JP6083978B2 - Wire type window regulator - Google Patents

Description

  The present invention relates to a wire type window regulator, and more particularly to a wire type window regulator that can be applied to a window of a vehicle.

  In a railless wire-type window regulator without a guide rail, the distance between the drum housing and the direction change member such as the pulley is not fixed. It is necessary to check whether there is a sufficient distance or whether the wire has the tension necessary to raise and lower the window glass.

  Some of these wire type window regulators have a cylindrical member such as a holding pipe for holding a load (see, for example, Patent Document 1).

JP 2007-321345 A

  In the inspection, an inspection is performed by moving the direction changing member with respect to the drum housing with a predetermined force. The wire type window regulator has a cylindrical member such as a holding pipe for holding the load. In such a case, the tubular member may hinder the movement of the direction changing member, and the movement itself is hindered so that the inspection itself cannot be performed. Further, if the tubular member comes off during inspection, it is necessary to attach the tubular member again. If a force is required to attach the tubular member, it takes time, and productivity is lowered.

  This invention is made | formed in view of the above subjects, Comprising: It aims at providing the wire type window regulator which can suppress that productivity falls.

  In order to achieve the above object, a wire type window regulator according to the present invention includes a carrier plate to which a window glass is connected, a drive unit, a drum that is rotated by the driving force of the drive unit, and a drum housing that houses the drum. A wire that is connected to the carrier plate and is wound and sent out by rotation of the drum to move the carrier plate up and down, a direction changing member that changes a wiring direction of the wire, and the wire A wire-type window regulator comprising: a holding pipe through which the wire routed between the direction changing member and the drum housing is inserted; Direction changing member side attaching means of the direction changing member and drum housing side attaching means of the drum housing The one end and the other end of the holding pipe are respectively inserted into the direction changing member and the drum housing, and the wire arranged between the direction changing member and the drum housing is attached. When the direction changing member is moved relative to the drum housing by a predetermined pulling force such that the routing path is in the longest state, either the direction changing member or the drum housing is moved. The end of the holding pipe attached to the other attaching means of the direction changing member and the drum housing so that the holding pipe can follow and move is movable in the other attaching means, When attaching the direction changing member and the drum housing to the vehicle body, the distance between the direction changing member and the drum housing. The other attachment so that the holding pipe can be moved in a distance range that can be attached to the vehicle body and in a length range in which the tension of the wire becomes a tension necessary to raise and lower the window glass. A wire type window regulator characterized in that an end of the holding pipe attached to the means is movable in the other attaching means.

(1) The holding pipe includes a direction changing member-side mounting unit of the direction changing member and a drum of the drum housing in a state where the wire routed between the direction changing member and the drum housing is inserted. One end portion and the other end portion of the holding pipe are respectively inserted into the housing-side attachment means so as to be attached to the direction changing member and the drum housing, and are routed between the direction changing member and the drum housing. When the direction changing member is moved relative to the drum housing by a predetermined pulling force so that the route of the wire is longest, the direction changing member and the drum housing Other than the direction changing member and the drum housing so that the holding pipe can be moved following the movement of either End of the holding pipe attached to the mounting means is movable within said other mounting means. Therefore, even when the wire routing route is maximized, for example, when the end of the wire is movable with respect to the direction changing member and the drum housing, the direction changing member and In order to confirm that the distance of the drum housing is within a predetermined range, the direction changing member may be moved relative to the drum housing by a predetermined tensile force in the inspection of the distance between the direction changing member and the drum housing. Since the movement of the direction changing member or the drum housing is not hindered and the holding pipe can be prevented from coming off, it is possible to suppress a decrease in productivity.
Furthermore, in the wire type window regulator according to the present invention, when the direction changing member and the drum housing are attached to the vehicle body, the distance between the direction changing member and the drum housing is a distance range that can be attached to the vehicle body. The holding pipe attached to the other attachment means so that the holding pipe can be moved in a length range in which the tension of the wire becomes a tension necessary to raise and lower the window glass. Since the end portion of the wire is movable in the other attachment means, the attachment position of the direction changing member and the drum housing to the vehicle body in a state where sufficient tension is applied to the wire when attaching to the vehicle body. Can also be adjusted.

  (2) According to the wire type window regulator of the present invention, the holding pipe has a loose fitting portion, the other attachment means has a loose fitting portion attachment means, the loose fitting portion and the loose fitting portion. By attaching to the other attachment means so that the holding pipe is loosely fitted by the attachment means, sliding resistance is reduced, and the holding pipe can be easily moved.

  (3) According to the wire type window regulator of the present invention, the loose fitting portion has a small diameter portion and a large diameter portion, and the loose fitting portion attaching means is a latch that can be latched with the large diameter portion. And the small diameter portion is formed to be movable in the loose fitting portion attaching means, and the large diameter portion is attached to the loose fitting portion attaching means from the small diameter portion. Since the holding pipe is restricted from moving from the other mounting means to the one mounting means by being locked with the locking means, the holding pipe is attached to the other mounting means. The holding means can be moved, and the holding pipe can be prevented from being removed from the other mounting means.

  (4) According to the wire type window regulator of the present invention, since the small diameter portion is formed by reducing the diameter of the holding pipe, the loose fitting portion can be easily formed.

  (5) According to the wire type window regulator of the present invention, the wire type window regulator is attached to the vehicle body so that the positional relationship between the direction changing member and the drum housing is arranged along the raising / lowering direction of the window glass. Therefore, it is particularly suitable when the direction changing member and the drum housing are attached to the vehicle body in the window glass ascending / descending direction.

1 is a schematic view showing an embodiment of a wire type window regulator 1 according to the present invention. FIG. 3 is a schematic diagram illustrating an example of a holding pipe 8. 2 is a schematic view showing an example of an internal structure of a drum housing 5. FIG. It is the schematic which expanded the principal part of the drum housing 5 of FIG. It is the schematic which shows the side surface of the drum housing 5 of FIG. FIG. 4 is an enlarged schematic view of a main part of the drum housing 5 in a state where a loose fitting portion 14 of the holding pipe 8 is attached to the loose fitting portion attaching means 22 of the drum housing 5 of FIG. 3.

  Hereinafter, embodiments of the present invention will be described with reference to the drawings. A wire type window regulator 1 of the present invention is provided on a door of a vehicle in order to open and close a window glass of a vehicle. As shown in FIGS. 1 and 3, a carrier plate 2 to which a window glass is connected. And a drive unit 3, a drum (not shown) that rotates by the driving force of the drive unit 3, a drum housing 5 that houses the drum, and a carrier plate 2, and is wound and sent out by the rotation of the drum. Thus, a wire 6 for moving the carrier plate 2 up and down, a direction changing member 7 for changing the wiring direction of the wire 6, and a holding pipe 8 through which the wire 6 can be inserted are provided. The wire type window regulator 1 is a type that does not have a guide rail that is a rail for guiding the carrier plate 2, that is, a railless type.

  One end of the wire 6 is connected to the carrier plate 2, the other end is connected to the drum in the drum housing 5 via the direction change member 7, one end is connected to the carrier plate 2, and the other end is connected to the carrier plate 2. And a lowering wire 6 b connected to the drum in the drum housing 5.

  The carrier plate 2 has a known wire terminal connecting portion (not shown) to which one ends of the ascending wire 6a and the descending wire 6b are respectively connected, and fixing holes 9a and 9b for fixing the window glass with screws or the like. doing. The wire terminal connecting portion has a cylindrical shape in which each end of the ascending wire 6a and the descending wire 6b can be fitted with some play. In addition, a hook (not shown) is provided at each end of the ascending wire 6a and the descending wire 6b, and the ascending wire 6a and the descending wire 6b are disposed between the scissors and the inner wall on the axially outer side of the wire terminal connecting portion. A known elastic member (not shown) for removing slack may be attached.

  The direction changing member 7 is a member capable of changing the wiring direction of the wire 6 over the wire 6, and includes a direction changing member side attaching means 10 to which one end of the holding pipe 8 can be attached. Here, the direction changing member 7 spans the ascending wire 6a and changes the routing direction of the ascending wire 6a, and the ascending wire 6a is inserted into the direction changing member-side mounting means 10. One end of the holding pipe 8 is attached.

  The drum is a known drum, a known wire terminal connecting portion (not shown) for connecting the other ends of the ascending wire 6a and the descending wire 6b, and the vicinity of the other ends of the ascending wire 6a and the descending wire 6b. And a well-known wire groove (not shown) for winding each of them, and is accommodated in the drum housing 5 so as to be reciprocally rotatable.

  The drive unit 3 is not particularly limited as long as it can reciprocately rotate the drum, but a motor or the like can be used. Then, when the drive unit 3 rotates the drum in one direction, the ascending wire 6a is wound around the drum and the descending wire 6b is sent out from the drum, and the carrier plate 2 is moved in the ascending direction. On the other hand, when the drive unit 3 rotates the drum in the reverse direction, the lowering wire 6b is wound around the drum and the raising wire 6a is sent out from the drum, and the carrier plate 2 is moved in the lowering direction.

  The drum housing 5 includes a drum housing side attaching means 11 capable of attaching the other end of the holding pipe 8, an accommodating portion 12 capable of accommodating the drum, and an ascending insert inserted into the drum accommodated in the accommodating portion 12 from the outside. Each wire guide groove 13a, 13b guides the wire 6a and the descent wire 6b.

  The holding pipe 8 has a cylindrical shape into which the wire 6 routed between the direction changing member 7 and the drum housing 5 can be inserted, and the wire-type window regulator 1 is inserted in the state where the wire 6 is inserted. The package can be held. Here, the raising wire 6 a is inserted through the holding pipe 8. The holding pipe 8 is attached to the direction changing member side of the direction changing member 7 with the end portions on both sides of the holding pipe 8 in a state where the wire 6 routed between the direction changing member 7 and the drum housing 5 is inserted. It is inserted into the means 10 and the drum housing side attachment means 11 of the drum housing 5 and attached to the direction changing member 7 and the drum housing 5 respectively.

As shown in FIG. 2, the holding pipe 8 has a loose fitting portion 14 that is attached to the direction changing member side attaching means 10 of the direction changing member 7 or the drum housing side attaching means 11 of the drum housing 5. The direction changing member side attaching means 10 or the drum housing side attaching means 11 to which the portion 14 is attached has a loose fitting part attaching means 22. If the object of the present invention can be achieved, the loose fitting portion 14 may be provided at one end of the holding pipe 8.
The loose fitting portion 14 and the loose fitting portion attachment means 22 are attached to the direction changing member side attachment means 10 or the drum housing side attachment means 11 so that the holding pipe 8 is loosely fitted, that is, fitted with play. . Here, the holding pipe 8 has a loose fitting portion 14 attached to the drum housing side attaching means 11 at the other end portion and an attaching portion 21 attached to the direction changing member side attaching means 10 at one end portion. . Further, the drum housing side attaching means 11 has loose fitting part attaching means 22. In addition, as a raw material of the holding pipe 8, synthetic resin etc. are mentioned.
The direction changing member-side mounting means 10 or the drum housing side mounting means 11 of the present invention can be mounted to the holding pipe 8 so that the holding pipe 8 can be changed to the direction changing member-side mounting means as long as the object of the present invention can be achieved. 10 or the drum housing side attaching means 11 may be used so long as it can be moved. However, in the embodiment shown in FIG. 1, the loosely fitting portion 14 of the holding pipe 8 is loosely attached. It is provided as fitting part attachment means 22 (11).

  The loose fitting portion 14 is formed at the other end portion of the holding pipe 8, a large diameter portion 15 is formed at the end portion of the holding pipe 8, and the holding pipe 8 is provided near the end portion excluding the large diameter portion 15. The small-diameter portion 16 is formed by reducing the diameter so that the diameter becomes smaller than the large-diameter portion 15 and the intermediate portion 17. The diameter of the loose fitting portion 14 may be reduced by a process that makes the diameter smaller than that of the large diameter portion 15, and is performed by scraping the surface, compressing, or the like.

  As shown in FIGS. 3 to 5, the drum housing side attaching means 11 has a cylindrical shape into which the loosely fitting portion 14 of the holding pipe 8 can be inserted, and a position where the loosely fitted portion 14 can be inserted from the outside of the drum housing 5. The internal space 18 communicates with the wire guide groove 13a and has loose fitting portion attachment means 22. The loose fitting portion attachment means 22 has a locking means 19 that can be locked with the large diameter portion 15 of the loose fitting portion 14.

  The locking means 19 protrudes inward from the inner wall 20 of the loose fitting portion mounting means 22 and forms a protruding shape such as a ridge or protrusion that the large diameter portion 15 can get over. As shown in FIG. 6, the locking means 19 is provided with locking means 19, 19 on the opposing inner walls 20, 20, respectively, and the loose fitting portion mounting means 22 is located between the locking means 19, 19. The distance is formed so as to be smaller than the outer diameter of the large-diameter portion 15 of the loose fitting portion 14 and larger than the outer diameter of the small-diameter portion 16. As a result, the loose fitting portion 14 at the other end of the holding pipe 8 is inserted into the drum housing side mounting means 11 until the small diameter portion 16 is positioned between the locking means 19 and 19. The small-diameter portion 16 can move between the stop means 19 and 19, and the holding pipe 8 can move in the axial direction.

  Further, the large diameter portion 15 of the loose fitting portion 14 is formed from the small diameter portion 16 to the other end portion side of the holding pipe 8 attached to the loose fitting portion attaching means 22. In a state where the loose fitting portion 14 at the end is inserted into the loose fitting portion attaching means 22, the holding pipe 8 is changed from the drum housing side attaching means 11 to the direction changing member side attaching means 10 by being engaged with the engaging means 19. Restricted to move toward. In other words, the holding pipe 8 is restricted from moving in the direction of separating from the drum housing side attaching means 11. Further, the distal end of the large-diameter portion 15 and the inner wall 23 are engaged, so that movement in the insertion direction to the drum housing side attachment means 11 is restricted. For this reason, it is possible to prevent the holding pipe 8 from being removed from the drum housing side attaching means 11. In the present embodiment, the locking means 19 is provided on the inner walls 20 and 20 respectively. However, if the locking means 19 can be locked with the large-diameter portion 15, it is provided only on one of the opposing inner walls 20 and 20. May be.

  Hereinafter, the further structure and effect of the wire type window regulator 1 will be described with reference to a pitch inspection which is an inspection of a distance between the direction changing member 7 and the drum housing 5.

  The railless type wire type window regulator 1 has means for fixing the distance between the drum housing 5 such as a guide rail and the direction changing member 7 before the drum housing 5 and the direction changing member 7 are attached to the vehicle body. Therefore, the distance between the drum housing 5 and the direction changing member 7 is not fixed. For this reason, it is necessary to inspect whether or not the distance between the direction changing member 7 and the drum housing 5 is appropriate in a state where a predetermined tensile force is applied to the wire 6. Specifically, the direction change member 7 is moved away from the drum housing 5 by a predetermined tensile force such that the wire 6 routed between the direction change member 7 and the drum housing 5 is in the longest state. Whether the distance between the direction changing member 7 and the drum housing 5 is appropriate in the state of being moved in the direction is inspected. However, even if the length of the wire 6 routed between the direction changing member 7 and the drum housing 5 is appropriate, the holding pipe 8 attached to the drum housing 5 is used for the movement of the direction changing member 7. If it does not move following the movement, it may be determined that the distance between the direction changing member 7 and the drum housing 5 is not appropriate. Even when the holding pipe 8 moves following the movement of the direction changing member 7, if the holding pipe 8 comes off from the drum housing 5, it needs to be inserted again. In particular, it takes time especially when force is required for insertion. Therefore, there is a problem that productivity decreases due to these.

  In order to cope with the above problem, in the wire-type window regulator 1, a predetermined tensile force is used so that the route of the wire 6 routed between the direction changing member 7 and the drum housing 5 is the longest. When the direction changing member 7 is moved with respect to the drum housing 5, the holding attached to the drum housing side attaching means 11 so that the holding pipe 8 can move following the movement of the direction changing member 7. A configuration is adopted in which the end portion of the pipe 8 is movable in the drum housing side mounting means 11.

  More specifically, in the state where the loose fitting portion 14 of the holding pipe 8 is inserted into the loose fitting portion attachment means 22, the routing route of the wire 6 routed between the direction changing member 7 and the drum housing 5 is the most. When the direction changing member 7 is moved with respect to the drum housing 5 by a predetermined pulling force so as to be long, a loose fit formed at the other end of the holding pipe 8 by the small diameter portion 16 of the holding pipe 8 The portion 14 is movable in the axial direction in the drum housing side mounting means 11, and the large diameter portion 15 of the holding pipe 8 is locked with the locking means 19 of the loose fitting portion mounting means 22, so that the loose fitting portion 14 is directional. Movement toward the conversion member side mounting means 10 is restricted. As a result, the holding pipe 8 can move within the range in which the holding pipe 8 does not come out of the drum housing side mounting means 11 following the movement of the direction changing member 7, so that the end of the holding pipe 8 is in the drum housing side mounting means 11. It becomes possible to move at. Therefore, the movement of the direction changing member 7 is not hindered in the inspection performed by moving the direction changing member 7 with respect to the drum housing 5 by a predetermined tensile force, and is held from the drum housing side mounting means 11. The pipe 8 does not come out, and the reduction in productivity can be suppressed.

  Here, the predetermined tensile force that makes the wiring path of the wire 6 routed between the direction changing member 7 and the drum housing 5 the longest is the direction changing member 7 on the drum housing 5. When the wire end connecting portion of the carrier plate 2 is moved, the inner wall of the wire end connecting portion on the side where the wire 6 is extended and one end of the ascending wire 6a and the descending wire 6b. This is a predetermined tensile force that causes the routing path of the wire 6 routed between the direction change member 7 and the drum housing 5 to be approximately the longest when the distance is substantially the shortest. When the elastic member for removing the slack of the ascending wire 6a and the descending wire 6b is attached at the wire terminal connecting portion, the spring is substantially the most when the predetermined tensile force is applied. It is in a compressed state.

  Further, in the wire type window regulator 1, when the direction change member 7 and the drum housing 5 are attached to the vehicle body, the distance between the direction change member 7 and the drum housing 5 is a distance range that can be attached to the vehicle body, The end of the holding pipe 8 attached to the drum housing side attaching means 11 so that the holding pipe 8 can move in a length range in which the tension of the wire 6 becomes a tension necessary for raising and lowering the window glass. The part is movable in the drum housing side mounting means 11.

  In order to allow the wire type window regulator 1 to be attached to the vehicle body, the distance between the attachment position of the direction change member 7 on the vehicle body side and the attachment position of the drum housing 5 usually includes a tolerance, so at least In order to absorb this tolerance, it is necessary that the positions of the drum housing 5 and the direction changing member 7 can be adjusted. Further, even if the position can be adjusted within the tolerance range, the wire 6 needs to be attached with a tension necessary to raise and lower the window glass. Therefore, it is necessary to adjust the positions of the drum housing 5 and the direction changing member 7. Accordingly, the other end of the holding pipe 8 can move within the distance range including at least the tolerance in the drum housing side mounting means 11, and the tension required for the tension of the wire 6 to raise and lower the window glass. The small-diameter portion 16 and the large-diameter portion 15 are provided so as to be movable within the drum housing side mounting means 11 within such a range. Thereby, when attaching the direction change member 7 and the drum housing 5 to a vehicle body, it can be attached according to the attachment position of the direction change member 7 and the drum housing 5 of a vehicle body. Therefore, the distance between the direction changing member 7 and the drum housing 5 can be set to an appropriate distance that can be installed, and the tension of the wire 6 is set to a tension necessary for raising and lowering the window glass of the vehicle. it can. Further, since the movement of the holding pipe 8 is restricted by the large-diameter portion 15 and the locking means 19, the drum housing 5 and the direction changing member 7 are held while being adjusted when they are attached to the vehicle. The pipe 8 does not come off from the drum housing side attaching means 11.

  Moreover, the wire type window regulator 1 is attached to a vehicle body so that the positional relationship between the direction changing member 7 and the drum housing 5 is arranged along the ascending / descending direction of the window glass. For this reason, it is particularly suitable when the direction changing member 7 and the drum housing 5 are attached to the vehicle body in the ascending / descending direction of the window glass. For example, it is particularly suitable for the case where the direction changing member 7 and the drum housing 5 are attached to the vehicle body so that the drum housing 5 is disposed at a predetermined interval in the downward direction of the window glass with respect to the direction changing member 7.

  In the above-described embodiment, the wire type window regulator 1 includes the locking means 19 provided on the drum housing side mounting means 11 of the drum housing 5, and the large diameter portion 15 of the loose fitting portion 14 is changed from the small diameter portion 16. Although it is formed on the end side of the holding pipe 8 to be attached to the drum housing side attaching means 11, it is not always necessary to be such, and the locking means 19 is arranged in the direction of the direction changing member 7. The large-diameter portion 15 of the loose fitting portion 14 is formed on the end side of the holding pipe 8 attached to the direction-changing member-side mounting device 10 from the small-diameter portion 16. There may be. In such a wire-type window regulator 1, the loose fitting portion 14 on one end side of the holding pipe 8 is moved to the direction changing member side mounting means to a position where the small diameter portion 16 of the holding pipe 8 faces the locking means 19. In the state inserted in 10, the small diameter part 16 becomes movable in the direction change member side attachment means 10, and the holding pipe 8 becomes movable in an axial direction. Further, the drum housing 5 is moved with respect to the direction changing member 7 by a predetermined tensile force such that the wire 6 routed between the direction changing member 7 and the drum housing 5 is in the longest state. In this case, the holding pipe 8 can be moved in the direction changing member side mounting means 10 so that the holding pipe 8 can move following the movement of the drum housing 5. Further, when attaching the direction changing member 7 and the drum housing 5 to the vehicle body, the holding pipe 8 has a distance range between the direction changing member 7 and the drum housing 5 that can be attached to the vehicle body, and the wire 6 Is movable within the direction changing member-side mounting means 10 within a length range in which the tension becomes a tension necessary to raise and lower the window glass.

  In the above-described embodiment, in the wire type window regulator 1, the loose fitting portion 14 has a diameter smaller than the end portion and the intermediate portion of the holding pipe 8 in the vicinity of the end portion except for the end portion of the holding pipe 8. The small-diameter portion 16 formed by reducing the diameter in this way and the large-diameter portion 15 that is larger in diameter than the small-diameter portion 16 and that is the end portion of the holding pipe 8 are not necessarily in this way. The large-diameter portion 15 formed by expanding the diameter of the end portion of the holding pipe 8 so that the diameter of the end portion of the holding pipe 8 is larger than the portion other than the end portion of the holding pipe 8. And a small-diameter portion 16 that is a portion other than the end portion of the holding pipe 8. Further, since the holding pipe 8 is also prevented from being pulled out, the load holding of the wire type window regulator 1 during conveyance is good.

  The embodiment of the present invention is not limited to the above-described embodiment, and can be changed as appropriate without departing from the scope of the idea of the present invention.

  The wire type window regulator 1 according to the present invention can be applied to a vehicle door or the like.

DESCRIPTION OF SYMBOLS 1 Wire type window regulator 2 Carrier plate 3 Drive part 5 Drum housing 6 Wire 6a Ascending wire 6b Lowering wire 7 Direction changing member 8 Holding pipe 10 Direction changing member side attaching means 11 Drum housing side attaching means 14 Free fitting part 15 Large Diameter portion 16 Small diameter portion 19 Locking means 22 Free fitting portion attaching means

Claims (3)

A carrier plate to which the window glass is connected;
A drive unit;
A drum that is rotated by a driving force of the driving unit;
A drum housing that houses the drum;
A wire connected to the carrier plate and wound up and sent out by rotation of the drum to move the carrier plate up and down;
A direction changing member for changing a wiring direction of the wire;
A holding pipe through which the wire can be inserted;
Wire type window regulator with
The holding pipe includes a direction changing member side mounting means of the direction changing member and a drum housing side mounting of the drum housing in a state where the wire routed between the direction changing member and the drum housing is inserted. Means for attaching the one end and the other end of the holding pipe to the direction changing member and the drum housing, respectively.
The direction change member is moved relative to the drum housing by a predetermined tensile force so that the wire route routed between the direction change member and the drum housing is in the longest state. In case
The end of the holding pipe attached to the other attaching means of the direction changing member and the drum housing so that the holding pipe can move following the movement of either the direction changing member or the drum housing. The part is movable within the other attachment means;
When attaching the direction changing member and the drum housing to the vehicle body,
In the length range in which the distance between the direction changing member and the drum housing is a distance range that can be attached to the vehicle body, and the tension of the wire is the tension necessary to raise and lower the window glass, the holding A wire type window regulator characterized in that an end of the holding pipe attached to the other attachment means is movable in the other attachment means so that the pipe is movable. The holding pipe has a loose fitting portion,
The other attachment means has loose fitting part attachment means,
2. The wire type window regulator according to claim 1, wherein the holding pipe is attached to the other attachment means so as to be loosely fitted by the loose fitting portion and the loose fitting portion attaching means. The loose fitting portion has a small diameter portion and a large diameter portion,
The loose fitting portion attaching means has a locking means that can be locked with the large diameter portion,
The small diameter portion is formed to be movable in the loose fitting portion attaching means,
The large diameter portion is formed on an end side of the holding pipe attached to the loose fitting portion attaching means from the small diameter portion, and the holding pipe is engaged with the other attaching means by being engaged with the engaging means. 3. The wire type window regulator according to claim 2, wherein the movement of the wire type window regulator toward the one attachment means is restricted.

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