JP4055693B2 - Air conditioning register - Google Patents

Description

  The present invention relates to an air conditioning register for supplying air for air conditioning indoors.

  In recent years, instrument panels having an inclined design surface are often found in the automobile industry. FIG. 8 is a schematic cross-sectional view in the longitudinal direction of the air-conditioning register disposed on the instrument panel. As shown in the figure, the bezel 101 of the air-conditioning register 100 is disposed flush with the instrument panel 102, and both form an inclined surface. The pivot shaft A of the vertical fin body 103 extends along the inclined surface for the convenience of wind direction adjustment. That is, the pivot shaft A is inclined by the inclination angle C with respect to the path length vertical direction B of the ventilation path 105 through which the air for air conditioning flows. Further, gaps 106 a, 106 b, 106 c, and 106 d are formed at the upper and lower ends of the vertical fin body 103 in order to ensure the swing of the vertical fin body 103.

  When the ventilation path 105 is blocked only by the vertical fin body 103 without using a damper, the vertical fin body 103 is largely swung and the adjacent vertical fin bodies 103 are overlapped with each other. However, if the vertical fin bodies 103 are overlapped with each other, the gap 106a and the gap 106b and the gap 106c and the gap 106d communicate with each other between the adjacent vertical fin bodies 103. For this reason, the air for air conditioning will leak into the room.

Therefore, in the air conditioning register described in Patent Document 1, a seal frame that fills the gaps 106 a, 106 b, 106 c, and 106 d is disposed on the outer edge of the vertical fin body 103. And the sealing performance at the time of the ventilation path 105 interruption | blocking is ensured by this seal frame.
JP 2001-280683 A

  However, in the case of the air conditioning register described in this document, the seal frame is always in sliding contact with the inner surface of the retainer 107. For this reason, the operating resistance of the vertical fin body 103 is large.

  Further, as described above, the pivot shaft A is inclined by the angle C with respect to the path length vertical direction B of the ventilation path 105. For this reason, the widths of the gaps 106 a, 106 b, 106 c, and 106 d at the time of wind direction adjustment change every moment depending on the swing angle of the vertical fin body 103. When the gap width is reduced, the seal frame is pushed out of the gap. Therefore, the draft resistance is increased by the extruded seal frame.

  Further, in the case of the air-conditioning register described in the same document, the vertical fin body 103 and the horizontal fin body 108 are operated by separate operation units 111 and 110, respectively. For this reason, the number of parts is large and the mechanism is complicated. Further, the operation unit 111 of the vertical fin body 103 is disposed outside the air outlet 109 of the bezel 101. For this reason, the area of the air outlet 109 occupying the bezel 101 has to be reduced by the amount of the operation unit 111.

  By the way, when the instrument panel 102 is inclined, the effective outlet area (the area of the surface extending in the direction perpendicular to the length of the ventilation path 105) S1 with respect to the actual outlet area S0 becomes smaller. Therefore, according to the air-conditioning register described in the same document, it is necessary to further reduce the small outlet area. For this reason, it was difficult to secure a desired air flow rate.

  The air-conditioning register of the present invention has been completed in view of the above problems. Therefore, an object of the present invention is to provide an air-conditioning register that has a low operating resistance, a low ventilation resistance, and can block a ventilation path using fins. Another object of the present invention is to provide an air-conditioning register that can easily secure a desired air flow rate and that can block a ventilation path using fins.

(1) In order to solve the above problems, an air-conditioning register according to the present invention is a retainer having an air passage through which air-conditioning air passes, and an air outlet that communicates with the air passage and blows the air-conditioning air into the room. An indoor fin group in which a plurality of indoor fin bodies that are pivotally supported inside the retainer and capable of adjusting the air direction of the air-conditioning air are juxtaposed, and the indoor fin group inside the retainer. And an outdoor fin group in which a plurality of outdoor fin bodies are juxtaposed, which are pivotally supported at the back of the air-conditioner, can adjust the air direction of the air-conditioning air, and can block the ventilation path. The pivoting shaft of the outdoor fin body intersects the vertical direction of the ventilation path, and the retainer swings inside the retainer. interfere lower wall step portion in the track are disposed, wind direction In Sage, swings at an angle range of said chamber outer fin member does not contact the lower wall step portion, at the time of the ventilation passage blocked, the chamber outer fin body swings beyond the angle range is the It contacts the lower wall step .

In the case of the air-conditioning register according to the present invention, the outdoor fin body comes into contact with the lower wall step portion , so that the sealing performance when the ventilation path is blocked can be ensured. Further, the seal frame is unnecessary, the operation resistance is small, and the ventilation resistance is small. Further, in the case of manual operation, the operator can easily recognize the blockage of the air passage due to the change in the operation resistance when the outdoor fin body comes into contact with the lower wall step portion .

Further, the ideal swing angle of each outdoor fin body when the ventilation path is blocked is determined. In this regard, in the air-conditioning register of the present invention, the swing angle of the outdoor fin body when the ventilation path is blocked can be accurately determined by the lower wall step portion . That is, each outdoor fin body can be positioned at an ideal swing angle when the ventilation path is blocked.

(2) Moreover, in order to solve the said subject, the air-conditioning register | resistor of this invention has the ventilation path through which the air for an air conditioning passes, and the blower outlet which is connected to this ventilation path and blows off this air-conditioning air indoors A retainer, an indoor fin group in which a plurality of indoor fin bodies that are pivotally supported inside the retainer and capable of adjusting the air direction of the air-conditioning air are juxtaposed, and the interior of the retainer An outdoor fin group in which a plurality of outdoor fin bodies that are pivotally supported in the back of the fin group and can adjust the air direction of the air-conditioning air and that can block the ventilation path are juxtaposed, An air conditioning register comprising: a plurality of the indoor fin bodies constituting the indoor fin group, and the arbitrary indoor fin bodies along the surface of the arbitrary indoor fin bodies. A slide-movable knob, and the chamber of the knob A rack is formed on the surface facing the side fin group, and among the plurality of outdoor fin bodies constituting the outdoor fin group, a pinion that meshes with the rack is integrated with any of the outdoor fin bodies. The outdoor fin group swings as the pinion rotates as the knob slides.

According to the air-conditioning register of the present invention, since the knob is disposed inside the air outlet, it is easy to increase the air outlet area. Therefore, a desired air flow rate can be easily ensured. Further, since the outdoor side fin body adjacent to the outdoor side fin body having a pinion is arranged avoidance section, a pinion in blocking the air passage there is no fear of disturbing the swing of the outdoor side fins body . Therefore, the outdoor fin body can be sufficiently swung by an angle necessary for blocking the ventilation path.

  According to the present invention, it is possible to provide an air-conditioning register that has low operating resistance, low ventilation resistance, and can block the ventilation path using fins. In addition, according to the present invention, it is possible to provide an air conditioning register that can easily secure a desired air flow rate and that can block a ventilation path using fins.

  Hereinafter, an embodiment in which the air-conditioning register of the present invention is arranged on an instrument panel of an automobile will be described.

  First, the configuration of the air conditioning register of the present embodiment will be described. FIG. 1 is an exploded perspective view of the air-conditioning register of the present embodiment. FIG. 2 shows a combined perspective view of the air-conditioning register. FIG. 3 is a cross-sectional view taken along the line II of FIG. FIG. 4 is a cross-sectional view taken along the line II-II in FIG. As shown in these drawings, the air conditioning register 1 mainly includes a retainer 2, a horizontal fin group 3, a vertical fin group 4, and a common knob 5.

  The retainer 2 includes a retainer body 20 and a bezel 21. The retainer body 20 is made of resin and has a rectangular tube shape extending from the front of the vehicle (outside of the vehicle) to the rear of the vehicle (inside of the vehicle). A lateral fin pivot groove 200 is recessed at the indoor side end of the left wall of the retainer body 20. A total of eight horizontal fin pivot grooves 200 are juxtaposed in the vertical direction. On the other hand, a lateral fin pivot hole 201 is formed at the indoor side end of the right wall of the retainer body 20 so as to face the lateral fin pivot groove 200. A total of eight horizontal fin pivot holes 201 are juxtaposed in the vertical direction. A lower wall step 202 is formed on the inner surface of the lower wall of the retainer body 20 so as to descend toward the indoor side. The lower wall step 202 is included in the step portion of the present invention. A lower vertical fin pivotal support hole 203 that penetrates the lower wall step 202 is formed in the lower wall of the retainer body 20. A total of five lower vertical fin pivot holes 203 are juxtaposed in the left-right direction. In addition, an upper wall slope 209 is formed on the upper wall of the retainer body 20 so as to face the lower wall step 202 obliquely and expand toward the indoor side. An upper vertical fin pivot hole 204 is formed in the upper wall slope 209 so as to obliquely face the lower vertical fin pivot hole 203. A total of five upper vertical fin pivot holes 204 are juxtaposed in the left-right direction. Further, among the left and right walls sandwiching the lower wall step 202, a left wall step 205 is formed on the inner surface of the left wall so as to extend toward the indoor side (see FIG. 4). On the other hand, a right wall rib 206 protrudes from the inner surface of the right wall (see FIG. 4). A ventilation path 207 is defined in the retainer body 20. Air-conditioning air is supplied to the ventilation path 207 from an air-conditioning duct (not shown) arranged on the outdoor side.

  The bezel 21 is made of resin and has a rectangular frame shape. The bezel 21 is disposed on the indoor side of the retainer body 20. The bezel 21 is disposed substantially flush with the instrument panel 9 having a gently inclined design surface. The bezel 21 has an air outlet 210 that occupies most of the entire surface of the bezel 21. The air outlet 210 communicates with the ventilation path 207. Air-conditioning air is supplied into the room through the air-conditioning duct, the ventilation path 207, and the air outlet 210.

  The horizontal fin group 3 is composed of eight horizontal fin bodies 30 juxtaposed in the vertical direction. The lateral fin group 3 is included in the indoor fin group of the present invention. The horizontal fin body 30 is included in the indoor fin body of the present invention. The horizontal fin body 30 is made of resin and has a strip shape extending in the left-right direction. From the right end of each horizontal fin body 30, a right pivot protrusion 35 is projected. The right pivot support 35 is inserted into the lateral fin pivot hole 201. On the other hand, from the left end of each horizontal fin body 30, the left side pivot protrusion 31 is protrudingly provided. The body portion of the left pivot protrusion 31 is accommodated in the lateral fin pivot groove 200. A lateral fin engagement piece 32 is disposed on the left side of the left pivot support protrusion 31 with the left wall of the retainer body 20 interposed therebetween. The lateral fin engagement piece 32 is made of resin and has a short plate shape. A total of eight lateral fin engagement pieces 32 are arranged. Each horizontal fin engagement piece 32 is formed with a horizontal fin engagement hole 320. The left pivotal protrusion 31 is fixed to the lateral fin engagement hole 320. Further, a lateral fin engagement protrusion 321 is provided so as to protrude from the left surface of the lateral fin engagement piece 32. On the left side of the eight horizontal fin engaging pieces 32, a horizontal fin connecting rod 34 is disposed. The horizontal fin connecting rod 34 is made of resin and has a thin plate shape extending in the vertical direction. The horizontal fin connecting rod 34 has a total of eight horizontal fin engaging holes 340 aligned in the vertical direction. In each horizontal fin engagement hole 340, a horizontal fin engagement protrusion 321 that is opposed in the left-right direction is inserted.

Shared knob 5 is in coloration of a resin rectangular tube. The common knob 5 is mounted on the fourth horizontal fin body 30 from the top of the horizontal fin group 3 so as to be slidable in the left-right direction (see FIGS. 3 and 4). A rack 50 extending in the left-right direction is disposed on the outdoor end surface of the common knob 5.

The vertical fin group 4 includes five vertical fin bodies 40 juxtaposed in the left-right direction. The vertical fin group 4 is included in the outdoor fin group of the present invention. The vertical fin body 40 is included in the outdoor fin body of the present invention. The vertical fin body 40 is made of resin and has a strip shape extending in the vertical direction. The pivotal support axis a of the vertical fin body 40 is inclined by an inclination angle c with respect to the path length vertical direction b of the ventilation path 207 (see FIG. 3). A fin side contact portion 403 is formed at the lower end of each vertical fin body 40. Further, among the five vertical fin bodies 40, arc-shaped knob avoidance cutouts 400 are respectively formed on the indoor side edges of the four vertical fin bodies 40 from the right. Of the five vertical fin bodies 40, a pinion 401 is disposed in the knob avoidance notch 400 of the central vertical fin body 40. The pinion 401 has a fan shape. Further, the pinion 401 meshes with the rack 50 of the common knob 5 . Of the five vertical fin bodies 40, the second vertical fin body 40 from the left is provided with an avoiding recess 402 that swells in a triangular shape on the left side. The avoidance concave portion 402 is included in the avoidance portion of the present invention.

  From the lower end of each vertical fin body 40, a lower pivot projection 45 is projected. The lower pivot projection 45 is inserted into the lower vertical fin pivot hole 203. On the other hand, an upper pivot projection 41 is projected from the upper end of each vertical fin body 40. The upper pivot protrusion 41 is inserted into the upper vertical fin pivot hole 204. On the upper side of the upper pivot projection 41, a vertical fin engagement piece 42 is disposed with the upper wall of the retainer body 20 interposed therebetween. The vertical fin engagement piece 42 is made of resin and has a short plate shape. A total of five vertical fin engaging pieces 42 are arranged. Each vertical fin engagement piece 42 is provided with a vertical fin engagement hole 420. The upper end of the upper pivot projection 41 that penetrates the upper vertical fin pivot hole 204 is fixed to the vertical fin engagement hole 420. Further, a vertical fin engagement protrusion 421 protrudes from the upper surface of the vertical fin engagement piece 42. A vertical fin connecting rod 44 is disposed above the five vertical fin engaging pieces 42. The vertical fin connecting rod 44 is made of resin and has a thin plate shape extending in the left-right direction. The vertical fin connecting rod 44 has a total of five vertical fin engagement holes 440 aligned in the left-right direction. In each of the vertical fin engagement holes 440, vertical fin engagement protrusions 421 that are opposed to each other in the vertical direction are inserted.

  Next, the movement of the horizontal fin group of the air conditioning register of this embodiment will be described. As shown in FIG. 3, when the common knob 5 is swung in the vertical direction, the horizontal fin body 30 having the common knob 5 also moves in the vertical direction around the right pivot protrusion 35 and the left pivot protrusion 31. Swing. For this reason, the horizontal fin engaging piece 32 fixed to the horizontal fin body 30 also swings in the vertical direction around the right pivot protrusion 35 and the left pivot protrusion 31. Accordingly, the horizontal fin engagement protrusion 321 also swings in the vertical direction. The lateral fin engagement protrusion 321 is inserted into the lateral fin engagement hole 340 of the lateral fin connecting rod 34. For this reason, the horizontal fin connecting rod 34 reciprocates in the vertical direction. This reciprocating motion is transmitted to another horizontal fin body 30 that does not have the common knob 5 via another horizontal fin engagement piece 32. Thus, the entire horizontal fin group 3 is interlocked and swings up and down.

  Next, the movement of the vertical fin group of the air conditioning register of this embodiment will be described. As shown in FIG. 4, when the common knob 5 is slid in the left-right direction, the vertical fin body 40 having the pinion 401 that meshes with the rack 50 has the lower pivot protrusion 45 and the upper pivot protrusion 41 as the center. Oscillates left and right. For this reason, the vertical fin engaging piece 42 fixed to the vertical fin body 40 also swings in the left-right direction around the lower pivot protrusion 45 and the upper pivot protrusion 41. Accordingly, the vertical fin engagement protrusion 421 also swings in the left-right direction. The vertical fin engaging protrusion 421 is inserted into the vertical fin engaging hole 440 of the vertical fin connecting rod 44. For this reason, the vertical fin connecting rod 44 reciprocates in the left-right direction. This reciprocating motion is transmitted to the other vertical fin body 40 not having the pinion 401 via the other vertical fin engaging piece 42. Thus, the entire vertical fin group 4 is interlocked and swings in the left-right direction.

  Next, the movement of the air conditioning register according to the present embodiment when the ventilation path is blocked will be described. FIG. 5 shows a layout view of the vertical fins when adjusting the wind direction. FIG. 6 is a longitudinal sectional view of the air conditioning register of this embodiment when the ventilation path is cut off. In FIG. 7, the arrangement | positioning drawing of the vertical fin at the time of ventilation path interruption | blocking is shown. When adjusting the wind direction, the vertical fin body 40 swings in an angular region where the fin-side contact portion 403 does not contact the lower wall step 202. When the common knob 5 is greatly slid leftward beyond this angular range, as shown in FIG. 5, the vertical fin body 40 is large so that the indoor side portion faces the left direction across the pivot shaft a. Swing. As shown in FIG. 7, the fin-side contact portion 403 of the vertical fin body 40 contacts the lower wall step 202. In addition, the indoor side edge of the leftmost vertical fin body 40 among the five vertical fin bodies 40 contacts the left wall step 205. Further, the outermost edge of the rightmost vertical fin body 40 among the five vertical fin bodies 40 contacts the right wall rib 206. Moreover, adjacent vertical fin bodies 40 are superimposed. At this time, the left portion of the pinion 401 is accommodated in the avoidance recess 402. Thus, the ventilation path 207 is blocked.

  Next, the function and effect of the air conditioning register of this embodiment will be described. According to the air-conditioning register 1 of this embodiment, the fin-side contact portion 403 of the vertical fin body 40 is in contact with the lower wall step 202, so that the sealing performance when the ventilation path 207 is blocked can be ensured. Further, the operation resistance is small and the ventilation resistance is small. In addition, during manual operation, the operator can easily recognize the blockage of the ventilation path 207 due to a change in operation resistance when the fin-side contact portion 403 contacts the lower wall step 202.

  Further, according to the air-conditioning register 1 of the present embodiment, the indoor side edge of the leftmost vertical fin body 40 contacts the left wall step 205 when the ventilation path 207 is blocked. Also in this point, the sealing performance is high. Further, during manual operation, the operator can easily recognize the blockage of the ventilation path 207 due to a change in the operation resistance when the vertical fin body 40 abuts against the left wall step 205.

  Further, according to the air-conditioning register 1 of the present embodiment, the outdoor side edge of the rightmost vertical fin body 40 contacts the right wall rib 206 when the ventilation path 207 is blocked. Also in this point, the sealing performance is high. Further, during manual operation, the operator can easily recognize the blockage of the air passage 207 due to the change in the operation resistance when the vertical fin body 40 abuts against the right wall rib 206.

  Moreover, according to the air-conditioning register 1 of the present embodiment, the upper wall slope 209 is disposed on the upper wall of the retainer body 20 (see FIG. 3). Therefore, the vertical fin body 40 can be swung so as not to interfere with the upper wall of the retainer body 20 without providing the gap 106b as in the vertical fin body 103 of FIG. Further, since the gap 106b is not disposed, the sealing performance when the ventilation path 107 is blocked is increased.

  Further, according to the air-conditioning register 1 of the present embodiment, the swing angle of the vertical fin body 40 when the ventilation path 207 is blocked can be accurately determined by applying the fin-side contact portion 403 to the lower wall step 202. it can. That is, each vertical fin body 40 can be positioned at an ideal swing angle when the ventilation path 207 is shut off.

  Moreover, according to the air-conditioning register 1 of the present embodiment, the common knob 5 is disposed inside the air outlet 210. For this reason, the area ratio of the blower outlet 210 in the bezel 21 is large. Therefore, a desired air flow rate can be easily ensured.

  Moreover, if there is no avoidance recessed part 402, when blocking the ventilation path 207, the pinion 401 will contact | abut to the outdoor side surface of the adjacent vertical fin body 40 (refer FIG. 5). For this reason, the vertical fin body 40 cannot be swung to an angle necessary for blocking the ventilation path 207. On the other hand, according to the air-conditioning register 1 of the present embodiment, the avoiding recess 402 is arranged in the vertical fin body 40 adjacent to the vertical fin body 40 having the pinion 401. When the ventilation path 207 is blocked, the pinion 401 is accommodated in the avoidance recess 402. Therefore, the vertical fin body 40 can be sufficiently swung by an angle necessary for blocking the ventilation path 207.

  Moreover, according to the air-conditioning register 1 of the present embodiment, the knob avoidance notch 400 is arranged in the four vertical fin bodies 40. Therefore, interference between the operation knob 5 and the vertical fin body 40 during operation can be prevented. Further, the vertical fin group 4 and the horizontal fin group 3 can be arranged densely. For this reason, the total length (indoor-outdoor direction length) of the air-conditioning register 1 is shortened.

  The embodiments of the air-conditioning register according to the present invention have been described above. However, the embodiment is not particularly limited to the above embodiment. Various modifications and improvements that can be made by those skilled in the art are also possible.

  For example, in the present embodiment, the avoidance concave portion 402 is disposed as the avoidance portion, but the form of the avoidance portion is not particularly limited. For example, it may be a notch. Further, the entire outdoor side of the vertical fin body 40 with respect to the pivot shaft a may be excised, and this may be used as an avoidance portion. Further, the notch may be covered with a plate that can be deformed and deformed (for example, a rubber plate), and this may be used as an avoidance unit. In this way, when the ventilation path 207 is blocked, the plate is pressed by the pinion 401 and deformed, whereby an avoiding portion is formed. That is, the avoidance part that did not exist at the time of adjusting the wind direction appears when the ventilation path 207 is blocked. If it carries out like this, the ventilation resistance by an avoidance part will become small at the time of wind direction adjustment.

The retainer body 20 and the bezel 21 may be integrated . The air-conditioning register 1 according to the present invention is not limited to the instrument panel 9 and may be disposed on the console box end face, door trim, or the like. Moreover, you may use not only a motor vehicle but a ship, an aircraft, a train, or a house.

It is a disassembled perspective view of the air-conditioning register | resistor used as one Embodiment of the air-conditioning register | resistor of this invention. It is a united perspective view of the air-conditioning register. It is II sectional drawing of FIG. It is II-II sectional drawing of FIG. It is arrangement | positioning drawing of the vertical fin at the time of the wind direction adjustment of the same air-conditioning register | resistor. It is longitudinal direction sectional drawing at the time of the ventilation path interruption | blocking of the same air-conditioning register | resistor. It is arrangement | positioning drawing of the vertical fin at the time of the ventilation path interruption | blocking of the air conditioning register | resistor. It is a longitudinal cross-sectional schematic diagram of the conventional air-conditioning register.

Explanation of symbols

1: Air-conditioning register, 2: Retainer, 20: Retainer main body, 200: Horizontal fin pivot groove, 201: Horizontal fin pivot hole, 202: Lower wall step (step), 203: Lower vertical fin pivot hole 204: Upper vertical fin pivot hole, 205: Left wall step, 206: Right wall rib, 207: Ventilation path, 209: Upper wall slope, 21: Bezel, 210: Air outlet, 3: Horizontal fin group (indoor side Fin group), 30: horizontal fin body (indoor side fin body), 31: left pivot support protrusion, 32: horizontal fin engagement piece, 320: horizontal fin engagement hole, 321: horizontal fin engagement protrusion, 34: horizontal Fin connecting rod, 340: horizontal fin engagement hole, 35: right pivot support protrusion, 4: vertical fin group (outdoor fin group), 40: vertical fin body (outdoor fin body), 400: knob avoidance notch, 401: pinion 402: avoidance recess (avoiding unit), 03: Fin side contact part, 41: Upper pivot support protrusion, 42: Vertical fin engagement piece, 420: Vertical fin engagement hole, 421: Vertical fin engagement protrusion, 44: Vertical fin connecting rod, 440: Vertical fin Engagement hole, 45: lower pivot projection, 5: common knob, 50: rack, 9: instrument panel, a: pivot shaft, b: road length vertical direction, c: inclination angle.

Claims (1)

A retainer having a ventilation path through which the air for air conditioning passes, and a blowout opening communicating with the ventilation path and blowing the air for air conditioning into the room;
An indoor fin group in which a plurality of indoor fin bodies that are pivotally supported inside the retainer and can adjust the air direction of the air-conditioning air are juxtaposed,
Inside the retainer, a plurality of outdoor fin bodies that are pivotally supported in the interior of the indoor fin group so as to be swingable, can adjust the air direction of the air for air conditioning, and can block the ventilation path are juxtaposed. An outdoor fin group,
An air-conditioning register comprising:
Of the plurality of indoor fins constituting the indoor fin group, any indoor fin body includes a knob that can slide along the surface of any indoor fin body. A rack is formed on the surface facing the outdoor fin group,
Of the plurality of outdoor fin bodies constituting the outdoor fin group, any outdoor fin body integrally has a pinion that meshes with the rack, and the pinion is moved along with the sliding movement of the knob. By rotating, the outdoor fin group swings,
For the outdoor fin body having the pinion, the outdoor fin body adjacent to the side on which the pinion approaches when the ventilation path is interrupted has an avoiding portion for avoiding interference with the pinion,
The pivot shaft of the outdoor fin body intersects the vertical direction of the ventilation path,
Inside the retainer, a lower wall step portion that interferes with the swinging trajectory of the outdoor fin body is disposed,
At the time of adjusting the wind direction, the outdoor fin body swings in an angular region where it does not come into contact with the lower wall step portion,
An air-conditioning register characterized in that, when the ventilation path is cut off, the outdoor fin body that has swung beyond the angular range comes into contact with the step portion of the lower wall .

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