TWI336548B - Watertight plate - Google Patents

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a drip-proof plate such as an ampoule on a building or the like, to protect the influence of water droplets of the wiring device. , Μ such as raindrops [Prior Art] Traditionally, the anti-drip plate (anti-drip plate) has been widely installed on the work surface 2 of a building or the like to protect it from raindrops. Influenced by water droplets of the type: the wiring package is as shown in Fig. 14A, and the drip-proof plate 1 includes a body 4 having a mounting portion on a portion of the front side surface of the body 4 in such a manner that the front surface is exposed The device is disposed in the wiring device 2 and the cover 5, and the cover is connected to the front side of the body 4: a box shape in which the rear surface is opened by π, and the cover 5 is at the _ position and ^= Opening and closing, wherein in the closed position, the dream cover is covered in the open position, and in the open position, the device placement portion 3 is exposed to the wiring device 2 to connect to the work surface, and the body The rear side table = facing the working surface (for example, see Japanese Patent Publication No. 2000-312418 (page 5): References!).驮 However, in the drip-proof plate 1, water from the gap between the closed cover 5 and the body bucket can penetrate into the protective space surrounded by the body 4 and the cover 5. In particular, in the drip-proof plate i disclosed in Reference 1, the cover 5 is rotatably coupled to the body 4 by means of a pivot shaft 33, wherein the pivot shaft is disposed along the upper side portion of the body 4. A gap is provided between the body 4 and the upper end portion at the off = 7 25349 pif == to allow the cover 5 to be phased. Here, the water penetrates into the protective space h through the gap, and the water that prevents penetration is added to the power supply portion (the device of the wiring assembly portion is formed prominently on the front side surface of the hidden body 4). The area covered by the cover 5 is covered. The cover surrounds the entire periphery of the device seating portion 3, so that the water permeated by the gap between the two bodies 4 is not accessible to the device placement portion by the main body rib 53 3. After being blocked by the main body rib 53 and placed by the drainage outlet 31, the portion "Hq" is discharged, wherein the drainage outlet (4) is placed on the bottom side of the protection space. The wiring device in the middle is protected, and as shown in FIG. 14B, a gap is formed between the rear side surfaces of the front side end portion of the main body rib 53 and the water entangled by the main body rib 53 flows through the main rib 53 At this time, since the water flowing through the gap between the main body rib 53 and the rear side surface of the cover 5 is urged downward along the rear side surface of the cover 5, it is difficult for the water to wet the device seating portion 3 Further, one type of drip-proof plate is fixed to the rear side surface of the cover 5 The upper pad 'the pad has an annular shape corresponding to the shape of the main body rib 53 , and the gap between the main body rib 53 and the rear side surface of the cover 5 is filled with a lining (for example, 'see Japan Patent Publication No. S5675485: Reference 2). However, in the drip-proof plate of Reference i, if the water flows along the rear side surface of the front side wall of the cover 5 through the main body rib 53 and the cover 5 Between the 1336548 25349pif (four) vibrations of the raindrops on the drip-proof plate 1 during the heavy rain, the water of the cover 5 facing the device seating portion 3 can be diffused to the wiring device in the device seating portion 3 At the same time, when it is vibrated for the drip-proof plate of Reference 2, water is not sputtered to the wiring device 2 because the surface of the grass body 5 (4) is placed on the rear side surface of the seating portion 3 When the body 4 and the cover 5 are made, it is required to have a height... The entire circumference of the device seating portion 3 is used to achieve water repellency. The manufacturing cost at the time of molding is reduced. ', 'fruit' is difficult to reduce [ SUMMARY OF THE INVENTION Accordingly, the present invention provides a drip-proof plate that is suitable for use in a plate. In the case of body vibration, water is prevented from being sputtered to the position of the device, and no f is at a height of _ (four) (1 the body and the cover of the plate. 'Φ According to the present invention, a seed is provided for A drip-proof plate of a wiring device mounted on a vertical working surface, comprising: a body attached to the working surface, the rear side surface of the body facing the working surface, having a device on a portion of the front side surface of the body a housing portion in which the front side surface of the wiring device is exposed, and a cover body connected to a front side surface of the body, the climbing body having a box shape with a rear side opening, the cover The body is opened and closed between a closed position in which the device seating portion is covered and an open position in which the device seating portion is exposed, wherein: the body has a canopy portion, and the canopy portion is above the mounting female portion The front side surface of the body protrudes and extends along the left-right universal direction along the front side surface of the body to 9 25349pif, the awning portion blocks the portion in the closed position, f _ _ (four) and the body _ (4) penetration into the hood Laying the water in the space so that the water is wound around the left end and the right end, said: = Γ: between the hoods, blocked, and in the cloak:: . a side surface of the weir side and a zone passage surrounded by the cover; an inner side surface of the left side wall and the right side wall of the left end portion and the right end portion of the shade portion, and the left side ici:, +, Then, a gap is formed between the end portions so as to flow through the inner side surfaces of the left side wall and the right side wall of the 7th cover body of the water passage. Because the body has an awning portion, the awning portion extends from the front side surface of the body in the left and right directions of the device to extend the working surface of the body to cover the device The accommodating portion and the two occupants block the water passing through the cover between the upper side end of the cover body and the body in the closed position, and the water is infiltrated into the water surrounded by the cover body. Thereby causing water to bypass the device seating portion to be discharged from the bottom side portion of the quasi-skinny room to the outside of the protective space, even when in the permeation = protective space, bypassing the water of the side of the device seating portion It is discharged to the outside of the protection space through the bottom side portion of the crucible. Further, in addition to the left end portion and the right end portion of the cover, the gap between the awning portion and the cover body on the closed side is blocked, and the top surface of the awning portion is a front side surface of the body and a region surrounded by the cover body > water passage, such that water blocked by the awning portion passes through the water 1336548 25349pif passage along the side cover of the device seating portion 5 is placed facing the device, slashing. Therefore, the water is prevented from reaching the middle cover due to the raindrops on the drip-proof plate, and the result is no water diffusion even when the rain or the like is placed on the wiring disposed in the device seating portion.

r:::=:::=r== The drop is attached to the wiring device or the area of the cover 5 facing the device seating portion. Further, since the gap between the cover body and only the awning portion above the device seating portion needs to be blocked', the precision required for molding the body and the cover body can be low, thereby achieving a small production cost. The body may have a plurality of guide portions that extend downward from the left and right side ends of the awning portion along the inner side surfaces of the left and right side walls of the hood, respectively.

Since the water flowing through the water passage flows downward from the left end portion and the right end portion of the awning portion through the guide portion, the water flows more easily along the inner side surfaces of the left side wall and the right side wall of the hood. Therefore, it is possible to reliably prevent the water droplets falling from the awning portion from being sputtered upward. Alternatively, the bottom side surface of each guide portion is inclined in the front-rear direction so that the position of one end portion of the guide portion close to the side surface of the body is lower than the other end of the guide portion away from the front side surface of the body unit. The water reaching the bottom side portion of the guide portion through the guide portion flows downward along the front side surface of the body due to the bottom side portion formed by the inclination of the guide portion. After the water is discharged to the outside of the protection space, the brigade does not reach the back side of the cover. As a result, even 25349pif is used in the rain cover, etc., when the t-cover is vibrated by the surface dripping in the absence of water to the impact placed on the pontoon / awning, the awning is used as the wiring device. The top surface of the side surface of the side two or two sides is a curved portion. Xinpu-卩 is lower than the water in the central awning of the awning into the water channel and right = moving, can prevent water from collecting in the awning: the left side of the ^ can be tilted: the top side of the bottom side of the road If the surface is as early as L...the cover is toward the base side of the awning. Part 2 =, the water that permeates into the water channel is collected in the side of the awning: then, then 'the front side surface of the body is discharged from the left and right sides of the hood and then drained out of the protected space without reaching At: the back side of the cover. In the case of a rain or the like, even when the cover body vibrates due to the impact of the raindrops on the drip plate, no water is diffused to the wiring device placed in the mounting portion of the device. Preferably, the partition rib protrudes from the bottom side surface of the water passage in a central portion of the water passage in the front-rear direction, the height of the partition rib is such that it does not contact the cover, and the partition rib extends in the left-right direction . As a large amount of water flows through the water channel, the water will flow over the isolation rib 'and spread to the entire width of the water channel, while the water will only flow in the base side of the canopy when a small amount of water flows through the water channel, leaving Isolation of the ribs. Therefore, when the amount of water is small, water flows downward from the left side and the right side of the awning portion along the front side surface of the body, and thus is discharged to the outside of the protective space without reaching the rear side of the cover body at the closed position. As a result, even when the cover is vibrated by the impact on the 12 25349pif ίΓϊΐΓ 板上 plate during heavy rain or the like, no water is diffused to the wiring device placed in the female seat. In addition to the left end and the right end of the canopy, the gap between the canopy and the cover in the closed position is blocked by a slit sandwiched between the face and the cover. There is no need for high-precision alignment between the canopy and the cover, and the gap between the cover and the cover in the closed position can be blocked by the view. Alternatively, the spacer is held in a position in which the spacer is inserted into the spacer connecting groove formed in any of the awning disk covers. Since the spacer is held to one of the canopy portion and the cover, the position of the spacer can be easily confirmed. In addition, the gasket is inserted into the groove to connect the groove, so that it is not necessary to provide a complicated structure that can achieve the pad function. Further, it is preferable that the body has a water-passing hole penetrating in the rear-back direction of the dam portion, and the height of the bottom side edge of the water-passing hole is the same as the top side surface of the awning portion. Even in the case where the water penetrates into the gap between the body and the upper end of the cover in the closed position into the protective space towel surrounded by the body and the cover, the area is blocked Some of the water is allowed to flow through the water hole to the back side of the body. As a result, the amount of water flowing through the protected space can be reduced. Further, it is preferable that the lower side portion of the body has a drain outlet penetrating in the front-rear direction, and the height of the bottom side edge of the discharge outlet is the same as the top side surface of the bottom side wall of the cover. 1336548 25349pif Even in the case where water penetrates into the protective space, water is allowed to flow through the drain hole to the rear side of the body. As a result, water can be prevented from being collected in the protective space surrounded by the body and the cover. The body may have a rear side rib 4' projecting from the entire periphery of its rear side surface such that the leading end of the rear side rib contacts the working surface 'and on the lower side portion of the rear side rib except A drain hole penetrating through the work surface is provided outside the portion directly below the drain outlet. Since the drain hole penetrating through the working surface can be provided on the lower side portion of the rear side rib except for the portion directly under the drain outlet, water permeating into the rear side rib through the drain outlet can be prevented from passing through the drain hole The water is infiltrated into the front side surface of the body while discharging the water discharged to the rear side of the body via the drain outlet outside the rear side rib. Further, the body has a window into which the wall-embedded wiring device is inserted, and the rear side pad is disposed on the rear side surface of the body such that the rear side gasket is sandwiched between the periphery of the window and the work surface The back side liner has an inner liner surrounding the window and an outer liner surrounding the inner liner. Since the window is surrounded by the double structure of the inner liner and the outer liner, it is possible to reliably prevent water that has entered between the body and the work surface from reaching the wiring device. The inner liner is integrated with the outer liner. The assembly of the drip plate is simplified because the alignment between the inner liner and the outer liner can be simplified. In addition, the inner and outer pads can be aligned such that the water repellency achieved by the inner and outer pads can be maintained at a predetermined level. The above and other objects, features, and advantages of the present invention will become more apparent from the Detailed Description. [Embodiment] (First Embodiment) In the following description, FIG. 4 showing the drip-proof plate of the women's wear on the work surface is referred to upward, downward, leftward, and rightward. As shown in Fig. 2, the drip-proof plate according to the first embodiment of the present invention includes a striking body 4 having a device seating portion 3 on a portion of the front side surface of the body 4, and the wiring device 2 is disposed in such a manner that the front side surface thereof is exposed. In the device seating portion 3; and the cover body 5, the cover body is coupled to the rigid-side surface of the body 4, and has a box shape in which the rear side surface is open, and the cover body 5 is between the closed position and the open position Opening and closing, wherein in the position (see Fig. 3A), the device seating portion 3 is masked, and in the open position (see Fig. 3B), the device seating portion 3 is exposed. The body 彳 is connected to the wiring device 2 to the work surface (outer wall or the like), and the rear side surface of the body is facing the work surface. • Here, the wiring device 2 is a biliary-embedded type (in_wal • 裂 the cleavage placement portion 3 is provided with a window 6 through itself, and the window 6' :: is formed in the working surface to accommodate the rim of the cloth The λ ^ ^ soil of 2 is corresponding to the home. The wiring device 2 is simultaneously inserted into the window 6. In the present embodiment, the wiring/setting portion 3, and the socket into which the plug is inserted are disposed in the wiring 襄Set 2 work] = is the socket; = loading;,: the surface is facing the front side = setting, the cover 5 is in the closed position to prevent water droplets from penetrating into the 15 1336548 25349pif into the wiring device 2; and in the wiring device When the cover 2 is used, the cover body $ is opened in the open position, thereby exposing the functional surface of the wiring device 2. In the present embodiment, the wiring device 2 is connected to the work surface by the connecting plate 8, wherein the decorative panel 7 is detachable Groundly joined to the connecting plate 8. Mounted to the guard table φ in such a manner that the connecting plate covers the periphery of the insertion hole in the working surface while maintaining the positioning of the wiring device 2. After connecting to the working surface, the connecting plate 8 from the material plate 7 job ^ connection plate 8 has a function of a frame (not shown) in which the plate frame covers the periphery of the insertion hole while allowing the decorative panel 7 to be engaged with the connection plate 8; and the connection plate S has a function of a connection flange (not shown) Wherein the connecting flange is typically used to secure the wiring device to the work surface. That is, the wiring device 2 employed in the present embodiment can also utilize the connecting edge to connect to the work surface. Providing: an elongated hole 9 for receiving a screw, and wherein the screw is used to fix the connecting plate 8 to a wall bow box (not shown) embedded in the working surface; and a threaded hole 1〇, in order to receive a screw (not shown), wherein the screw is used to directly connect the connecting plate 8 to the working surface. Further, an engaging hole U is provided at the four top corners of the connecting plate 8, from the decorative panel 7 An engaging projection 52 projecting from the rear side surface is inserted into the engaging hole 11. Further, two receiving members 12 are protrudedly disposed on the lower side edge of the connecting plate 8, wherein the two receiving Piece 12 is aligned in a straight line on the left and right sides, and each slit The minute 13 is separately formed on a portion of the decorative panel 7 corresponding to the receiving member 12. By inserting a jig (a tip end portion of a small actuator or the like) between the receiving member 12 and the slit portion 13, 16 1336548 25349pif and A force is then applied to widen the gap between the receiving member and the slit portion 13 so that the decorative panel 7 can be separated from the connecting panel 8. A fixing hole 14 is provided at a portion of the body 4 corresponding to the elongated hole 9, wherein the solid The pupil has the same shape as the elongated hole 9, and a positioning protrusion 15 is provided at a portion of the body 4 corresponding to the threaded hole 1?, wherein the positioning protrusion is inserted into the threaded hole 1? by being held; The connecting plate 8 of the wire device 2 is attached to the device seating portion 3 and the elongated hole 9 of the screw insertion plate 8 and the fixing hole 2 2 of the body 4 are both aligned to the illuminating surface (8). It is also a wish that the η 4 distraction plate 8 is fixed to the work surface. After connecting the 柘s to the /1 蚪1, the decorative panel 7 is connected to the splicing plate - Μ to the worksheet. The device mounting portion 3 is placed on the upper front side of the upper body 4 of the upper side. The awning portion 16 is formed to protrude in the middle portion of the curved shape, and the curved water barrier 左 in the left side is also viewed from the front side of the body 4. The protection 17 is caused by the interaction with the awning portion 16 and the surrounding of the waterproof barrier. Here, the waterproof barrier 17 is matched by the size of the entire portion 16 of the forming portion 3. That is, the right direction and the awning portion 16 projecting in the left-right direction beyond the size of the anti-16 are formed as side walls. The left side wall of the fire barrier 17 and the left side wall and the right side of the right waterproof barrier 17 have three perforations 18, and the water barrier is not provided (for example, the bottom side wall of the barrier 17 is also provided with a plurality of 1336548 25349pif (for example) , two) perforations 19. Here, in order to prevent water flowing along the i-surface of the body 4 from penetrating through the perforations 18 and 19 into the device seating portion 3 surrounded by the waterproof barrier ^, the projections 2 and 21 are waterproof Barrier=7 The outer side is disposed on the front side surface with the dental hole 18 and the corresponding deer, wherein the protrusions 20 and 21 have a vehicle-standing extension dimension compared to the waterproof barrier 17. Further, the waterproof rib The portion 22 projects from the front side surface of the body 4 with respect to the protrusion 20 on the side opposite to the dream placement portion 3, where x

The waterproof rib 22 is connected to the left end and the right end of the rim portion 16

The downwardly extending guide portion 46 has an extension of _P with respect to the waterproof barrier I?. Each waterproof rib 22 extends vertically along the right side wall of the left side wall of the waterproof barrier 17. Further, a pair of load bearing portions 23 are provided on the upper end portion of the front side surface of the body 4 in such a manner as to be linearly aligned in the left and right directions of the Shanghai.

The rear side liner 24 is sandwiched between the body 4 and the work surface, wherein the rear side liner 24 has a frame shape surrounding the window 6 of the body 4, as shown in FIG. Due to the presence of the rear side liner 24, it is possible to prevent water from flowing to the wiring device 2 through the gap between the work surface and the body 4. Here, a plurality of connection openings (not shown) are formed at corresponding positions of the rear side surfaces of the body 4 corresponding to the projections 18 and 19 and the load bearing support portion 23, and with this, the connection is On the back side of the age of 24, the shape of the ore is connected to the protrusion j 25 . The back side liner 24 is attached to the body 4 by allowing the respective connecting projections 25 to be deployed to the respective connecting openings. During installation, the body is secured, the working surface' and the backside liner 24 is attached to the body 4 such that the backside liner 24 is sandwiched between the body 4 and the work surface.

}S 1336548 25349pif The rear side lining 24 includes an inner liner % around the f 6 and an outer liner 27 surrounding the gusset 26, the inner turn 26 and the outer liner being integrated by the joint. By winding the window 6 by the double-structured liner 26 and the outer woman 27, it is possible to efficiently prevent the penetration into the person. Further, two slit portions 2 are provided in the lower end portion of the gasket 27, so that water flows through the outer liner 27, and penetrates between the inner liner and the outer liner" water can still pass through the slit portion 29 The rear side of the rear side rib 30 is in the outer circumference of the outer side, and the rear side end of the rear side rib 30 is in contact with the work surface. The rear pad 24 is placed in the a region surrounded by the rear side ribs 3〇. Here, the outer lining 26 and the outer liner are respectively provided with flap portions, wherein the fin portions are more rearwardly stretched than the rear portion, because the drip plate 2 is connected In the state of the worksheet, the flap portion is bent 'so that the gasket 24 is allowed to elastically contact the face' and thus waterproof between the rear side surface of the body 4 and the work surface, as shown in FIG. 4' at the lower end of the body 4 The lower side edge of the drain outlet σ 31 disposed in the front-rear direction is disposed at the outer side of the bottom side (four) of the cover body 5 at the closed position at the lower side of the same height, that is, ; outside: the outer side of the crucible 27. In addition, the drain hole penetrating in the vertical direction on the lower side portion of the rear side rib 3〇 32. In this embodiment, as shown in FIG. 2, the drain hole 32 is formed in the center of the body 4 in the left-right direction, and the drain outlet 31 is disposed at the left end portion of the body 4 and the right knife mode, and may also be in the body 4 Each of the left end and the f is a drain hole 32, as shown in Fig. 6. However, in the == 25 25349 pif of the mouth shown in Fig. 6, the water hole 32 4 stands directly below the corresponding drain opening 31. There is a nature in which the water permeating into the space surrounded by the rear side ribs 304 through the drain hole % will pass through the drain outlet 3i into the surface side of the body =. Therefore, it is preferable to adopt The structure of Fig. 5. At the same time 'the cover 5 has a substantially outer shape with the body 4 when viewed from the front side. The cover 5 is attached to the front side surface of the body 4 so that the cover is placed on the body 4 when the 3 is in the closed position. The front side surface portion 16 and the waterproof barrier 17 °. In the present embodiment, the cover body 5 ^ shaft 33 is removably connected to the body 4, and the pivot shaft 33 is disposed on the upper side edge of the second shaft (1). The pivot shaft % is fitted into the carrier portion 34 disposed at the side end of the cover % + , , and the pivoting The shaft is inserted into the body 4 via the load bearing portion 2S of the body 4 as described above. It is possible to rotate about the frame rotating shaft 33 of the body 4 between the closed position of Fig. 3a and the open position of Fig. 3B. Mainly in the present embodiment, as shown in Fig. 1, a groove portion 35 is formed between the pair of load bearing portions 23 on the front side of the body 4. The sliding plate 36 covering the side surface of the concave = two and forward The plate pushing the sliding plate % is in the groove portion 35. The top side surface of the body 5 has a first-bevel surface 38, and the first surface 38 extends forward, the first The vertical height of the beveled surface is reduced by two: the movable protrusion 39 is opposite to the sliding plate 36 of the cover 5, and the front end of the sliding protrusion is in the closed position and the sliding = sliding protrusion 39 The top side surface has a second beveled surface. The second beveled surface 4〇 extends toward the front end, and the vertical height of the first beveled surface is reduced by 20 2s 349pjf. Further, when the cover 5 is in the closed position, the front side of the sliding projection 39 is pushed forward by the slide plate 36, so that the cover 5 is pushed in the counterclockwise direction in Fig. 1. Here, if the cover 5 is rotated toward the open position, the front end of the sliding protrusion 39 slides against the slide plate 36 while the front end of the '/monthly projection 39 moves downward beyond the center of the pivot shaft 33' The front end of the second π-movement projection 39 is pushed forward, so the cover 5 is along the g 1

: The clockwise direction is pushed. Then, if the first beveled surface 38 and the second oblique, the beveled joint between the surface 40 slides past the sliding plate 36, and the first beveled surface 38 is parallel to the sliding plate 36, the cover $ is located as in FIG. 3B. The open position shown. & Today, there is a gap between the body 4 and the upper end of the soil 5 in the closed position to allow the cover to be relative to

Therefore, there is a possibility that water will pass through the second, into the protective space surrounded by the cover 5 and the body 4. Due to the structure of the hood-dependent space, the water penetrated by the gap between the soil-passing lines can reach the power supply part (the front side table of the horror is also raised above the device placement part 3 from the body 4 body 4 ^ The water that prevents the upper end portion of the cover 5 from reaching the wiring device from being blocked at the upper end portion of the cover 5 is prevented from flowing due to the left end portion and the right side of the awning portion 16; The water barrier of the canopy π is surrounded by a side portion of the agricultural installation portion 3 to reach the bottom side wall of the cover 5. The water in the bottom side wall of the cover 21 (3) 0548 25349pjf / then passes through the drainage outlet 31 On the other hand, it is discharged to the rear side surface side of the body 4, and is also discharged to the outside of the space surrounded by the rear side rib through the drain hole 32. As described above, the water blocked by the awning portion 16 The device seating portion 3 is bypassed by the side portion surrounded by the waterproof barrier and is discharged to the outside of the protective space by the bottom side of the protective space. As a result, the wiring device 2 placed in the mounting portion 3 is protected. Without being affected by, for example, raindrops. Here, the drip plate of the present embodiment In Fig. 1, a pad 41' is provided between the awning portion 16 and the cover body ^ to fill the gap between the awning portion 16 and the cover in the closed position: 55. The pad 41 except the both ends of the awning portion 16. The entire length of the D-shading portion 16 extends beyond the portion to fill the gap between the awning portion 16 and the cover 52. In this example, the insert 41 rides rearward into the opening of the opening r J = the insertion slot 4 2 is formed along the entire length of the outline 41, and the i-labeled Qi 41 has a rectangular cross-section with an open side. By inserting the ^ (10) bad frequency pad (4) in the solid Dusit 2 core case, 'age 41 has - an extension member 43, the extension, 16 of the top side surface is inclined from the rear end of the profile to the side shown in Figure 1. On the upper rear side surface of the cover 5, the rib 3 is pressed against the canopy The bottom side # d of the pressing portion 44 of the top side surface of the portion 16 is placed between the top side surface of the occlusion portion 16 and the bottom side surface of the pressing rib t to block the awning portion μ = 1 - with the middle Partial direction == shape 'so the bottom side surface of the pressing rib 44 is formed to conform shape-curve shape to the awning portion 22 1336548 25349pif, thus the top of the awning portion i6 The gap between the surface and the bottom side surface of the pressing rib 44 is kept constant across the entire length (left-right) direction of the awning portion 16 (see Fig. 3a). The gasket 4! is made of an elastic material such as synthetic rubber. It is made such that water repellency can be achieved between the awning portion 16 and the cover 5. At the same time, the area surrounded by the inner side surface of the cover 5 at the top side surface of the awning portion 16, the front side surface of the body 4. Forming a water channel 45. In this

In the embodiment, since the M-side surface of the awning portion 16 and the upper rear side surface of the cover 5 are slid by the slit 41_stretching member 43, the water passage 45 is formed as compared with the extension member 43. To be closer to the basal end of the awning portion 16 In this configuration, water blocked by the awning portion 16 flows through the water passage 45 to the left and right end portions of the awning portion 16 In order that the pad 41' is not present at both end portions of the awning portion, water flows through the gap between the awning portion 16 and the cover 5 on the side of the plate to the device seating portion 3. therefore,

It is possible to prevent the flow of the water/σ cover 5 facing the region where the placement portion 3 is placed. As a result, even when the cover body vibrates in a rainstorm or the like due to the impact of water droplets on the drip plate, the water does not reach the area of the cover 5 facing the device seating portion 3, so that no water is diffused into the person to be placed therein. The wiring device 2 in the device seating portion 3 is placed. Further, in the present embodiment, as shown in Fig. 7A, the awning portion 16 =] the end portion and the right end portion are respectively disposed closer to the left side wall of the cover 5 and the inner side surface of the right soil so as to flow through the water passage The water of 45 flows along the inner side surfaces of the two walls of the cover 5. That is, the left side wall and the right side wall of the left side end portion 23 2S349pif of the awning portion 6 facing the cover body > 5 are disposed to allow water droplets to flow therethrough, and the size of the _ is set to the inner side surface of both . Here, 'the contact with the awning portion 16 and the cover body is creeped from the left side of the awning portion 16 as shown in Fig. 7A, and the guide portion 46 is divided into the inner side surface of the right side wall downward (four) portion along the left side of the cover body 5 Wall and reach the awning! The left end % of 6 flows downward through the water passage 45, so that more water is allowed to be along the guide side surface. If the internal movement from the water passage / μ to the side wall of the cover 5 prevents the water droplets from falling from the awning portion along the side wall of the cover 5 to the downward flow portion W, the water droplets are removed from the cover, thereby avoiding obscuration. The attached face of the area of the squatting female part 3 is set to ..., and the gap between the two mouths of the mouth ==::= can also be narrowed to guide the water inflow of the side wall passage shirt by the capillary The portion of the body is from the water: the temple: Lai shows that the water in the junction of the guide portion 46 is omitted, and the water in the water channel 45 flows along the side wall of the cover 5 The left side wall of the 5th and the right side (4) of the right side (4) are formed by the left end and the right end of the portion 16 as shown in the above embodiment, although the awning portion is The front side edge of the 16 is inserted into the insertion recess 42 of the pad 41, and the profile 41 is connected to the cover, but a pad connection can also be formed on the awning portion 16 or the cover 5. The lining is connected to the groove. In the example of 1336548 2s349pif as shown in FIG. 9, a pad connecting groove 47 is formed on the rear side surface of the front side wall of the cover 5, and by fitting the pad 41 into the pad connecting groove 47, The pad 41 is attached to the cover 5. Further, the gap between the front side edge of the awning portion 16 and the rear side surface of the front side wall of the cover body 5 is blocked by bringing the front side edge of the awning portion 16 into elastic contact with the lining 41. In this case, because the « is unnecessary to form the insertion groove 42 on the pad 41, the shape of the pad 41 can be simplified. • Further, although the socket is exemplified as the wiring device 2 using the drip-proof plate 1, the drip-proof plate 1 can be applied to other wiring devices. For example, the wiring device 2 can be a switch as shown in FIG. In this case, the cover 5 is normally in the closed position, and when the switch is in use, the cover 5 is in the open position to expose the switch handle for the functional surface of the switch. Further, although the wiring device 2 is horizontally arranged in the device seating portion 3, the wiring device 2 can be vertically arranged. (Second Embodiment) A drip-proof plate 1 according to a second embodiment of the present invention is different from the anti-lumber plate 1 of the first embodiment in that the drip-proof plate 1 of the second embodiment of the present invention is not used. The gasket 41 blocks the gap between the awning portion 16 and the cover 5. Its structure and function are the same as those of the first embodiment. Here, as shown in FIG. 3, the protruding length (front-rear direction length) of the awning portion 16 is set larger than that of the drip-proof plate 1 of the first embodiment, and the awning portion 16 is provided. The front side edge is in contact with the rear side surface of the front side wall of the cover 5 so that there is no gap between the awning portion 16 and the cover 5. In the structure of the second embodiment, the number of parts forming the drip-proof plate 1 has been reduced as compared with the case of using the pad 41 1336548 25349pif. Thus, the assembly of the drip plate is simplified. As another example of the second embodiment, a structure as shown in FIG. 11B is also possible in which the bottom side surface of the pressing rib 44 projectingly formed on the upper rear side surface of the cover 5 is configured as Contact with the top side surface of the awning portion 16 is such that there is no gap between the awning portion 16 and the cover 5. In this configuration, by providing the step portion 48 on the bottom side surface of the pressing rib 44, the rear end portion of the pressing rib 44 is away from the top side surface of the awning portion 16, and the water passage 45 is set at the push The rib portion 44 is between the visor portion 16 and the awning portion 16. Other structures as shown in Figs. 12A and 12B are also possible in which the awning portion 16 and the cover are made by bringing a portion of the top side surface of the awning portion 16 into contact with the bottom side surface of the pressing rib 44. The gap between 5 is blocked. In the example shown in Fig. 12A, a portion of the top side surface of the awning portion 16 forming the bottom side surface of the water passage 45 is inclined such that the front side of the awning portion 16 is higher than the base side thereof. Therefore, water flowing through the water passage 45 is collected in the base side of the awning portion 16. If the amount of water is small, water flows downward from the left side end and the right side end of the awning portion 16 along the front side surface of the body 4. In Fig. 12A, although only the front half of the awning portion 16 in the projecting direction (front-rear direction) is inclined, it is also possible to provide the inclination of the entire width across the water passage 45. In the example shown in FIG. 12B, the partition rib 49 is protrudedly formed on the central portion in the front-rear direction of the top side surface of the awning portion 16, and the height of the partition rib 49 is set such that the spacer rib The part does not touch the cover 5. The spacer rib 49 extends along the entire length of the canopy portion 16. Therefore, when a large amount of water flows through the water passage 45, the water will flow over the separation rib 49, and 26 1336548 25349pif and the expansion spreads to the entire width of the water passage 45, while in a small amount of water 18 45 B, the water only In the base side of the awning portion 16, the flow is separated by 迪. By the structure of Figs. 12A and 12B, if the amount of water flowing through the water is small, the water is discharged to the outside of the protective space and not to the rear side surface of the front side wall of the ^. Therefore, it is possible to prevent water from being sputtered to the fulfilment even when the hood is shaken by the impact on the cover 5, for example, in a rainstorm (third embodiment) The drip-proof plate 1 according to the third embodiment of the present invention and the first embodiment The anti-drip of the example differs in that a water-passing hole 50 penetrating in the front-rear direction is formed in the body 4 above the illuminating portion 16, as shown in Fig. 13A. The structure and function of the third embodiment are the same as those of the first embodiment. Each of the water passing holes 50 is formed such that its lower side end portion is at the top side surface phase height of the weir portion. The awning portion 16 is passed through the water hole 50 to the rear side of the body 4. The water passage hole 5 has a shape of an elongated hole extending along the side surface of the awning, and is located separately from the occlusion. Near the left and right ends of the cymbal. Further, the 'water-passing hole 5' is formed at a portion corresponding to the appearance of the lining 塾W and the region of the lining door and communicates with the water-passing hole 50, and is formed in the appearance 塾27 and the inner magnetic 塾%. The connection between the parts is π. The water hole 5 〇 and the hole 51 are discharged to the rear side of the body 4, and the water stalks to the outer liner 27 and the inner cymbal +%, , W — 且, and then are discharged through the slit portion 29 formed in the outer portion To the outside of the appearance pad 27, the 27 1336548 25349pif portion penetrates into the protective space by using the structure of the third embodiment, even in the gap between the upper end of the cover 5 in which the water is passed through the body 4 spot in the closed position. Next, some of the water blocked by the awning portion 6 is allowed to flow to the rear side of the body 4 through the water passing hole: > 〇 and the hole 51. As a result, the amount of water flowing through the protected space can be reduced. The present invention has been shown and described with respect to the embodiments, and variations and modifications of the invention are possible without departing from the scope of the invention. The present invention may be implemented by those skilled in the art, and although the present invention has been disclosed in the above preferred embodiments, it is not intended to limit the invention, and any, The scope of the invention is called the scope of the invention. Therefore, the protection of the invention is as defined in the application of the patent. [Simple description of the picture] Ma Zao

Figure 1 is a cross-sectional view showing the structure of a 7 A plate. An exploded perspective view of the drip-proof wire according to the first embodiment of the present invention. 3 is a perspective view showing the state in which the cover of the drip plate is closed; the front view of the drip plate of the embodiment of the first embodiment. 5A is a front side perspective view of the structure of the drip-proof plate according to the embodiment, and FIGS. 6 and 6B show the figure η7λ. FIG. 5A is a rear side perspective view. The structure, wherein Fig. 6A is the other side J side view of the drip plate shown in Fig. 5, and Fig. 63 is the rear side perspective view. 28 1336548 25349pif Figs. 7A and 7B show the structure of the drip plate according to the first embodiment, wherein Fig. 7A shows a perspective view in which the cover is taken out, and Fig. 7B is a cross-sectional view of the main part. Figs. 8A and 8B show the structure of the drip-proof plate shown in Figs. 7A and 7B, in which Fig. 8A shows a perspective view in which the cover body is taken out, and Fig. 8B shows a partially cut-away perspective view. Fig. 9 is a perspective view showing another structure of a main portion of the drip prevention plate according to the first embodiment. Figure 10 is a perspective view showing the structure of Figure 9 with the cover removed. 11A and 11B are partially cutaway perspective views showing the structure of a drip-proof plate according to a second embodiment of the present invention. Figures 12A and 12B are partially cutaway perspective views showing another structure of the drip-proof plate according to the second embodiment. Figures 13A and 13B show the structure of a drip-proof plate according to a third embodiment of the present invention, wherein Figure 13A is a perspective view in which the cover body is taken out, and Figure 13B is a perspective view in which the cover body is closed. 14A and 14B show a conventional drip-proof plate, wherein Fig. 14A is a perspective view of a conventional drip-proof plate, and Fig. 14B is a partially cutaway perspective view of a conventional drip-proof plate. [Main component symbol description] 1 Anti-drip plate 2 Wiring device 3 Device placement 4 Body 29 1336548 25349pif

5 cover 6 window 7 decorative plate 8 connecting plate 9 elongated hole 10 threaded hole 11 engaging hole 12 receiving member 13 slit portion 14 fixing hole 15 positioning protrusion 16 canopy portion 17 waterproof barrier 18, 19 through hole 20 > 21 Projection 22 Waterproof rib 23 Load bearing support 24 Rear side pad 25 Connection protrusion 26 Inner pad 27 Outer pad 28 Connection part 29 Notch part 30 Rear side rib 30 1336548 25349pif

31 Drain outlet 32 Drain hole 33 Pivot car by 34 Bearing 35 Groove 36 Sliding plate 37 Leaf spring 38 First beveled surface 39 Sliding projection 40 Second beveled surface 41 Pad 42 Insertion groove 43 Extension 44 Pushing rib 45 Water passage 46 Guide portion 47 Pad connection groove 48 Step portion 49 Isolation rib 50 Water passage hole 51 Sub L 52 Engagement projection

Claims (1)

1336548 25349pif X. Patent Application Range: 1. A drip-proof plate for covering a wiring device mounted on a vertical working surface, comprising: a body connected to the working surface, wherein a rear side surface of the body faces The working surface has a device seating portion on a portion of the front side surface of the body. The wiring device is disposed in the device seating portion with its front side surface exposed; a body attached to a front side surface of the body, the cover having a box shape having an open side at a rear side thereof, the cover being opened and closed between a closed position and an open position, wherein in the closed position The device seating portion is covered, and in the open position, the device seating portion is exposed, wherein: The body has an awning portion that protrudes from a front side surface of the body above the device seating portion and extends along a front side surface of the body in a left-right direction to cover The device seating portion, the awning portion is infiltrated into the person by the cover body through the gap formed by the upper end plate of the cover body in the closed position. So that water bypasses the device seating portion to be discharged from the protective space from the bottom side portion of the protective two; and the canopy is covered by the top side of the canopy portion The watch 3 is blocked," the surface of the body formed around the face of the cover and the left and right ends of the cover and the left side wall of the cover at the left side of the canopy And the 32 2s 349pjf $ side surface of the right side, and a space is formed between the left end portion and the right end portion so that the flow surface water flowing_water flows along the inner side surfaces of the cover_left (four) and the right side wall. 2+ as described in the application of the patent concept, the board, wherein the second material part, its towel The guide portion extends downward along the left side surface of the awning portion and the right end portion along the inner side surface of the left side wall and the right side wall of the cover body. The anti-drip as described in claim 1 (4) a plate in which each of the bottom side surfaces is inclined in the front-rear direction such that the position of the end portion of the guide portion adjacent to the body is lower than the guide of the side surface away from the month 'J side of the body The other end of the section. 4 basins of the anti-drip as described in any of the above-mentioned patents to items 3 to 3, the top side surface of the awning portion as the bottom side surface of the water passage is curved awning = awning The left end portion and the right end portion are lower than the anti-dropping device described in any one of items 1 to 3 of the shutter, and the in is water-permeable weiss (4) the surface of the awning paste is inclined: The front side of the awning portion is higher than the base side of the awning portion. The plate, wherein the separating rib protrudes from a bottom side surface of the water passage at a central portion in the rear-rear direction of the water passage, the isolation The isolation rib does not contact the cover body and is further disposed to extend in the right direction. The positive cover body and the isolation rib The anti-drip plate according to any one of claims 1 to 3, wherein the gap between the awning portion and the cover body in the closed position is in addition to The left end portion and the right end portion of the awning portion are blocked by a spacer interposed between the awning portion and the cover. 8. The invention as recited in claim 7 a drip-proof plate, wherein the spacer is held in position by being inserted into a pad formed in any one of the canopy portion and the cover body The anti-drip plate according to any one of claims 1 to 3, wherein the body has a water-passing hole, wherein the water-passing hole is located above the awning portion - a through direction in the rear direction, and a height of a bottom side edge of the water passing hole is the same as a top side surface of the awning portion. 10. The drip-proof plate of any one of claims 1 to 3, wherein a drain outlet that passes through in a front-rear direction on a lower side portion of the body and the drain outlet The height of the bottom side edge is the same as the top side surface of the bottom side wall of the cover. 11. The drip-proof plate of claim 10, wherein the body has a rear side rib extending from an entire periphery of a rear side surface of the body such that the A front side end portion of the rear side rib is in contact with the work surface, and a drain hole penetrating through the work surface is provided on a lower side portion of the rear side rib except for a portion directly below the drain outlet. 12. The drip-proof plate of any one of claims 1 to 3 wherein the body has a window, the wall-embedded wiring device is inserted into the window of the 13 1336548 25349pif, and the rear side pad is placed On a rear side surface of the body such that the rear side liner is sandwiched between a perimeter of the window and the work surface, the back side liner having an inner liner surrounding the window and An outer liner around the inner liner. 13. The drip-proof panel of claim 12, wherein the inner liner is integrated with the outer liner. 35