CN2285363Y

CN2285363Y - Threshold with drainage structure

Info

Publication number: CN2285363Y
Application number: CN 97211025
Authority: CN
Inventors: 周银柱
Original assignee: Individual
Current assignee: Individual
Priority date: 1997-05-08
Filing date: 1997-05-08
Publication date: 1998-07-01
Anticipated expiration: 2007-05-08

Abstract

A doorsill with a drainage structure is characterized in that a receiving groove is concavely arranged at a position corresponding to the bottom of a door panel and is communicated with a drainage pipe extending to the outer side of the doorsill, a bottom bearing plate is fixedly arranged in the receiving groove, a water channel is concavely arranged above the bottom bearing plate, a plurality of drainage holes are formed in the water channel, water drops can drip onto the water channel along the door panel and then enter the receiving groove from the drainage holes, and finally the water drops are discharged to the outside through the drainage pipe to achieve the effect of preventing water seepage.

Description

Threshold with drainage structure

本实用新型涉及一种门槛，特别是涉及一种具有防止室内渗水的排水构造的门槛。The utility model relates to a threshold, in particular to a threshold with a drainage structure for preventing indoor water seepage.

由于面对室外的门板必需承受风吹雨打的侵袭，如果门板与门槛的气密性不佳，水滴往往沿门板滑落到门槛内，再渗透到室内，造成室内靠近门板的地板上经常一片潮湿。Because the door panel facing the outside must withstand the invasion of wind and rain, if the airtightness between the door panel and the threshold is not good, water droplets will often slide along the door panel into the threshold, and then penetrate into the room, causing the indoor floor near the door panel to be often wet .

如图1所示，以往门槛10是由铝制型材所制成，其外侧边凸出形成有一个框边11，该框边11内侧缘处凹设形成有一个凹槽111，该凹槽111可供橡胶制成的一个气密条12套入塞固，使门板100在关闭时，门板100下方的门面正好靠抵在气密条12上，使水滴沿门板100滑落时，可因气密条12的挡止而不致于大量进入门槛10内侧。As shown in Figure 1, in the past, the threshold 10 is made of aluminum profile, and its outer side protrudes to form a frame edge 11, and the inner edge of the frame edge 11 is recessed to form a groove 111, the groove 111 can be used for an airtight strip 12 made of rubber to be inserted into the plug, so that when the door panel 100 is closed, the door surface below the door panel 100 just leans against the airtight strip 12, so that when water droplets slide down along the door panel 100, the air can The blocking of the dense strip 12 will not enter the inside of the threshold 10 in large quantities.

上述门槛虽然具有防水效果，但因为该气密条12是由橡胶材质所制成，其以与门板100相互压抵的方式阻隔水滴进入门槛10内侧，当使用一段时间后，气密条12会硬化变形或是破损，从而在气密条12与门板100之间形成空隙，水滴会从空隙渗进门槛10内，所以此种阻隔方式仍存在渗水的情形，防水效果并不好。Although the above-mentioned threshold has a waterproof effect, because the air-tight strip 12 is made of rubber material, it prevents water droplets from entering the inside of the threshold 10 by pressing against the door panel 100. After a period of use, the air-tight strip 12 will Hardening deformation or damage, thereby forming a gap between the airtight strip 12 and the door panel 100, water droplets will seep into the threshold 10 from the gap, so this barrier method still has the situation of water seepage, and the waterproof effect is not good.

本实用新型的主要目的在于提供一种能防止渗水的具排水构造的门槛。The main purpose of the utility model is to provide a threshold with drainage structure that can prevent water seepage.

本实用新型具排水构造的门槛，在外侧边凸出形成有一个框边，且在门槛内侧缘处凹设形成有一个凹槽，该凹槽可供一橡胶制成的气密条套入塞固，门板关闭时正好靠抵在气密条上，其特征在于：该门槛对应门板底部的位置处凹设形成有一个承接槽，该承接槽上连接一个排水管，该排水管穿置在门槛内部，其出口端则延伸到门槛的外侧。在门槛承接槽内固设一个底承板，底承板上方处凹设形成有一个水道，该水道上开设有数排水孔。The threshold of the utility model has a drainage structure, and a frame edge is protruded on the outer side, and a groove is formed on the inner edge of the threshold, and the groove can be inserted into a plug by an air-tight strip made of rubber. Solid, when the door panel is closed, it just leans against the airtight strip, and its feature is that: the position corresponding to the bottom of the door panel is recessed to form a receiving groove, and a drainage pipe is connected to the receiving groove, and the drainage pipe is placed on the threshold Inside, its exit end extends to the outside of the sill. A bottom bearing plate is fixedly arranged in the receiving groove of the threshold, and a water channel is formed in a recess above the bottom bearing plate, and several drain holes are opened on the water channel.

通过上述构造，使水滴可沿门板滴落至水道中，再由排水孔进入承接槽内，最后经由排水管排除至室外，可达到防止渗水的功效。Through the above-mentioned structure, water droplets can drop into the water channel along the door panel, then enter the receiving groove through the drainage hole, and finally be discharged to the outside through the drainage pipe, thereby achieving the effect of preventing water seepage.

下面通过最佳实施例及附图对本实用新型具排水构造的门槛进行详细说明，附图中：The threshold of the utility model with drainage structure is described in detail below by the preferred embodiment and the accompanying drawings, in the accompanying drawings:

图1是以往门槛的侧剖面图。Fig. 1 is a side sectional view of a conventional door sill.

图2是本实用新型较佳实施例的分解立体图。Fig. 2 is an exploded perspective view of a preferred embodiment of the utility model.

图3是本实用新型较佳实施例的侧剖面图。Fig. 3 is a side sectional view of a preferred embodiment of the present invention.

图4是本实用新型较佳实施例的动作示意图。Fig. 4 is a schematic diagram of the action of the preferred embodiment of the present invention.

图5是本实用新型另一较佳实施例的侧剖面图。Fig. 5 is a side sectional view of another preferred embodiment of the present invention.

如图2、3所示，本实用新型具排水构造的门槛，其主要是在门槛20外侧边凸出形成有一个框边21，该框边21可供一个门板100底缘靠抵，在其内侧缘处凹设形成有一个凹槽211，该凹槽211可供一个橡胶制成的气密条22套入塞固，门板100关闭时正好抵靠在气密条22上。As shown in Figures 2 and 3, the threshold of the utility model has a drainage structure, which mainly protrudes from the outer side of the threshold 20 to form a frame edge 21, and the frame edge 21 can be used for abutting against the bottom edge of a door panel 100. A groove 211 is concavely formed on the inner edge thereof, and the groove 211 can be inserted and plugged with an airtight strip 22 made of rubber. When the door panel 100 is closed, it just abuts against the airtight strip 22 .

在该门槛20对应门板100底部的位置处，凹设形成有一个承接槽23，该承接槽23是呈倾斜状的槽道，该承接槽23上设有一个排水管24，在本实施例中，该排水管24设在承接槽23侧端最低的位置处，该排水管24并穿置在门槛20内部，两端各形成有一个出口端241及一个入口端242，出口端241延伸到门槛20的外侧，入口端242则连接设在承接槽23上，出、入口端241、242皆固设有一个防虫网243以防止昆虫由排水管24进入屋内。At the position where the threshold 20 corresponds to the bottom of the door panel 100, a receiving groove 23 is concavely formed. The receiving groove 23 is an inclined channel, and a drain pipe 24 is arranged on the receiving groove 23. In this embodiment , the drain pipe 24 is arranged at the lowest position of the side end of the receiving groove 23, and the drain pipe 24 is inserted inside the threshold 20, and an outlet end 241 and an inlet end 242 are respectively formed at both ends, and the outlet end 241 extends to the threshold The outside of 20, inlet port 242 is then connected and is located on receiving groove 23, and outlet, inlet port 241,242 are all fixedly provided with an insect-proof net 243 to prevent insects from entering the house by drainpipe 24.

在门槛20承接槽23内固接有一个底承板30，底承版30上方横向凹设形成一个水道31，该水道31正对门板100底部的位置，且沿着水道31纵向开设有多数间隔的排水孔32，相对排水管24的位置处则开设有一个出水孔33，使承接槽23内的污水可由出水孔33进入排水管24。A bottom bearing plate 30 is fixedly connected in the receiving groove 23 of the door sill 20 , and a water channel 31 is formed horizontally above the bottom bearing plate 30 . The drain hole 32 is provided with a water outlet hole 33 at the position relative to the drain pipe 24, so that the sewage in the receiving groove 23 can enter the drain pipe 24 by the water outlet hole 33.

如图4所示，当水滴沿着门板100向下滑落后，先受到气密条22的挡抵，可阻绝大部份的水滴进入门槛20内侧，而当小部份的水滴渗透进入门槛20内侧时，水滴就滴落至底承板30的水道31内，再由水道31的排水孔32排放至承接槽23上，该承接槽23因具有倾斜角度，聚集的积水就流向最低处，而可从出水孔33进入排水管24内，再顺着排水管24向门槛20外侧流出，使水滴不会渗透进入室内。As shown in Figure 4, when the water drop slides down along the door panel 100, it is first blocked by the airtight strip 22, which can prevent most of the water drop from entering the inside of the threshold 20, and when a small part of the water drop penetrates into the inside of the threshold 20 When the water drop drops into the water channel 31 of the bottom bearing plate 30, it is discharged to the receiving groove 23 by the drainage hole 32 of the water channel 31. Because the receiving groove 23 has an inclination angle, the accumulated water flows to the lowest point, and It can enter the drain pipe 24 from the water outlet hole 33, and then flow out to the outside of the threshold 20 along the drain pipe 24, so that the water droplets will not penetrate into the room.

因此，本实用新型具排水构造的门槛以底承板30套固在门槛20的承接槽23内，其上设有水道31及排水孔32，可将水滴引导至承接槽23内，再顺着承接槽23的流路进入排水管24向外排出，整个排水过程是以引导的方式，配合具有阻隔作用的气密条22，以防止水滴进入室内，具有极佳的防止水滴渗透的效果，可完全保持室内的乾燥。Therefore, the threshold of the utility model with drainage structure is fixed in the receiving groove 23 of the threshold 20 with the bottom supporting plate 30, and there are water channels 31 and drainage holes 32 on it, which can guide water droplets into the receiving groove 23, and then follow the The flow path of the receiving groove 23 enters the drainage pipe 24 and is discharged outwards. The whole drainage process is guided by the air-tight strip 22 with a barrier effect to prevent water droplets from entering the room, which has an excellent effect of preventing water droplets from penetrating. Keep completely dry indoors.

如图5所示，在本实用新型另一实施例中，门槛40的框边41加长，其内部也设有加长的一个排水管42，该排水管42的出口端421更接设有一个延伸管43，该延伸管43可延长到达室外，再将水排出至室外，故本实用新型可适合应用在多种地形地物的建筑物。As shown in Fig. 5, in another embodiment of the present invention, the frame edge 41 of the threshold 40 is lengthened, and a lengthened drainage pipe 42 is also provided inside, and an outlet end 421 of the drainage pipe 42 is further connected with an extension Pipe 43, the extension pipe 43 can be extended to the outside, and then the water is discharged to the outside, so the utility model can be suitable for buildings with various terrain features.

Claims

1. threshold with drain structure, outer side edges is protruded and is formed with an edge, and the medial margin place is arranged with and is formed with a groove, be inserted in solid one airtight of plug in the described groove, it is characterized in that: described threshold is arranged with in the position of corresponding door-plate bottom and is formed with a holding groove, described holding groove is communicated with a gutter, and described gutter is set in described threshold inside, and its port of export extends the outside that arrives described threshold; Set firmly a flooring plate in described threshold holding groove, described flooring plate top is arranged with and is formed with a water channel, offers a plurality of drain holes on the described water channel.

2. have the threshold of drain structure according to claim 1, it is characterized in that: described holding groove is the conduit that is skewed, and the position of its minimum point is connected described gutter.

3. have the threshold of drain structure according to claim 1, it is characterized in that: the port of export of described gutter is equipped with an extension.