member, the drain connector is a normal walking of the user. Depending on, it is hard to come off.
(3) There is play between the protrusion of the attachment portion and the grooves on both sides of the drainage channel of the water passage member in order to slide the attachment portion with respect to the water passage member. Therefore, the following effects can be exhibited.
(3-1) Detachment of the drain connector will not be difficult.
(3-2) Even if it is repeatedly attached and detached, it will not become difficult to slide or the drain connector will not come off easily.
(3-3) Even if the member deforms over time, the play absorbs the deformation, so that the drain connector cannot be slid.
(3-4) The drain connector can be smoothly slid even if the flexibility of the member is large or small.

  According to the configuration (xe), the strength against the force from above can be improved.

According to the configuration (xf), the following effects can be exhibited.
(1) The mounting portion can be slid relative to the water passage member with a simple configuration and stably.
(2) Since the drain connector is attached to the water passage member in the state where the protrusions on both sides of the drainage channel of the water passage member are inserted into the groove portions on both sides of the attachment portion, It is hard to come off even by walking.
(3) There is play between the groove portions on both sides of the attachment portion and the protrusions on both sides of the drainage channel of the water passage member in order to slide the attachment portion with respect to the water passage member. Therefore, the following effects can be exhibited.
(3-1) Detachment of the drain connector will not be difficult.
(3-2) Even if it is repeatedly attached and detached, it will not become difficult to slide or the drain connector will not come off easily.
(3-3) Even if the member deforms over time, the play absorbs the deformation, so that sliding is not impossible.
(3-4) The slide can be smoothly performed regardless of whether the member is flexible or small.

  According to the above configuration (xg), the stress is applied to the mounting portion as much as it is inclined, so that the drain connector can be stably slid by that amount.

  According to the above configuration (xh), when there are a plurality of drain hoses in the field, it is possible to cope with one drain connector.

  According to the configuration (xi), when there are a plurality of drain hoses at the site, it is possible to cope with one drain drainage facility.

According to the said structure (xj), in a drain drainage facility, the effect based on any one drain drainage groove member of said structure (b) , (i) -(t) can be exhibited.

According to the third invention of the present application, in the outdoor floor surface equipment provided with a floor material and a drain drainage groove member, the drain drainage groove member according to any one of the first invention and the configurations (C) to (G) described above. Based on the effect.

  According to the said structure (ya), a cover member can be procured on the spot. Moreover, since the design characteristics of the drain drainage groove member and the flooring can be made the same, the design characteristics of the outdoor floor surface equipment can be made uniform.

  According to the above configuration (yb), even if there is a gap between both edge portions of the water passage member of the drain drainage groove member and the edge portion of the adjacent flooring, the gap can be blocked by the overhanging portion. it can. Therefore, accurate dimensional alignment between the drain drainage groove member and the flooring can be eliminated, and installation workability can be improved.

  According to the fourth invention of the present application, in the outdoor floor surface equipment including the floor material and the drain drainage equipment, the effect based on any one of the drain drainage equipment of the second invention and the configurations (H) to (K). Can be demonstrated.

  According to the said structure (za), a cover member can be procured on the spot. Moreover, since the design property of a drain drainage system and a flooring can be made the same, the design property of an outdoor floor surface equipment can be made into a unity.

(Basic embodiment)
FIG. 1 is a partial cross-sectional perspective view showing an example of the outdoor floor surface equipment of the present invention. The outdoor floor surface equipment 100 is provided on a floor surface 201 of an outdoor 200 such as a common corridor or a veranda of an apartment house such as an apartment, and includes a drain drainage groove member 1, a flooring 2, and A drain connector 3 is provided. The drain connector 3 may not be provided. The drain drainage groove member 1 and the flooring 2 are fixed to the floor surface 201 by pasting or the like. The flooring 2 includes a floor sheet, a floor tile, and the like. The drain drainage groove member 1 is arranged so that its longitudinal direction (arrow L direction) crosses the floor surface 201 and its downstream end faces the drainage groove part 202. The flooring 2 is disposed on both sides of the drain drainage groove member 1. Both side portions 52 and 53 of the drain drainage groove member 1 and the edge portion 21 of the flooring 2 are brought into contact with each other and welded. Reference numeral 101 indicates a welded portion. The drain connector 3 is attached to the upstream end of the drain drainage groove member 1, and connects the drain hose 204 from the external unit 203 of the cooling / heating device to the drain drainage groove member 1. A device in which the drain connector 3 is attached to the drain drain groove member 1 is referred to as a drain drainage equipment 300. FIG. 2 is a perspective view of the drain drainage facility 300. FIG. 3 is a perspective view of the drain drainage groove member 1.

  The drain drainage groove member 1 includes a water passage member 5 and a lid member 6. As shown in FIG. 4, which is a cross-sectional view taken along the line IV-IV in FIG. 3, the water passage member 5 is an elongated member having a drainage channel 50 extending in the longitudinal direction for flowing drain water. The drainage channel 50 includes a bottom portion 51 and both side portions 52 and 53. Horizontal grooves 521 and 531 are formed on the inner sides of the side portions 52 and 53, respectively. The lid member 6 is a single plate, and slides with respect to the water-permeable member 5 by inserting both edge portions 61 and 62 into the groove portions 521 and 531. That is, as shown in FIG. 5, the lid member 6 is detachable by sliding in the longitudinal direction (arrow L direction) with respect to the water passing member 5. In FIG. 4, a welded portion 101 between both side portions 52 and 53 of the drain drainage groove member 1 and the edge portion 21 of the flooring 2 is also shown.

  6 is an enlarged perspective view of the drain connector 3, and FIG. 7 is a sectional view taken along line VII-VII in FIG. The drain connector 3 includes a hose insertion hole portion 7 and an attachment portion 8. As shown in FIG. 7, the outlet end portion 2041 of the drain hose 204 is inserted into the hose insertion hole portion 7 so that the drain water flows toward the drainage channel 50 of the drain drainage groove member 1. The attachment portion 8 is directly attached to the drain drainage groove member 1 and constitutes a lid that closes the drainage channel 50 of the drain drainage groove member 1 from above. The hose insertion hole portion 7 and the attachment portion 8 are integrally formed. Specifically, the hose insertion hole portion 7 is made of a pipe, and the attachment portion 8 is made of a plate body that extends laterally from the lower edge of the pipe. Then, as shown in FIG. 7, the drain connector 3 is inserted into the groove portions 521 and 531 of the water passage member 5 by inserting both edge portions 81 and 82 of the plate of the attachment portion 8 into the water passage member 5. To slide. That is, as shown in FIG. 8, the drain connector 3 can be attached to and detached from the water passage member 5 by sliding in the longitudinal direction. In FIG. 2, the downstream edge 83 of the drain connector 3 and the upstream edge 63 of the lid member 6 are brought into contact with each other and joined.

  In the outdoor floor equipment 100 having the above configuration, drain water from the external unit 203 flows into the drainage channel 50 of the drain drainage groove member 1 through the drain hose 204 and the drain connector 3, and flows through the drainage channel 50. The drain drainage groove member 1 flows down from the downstream end portion to the drainage groove portion 202 and flows through the drainage groove portion 202 to be drained. At that time, the drain water flows into the drainage channel 50 of the drain drainage groove member 1 through the drain connector 3, and therefore does not leak from the drain hose 204 onto the flooring 2. Moreover, since the drain water flows into the drainage channel 50 of the drain drainage groove member 1, it flows in the drainage channel 50 closed by the attachment portion 8 and the lid member 6 of the drain connector 3. 1 does not flow out onto the flooring 2. Therefore, according to the outdoor floor equipment 100 having the above configuration, the drain water can be drained without leaking the drain water onto the flooring 2.

According to the drain drain groove member 1 having the above configuration, the following effects can be exhibited.
(1) Since the drainage channel 50 for flowing drain water is blocked by the lid member 6, the following effects can be exhibited.
(1-1) The drain water does not overflow from the drainage channel 50 due to the wind. Therefore, the drainage function can be sufficiently achieved.
(1-2) Dust and sand do not collect in the drainage channel 50. Accordingly, it is possible to prevent the drainage function from being lowered.
(1-3) Since the step due to the drainage channel 50 is blocked by the lid member 6, it is possible to prevent the user from whispering and therefore to improve safety.

(2) Since the lid member 6 is slidable with respect to the water passage member 5 and can be detached, the following effects can be exhibited.
(2-1) Since the lid member 6 can be detached from the water-permeable member 5 simply by sliding, the lid member 6 can be easily detached.
(2-2) When the drainage channel 50 is clogged due to many years of use, the lid member 6 can be slid to expose the drainage channel 50 to eliminate the clogging of the drainage channel 50, so that maintenance is facilitated. be able to.
(2-3) By sliding the lid member 6, the position where the drain connector 3 is attached can be set not only in the vicinity of the end of the drain drain groove member 1 but also in an arbitrary position. Therefore, the convenience of construction on site can be improved.
(2-4) Since the lid member 6 is attached to the water-permeable member 5 in a state where both edge portions 61 and 62 of the lid member 6 are inserted into the groove portions 521 and 531 of the water-permeable member 5, the lid member 6 Is hard to come off even when the user walks normally.
(2-5) There is play between the both edge portions 61 and 62 of the lid member 6 and the grooves 521 and 531 of the water passage member 5 in order to slide the lid member 6 with respect to the water passage member 5. is doing. Therefore, the following effects can be exhibited.
(2-5-1) Detachment of the lid member 6 will not be difficult.
(2-5-2) Even if the attachment and detachment is repeated, it does not become difficult to slide and the lid member 6 does not easily come off.
(2-5-3) Even if the member deforms over time, the play absorbs the deformation, so that the lid member 6 cannot be slid.
(2-5-4) Even if the flexibility of the member is large or small, the lid member 6 can be smoothly slid.

Moreover, according to the drain drainage system 300 of the said structure, the following effects can be exhibited.
(1) Since the drain connector 3 is provided, the outlet end portion 2041 of the drain hose 204 can be reliably connected to the drain drain groove member 1. Therefore, the drain water from the drain hose 204 can be well received and flowed by the drain drain groove member 1 without leaking onto the flooring 2.

(2) Since the attachment portion 8 of the drain connector 3 serves as a lid for closing the drain channel 50 of the drain drain groove member 1, the following effects are exhibited in the drain channel 50 where the drain connector 3 is mounted. it can.
(2-1) Drain water will not overflow due to wind. Therefore, the drainage function can be performed satisfactorily.
(2-2) Dust and sand do not collect in the drainage channel 50. Accordingly, it is possible to prevent the drainage function from being lowered.

(3) Since the drain connector 3 is slidable and detachable with respect to the water passage member 5, the following effects can be exhibited.
(3-1) Since the attachment portion 8 can be attached to and detached from the water-permeable member 5 simply by sliding, the attaching / detaching operation of the drain connector 3 can be easily performed.
(3-2) If the drainage channel 50 where the drain connector 3 is attached is clogged due to many years of use, slide the mounting part 8 to expose the drainage channel 50 to eliminate the clogging of the drainage channel 50. Therefore, maintenance can be performed easily.
(3-3) By sliding the mounting portion 8 and sliding the lid member 6, the drain connector 3 can be easily mounted not only in the vicinity of the end portion of the drain drainage groove member 1 but also at an arbitrary position. Can do. Therefore, the convenience of construction on site can be improved.
(3-4) Since the drain connector 3 is attached to the water passage member 5 with both edge portions 81 and 82 of the attachment portion 8 being inserted into the grooves 521 and 531 of the water passage member 5, the drain connection The tool 3 is hard to come off even when the user walks normally.
(3-5) There is play between the both edge portions 81 and 82 of the attachment portion 8 and the grooves 521 and 531 of the water passage member 5 in order to slide the attachment portion 8 with respect to the water passage member 5. is doing. Therefore, the following effects can be exhibited.
(3-5-1) Detachment of the drain connector 3 is not difficult.
(3-5-2) Even if the attachment and detachment is repeated, it does not become difficult to slide and the drain connector 3 does not easily come off.
(3-5-3) Even if the member is deformed over time, the play absorbs the deformation, so that the drain connector 3 cannot be slid.
(3-5-4) Even if the flexibility of the member is large or small, the drain connector 3 can be smoothly slid.

  According to the outdoor floor equipment 100 including the drain drain groove member 1 and the flooring 2 having the above-described configuration, the above-described effects based on the drain drain groove member 1 having the above-described configuration can be exhibited.

  Moreover, according to the outdoor floor surface equipment 100 provided with the drain drainage equipment 300 and the flooring 2 configured as described above, the above-described effects based on the drain drainage groove member 1 configured as described above and the above-described effects based on the drain connector 3 configured as described above. The effect can be demonstrated.

(Example of deformation structure)
In the present invention, the following various modified structures can be adopted in relation to the constituent members, the structure of each part, and the overall structure of the above-described embodiment.

[Deformation structure of slide structure of drain drainage groove member 1]
In the following, FIGS. 9 to 12 show reference examples. However, the protrusions 595 and 596 in FIG. 12 are not reference examples.
(1) FIG. 9 is a sectional view showing a first example. In this slide structure, the groove portions 521 and 531 of the water passage member 5 are formed so as to be inclined with respect to the horizontal, and the both edge portions 61 and 62 of the lid member 6 are also inclined accordingly.

  According to this structure, since the stress acts on the lid member 6 by the inclination, the lid member 6 can be stably slid by that amount.

(2) FIG. 10 is a sectional view showing a second example. In this slide structure, projecting portions 591 and 592 projecting inward from the both side portions 52 and 53 of the water passage member 5 are formed. There is a gap between the protruding portions 591 and 592 and the lower surface of the lid member 6.

  According to this structure, since the protruding portions 591 and 592 serve as a barrier between the drain water flowing through the drainage channel 50 and the slide portion, even if the drain water jumps up, the drain water that jumps up is hung on the slide portion. Can be prevented. Therefore, it is possible to prevent drain water from leaking from the slide portion and overflowing.

  In addition, when the lid member 6 is stepped on, the protrusions 591 and 592 abut against the lower surface of the lid member 6 to support the lid member 6, so that the degree of depression of the lid member 6 can be reduced and the lid member 6 is damaged. It can be prevented from coming off from the water-permeable member 5.

  Note that the protruding portions 591 and 592 are not limited to the case of protruding horizontally as shown in FIG. 10, and may protrude obliquely upward or obliquely downward.

(3) FIG. 11 is a sectional view showing a third example. In this slide structure, projecting portions 593 and 594 that project inward from the both side portions 52 and 53 of the water-permeable member 5 are formed. The protruding portions 593 and 594 protrude along the lower surface of the lid member 6 and in contact with each other.

  According to this structure, since the projecting portions 593 and 594 are in contact with the entire bottom surface of the lid member 6, the drain water flowing through the drainage channel 50 can be reliably prevented from entering the slide portion. Therefore, it is possible to reliably prevent drain water from leaking from the slide portion and overflowing.

  Moreover, since the projecting portions 593 and 594 support and support both sides of the lid member 6, the mounting stability of the lid member 6 with respect to the water-permeable member 5 can be increased, and the lid member 6 is stepped on. The degree of depression can be reduced.

(4) FIG. 12 is a sectional view showing a fourth example. In this slide structure, projecting portions 595 and 596 projecting inward from the both side portions 52 and 53 of the water-permeable member 5 are formed. The projecting portions 595 and 596 project obliquely upward from the side portions 52 and 53, and the tips thereof are in contact with the lower surface of the lid member 6.

  According to this structure, since the tips of the protrusions 595 and 596 are in contact with the lower surface of the lid member 6, it is possible to reliably prevent the drain water flowing through the drainage channel 50 from entering the slide portion. Therefore, it is possible to reliably prevent drain water from leaking from the slide portion and overflowing.

  In addition, since the protrusions 595 and 596 support the lid member 6 from obliquely below, the mounting stability of the lid member 6 with respect to the water-permeable member 5 can be increased, and the degree of depression when the lid member 6 is stepped on. Can be reduced.

  In addition, you may form the protrusion part shown by FIGS. 10-12 only in one of the both sides 52 and 53 of the water flow member 5. FIG. 10 to 12 show three types of protrusions, but in the present invention, different types of protrusions may be employed in one side 52 and the other side 53.

(5) FIG. 13 is a sectional view showing a fifth example. In this slide structure, convex portions 615 and 625 are formed on the lower surfaces of both edge portions 61 and 62 of the lid member 6, and the convex portions 615 and 625 are formed on the lower surfaces of the groove portions 521 and 531 of the water passage member 5. Recesses 5211 and 5311 are formed to fit. Both edge portions 61 and 62 of the lid member 6 are inserted into the groove portions 521 and 531 in a state where the convex portions 615 and 625 are fitted in the concave portions 5211 and 5311.

  According to this structure, since the convex portions 615 and 625 are fitted in the concave portions 5211 and 5311, the mounting state of the lid member 6 and the water passing member 5 in the slide portion can be stabilized, and the drain water Can be prevented from leaking from the slide part and overflowing.

(6) FIG. 14 is a sectional view showing a sixth example. In this slide structure, convex portions 616 and 626 are formed on the upper surfaces of both edge portions 61 and 62 of the lid member 6, and the convex portions 616 and 626 are formed on the upper surfaces of the groove portions 521 and 531 of the water passage member 5. Concave portions 5212 and 5312 are formed. Then, both edge portions 61 and 62 of the lid member 6 are inserted into the groove portions 521 and 531 in a state where the convex portions 616 and 626 are fitted into the concave portions 5212 and 5312.

  According to this structure, since the convex portions 616 and 626 are fitted in the concave portions 5212 and 5312, the mounting state of the lid member 6 and the water passage member 5 in the slide portion can be stabilized, and the drain water Can be prevented from leaking from the slide part and overflowing.

(7) FIG. 15 is a sectional view showing a seventh example. In this slide structure, recesses 617 and 627 are formed on the lower surfaces of both edge portions 61 and 62 of the lid member 6, and the recesses 617 and 627 are fitted on the lower surfaces of the groove portions 521 and 531 of the water flow member 5. Convex protrusions 5213 and 5313 are formed. Both edge portions 61 and 62 of the lid member 6 are inserted into the groove portions 521 and 531 in a state where the convex portions 5213 and 5313 are fitted in the concave portions 617 and 627.

  According to this structure, since the convex portions 5213 and 5313 are fitted in the concave portions 617 and 627, the mounting state of the lid member 6 and the water passage member 5 in the slide portion can be stabilized, and the drain water Can be prevented from leaking from the slide part and overflowing.

(8) FIG. 16 is a sectional view showing an eighth example. In this slide structure, concave portions 618 and 628 are formed on the upper surfaces of both edge portions 61 and 62 of the lid member 6, and the concave portions 618 and 628 are fitted on the upper surfaces of the groove portions 521 and 531 of the water passage member 5. Convex portions 5214 and 5314 are formed. Then, both edge portions 61 and 62 of the lid member 6 are inserted into the groove portions 521 and 531 in a state where the convex portions 5214 and 5314 are fitted in the concave portions 618 and 628.

  According to this structure, since the convex portions 5214 and 5314 are fitted in the concave portions 618 and 628, the mounting state of the lid member 6 and the water passage member 5 in the slide portion can be stabilized, and the drain water Can be prevented from leaking from the slide part and overflowing.

  In addition, in the edge part 61 and / or the edge part 62 of the cover member 6, you may employ | adopt combining arbitrary 2 types of 4 types of slide structures shown in FIGS. Further, different types of slide structures may be employed for the one edge 61 and the other edge 62. For example, in the slide structure of FIG. 13, convex portions 616 and 626 and concave portions 5212 and 5312 may be further formed. Further, for example, in the slide structure of FIG. 15, the concave portions 618 and 628 and the convex portions 5214 and 5314 may be further formed. Further, for example, in the example of FIG. 13, the slide structure of FIG. Further, for example, in the example of FIG. 15, the slide structure of FIG.

(9) FIG. 17 is a sectional view showing a ninth example. FIG. 17 shows a reference example. In this slide structure, both edges 61 and 62 of the lid member 6 are formed in a corrugated cross section, and the grooves 521 and 531 of the water flow member 5 are cross sections in which both edges 61 and 62 are fitted. It is formed in a corrugated shape. And both the edge parts 61 and 62 of the cover member 6 are inserted in the groove parts 521 and 531 in the state which made the waveform shape fit.

  According to this structure, since the corrugated shapes of both the edge portions 61 and 62 and the groove portions 521 and 531 are fitted to each other, it is possible to stabilize the mounting state of the lid member 6 and the water passage member 5 in the slide portion. In addition, drain water can be prevented from leaking from the slide portion and overflowing.

18 to 24 show reference examples.
(10) FIG. 18 is a sectional view showing a tenth example. In this slide structure, horizontal grooves 611 and 621 are formed on both edges 61 and 62 of the lid member 6, and protrusions 522 and 532 are formed on both sides 52 and 53 of the drainage channel 50, respectively. The lid member 6 is configured to slide relative to the water passage member 5 by inserting the protrusions 522 and 532 of the drainage channel 50 into the groove portions 611 and 621 of the both edge portions 61 and 62 thereof.

According to this structure, the following effects can be exhibited.
(I) Since the lid member 6 is attached to the water passage member 5 in a state where the protrusions 522 and 532 of the water passage member 5 are inserted into the groove portions 611 and 621 of the lid member 6, the lid member 6 is used. It is hard to come off even by normal walking of a person.
(Ii) There is play between the groove portions 611 and 621 of the lid member 6 and the protrusions 522 and 532 of the water passage member 5 in order to slide the lid member 6 with respect to the water passage member 5. . Therefore, the following effects can be exhibited.
(Ii-1) Detachment of the lid member 6 does not become difficult.
(Ii-2) Even if the attachment / detachment is repeated, it does not become difficult to slide and the lid member 6 does not easily come off.
(Ii-3) Even if the member is deformed with time, the play absorbs the deformation, so that the lid member 6 cannot be slid.
(Ii-4) Whether the member is large or small, the lid member 6 can be smoothly slid.

(11) FIG. 19 is a sectional view showing an eleventh example. This example is a further variation of the structure of FIG. In this slide structure, the groove portions 611 and 621 of the lid member 6 are formed to be inclined with respect to the horizontal, and the protrusions 522 and 532 of the water passage member 5 are also inclined accordingly.

  According to this structure, since the stress acts on the lid member 6 by the inclination, the lid member 6 can be stably slid by that amount.

(12) FIG. 20 is a sectional view showing a twelfth example. This example is a further variation of the structure of FIG. In this slide structure, upper-open recesses 6111 and 6211 are formed on the lower surfaces of the groove portions 611 and 621 of the lid member 6, and the recesses 6111 and 6211 are formed on the lower surfaces of the protrusions 522 and 532 of the water passage member 5. Downward convex portions 5221 and 5321 are formed to be fitted to the. And the protrusion parts 522 and 532 of the water flow member 5 are inserted in the groove parts 611 and 621 of the lid member 6 in a state where the convex parts 5221 and 5321 are fitted to the concave parts 6111 and 6211.

  According to this structure, since the convex portions 5221 and 5321 are fitted in the concave portions 6111 and 6211, the mounting state of the lid member 6 and the water passage member 5 in the slide portion can be stabilized, and the drain water Can be prevented from leaking from the slide part and overflowing.

(13) FIG. 21 is a sectional view showing a thirteenth example. This example is a further variation of the structure of FIG. In this slide structure, downwardly opening concave portions 6112 and 6212 are formed on the upper surfaces of the groove portions 611 and 621 of the lid member 6, and the concave portions 6112 and 6212 are formed on the upper surfaces of the protrusions 522 and 532 of the water flow member 5. Upward convex portions 5222 and 5322 are formed so as to be fitted to each other. And the protrusion parts 522 and 532 of the water flow member 5 are inserted in the groove parts 611 and 621 of the lid member 6 in a state where the convex parts 5222 and 5322 are fitted to the concave parts 6112 and 6212.

  According to this structure, since the convex portions 5222 and 5322 are fitted in the concave portions 6112 and 6212, the mounting state of the lid member 6 and the water passage member 5 in the slide portion can be stabilized, and the drain water Can be prevented from leaking from the slide part and overflowing.

(14) FIG. 22 is a sectional view showing a fourteenth example. This example is a further variation of the structure of FIG. In this slide structure, upward convex portions 6113 and 6213 are formed on the lower surfaces of the groove portions 611 and 621 of the lid member 6, and the convex portions 6113 and 6213 are formed on the lower surfaces of the protrusions 522 and 532 of the water flow member 5. Opening recesses 5223 and 5323 into which 6213 fits are formed. And the protrusion parts 522 and 532 of the water flow member 5 are inserted in the groove parts 611 and 621 of the lid member 6 in a state where the convex parts 6113 and 6213 are fitted in the concave parts 5223 and 5323.

  According to this structure, since the convex portions 6113 and 6213 are fitted in the concave portions 5223 and 5323, the mounting state of the lid member 6 and the water passage member 5 in the slide portion can be stabilized, and the drain water Can be prevented from leaking from the slide part and overflowing.

(15) FIG. 23 is a sectional view showing a fifteenth example. This example is a further variation of the structure of FIG. In this slide structure, downward convex portions 6114 and 6214 are formed on the upper surfaces of the groove portions 611 and 621 of the lid member 6, and the convex portions 6114 and 6214 are formed on the upper surfaces of the protrusions 522 and 532 of the water flow member 5. Upper opening recesses 5224 and 5324 into which 6214 are fitted are formed. And the protrusion parts 522 and 532 of the water flow member 5 are inserted in the groove parts 611 and 621 of the lid member 6 with the convex parts 6114 and 6214 fitted to the concave parts 5224 and 5324.

  According to this structure, since the convex portions 6114 and 6214 are fitted in the concave portions 5224 and 5324, the mounting state of the lid member 6 and the water passage member 5 in the slide portion can be stabilized, and the drain water Can be prevented from leaking from the slide part and overflowing.

  In addition, in the edge part 61 and / or the edge part 62 of the cover member 6, you may employ | adopt combining arbitrary 2 types of 4 types of slide structures shown in FIGS. 20-23. Further, different types of slide structures may be employed for the one edge 61 and the other edge 62. For example, in the slide structure of FIG. 20, convex portions 5222 and 5322 and concave portions 6112 and 6212 may be further formed. Further, for example, in the slide structure of FIG. 22, the concave portions 5224 and 5324 and the convex portions 6114 and 6214 may be further formed. Further, for example, in the example of FIG. 20, the slide structure of FIG. 21 may be adopted for the edge portion 62. For example, in the example of FIG. 22, the slide structure of FIG.

(16) FIG. 24 is a sectional view showing a sixteenth example. This example is a further variation of the structure of FIG. In this slide structure, the grooves 611 and 621 of the lid member 6 are formed in a corrugated cross section, and the protrusions 522 and 532 of the water flow member 5 are fitted in the grooves 611 and 621 having a corrugated cross section. It is formed in a corrugated cross section. And the protrusion parts 522 and 532 of the water flow member 5 are inserted in the groove parts 611 and 621 of the lid member 6 in a state where the corrugated shapes are fitted.

  According to this structure, since the corrugated shapes of the grooves 611 and 621 and the protrusions 522 and 532 are fitted to each other, it is possible to stabilize the mounting state of the lid member 6 and the water passage member 5 in the slide portion. In addition, the drain water can be prevented from leaking from the slide portion and overflowing.

[Deformation structure of drainage channel 50 of drain drainage groove member 1]
(1) FIG. 25 is a sectional view showing a first example. In this drainage channel 50, a drainage channel that is one step lower is formed in the center of the bottom 51, so that the drainage channel 50 has a narrow region 511 in the center and a wide region 512 including the narrow region 511. is doing.

  According to this structure, when the drain water is small, the drain water is flowed to the narrow region 511, and when the drain water is large, the drain water is flowed to the wide region 512, so that the drainage channel 50 is used unnecessarily and widely. Can be avoided. Therefore, maintenance can be performed simply.

(2) FIG. 26 is a sectional view showing a second example. In this drainage channel 50, the bottom surface 510 gradually decreases from both sides toward the center. Here, the bottom 51 has a V-shaped cross section.

  According to this structure, since drain water gathers and flows in the center of the drainage channel 50, drain water can be efficiently flowed.

(3) FIG. 27 is a sectional view showing a third example. This example is a further variation of the structure of FIG. In this drainage channel 50, the bottom surface 510 is gradually lowered toward the center, and has a central region 511 that is lowered by one step.

  According to this structure, since drain water gathers and flows in the center of the drainage channel 50, drain water can be efficiently flowed.

(4) FIG. 28 is a sectional view showing a fourth example. In this drainage channel 50, a narrow region 511 partitioned by two ribs 551 and 552 is formed at the center of the bottom 51, whereby the drainage channel 50 includes a central narrow region 511 and a narrow region. And a wide region 512 including 511.

  Also with this structure, the same effect as in the case of FIG. 25 can be exhibited.

(5) FIG. 29 is a sectional view showing a fifth example. In the drainage channel 50, a narrow region 511 partitioned by two low ribs 553 and 554 is formed at the center of the bottom 51, and the narrow region 511 partitioned by two high ribs 555 and 556 and outside thereof. A wide region 512 including is formed. Further, the outside of the wide region 512 can be viewed as a further wide region 513 including the wide region 512.

  According to this structure, when the drain water is small, the drain water flows to the narrow region 511, when the drain water is large, the drain water flows to the wide region 512, and when there is more drain water, the drain water is drained. By flowing through the wide region 513, it is possible to avoid the drainage channel 50 being used unnecessarily widely. Therefore, maintenance can be performed simply.

(6) FIG. 30 is a sectional view showing a sixth example. In this drainage channel 50, a large number of ribs 557 projecting upward at equal intervals are formed on the bottom 51. In addition, it is preferable that the rib 557 protrudes by a length contacting the back surface of the attached lid member 6.

  According to this structure, since the lid member 6 can be supported from below by the ribs 557, the lid member 6 can be reinforced to resist pressure applied from above.

(7) FIG. 31 is a sectional view showing a seventh example. In the drainage channel 50, an action layer 561 which is a resin layer in which an antibacterial agent and a fungicide are mixed is formed on the inner surface.

  According to this structure, it is possible to prevent the inner surface of the drainage channel 50 from being contaminated and deteriorated by bacteria or the like in the drain water.

[Deformed structure of lid member 6 of drain drainage groove member 1]
(1) FIG. 32 is a sectional view showing a first example. In the lid member 6, a plurality of convex portions 651 extending in the longitudinal direction are formed on the surface.

  According to this structure, the lid member 6 can be reinforced.

(2) FIG. 33 is a sectional view showing a second example. In the lid member 6, a plurality of convex portions 652 extending in the longitudinal direction are formed on the back surface.

  Also with this structure, the lid member 6 can be reinforced.

(3) FIG. 34 is a sectional view showing a third example. In the lid member 6, a plurality of convex portions 653 extending in the longitudinal direction are formed on the back surface, and the convex portions 653 are in contact with the bottom 51 of the drainage channel 50 when attached to the water flow member 5. Only protruding.

  According to this structure, since the lid member 6 can be supported by the convex portion 653 on the bottom 51 of the drainage channel 50, the lid member 6 can be reinforced so as to resist pressure applied from above.

(4) FIG. 35 is a sectional view showing a fourth example. The lid member 6 is formed of a three-layer laminate, and includes a first layer 661 made of a transparent resin, a second layer (decorative layer) 662 that is a resin layer on which a pattern is formed, and a first layer made of a colored resin. 3 layers 663. The first layer 661 has a plurality of convex portions 651 on the surface. In the lid member 6, since the first layer 661 which is the uppermost layer is transparent, the second layer 662, that is, the decorative layer can be seen from the front.

  According to this structure, the design of the lid member 6 can be improved. Therefore, the lid member 6 can have a design that is not inferior to the design of the flooring 2 disposed around.

  In this structure, the lid member 6 is not limited to three layers, but may be a single layer composed of only a decorative layer, or two or four or more layers if the decorative layer is visible from the front. You may consist of a laminated body.

Furthermore, the transparent resin of the first layer 661 may have the following configuration.
(I) A pattern is formed by mixing granular chips and / or fibrous chips.
(Ii) A colored layer is formed by mixing a small amount of pigment.
(Iii) Both (i) and (ii) are provided.

Further, as the pattern of the second layer 662, the following pattern may be adopted.
(I) A pattern formed by mixing granular chips and / or fibrous chips.
(Ii) Print pattern.
(Iii) A pattern made by extruding resin raw materials of different colors.

(5) FIG. 36 is a sectional view showing a fifth example. The lid member 6 is composed of a laminate of two layers, and a first layer 664 that is a resin layer in which granular chips 6641 and fibrous chips 6642 are mixed, and a resin layer in which antibacterial and antifungal agents are mixed. And a second layer (working layer) 665.

  According to this structure, since the second layer 665 which is the lowermost layer contains the antibacterial agent and the antifungal agent, it is possible to prevent the back surface of the lid member 6 from being contaminated and deteriorated by bacteria or the like in the drain water.

  In addition, when this lid member 6 is used together with the water passage member 6 shown in FIG. 31, it is possible to prevent the entire drainage channel 50 from being contaminated and deteriorated by bacteria or the like in the drain water.

  Moreover, since the 1st layer 664 contains the granular chip | tip 6641 and the fibrous chip | tip 6642, the pattern based on those chip | tips is exhibited. Therefore, the design of the lid member 6 can be improved.

  In this structure, the lid member 6 is not limited to two layers, but may be a single layer composed of only an active layer, or a laminate of three or more layers if the lowermost layer is an active layer. It may consist of.

(6) FIG. 37 is a sectional view showing a sixth example. The lid member 6 is composed of a laminate of two layers, and includes a first layer (working layer) 666 that is a resin layer mixed with an ultraviolet-resistant chemical, and a resin layer mixed with an antibacterial agent and an antifungal agent. A second layer (working layer) 663.

  According to this structure, since the first layer 666 that is the uppermost layer contains an ultraviolet-resistant chemical, it is possible to prevent the surface of the lid member 6 from being deteriorated by ultraviolet rays, and the back surface of the lid member 6 is in the drain water. It is possible to prevent deterioration due to contamination by bacteria and the like, and further, it is possible to prevent the antibacterial action and antifungal action on the back surface of the lid member 6 from being weakened by ultraviolet rays.

(7) FIG. 38 is a sectional view showing a seventh example. The lid member 6 is composed of a two-layer laminate, and includes a first layer 668 having a plurality of convex portions 651 on the front surface and a second layer 669 having a plurality of convex portions 652 on the back surface. The first layer 668 and the second layer 669 have the same form.

  According to this structure, since the first layer 668 and the second layer 669 have the same form, there is no need to distinguish the front and back of the lid member 6, and therefore the lid member 6 to the water flow member 5 is not necessary. The installation work becomes easier.

  Further, when one surface of the lid member 6 is damaged, the other surface can be used as a table, so that the life of the lid member 6 can be extended.

(8) FIG. 39 is a sectional view showing an eighth example. The lid member 6 is formed of a two-layer laminate, and includes a first layer (first decorative layer) 664 that is a resin layer in which granular chips 6641 and fibrous chips 6642 are mixed, and a second layer made of a colored resin. Layer (second decorative layer) 663, and the first layer 664 and the second layer 663 have the same form.

  According to this structure, since the design properties exhibited by the first layer 664 and the second layer 663 are different, two designs can be exhibited by one lid member 6. Therefore, the commercial value of the drain drain groove member 1 can be improved.

  The lid member 6 may be a laminate of three or more layers. In that case, the lid member 6 has at least a first decorative layer and a second decorative layer, and the first decorative layer can be seen and seen from the front. What is necessary is just to be comprised so that a 2nd cosmetic layer can be seen seeing from.

(9) FIG. 40 is a sectional view showing a ninth example. This lid member 6 is composed of a two-layer laminate, and a first layer (working layer) 671 that is a resin layer in which an antibacterial agent and an antifungal agent are mixed, and an antibacterial agent and an antifungal agent are mixed. A second layer (working layer) 672 that is a resin layer, and the first layer 671 and the second layer 672 have the same form.

  According to this structure, even if any one of the first layer 671 and the second layer 672 is used as the back, since both layers contain the antibacterial agent and the antifungal agent, When the antibacterial action or antifungal action is weakened, the antibacterial action or antifungal action of the other surface can be used, and therefore the antibacterial action or antifungal action of the lid member 6 can be extended.

  The lid member 6 may be a laminate of three or more layers, and in that case, it is sufficient that at least the uppermost layer and the lowermost layer each have an action layer exhibiting an antibacterial action or an antifungal action. .

(10) FIG. 41 is a sectional view showing a tenth example. The lid member 6 is formed of a two-layer laminate, and includes a first layer (working layer) 673 that is a resin layer mixed with an ultraviolet resistant chemical and a second layer that is a resin layer mixed with an ultraviolet resistant chemical. The first layer 673 and the second layer 674 have the same form.

  According to this structure, even if any one of the first layer 673 and the second layer 674 is used as a table, since both layers contain an ultraviolet resistant chemical, the ultraviolet resistant action of one surface of the lid member 6 is achieved. Can be used, the anti-ultraviolet action of the other surface can be used, and therefore the anti-ultraviolet action life of the lid member 6 can be extended.

  The lid member 6 may be a laminate of three or more layers. In that case, it is sufficient that at least the uppermost layer and the lowermost layer each have an action layer exhibiting an ultraviolet resistance.

  In the drain drainage groove member 1 described above, various deformation structures of the above-described slide structure, drainage channel, and lid member can be used in any combination.

[Deformation structure of drain drainage groove member 1]
(1) FIG. 42 is a sectional view showing a first example. The drain drainage groove member 1 is configured such that when the lid member 6 and the water passage member 5 are attached to the water passage member 5, the surfaces 501 and 601 of both the members 5 and 6 form the same surface. ing.

  According to this structure, the shape design of the drain drainage groove member 1 can be made clean. In addition, by making the flooring 2 the same thickness as the drain drainage groove member 1, the entire flooring 2 and the drain drainage groove member 1 can be made to have no step.

[ Reference structure of slide structure of drain connector 3]
(1) FIG. 43 is a sectional view showing a first example. In this slide structure, the groove portions 521 and 531 of the water passage member 5 are formed to be inclined with respect to the horizontal, and both edge portions 81 and 82 of the attachment portion 8 are also inclined accordingly.

  According to this structure, since the stress acts on the attachment portion 8 as much as the inclination, the drain connector 3 can be stably slid by that amount.

(2) FIG. 44 is a sectional view showing a second example. In this slide structure, horizontal grooves 811, 821 are formed on both edges 81, 82 of the mounting portion 8, respectively, and protrusions 522, 532 are formed on both sides 52, 53 of the drainage channel 50, respectively. The mounting portion 8 is configured to slide with respect to the water passage member 5 by inserting the protrusions 522 and 532 of the drainage channel 50 into the groove portions 811 and 821 of both edge portions 81 and 82 thereof.

According to this modified structure, the following effects can be exhibited.
(I) Since the attachment portion 8 is attached to the water passage member 5 in a state where the protrusions 522 and 532 of the water passage member 5 are inserted into the groove portions 811 and 821 of the attachment portion 8, the drain connector 3 is It is hard to come off even by normal walking of the user.
(Ii) There is play between the groove portions 811 and 821 of the attachment portion 8 and the protrusions 522 and 532 of the water passage member 5 in order to slide the attachment portion 8 with respect to the water passage member 5. . Therefore, the following effects can be exhibited.
(Ii-1) Detachment of the drain connector 3 is not difficult.
(Ii-2) Even if the attachment and detachment is repeated, it does not become difficult to slide and the drain connector 3 does not easily come off.
(Ii-3) Even if the member is deformed over time, the play absorbs the deformation, so that the drain connector 3 cannot be slid.
(Ii-4) Even if the flexibility of the member is large or small, the drain connector 3 can be smoothly slid.

(3) FIG. 45 is a sectional view showing a third example. This example is a further variation of the structure of FIG. In this slide structure, the groove portions 811 and 821 of the attachment portion 8 are formed so as to be inclined with respect to the horizontal, and the protrusions 522 and 532 of the water passage member 5 are also inclined in accordance therewith.

  According to this structure, since the stress acts on the attachment portion 8 as much as the inclination, the drain connector 3 can be stably slid by that amount.

[Deformation structure of hose insertion hole 7 of drain connector 3]
(1) FIG. 46 shows a first example. 46A is a side view, and FIG. 46B is a rear view. The hose insertion hole 7 is inclined.

  According to this structure, the outlet end portion 2041 of the drain hose 204 can be stably and obliquely inserted into the hose insertion hole portion 7.

(2) FIG. 47 shows a second example. 47 (a) is a side view and FIG. 47 (b) is a rear view. The hose insertion hole 7 is curved.

  According to this structure, it is possible to make it difficult for the outlet end portion 2041 of the drain hose 204 to come out of the hose insertion hole portion 7.

(3) FIG. 48 shows a third example. 48 (a) is a side view and FIG. 48 (b) is a rear view. The hose insertion hole 7 is branched upstream into two insertion holes 71 and 72.

  According to this structure, when there are two drain hoses 204 in the field, it is possible to cope with one drain connector 3.

  In addition, as for the hose insertion hole 7, the upstream side may branch into three or more.

  In the drain connector 3 described above, various deformation structures of the slide structure and the hose insertion hole can be used in any combination. In particular, regarding the slide structure, various modified structures of the slide structure of the drain drainage groove member 1 can be arbitrarily applied and used in the same manner as the drain drainage groove member 1.

[Deformation structure of drain connector 3]
(1) FIGS. 49 and 50 show a first example. FIG. 49 is a perspective view. In FIG. 50, (a) is a side view, (b) is a front view, and (c) is a rear view. In the drain connector 3, the hose insertion hole portion 7 and the attachment portion 8 are configured by a single block body 30. The hose insertion hole portion 7 is a through hole formed in the block body 30, and the attachment portion 8 is a lower portion of the block body 30. As shown in FIG. 50, the mounting portion 8 inserts the protrusions 85 and 86 formed on both sides of the lower portion of the block body 30 into the groove portions 521 and 531 formed on the both side portions 52 and 53 of the drainage channel 50. By doing so, it slides with respect to the water-permeable member 5. As a result, the drain connector 3 can be attached to and detached from the water passage member 5 by sliding in the longitudinal direction.

  This structure can also exhibit the same effect as described as the effect of the drain connector 3 in the basic embodiment.

  Further, since the hose insertion hole portion 7 is inclined, the outlet end portion 2041 of the drain hose 204 can be stably and obliquely inserted into the hose insertion hole portion 7.

  Further, since the stopper 88 is provided at the bottom of the rear end portion of the block body 30, the drain water flowing into the drainage channel 50 from the drain hose 204 inserted into the hose insertion hole portion 7 is supplied to the drain connector 3. Flowing backward or upstream is stopped by a stopper 88.

[ Reference structure of slide structure of drain connector 3 in FIG. 49]
(1) FIG. 52 is a sectional view showing a first example. In this slide structure, the groove portions 521 and 531 of the water passage member 5 are formed to be inclined with respect to the horizontal, and the protrusions 85 and 86 of the attachment portion 8 are also inclined accordingly.

  According to this structure, since the stress acts on the block body 30 as much as the inclination, the drain connector 3 can be stably slid by that amount.

(2) FIG. 53 is a sectional view showing a second example. In this slide structure, horizontal groove portions 871 and 881 are formed on both sides of the lower portion of the block body 30, and protrusions 522 and 532 are formed on both side portions 52 and 53 of the drainage channel 50, respectively. 30 slides with respect to the water flow member 5 by inserting the protrusions 522 and 532 of the drainage channel 50 into the groove portions 871 and 881 on both sides thereof.

According to this structure, the following effects can be exhibited.
(I) Since the block body 30 is attached to the water flow member 5 with the protrusions 522 and 532 of the water flow member 5 inserted into the groove portions 871 and 881 of the block body 30, the drain connector 3 is It is hard to come off even by normal walking of the user.
(Ii) There is play between the groove portions 871 and 881 of the block body 30 and the protrusions 522 and 532 of the water passage member 5 in order to slide the drain connector 3 relative to the water member 5. Yes. Therefore, the following effects can be exhibited.
(Ii-1) Detachment of the drain connector 3 is not difficult.
(Ii-2) Even if the attachment and detachment is repeated, it does not become difficult to slide and the drain connector 3 does not easily come off.
(Ii-3) Even if the member is deformed over time, the play absorbs the deformation, so that the drain connector 3 cannot be slid.
(Ii-4) Even if the flexibility of the member is large or small, the drain connector 3 can be smoothly slid.

(3) FIG. 54 is a sectional view showing a third example. This example is a further variation of the structure of FIG. In this slide structure, the groove portions 871 and 881 of the block body 30 are formed so as to be inclined with respect to the horizontal, and the protrusions 522 and 532 of the water passage member 5 are also inclined correspondingly.

  According to this structure, since the stress acts on the block body 30 as much as the inclination, the drain connector 3 can be stably slid by that amount.

[Deformation Structure of Hose Insertion Hole 7 of Drain Connector 3 in FIG. 49]
(1) FIG. 55 is a side view showing a first example. The hose insertion hole 7 is curved.

  According to this structure, it is possible to make it difficult for the outlet end portion 2041 of the drain hose 204 to come out of the hose insertion hole portion 7.

(2) FIG. 56 is a sectional view showing a second example. 56A is a side view, and FIG. 56B is a rear view. The hose insertion hole 7 is branched upstream into two insertion holes 71 and 72.

  According to this structure, when there are two drain hoses 204 in the field, it is possible to cope with one drain connector 3.

  In addition, as for the hose insertion hole 7, the upstream side may branch into three or more.

  In the drain connector 3 of FIG. 49, various deformation structures of the slide structure and the hose insertion hole can be used in any combination. In particular, regarding the slide structure, various modified structures of the slide structure of the drain drainage groove member 1 can be arbitrarily applied and used in the same manner as the drain drainage groove member 1.

[Deformation structure of drain drainage system 300]
(1) FIG. 57 is a sectional view showing a first example. In this structure, two drain connectors 3 are attached to one drain drain groove member 1. Note that the edge 63 of the lid member 6 and the edge 83 of the drain connector 3 are brought into contact with each other, and the edges 83 and 84 of the two drain connectors 3 are also brought into contact with each other to be welded together. Yes.

  According to this structure, when there are two drain hoses 204 at the site, it is possible to cope with one drain drain groove member 1.

  Note that three or more drain connectors 3 may be attached to one drain drain groove member 1.

[Deformation structure of outdoor floor equipment 100]
(1) FIG. 58 is a sectional view showing a first example. In this structure, the cover member 6 of the drain drainage groove member 1 is cut from the floor material 2 used together.

  According to this structure, the lid member 6 can be procured on site. Moreover, since the design property of the drain drainage groove member 1 and the flooring 2 can be made the same, the design property of the outdoor floor equipment 100 can be made uniform.

(2) FIG. 59 is a sectional view showing a second example. In this structure, the water flow member 5 of the drain drainage groove member 1 has overhang portions 523 and 533 that protrude laterally from the upper edges of the side portions 52 and 53, and the overhang portions 523 and 533 are They are placed on the edges 21 and 21 of the adjacent flooring 2 and welded to the edges 21 and 21, respectively.

  According to this structure, even if there is a gap 29 between the side portions 52 and 53 of the water passage member 5 of the drain drainage groove member 1 and the edge portions 21 and 21 of the adjacent flooring 2, the overhang portion 523 is provided. 533 can close the gap 29. Therefore, accurate dimensional alignment between the drain drainage groove member 1 and the flooring 2 can be eliminated, and installation workability can be improved.

  Since the drain drainage groove member of the present invention can be easily detached and attached by simply sliding the lid member, the industrial utility value is great.

It is a partial section perspective view showing an example of the outdoor floor equipment of the present invention. It is a perspective view of drain drainage equipment. It is a perspective view of a drain drainage groove member. It is IV-IV sectional drawing of FIG. It is a perspective view of the drain drainage groove member in a state where the lid member is slid in the longitudinal direction. It is an expansion perspective view of a drain connector. It is VII-VII sectional drawing of FIG. It is a perspective view of the drain drainage system of the state which slid the drain connector in the longitudinal direction. It is sectional drawing which shows the 1st example (reference example) of the deformation | transformation structure of the slide structure of the drain drain groove member of FIG. It is sectional drawing which shows the 2nd example (reference example) of the deformation | transformation structure of the slide structure of the drain drain groove member of FIG. It is sectional drawing which shows the 3rd example (reference example) of the deformation | transformation structure of the slide structure of the drain drain groove member of FIG. It is sectional drawing which shows the 4th example (reference example) of the deformation | transformation structure of the slide structure of the drain drain groove member of FIG. It is sectional drawing which shows the 5th example of the deformation | transformation structure of the slide structure of the drain drain groove member of FIG. It is sectional drawing which shows the 6th example of the deformation | transformation structure of the slide structure of the drain drain groove member of FIG. It is sectional drawing which shows the 7th example of the deformation | transformation structure of the slide structure of the drain drain groove member of FIG. It is sectional drawing which shows the 8th example of the deformation | transformation structure of the slide structure of the drain drain groove member of FIG. It is sectional drawing which shows the 9th example (reference example) of the deformation | transformation structure of the slide structure of the drain drain groove member of FIG. It is sectional drawing which shows the 10th example (reference example) of the deformation | transformation structure of the slide structure of the drain drain groove member of FIG. It is sectional drawing which shows the 11th example (reference example) of the deformation | transformation structure of the slide structure of the drain drain groove member of FIG. It is sectional drawing which shows the 12th example (reference example) of the deformation | transformation structure of the slide structure of the drain drain groove member of FIG. It is sectional drawing which shows the 13th example (reference example) of the deformation | transformation structure of the slide structure of the drain drain groove member of FIG. It is sectional drawing which shows the 14th example (reference example) of the deformation | transformation structure of the slide structure of the drain drain groove member of FIG. It is sectional drawing which shows the 15th example (reference example) of the deformation | transformation structure of the slide structure of the drain drain groove member of FIG. It is sectional drawing which shows the 16th example (reference example) of the deformation | transformation structure of the slide structure of the drain drain groove member of FIG. It is sectional drawing which shows the 1st example of the deformation | transformation structure of the drainage channel of the drain drainage groove member of FIG. It is sectional drawing which shows the 2nd example of the deformation | transformation structure of the drainage channel of the drain drainage groove member of FIG. It is sectional drawing which shows the 3rd example of the deformation | transformation structure of the drainage channel of the drain drainage groove member of FIG. It is sectional drawing which shows the 4th example of the deformation | transformation structure of the drainage channel of the drain drainage groove member of FIG. It is sectional drawing which shows the 5th example of the deformation | transformation structure of the drainage channel of the drain drainage groove member of FIG. It is sectional drawing which shows the 6th example of the deformation | transformation structure of the drainage channel of the drain drainage groove member of FIG. It is sectional drawing which shows the 7th example of the deformation | transformation structure of the drainage channel of the drain drainage groove member of FIG. It is sectional drawing which shows the 1st example of the deformation | transformation structure of the cover member of the drain drain groove member of FIG. It is sectional drawing which shows the 2nd example of the deformation | transformation structure of the cover member of the drain drain groove member of FIG. It is sectional drawing which shows the 3rd example of the deformation | transformation structure of the cover member of the drain drain groove member of FIG. It is sectional drawing which shows the 4th example of the deformation | transformation structure of the cover member of the drain drain groove member of FIG. It is sectional drawing which shows the 5th example of the deformation | transformation structure of the cover member of the drain drain groove member of FIG. It is sectional drawing which shows the 6th example of the deformation | transformation structure of the cover member of the drain drain groove member of FIG. It is sectional drawing which shows the 7th example of the deformation | transformation structure of the cover member of the drain drain groove member of FIG. It is sectional drawing which shows the 8th example of the deformation | transformation structure of the cover member of the drain drain groove member of FIG. It is sectional drawing which shows the 9th example of the deformation | transformation structure of the cover member of the drain drain groove member of FIG. It is sectional drawing which shows the 10th example of the deformation | transformation structure of the cover member of the drain drain groove member of FIG. It is sectional drawing which shows the 1st example of the deformation | transformation structure of the drain drain groove member of FIG. It is sectional drawing which shows the 1st example (reference example) of the deformation | transformation structure of the slide structure of the drain connector of FIG. It is sectional drawing which shows the 2nd example (reference example) of the deformation | transformation structure of the slide structure of the drain connector of FIG. It is sectional drawing which shows the 3rd example (reference example) of the deformation | transformation structure of the slide structure of the drain connector of FIG. The 1st example of the deformation | transformation structure of the hose insertion hole part of the drain connector of FIG. 6 is shown, (a) is a side view, (b) is a rear view. The 2nd example of the deformation | transformation structure of the hose insertion hole part of the drain connector of FIG. 6 is shown, (a) is a side view, (b) is a rear view. The 3rd example of the deformation | transformation structure of the hose insertion hole part of the drain connector of FIG. 6 is shown, (a) is a side view, (b) is a rear view. It is a perspective view which shows the 1st example of the deformation | transformation structure of a drain connector. 49 shows the drain connector of FIG. 49, (a) is a side view, (b) is a front view, and (c) is a rear view. FIG. It is sectional drawing which shows the state attached to the water permeable member of the drain coupling tool of FIG. It is sectional drawing which shows the 1st example (reference example) of the deformation | transformation structure of the slide structure of the drain connector of FIG. It is sectional drawing which shows the 2nd example (reference example) of the deformation | transformation structure of the slide structure of the drain connector of FIG. It is sectional drawing which shows the 3rd example (reference example) of the deformation | transformation structure of the slide structure of the drain connector of FIG. It is a side view which shows the 1st example of the deformation | transformation structure of the hose insertion hole part of the drain connector of FIG. It is a side view which shows the 2nd example of the deformation | transformation structure of the hose insertion hole part of the drain connector of FIG. It is sectional drawing which shows the 1st example of the deformation | transformation structure of drain drainage equipment. It is sectional drawing which shows the 1st example of the deformation | transformation structure of an outdoor floor surface installation. It is sectional drawing which shows the 2nd example of the deformation | transformation structure of an outdoor floor surface installation.

  DESCRIPTION OF SYMBOLS 1 Drain drainage groove member 2 Floor material 21 Edge part 200 Outdoor 201 Floor surface 204 Drain hose 2041 Outlet end part 3 Drain connection tool 30 Block body 300 Drain drainage equipment 5 Water flow member 50 Drainage path 501,601 Surface 51 Bottom part 511 Narrow Region 512 Wide region 52, 53 Side portion 521, 531 Groove portion 522, 532 Protruding portion 523, 533 Overhang portion 557 Rib 561, 666, 671, 672, 673, 674 Working layer 5211, 5212, 5223, 5224, 5323, 5324 , 5311, 5312, 6111, 6112, 6212, 6212, 617, 618, 627, 628 Recessed parts 5213, 5214, 5221, 5222, 5321, 5322, 5313, 5314, 6113, 6114, 6 13, 6214, 615, 616, 625, 626 Protruding portion 591, 592, 593, 594, 595, 596 Protruding portion 6 Lid member 61, 62 Edge portion 611, 621 Groove portion 651, 652, 653 Protruding portion 662, 663, 664 Decorative layer 7 Hose insertion hole 8 Mounting portion 81, 82 Edge portion 811, 821 Groove portion 85, 86 Projection portion 871, 881 Groove portion

Claims (13)

In the drain drainage groove member, which is installed on the outdoor floor surface, receives drain water from the drain hose and drains it,
A water passage member having a drainage channel extending in the longitudinal direction for flowing drain water;
A flat lid member for closing the drainage channel from above,
The lid member is detachable by sliding in the longitudinal direction with respect to the water passing member,
The drainage channel is composed of a bottom and both sides,
The lid member is configured to slide with respect to the water passage member by inserting both edge portions thereof into the groove portions formed on the both side portions of the drainage channel.
The groove is formed horizontally,
The drain drainage groove member characterized in that the upper inward protruding portion constituting the groove portion holds the edge portion of the lid member inserted into the groove portion from above . A protruding portion that protrudes inward from the side portion of the drainage channel is formed,
At least a portion of the protruding portion is in contact with the bottom surface of the cover member, according to claim 1 drain culvert member according. The drainage channel is composed of a bottom and both sides,
The drain drainage groove member according to claim 1, wherein the bottom portion has a plurality of ribs protruding upward.   The drain drainage groove member according to claim 1, wherein a plurality of convex portions extending in a longitudinal direction are formed on a surface of the lid member.   The drain drainage groove member according to claim 1, wherein a plurality of convex portions extending in the longitudinal direction are formed on the back surface of the lid member.   The drain drainage groove member according to claim 1, wherein when the lid member and the water flow member are attached to the water flow member, the surfaces of both members form the same surface. In drain drainage equipment installed on the floor of the outdoors to drain drain water from the drain hose,
A drain drainage groove member for receiving and draining drain water from the drain hose;
A drain connector for connecting the outlet end of the drain hose to the drain drainage groove member,
The drain drainage groove member
A water passage member having a drainage channel extending in the longitudinal direction for flowing drain water;
A flat lid member for closing the drainage channel,
The lid member is detachable by sliding in the longitudinal direction with respect to the water passing member,
The drainage channel is composed of a bottom and both sides,
The lid member is configured to slide with respect to the water passage member by inserting both edge portions thereof into the groove portions formed on the both side portions of the drainage channel.
The groove is formed horizontally,
The upper inward protruding part constituting the groove part holds the edge part of the lid member inserted into the groove part from above,
The drain connector is attached so as to communicate with the drainage channel of the water passage member at an arbitrary position in the longitudinal direction of the drain drainage groove member,
The drain drainage system, wherein the arbitrary position is set by sliding the lid member. The drain connector
The outlet end of the drain hose is inserted, and the drain water is made to flow toward the drainage channel of the drain drainage groove member.
It is directly attached to the drain drainage groove member, and constitutes a cover that covers the drainage channel of the drain drainage groove member from above.
The hose insertion hole and the mounting part are integrally formed,
The drain drainage system according to claim 7 , wherein the drainage device is slidable in the longitudinal direction with respect to the water-permeable member at the attachment portion. The drainage channel is composed of a bottom and both sides,
The hose insertion hole consists of a pipe,
The mounting part consists of a plate that spreads laterally from the lower edge of the pipe,
The drainage drainage system according to claim 8 , wherein the attachment portion is configured to slide with respect to the water passage member by inserting both edge portions thereof into the groove portions formed on the both side portions of the drainage channel. The drain drainage system according to claim 9 , wherein the groove portions on both side portions of the drainage channel are inclined with respect to the horizontal. As the drain culvert member, according to claim 1 to a drain culvert member according to any one of claims 6 are used, drain drainage according to claim 7 wherein. In the outdoor floor surface equipment provided with the drain drainage groove member and floor material installed on the outdoor floor surface,
The drain drainage groove member according to any one of claims 1 to 6 , is fixed to an outdoor floor so as to receive and drain drain water from a drain hose,
An outdoor floor surface facility characterized in that the floor material is disposed on both sides of the drain drainage groove member and fixed to the outdoor floor surface, and the edges thereof are joined to both edge portions of the drain drainage groove member. . In the outdoor floor surface equipment equipped with drain drainage equipment and floor materials installed on the outdoor floor surface,
Drain drainage according to any one of claims 7 to 11, to perform the drainage of drain water from the drain hose is fixed to the floor of the outdoor,
The floor material is disposed on both sides of the drain drainage groove member of the drainage drainage facility and is fixed to the outdoor floor surface, and its edge is joined to both edges of the drainage drainage groove member. Outdoor flooring equipment.

Images