JP7396166B2 - wire regulator - Google Patents

Description

The present invention includes a guide rail along the up-and-down direction of the window glass, a slider to which the window glass is attached and movably engaged with the guide rail, and one end of which is latched to a lifting wire end storage part of the slider. a rising wire extending above the slider; a descending wire having one end locked in a descending wire end storage portion of the slider and extending below the slider; The present invention relates to a wire type regulator that moves the slider up and down along the guide rail by moving a descending wire along the guide rail.

Generally, a regulator for opening and closing a window glass of a vehicle is provided in a space between an inner panel and an outer panel of a door.
The regulator includes a guide rail along the up and down direction of the window glass, a slider to which the window glass is attached and movably engaged with the guide rail, one end of which is locked in the wire end storage part of the slider, and a wire A rising wire is biased in a direction to tension the wire and extends above the slider, and one end is locked in the wire end storage part of the slider, and the wire is biased in a direction to tension the wire and extends below the slider. The device is composed of a descending wire that is wound around the drum, and a drive section that drives a drum around which the ascending wire and descending wire are wound. There is a wire-type regulator that moves the slider up and down along a guide rail by winding or winding it up.

In such a wire type regulator, the slider lowering wire may rust as rainwater or the like that passes through the window glass and enters the inside of the door flows downward through the guide rail, the slider, the lowering wire, etc.
In order to prevent this, some sliders are provided with eaves (rain gutters) that guide rainwater that has entered the inside of the door to a position where it will not be transmitted to the lowering wire (see Patent Document 1).

Patent No. 6523962

If an eave is provided on the slider, the eave and the lifting wire may interfere with each other.
In order to avoid interference, the eaves may be divided into two parts, and the lifting wire may be passed between the two parts. In this case, rainwater may flow from between the two halves of the eaves to the underside of the eaves and fall.

If water that falls enters the wire end housing, it will freeze at low temperatures and cause the wire regulator to malfunction. Furthermore, if the fallen water adheres to the wires and guide rails, the wires and guide rails will rust, causing malfunction of the wire type regulator.
The present invention has been made in view of the above problems, and an object of the present invention is to provide a wire type regulator that can prevent malfunctions.

In order to achieve at least one of the above-mentioned problems, a wire type regulator reflecting one aspect of the present invention is provided with a guide rail along the up-and-down direction of the window glass, and the window glass is attached to the guide rail. A slider movably engaged, a rising wire having one end locked in a rising wire end storage part of the slider and extending above the slider, and one end of a rising wire having one end locked in a lowering wire end storage part of the slider. A descending wire that is locked and extends below the slider, and a wire that moves the slider up and down along the guide rail by moving the ascending wire and the descending wire along the guide rail. In the slider, the slider has one or more eaves, and is provided with a rainwater guiding part that guides rainwater, etc. that has fallen into the eaves to a surface of the slider opposite to the surface on which the eaves are provided, The rainwater guide section connects a first rainwater guide section provided on the slider on one side via the ascending wire, and a second rainwater guide section provided on the slider on the other side via the ascending wire. It is characterized by consisting of a guide section .
Further, a wire type regulator reflecting one aspect of the present invention includes a guide rail along the up-and-down direction of the window glass, a slider to which the window glass is attached and movably engaged with the guide rail, and one end of which is connected to the guide rail. A rising wire is locked in a rising wire end storage part of the slider and extends above the slider, and one end is locked in a lowering wire end storage part of the slider and extends below the slider. In the wire type regulator, the slider is moved up and down along the guide rail by moving a descending wire, the ascending wire, and the descending wire along the guide rail, the slider having one or more and a rainwater guiding portion for guiding rainwater etc. that has fallen into the eaves to a surface of the slider opposite to the surface on which the eaves are provided, the rainwater guiding portion being formed on the slider. The slider is characterized in that it has a hole, and guides rainwater or the like that has fallen onto the eaves through the hole to a surface of the slider opposite to the surface on which the eaves are provided.

Other features of the present invention will become more apparent from the detailed description below and the accompanying drawings.

According to the wire type regulator of the present invention,
The slider is provided on the surface side of the guide rail,
The slider is provided with a rainwater guiding part that has one or more eaves and guides rainwater, etc. that has fallen into the eaves to a surface of the slider opposite to the surface on which the eaves are provided,
Rainwater or the like that falls on the eaves is guided to the surface of the slider opposite to the surface on which the eaves are provided, so that it does not enter the rising wire end storage section.

Therefore, the lifting wire end storage section does not freeze, and the wire type regulator does not malfunction.
Other effects of the present invention will become more apparent from the detailed description below and the accompanying drawings.

FIG. 7 is an enlarged view of the slider in FIG. 6, which is a front view of the wire regulator of the first embodiment. 2 is a left side view of FIG. 1. FIG. FIG. 2 is a right side view of FIG. 1; It is a perspective view seen from the right side in FIG. It is a perspective view seen from the left side in FIG. It is a front view of the wire type regulator of this embodiment. 7 is a left side view of FIG. 6. FIG. 7 is a right side view of FIG. 6. FIG. FIG. 13 is an enlarged view of the slider in FIG. 12, which is a front view of the wire type regulator of the second embodiment. It is a perspective view seen from the right side in FIG. It is a perspective view seen from the left side in FIG. It is a front view of the principal part of the wire type regulator of an embodiment. FIG. 13 is an enlarged view of FIG. 12 with the glass and bracket removed. 14 is a right side view of FIG. 13. FIG. 14 is a view seen from the XV direction in FIG. 13. FIG.

<First embodiment>
First, the wire type regulator of the first embodiment will be explained using FIGS. 6 to 8. 6 is a front view of the main parts of the wire type regulator of this embodiment, FIG. 7 is a left side view of FIG. 6, and FIG. 8 is a right side view of FIG. 6.

In these figures, a guide rail 1 is provided on the inner panel of the door along the up-and-down direction of the window glass. A slider 3 that holds a window glass is movably engaged with the guide rail 1.
One end of a rising wire 31 extending above the slider 3 and one end of a descending wire 35 extending below the slider 3 are locked to the slider 3 .

The other end of the ascending wire 31 and the other end of the descending wire 35 are wound around a drum (not shown). Then, by rotating the drum, the descending wire 35 and the ascending wire 31 wound around the drum are let out or wound up from the drum, and the slider 3 moves up and down along the guide rail 1.

Next, the slider 3 will be explained using FIGS. 1 to 5. 1 is an enlarged view of the slider in FIG. 6, FIG. 2 is a left side view in FIG. 1, FIG. 3 is a right side view in FIG. 1, FIG. 4 is a perspective view of the slider in FIG. It is a perspective view seen from the left side.
The slider 3 of this embodiment is an insert molded product of a resin member and a metal member, and includes a plate-shaped metal portion 11 and a surface F. S. (See Figures 2 and 3) and the back side B. S. (See FIGS. 2 and 3).

Surface F of metal part 11 S. The side resin part 51 is divided into a first resin part 53 located at the upper part and a second resin part 55 located at the lower part via the slit S and the slit S'.
A window glass 5 is placed above the metal part 11 via a bracket. Two holes 13 and 15 are formed in the metal part 11 to which this bracket is attached.

The first resin portion 53 of the resin portion 51 is formed with a rising wire end storage portion (cable assembly portion) 57 in which the wire end 33 of the rising wire 31 extending above the slider 3 is provided. The lifting wire 31 is urged in the tensioning direction by a biasing means (not shown) that biases the wire end 33. Further, the slider 3 is formed with a groove 61 (a rising wire groove) that guides the rising wire 31 to the rising wire end storage portion 57.

In addition, in FIG. 1, the falling direction of rainwater, etc. is indicated by an arrow R. The extending direction of the groove 61 that guides the ascending wire 31 to the upper part of the slider 3 is a direction that intersects with the direction in which rainwater or the like falls, which is indicated by an arrow R.
Further, the first resin portion 53 of the resin portion 51 is formed with a descending wire end storage portion (cable assembly portion) 63 in which the wire end 37 of the descending wire 35 extending below the slider 3 is provided. There is. The lowering wire 35 is urged in the tensioning direction by a biasing means (not shown) that biases the wire end 37. Further, the slider 3 is formed with a groove 67 (lowering wire groove) that guides the descending wire 35 to the descending wire end storage section 63. The extending direction of the groove 67 that guides the descending wire 35 to the lower part of the slider 3 is a direction that intersects with the falling direction of rainwater and the like, which is indicated by an arrow R.

A rainwater guide section 70 having a plurality of eaves (rain gutters) is provided on one side of the groove 61 for guiding the ascending wire 31, and a rainwater guide rail guide section 80 is provided on the other side.
The rainwater guide section 70 will be explained. A first eave 71 is formed on one side of the groove 61 that guides the ascending wire 31 to catch rainwater etc. falling from the window glass 5 and slope downward in a direction away from the ascending wire 31. ing.

A second eave 73 is formed below the first eave 71. The second eaves 73 includes an overlapping portion 73a that overlaps with the first eaves 71 in the falling direction of rainwater, etc., a downward extending portion 73b that is connected to the overlapping portion 73a at its lower end and extends downward, and a lower extending portion 73b that extends downward. It consists of an inclined part 73c which is connected to the lower end of the extending part 73b and which is inclined downward in a direction away from the ascending wire end storage part (cable assembly part) 57. Note that the first eaves 71 and the second eaves 73 are formed on the first resin portion 53.

In this embodiment, the upper ends of the first eaves 71 and the second eaves 73 are formed to be located above the lower end of the rising wire end storage section 57.
A third eave 75 is formed on the second resin portion 55 . The third eaves 75 is tilted downward in a direction away from the ascending wire end storage section (cable assembly section) 57, and drains rainwater etc. from the edge of the slider 3 (outside the side of the guide rail 1). A sloped portion 75a that guides the rear surface B. S. The vertical wall portion (terminus portion) 75b extends to the guide rail 1 and guides rainwater etc. so as not to hit the back surface of the guide rail 1.

Further, the lower end 73d of the inclined portion 73c of the second eave 73 and the upper end 75c of the inclined portion 75a of the third eave 75 overlap in the falling direction of rainwater, etc. indicated by arrow R.
Next, the rainwater guide rail guide section 80 will be explained. On the other side of the groove 61 that guides the ascending wire 31, an eleventh eave 81 is formed that receives rainwater etc. falling from the window glass 5 and slopes downward in a direction away from the ascending wire 31. ing. The eleventh eave 81 includes a first sloped part 81a on the upper side and a second sloped part 81b that is connected from the lower end of the first sloped part 81a and has a slope angle gentler than that of the first sloped part 81a. It has become. Furthermore, the eleventh eaves 81 is formed above the first eaves 71 in the falling direction R of rainwater and the like.

A twelfth eave 83 is formed below the eleventh eave 81. This twelfth eave 83 includes an overlapping part 83a that overlaps with the eleventh eave 81 in the falling direction of rainwater, etc., a downward extending part 83b that is connected to the overlapping part 83a at a lower end and extends downward, and a lower extending part 83b that extends downward. It consists of an inclined part 83c which is connected to the lower end of the extending part 83b and which is inclined downward in a direction away from the wire end storage part (cable assembly part) 67. Further, the twelfth eaves 83 is formed above the second eaves 73 in the falling direction R of rainwater and the like.

A thirteenth eaves 85 is formed below the twelfth eaves 83 to receive rainwater etc. falling from the lower end of the twelfth eaves 83. The thirteenth eave 85 is inclined downward in a direction away from the descending wire end storage section (cable assembly section) 63, and drains rainwater etc. from the edge of the slider 3 (outside the side of the guide rail 1). A sloped portion 85a is connected to the lower end of the sloped portion 85a, and protrudes upward from the top surface of the sloped portion 75a. S. The vertical wall portion (terminal portion) 85b extends to the guide rail 1 and guides rainwater etc. so that it hits the back surface of the guide rail 1. Note that the eleventh eaves 81 and the twelfth eaves 83 are formed in the first resin part 53, and the thirteenth eaves 85 is formed in the second resin part 55. Furthermore, the thirteenth eaves 85 is formed above the third eaves 75 in the falling direction R of rainwater and the like.

In this embodiment, the upper ends of the eleventh eaves 81 and the twelfth eaves 83 are formed to be located above the lower end of the rising wire end storage section 57.
Next, the flow of rainwater falling onto the rainwater guide section 70 and the rainwater guide rail guide section 80 will be explained.

Rainwater falling toward the rainwater guide section 70 falls onto the upper surfaces of the first eaves 71, the second eaves 73, and the third eaves 75. The rainwater, etc. that has fallen onto each eave moves downward, and is eventually guided through the vertical wall section (terminal section) 75b of the third eaves 75 so that the rainwater, etc. does not hit the back surface of the guide rail 1. Ru.
Rainwater falling on the rainwater guide rail guide portion 80 side falls onto the upper surfaces of the eleventh eaves 81, the twelfth eaves 83, and the thirteenth eaves 85. The rainwater, etc. that has fallen onto each eave moves downward, and is finally guided through the vertical wall portion (terminal portion) 85b of the thirteenth eaves 85 so that it hits the back surface of the guide rail 1.

According to the above configuration, the following effects can be obtained.
(1) Since rainwater guided by the rainwater guide rail guide part 80 hits the back surface of the guide rail 1, the lowering wire 35 is prevented from rusting, and the inside of the wire end storage part freezes at low temperatures, and the wire regulator is activated. It is possible to prevent defects that result in defects.
(2) Rainwater and the like guided to the rainwater guide section 70 and the rainwater guide rail guide section 80 are directed to the surface of the slider 3 where the eaves of the rainwater guide section 70 are provided, and the surface where the eaves of the rainwater guide rail guide section 80 are provided. You will be guided to the opposite side (back side B.S.). Therefore, it is possible to prevent the descending wire 35 from rusting, and to prevent the inside of the wire end storage section from freezing at low temperatures, thereby preventing the wire type regulator from malfunctioning.
<Second embodiment>
The wire type regulator of this embodiment will be explained using FIGS. 12 to 15. 12 is a front view of the main parts of the wire type regulator of the embodiment, FIG. 13 is an enlarged view of the state shown in FIG. 12 with the glass and bracket removed, FIG. 14 is a right side view of FIG. 13, and FIG. 15 is the XV of FIG. 13. It is an arrow view seen from the direction.

In these figures, the guide rail 101 is provided on the inner panel of the door along the up-and-down direction of the window glass 5 (direction along a line segment intersecting the vertical line/diagonally upward direction, diagonally downward direction). A slider 3 that holds a window glass 105 is movably engaged with the surface side of the guide rail 101 (the surface of the guide rail 101 shown in FIGS. 12 and 13) via brackets 102 and 104. .

One end of a rising wire 131 extending above the slider 103 and one end of a descending wire 135 extending below the slider 103 are locked to the slider 103 .
The other end of the ascending wire 131 and the other end of the descending wire 135 are wound around a drum (not shown). Then, by rotationally driving the drum, the descending wire 135 and the ascending wire 131 wound around the drum are let out or wound up from the drum, and the slider 103 moves up and down along the guide rail 101.

Next, the slider 103 will be explained using FIGS. 9 to 11. 9 is a front view of the wire type regulator of this embodiment, an enlarged view of the slider in FIG. 12, FIG. 10 is a perspective view seen from the right side in FIG. 9, and FIG. 11 is a perspective view seen from the left side in FIG. .
The slider 103 of this embodiment is an insert molded product of a resin member and a metal member, and includes a plate-shaped metal portion 111 and a surface F. S. (the surface of the metal part 111 that appears in FIGS. 9-11) and the back surface B. S. (the surface of the metal part 111 that does not appear in FIGS. 9 to 11), and a resin part 151 that covers a part of the metal part 111 (the surface of the metal part 111 that does not appear in FIGS. 9 to 11).

Surface F of metal part 111 S. The side resin part 151 is divided into a first resin part 153 located at the upper part and a second resin part 155 located at the lower part via the slit S and the slit S'.
Two holes 113 and 115 are formed in the metal part 111 to which the brackets 102 and 104 are attached.

The first resin portion 153 of the resin portion 151 is formed with a rising wire end storage portion (cable assembly portion) 157 in which the wire end 133 of the rising wire 131 extending above the slider 103 is provided. The lifting wire 131 is urged in the tensioning direction by a biasing means (not shown) that biases the wire end 133. Further, the slider 103 is formed with a groove 161 (a rising wire groove) that guides the rising wire 131 to the rising wire end storage section 157.

In addition, in FIG. 9, the falling direction of rainwater, etc. is indicated by an arrow R. The extending direction of the groove 161 that guides the ascending wire 131 to the upper part of the slider 103 is a direction that intersects with the direction in which rainwater or the like falls, which is indicated by an arrow R.
Further, the first resin portion 153 of the resin portion 151 is formed with a descending wire end storage portion (cable assembly portion) 163 in which a wire end 137 of the descending wire 135 extending downwardly of the slider 3 is provided. There is. The lowering wire 135 is urged in the tensioning direction by a biasing means (not shown) that biases the wire end 137. Further, the slider 103 is formed with a groove 167 (lowering wire groove) that guides the descending wire 135 to the descending wire end storage section 163. The extending direction of the groove 167 that guides the lowering wire 135 to the lower part of the slider 103 is a direction that intersects with the direction in which rainwater or the like falls, which is indicated by an arrow R.

A rainwater guide section 170 having a plurality of eaves (rain gutters) is provided on one side of the groove 161 for guiding the ascending wire 131, and a rainwater guide rail guide section 190 is provided on the other side.
First, the rainwater guide section 170, which includes the first eave 171, the second eave 173, and the first hole 75, will be explained. The first rainwater guide section 70 has a first eave 171 that receives rainwater etc. falling from the window glass 5. The first eave 171 includes a main body part 171a that slopes downward in a direction away from the lifting wire 131, and a terminal end part 171b that extends upward from the lower end of the main body part 171a. A second eave 173 is formed below the first eave 171. The second eave 173 includes an overlapping portion 173a that overlaps with the first eave 171, a downward extending portion 173b that is connected to the lower end of the overlapping portion 173a and extends downward, and a lower end of the downward extending portion 173b. a sloped part 173c that is connected to the lower end of the sloped part 173c and slopes downward in a direction away from the rising wire end storage part (cable assembly part) 157; The end portion 173d protrudes outward from the end portion and has a steeper slope than the slope portion 173c. Further, a first hole 175 that penetrates the resin portion 151 (first resin portion 153) and the metal portion 111 is formed in a portion of the first eave 171 surrounded by the main body portion 171a and the terminal end portion 171b. .

Next, the rainwater guide rail guide portion 190 will be explained from the eleventh eave 191, the twelfth eave 193, and the eleventh hole 195.
The rainwater guide rail guide section 190 has an eleventh eave 191 that receives rainwater etc. falling from the window glass 105. The eleventh eave 191 includes a first body portion 191a that slopes downward in a direction away from the ascending wire 131, and a step portion 191b that extends downward substantially perpendicularly from the lower end of the first body portion 191a. , a second main body part 191c that slopes downward from the lower end of the stepped part 191b in a direction away from the lifting wire 31; It consists of a protruding terminal end portion 191d. A twelfth eave 193 is formed below the eleventh eave 91. The twelfth eave 193 is connected to a first overlapping part 193a overlapping with the first main body part 191a of the eleventh eave 191 and a lower end of the first overlapping part 193a, and extends approximately perpendicularly from the lower end of the first overlapping part 193a. A step portion 193b extending downward, a second overlapping portion 193c connected to the lower end of the step portion 193b and overlapping with the second main body portion 191c of the eleventh eave 191, and an upper portion from the lower end of the second overlapping portion 193c. The connecting portion 193d extends toward the lower surface of the second main body portion 191c of the eleventh eave 191. In addition, a resin portion 151 (first resin portion 53) and a metal portion are provided in a portion surrounded by the second main body portion 191c of the eleventh eave 191, the second overlapping portion 193c, and the connecting portion 193d of the twelfth eave 193. An eleventh hole 195 is formed to penetrate through the hole 111.

Next, the flow of rainwater falling onto the rainwater guide section 170 and the rainwater guide rail guide section 190 will be explained.
A portion of the rainwater that falls on the rainwater guide section 170 side falls onto the upper surface of the main body section 171a of the first eave 171. The rainwater is guided by the upper surface of the main body part 171a of the first eave 171 and moves downward, and collects in the area surrounded by the main body part 171a and the terminal end part 171b. It is guided so as not to hit the back side of the rail 101.

The rest of the rainwater that falls on the rainwater guide section 170 side falls onto the upper surface of the slope section 173a of the second eave 173. Then, it is guided by the upper surface of the inclined portion 173c of the second eave 173 and moves downward, and is guided from the terminal end portion 173d so as not to hit the back surface of the guide rail 101.
Further, rainwater, etc. that has fallen on the upper surface of the main body part 171a of the first eave 171 and that has circulated to the lower surface of the main body part 171a is removed from the overlapping part 173a, the downwardly extending part 173b, or the inclined part 173c of the second eave 173. Rainwater, etc. that falls on the upper surface of the guide rail 101 moves downward and is guided from the terminal end 173d so as not to hit the back surface of the guide rail 101.

A portion of the rainwater falling on the rainwater guide rail guide portion 190 side falls onto the upper surfaces of the first main body portion 191a, step portion 191b, and second main body portion 191c of the eleventh eave 191. Then, it is guided below the first eave 171, and is guided so as to hit the back surface of the guide rail 101 from the terminal end 191d.

In addition, rainwater, etc. that has fallen on the upper surface of the first main body part 191a of the eleventh eave 191 and that has flown to the lower surfaces of the first main body part 191a, step part 191b, and second main body part 191c is removed from the second eave 193. falls on the upper surface of the first overlapping part 193a, stepped part 193b, or second overlapping part 193c, and is surrounded by the second main body part 191c of the eleventh eave 191, the second overlapping part 193c of the twelfth eave 193, and the connecting part 193d. The collected rainwater and the like are guided to the back surface of the guide rail 101 through the eleventh hole 195.

According to such a configuration, the following effects can be obtained.
(1) Rainwater etc. guided by the rainwater guide rail guide part 190 hits the back surface of the guide rail 101, so the lowering wire 135 is prevented from rusting, and the inside of the wire end storage part freezes at low temperatures, and the wire regulator is activated. It is possible to prevent defects that result in defects.
(2) Rainwater etc. guided to the rainwater guide section 170 and the rainwater guide rail guide section 190 is directed to the surface of the slider 103 where the eaves of the rainwater guide section 170 are provided, and the surface where the eaves of the rainwater guide rail guide section 190 is provided. You will be guided to the opposite side (back side B.S.). Therefore, it is possible to prevent the lowering wire 135 from rusting, and to prevent the inside of the wire end storage section from freezing at low temperatures, thereby preventing the wire type regulator from malfunctioning.

Note that the present invention is not limited to the above embodiments. In the above embodiment, the rainwater etc. guided by the rainwater guide rail guide part 190 is set to hit the back surface of the guide rail 101, but by changing the inclination direction of the guide rail 101, the rainwater etc. guided to the rainwater guide part 170 can be set. etc. may be set so as to be in contact with the back surface of the guide rail 1.

1 Guide rail 3 Slider 5 Window glass 31 Ascending wire 35 Descending wire 57 Ascending wire end storage section 63 Descending wire end storage section 70 Rainwater guide section 71 First eave (No. A eave)
73 2nd eave 80 Rainwater guide rail guide section 81 11th eave 83 12th eave (No. B eave)
103 Slider 111 Metal part 151 Resin part 153 First resin part 155 Second resin part 170 Rainwater guide part 171 First eave 173 Second eave 175 First hole 190 Rainwater guide rail guide part 191 Eleventh eave 193 Twelfth eave 195 11 holes

Claims (2)

a guide rail along the up and down direction of the window glass; a slider to which the window glass is attached and movably engaged with the guide rail; and one end of the slider is locked in a lifting wire end storage part of the slider, and the slider A rising wire extending upward, a descending wire having one end locked in a descending wire end storage portion of the slider and extending below the slider, the ascending wire, and the descending wire. A wire type regulator that moves the slider up and down along the guide rail by moving it along the guide rail,
The slider has one or more eaves, and is provided with a rainwater guiding part that guides rainwater etc. that has fallen into the eaves to a surface of the slider opposite to the surface on which the eaves are provided,
The rainwater guide section is
a first rainwater guiding section provided on the slider on one side via the ascending wire;
a second rainwater guiding section provided on the slider on the other side via the rising wire;
consisting of
A wire type regulator characterized by: a guide rail along the up and down direction of the window glass; a slider to which the window glass is attached and movably engaged with the guide rail; and one end of the slider is locked in a lifting wire end storage part of the slider, and the slider A rising wire extending upward, a descending wire having one end locked in a descending wire end storage portion of the slider and extending below the slider, the ascending wire, and the descending wire. A wire type regulator that moves the slider up and down along the guide rail by moving it along the guide rail,
The slider has one or more eaves, and is provided with a rainwater guiding part that guides rainwater etc. that has fallen into the eaves to a surface of the slider opposite to the surface on which the eaves are provided,
The rainwater guide part has a hole formed in the slider,
Rainwater, etc. that has fallen onto the eaves through the holes is guided to a surface of the slider opposite to the surface where the eaves are provided.
A wire type regulator characterized by:

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