KR20040030201A - Holding device for door glass - Google Patents

Abstract

PURPOSE: A device for maintaining a window glass is provided to restrict displacement of the window glass by fitting the fixing member through the installation hole of the maintaining part to the attachment hole of the window glass. CONSTITUTION: A window glass maintaining device is composed of a movable body(10) lifting up and down along a guide rail of a door body, a maintaining part(20) formed in the movable body, and a fixing member(45) restricting displacement of a window glass(WG) supported in the maintaining part. The maintaining part comprises supporting pieces with a clearance(S) for inserting the lower end of the window glass from the opposite surface of the movable body, a moving member(30) protruded through the clearance and installed in the supporting piece, and an installation hole(11a) formed in the movable body to fit the fixing member. An attachment hole(h) is formed in the window glass to pass the end of the fixing member, and the position of the window glass is decided by projecting the moving member through the attachment hole.

Description

Retaining device for door glass {HOLDING DEVICE FOR DOOR GLASS}

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a holding device for door glass, which is particularly suitable as a carrier plate, among holding devices for supporting the door glass in a liftable manner.

An elevator door glass such as an automobile is opened and closed in a vertical direction by a holding device (carrier plate) for supporting the door glass through a holder and the like, and a lifting device (window regulator) attached to the door body to lift the holding device. When the elevating device is classified according to the driving type, it is roughly classified into a chamfer type, a parallel arm type, a wire type, and a tape type. The holding apparatus for door glass shown in FIGS. 8 and 9 is Japanese Unexamined Patent Application Publication No. 5-67516 (first and second pages, FIGS. 1 to 5) (hereinafter referred to as "document 1") and Japanese Patent Application No. As disclosed in Japanese Patent Application Laid-Open No. 7-208020 (pages 2 to 5, FIGS. 1 to 3) (hereinafter referred to as "document 2"), it is an example very suitable for a wire type lifting device.

The holding apparatus 50 (document 1) shown in FIG. 8 has the movable body (elevation member) 51, and the bolt 53a and the nut 53b (fixing member) on both upper sides of this movable body 51. It consists of a retainer 52 mounted through. The movable body 51 is a metal press product, and is moved up and down along a guide rail extending in the vertical direction attached to the door body. The retainer 52 is a resin molded product, and forms the holding part 54 and the lower attachment part 55 which form the clearance gap which the upper side opened. The holding | maintenance part 54 has both the substantially U-shaped support piece 54a which the upper side opened, and the protrusion part 56 protruding downward. The attachment part 55 has the nut 53b embedded in the substantially center part of this attachment part 55, and opposes the protrusion part 56. As shown in FIG. In this structure, the retainer 52 is mounted on the lower end side of the door glass WG by an adhesive or the like, and the door is fixed with the attachment portion 55 fixed to the movable body 51 via the bolt 53a. The glass WG is supported to be liftable.

The holding apparatus 60 (document 2) shown in FIG. 9 consists of the metal movable body (carrier plate) 61, and the holding tool 62 attached to both upper sides of the movable body 61. As shown in FIG. The movable body 61 has the guide part 63 which forms the fitting part 63a, and the guide rail 64 extended in the up-down direction attached to the door main body 66 via this guide part 63. Along the way. The holder 62 is attached to both sides of the movable body 61, and the fixing member (screw fixing member such as bolt) 65 is inserted into and fastened to the attachment hole formed in the door glass WG, thereby preventing it from being pulled out. The door glass WG is fixedly supported on the movable body 61.

In the above-described holding apparatus for door glass, since the door glass WG is repeatedly lifted up and down with the shank east of the movable body 51 or 61, the door glass WG is fixed to the movable bodies 51 and 61. Should be combined in strength. This coupling force is better than that of Document 1 in Document 2, which has a support structure for fastening the fixing member 65 to the attachment hole of the door glass WG, but the attachment hole is provided on the lower end side of the door glass WG. In the case of forming and fitting the fixing member 65 in this attachment hole to prevent it from falling out, the following becomes a problem.

That is, as the holding device, as shown in Fig. 8, the lower end side of the door glass is inserted into and supported in the U-shaped holding part, and as shown in Fig. 9, the fixing member is inserted from the holding part side mounting hole into the door glass side mounting hole. By adopting the supporting structure, it becomes difficult to align the door glass side attachment hole and the holding part side mounting hole, and when this alignment is incomplete, it becomes easy to break or damage the door glass when fitting the fixing member. This is because alignment must be performed in a state where the door glass side attachment hole cannot be seen in the U-shaped holding part, and is particularly remarkable when the attachment hole is formed near the left and right middle parts on the lower end side of the door glass. Done. In addition, the screw fixing structure by the fixing member is excellent in the exchangeability of the door glass, but is easily relaxed by the vehicle body vibration in which the screwing state of the fixing member is repeated. In addition, as a structure of the holding device, it is conceivable to form the holding part of the movable body and the door glass integrally with a resin material for the sake of simplicity, but in this case, how to form the holding part on the movable body becomes a problem. .

The present invention solves the above problems. The purpose of the door is to form an attachment hole on the door glass side, and to pass the fixing member through the attachment hole from the holding part side through the attachment hole to prevent the door glass from being pulled out, and to maintain the right and left middle portions of the door glass. The alignment between the glass-side attachment hole and the holder-side mounting hole can be easily and surely ensured, and even if a screw fixing structure is employed as the fixing member, it is possible to prevent screw loosening due to vehicle body vibration or the like. Other objects are found sequentially in the following description.

BRIEF DESCRIPTION OF THE DRAWINGS The schematic block diagram which showed the holding device which concerns on embodiment of this invention in the state which partially disassembled.

Figure 2 is a schematic diagram showing a state in which the door glass is supported on the holding device.

Figure 3 is a schematic cross-sectional view showing the operation of supporting the door glass to the holding device.

4 is a schematic cross-sectional view showing the operation of supporting the door glass as in FIG.

5 is an explanatory view schematically showing an arrangement of the holding device on the door side;

6 is an explanatory view showing the lifting drive of the holding device;

7 is a schematic configuration diagram showing a modification of the embodiment;

8 is a sectional view of main and main parts of a conventional holding apparatus;

9 is a sectional view showing the principal parts of another example of a conventional holding apparatus.

Explanation of symbols on the main parts of the drawings

2-guide rail 2a-longitudinal rib

10-movable body (holding device) 11-main plate

12-fitting 20-retaining

S-clearance 21,22-support

25a, 25b-Support piece 26-Support piece (swinging member or elastic plate part)

30-Clip (Swinging member) 33-Attachment

32-Shaft (projection) 34-Convex

35-projection 35a-convex

40-leaf spring (elastic plate) 45-fixing member

46-Shaft 47-Male thread

48,49-Recess WG-Door glass

h-mounting hole

The 1st characteristic of this invention for achieving the said objective is the movable body 10 which raises and lowers along the guide rail 2 provided in the door main body 1 side, based on embodiment shown to FIGS. 1-6. And a holding part 20 formed on the movable body 10 to support the door glass WG, and a lower end side of the door glass WG supported by the holding part 20. In the holding device for a door glass provided with a fixing member 45, the lower end side of the door glass (WG) is inserted between the holding portion 20 and the corresponding surface of the movable body (10). The support pieces 21 and 22 which form the clearance S which opened the upper side, The rocking member 30 provided in the said support piece 22, and wobbled into the said clearance gap S, The said movable body 10 It is formed in the and has a mounting hole (11a) facing the rocking member 30, and can be fixed by hanging the fixing member 45, the door oil WG has an attachment hole h for passing the front end side of the fixing member 45, and the rocking member 30 is inserted into the gap S of the door glass WG. The door glass WG can be positioned by protruding into the attachment hole h when the end of the attachment hole h and the swinging member 30 coincide with each other. It is characterized by having.

In the above apparatus structure, since the holding | maintenance part 20 has support pieces 21 and 22 which form the clearance S which the upper side opened between the movable body 10, the lower end side of the door glass WG. The gap S is inserted into and supported. At this time, the door glass (WG) is in contact with the tip of the swinging member 30 protruding into the gap (S) in the process of being inserted into the gap (S) by swinging the swinging member (30), the gap (S). Evacuate). The swinging member 30 cannot protrude into the gap S unless the attachment hole h coincides with the distal end of the swinging member 30, and the attachment hole h coincides with the distal end of the swinging member 30. In this case, the positioning of the door glass WG is made possible by returning to the original position, that is, protruding into the attachment hole h.

Therefore, in the holding apparatus of this invention, the structure which fixes and inserts the door glass WG in the clearance gap S of the holding | maintenance part 20, and the fixing member 45 in the mounting hole 11a of the plate-shaped part 11 is carried out. Even if it adopts the fall prevention structure inserted through the attachment hole h of the door glass WG, positioning of the door glass WG with respect to the movable body 10 can be reliably and simply. In addition, when the rocking member 30 is displaced while resisting the elastic force, the operator can sense that the positioning is completed by the sound when the tip of the rocking member 30 is fitted into the attachment hole h.

The above-described invention is preferably embodied as the following second to fifth features.

According to a second aspect of the present invention, the fixing member 45 passes through the attachment hole h of the door glass WG from the mounting hole 11a in a state where the door glass WG is positioned. It is a configuration that is in pressure contact with the tip of the swinging member (30). When the door glass WG is prevented from being pulled out by the fixing member 45, if the fixing member 45 is fixed to the mounting hole 11a only by screwing or the like, there is a possibility that the door glass WG will be loosened due to vehicle body vibration or the like. Therefore, the fixed member 45 is pressed against the tip of the swinging member 30 to prevent unnecessary rotation.

According to a third aspect of the present invention, the rocking member 30 has an elastic plate-shaped portion 40 provided on the movable body 10 and a projection portion 32 provided on the elastic plate-shaped portion 40, and the projection portion 32 The convex part 34 and the concave part 48 which can be engaged with each other at the front-end | tip of the (circle) and the front-end | tip of the said fixing member 45 are formed. This makes it possible to more reliably prevent the above-mentioned relaxation of the fixing member 45 by employing the engaging structure.

According to a fourth aspect of the present invention, the guide portion 16 is gradually widened as the movable body 10 or the movable body 10 and the support piece 22 move upward toward the gap S. Or 23). This improves the insertion operability of the door glass or facilitates automatic insertion by the guide action of the guide portion.

The fifth feature of the present invention is that the movable body 10 is provided on the front and rear surfaces facing the fitting portion 12 to which the movable pieces 21 and 22 are slidably fitted to the guide rail 2. It is a structure formed integrally with resin. This specifies that the holding device of the present invention is very suitable as a resin molded article.

Embodiment of the Invention

EMBODIMENT OF THE INVENTION Hereinafter, embodiment of this invention is described based on attached drawing.

1 is a schematic configuration diagram partially disassembled the holding device, Figure 2 is a schematic configuration diagram showing a state in which the door glass is fixedly supported. (A), (b) is a schematic longitudinal cross-sectional view which shows the state at the time of arrange | positioning a door glass so that it may be positioned in a holding apparatus, and FIG. 4 is a schematic longitudinal cross-sectional view which shows the state in which the door glass was fixedly supported. 5 and 6 are schematic configuration diagrams showing an application example of the holding device. 7 is a modification of the retaining device.

The following description outlines the use of the holding device, describes the structure of the device and the attachment operation of the door glass, and then refers to a variant.

(summary)

As for the holding apparatus for door glass of this embodiment, the main member is comprised from the movable body 10, and as illustrated in FIG. 5 and FIG. 6, the door glass WG is moved by the window regulator 1 which is a lifting device. It is used in the form of lifting up and down through 10). The window regulator 1 is of a wire type, is attached to the door body (inner panel) 5 of the vehicle, and is attached to the guide rails 2 extending in the vertical direction and attached to the upper and lower ends of the guide rails 2. Pulley units 4a and 4b for guiding the wire 3 to the regulator side, and a movable body 10 fitted to the guide rail 2 so as to be slidably movable, and the movable body 10 carries the wire 3. The door glass WG fixedly supported by the movable body 10 is opened and closed by moving up and down in the pulling direction. Reference numeral 2a is a longitudinal rib formed in the guide rail 2 and fitted into the longitudinal groove 15 of the movable body 10 described later. Therefore, the holding device of the present invention may be called a carrier plate, a lifting member, a movable member or a movable body. Moreover, the window regulator 1 is not limited to the above-described wire type but may be another type such as a parallel female type.

(Structure of device)

As shown in Figs. 1 and 2, the holding device includes a substantially rectangular three-dimensional movable body 10, a relatively small clip 30, an elongated leaf spring 40, and a threaded fixing member. It consists of 45. Among these, the movable body 10 and the clip 30 are resin molded products, and the leaf spring 40 and the fixing member 45 are made of metal or alloy, but may be formed of resin.

The movable body 10 integrally forms the holding | maintenance part 20 and the fitting part 12 in the front and back surface of the main plate-shaped part (henceforth a plate-shaped part) 11, and the attachment part for leaf springs. The locking pieces 18 and the locking pieces 19a and 19b are integrally formed.

The fitting portion 12 is located on the rear surface side of the plate portion 11 and extends in the vertical direction opposite to each other. And the fitting part 12 forms the space 12a between the plate-shaped part 11, and the said guide rail 2 is fitted in this space 12a so that a slide movement is possible. This fitting part 12 is suitably changed according to the shape of the said guide rail 2.

Two vertical grooves 14 and 15 extending in the vertical direction are formed between the fitting portions 12 on the rear surface side of the plate portion 11. The vertical groove 14 is a location where the corresponding portion of the wire 3 is received and guided, and the vertical groove 15 is a location where the vertical rib 2a of the carrier plate 2 is fitted.

Reference numeral 17 is an opening formed in an approximately center portion of the plate portion 11. The opening 17 is connected to the longitudinal groove 14 in series, and in this case, the corresponding portion of the wire 3 is caught and fixed by a latch not shown, so that the movable body 10 pulls the wire 3. The slide can be moved in conjunction.

Moreover, as shown in FIG. 3 and FIG. 4, the plate-shaped part 11 is provided with the mounting hole 11a which penetrates the front and back surface. This mounting hole 11a is formed in the lower end side of the door glass WG corresponding to the two attachment holes h formed so that it may penetrate substantially in the left-right middle part, and it is in this attachment hole h. A female screw portion is formed. This female screw part is formed until just before reaching the clearance S. As shown in FIG. That is, the fixing member 45 is composed of a shaft portion 46 and the male screw portion 47. The shaft portion 46 is formed to have a diameter substantially the same as that of the attachment hole h of the door glass WG, and is inserted in the attachment hole h without any gap. The recessed part 48 is formed in the cross section of the shaft part 46. This recessed part 48 is formed in substantially cross shape. The male screw portion 47 is screwed with the female screw portion of the mounting hole 11a, and the fixing member 45 can be screwed to the final screw insertion position shown in FIG. Moreover, the groove part 47a which can be operated by a driver etc. is carved in the cross section of the male screw part 47. In addition, as the structure of the said female screw part, as shown in FIG. 8, you may make it bury the nut by the insert molding in the movable body 10, for example.

The holding portion 20 is located on the surface side of the plate portion 11, and the protrusion protruding upward while maintaining a gap S corresponding to the plate thickness of the door glass WG between the plate portion 11 and the plate portion 11. It has pieces 21 and 22. The support piece 21 is formed one end lower than the support pieces 22 on both sides, and exposes the opening part 17. The tip ends of the two support pieces 22 form a guide portion 23 that is gradually wider, i.e., inclined outward as the upper end of the gap S goes upward. The guide portion 23 facilitates the insertion of the door glass WG into the gap S together with the guide portion 16 formed as an inclined surface on the upper surface of the plate portion 11. Through-holes 24 are formed in substantially central portions of both support pieces 22. Each through hole 24 is located on the same axis as the above-described mounting hole 11a, and the inner hole 24a is smaller in diameter than the outer hole 24b.

The locking pieces 18 and the locking pieces 19a and 19b are formed directly under the support piece 22 in the plate portion 11. The locking piece 18 is swingably formed in a state in which the corresponding portion of the plate portion 11 is partitioned into a substantially c-shaped slit 18a, and has a protrusion at the lower swing end. The locking pieces 19a and 19b protrude from both sides and the lower side of the locking piece 18.

The above-mentioned movable body 10 is attached to the leaf spring (40) on which the clip 30 is mounted, and the fixing member 45 is temporarily screwed as shown in FIG. 3, and is supplied to the assembly line of the vehicle body in this state. do.

The clip 30 includes a flange portion 31 and a shaft portion 32 protruding from the center portion of the flange portion 31. The flange part 31 is formed in the size which fits into the outer hole 24b of the said through hole 24, and has the circular attachment part 33 formed in the outer side surface. The attachment portion 33 forms a pair of projections 33a holding a small gap between the flange portion 31 at the periphery thereof. The shaft portion 32 is formed to have a size that fits into the inner hole 24a of the through hole 24, and has a convex portion 34 formed at the tip. The convex part 34 protrudes so that the cross section of the axial part 32 may become substantially cross shape, and has the round-shaped main shape. This is for facilitating engagement with the recessed part 48 of the fixing member 45, or for making the displacement of the swing through the leaf spring 40 easy when it comes in contact with the lower end surface of the door glass WG.

The leaf spring 40 has an attachment plate portion 41 attached to the locking fastening pieces 19a and 19b, a bend plate portion 42 and a clip disposed to be stepped between the plate portion 11 and the support piece 20. The mounting plate portion 43 to which 30 is mounted is integrally formed. In the attachment plate portion 41, a locking hole 41a is formed in the center portion. In the mounting plate portion 43, a circular hole 44 is formed. The circular hole 44 is provided with an escape hole 44a and a pair of locking projections 44b on the left and right sides. The leaf spring 40 is equipped with a clip 30. In this case, the clip 30 is rotated approximately 90 degrees in the state where the attachment portion 33 is inserted into the circular hole 44, whereby the projections 33a are squeezed to the corresponding locking projection 44b in a crimped state. It is mounted to the leaf spring (40). Thereafter, the leaf spring 40 is inserted into the locking plate pieces 19a and 19b, and the projections of the locking pieces 18 are engaged with the locking holes 41a. It is attached to the movable body 10.

(Attachment operation)

Next, operation tips and attachment operations for fixing and holding the door glass to the above holding apparatus will be described.

3 (a) is an assembled state of a holding device provided with a clip 30 and a fixing member 45 in the movable body 10, the door glass (WG) into the gap (S) of the holding portion 20. The state inserted from the upper side is shown. In the holding device, the convex portion 34 of the clip 30 protrudes into the gap S in the assembled state. Therefore, the door glass WG comes into contact with the convex portion 34 of the clip 30 in the middle of being inserted into the gap S from the guide portions 16 and 23, as shown in Fig. 3B. . When the clip 30 is moved outward with the swinging displacement of the leaf spring 40 by the load of the door glass WG in the abutting state, the convex portion 34 withdraws from the gap S. Allow insertion of door glass (WG). Moreover, the clip 30 is restricted to the glass surface and does not protrude into the gap S unless the attachment hole h of the door glass WG coincides with the convex portion 34 (and the mounting hole 11a). When the attachment hole h is aligned with the convex portion 34, the convex portion 34 is inserted into the attachment hole h by being returned to its original position by the elastic restoring force of the leaf spring 40. do. At the time of positioning, since the convex part 34 is rapidly inserted into the attachment hole h by the elastic restoring force of the leaf spring 40, a click feeling or a click sound generate | occur | produces. The operator can sense that the door glass WG is correctly positioned by this click sound. In addition, when the door glass WG is inserted by the robot, it is determined whether or not the alignment is completed by detecting the movement position of the clip 30 or the swing displacement of the leaf spring 40 with a sensor.

In this structure, after the door glass WG is aligned, the fixing member 45 is rotated in the fastening direction by a driver or the like. By this rotation operation, the fixing member 45 is screwed to the final screw insertion position shown in Fig. 4A through the screwing of the male screw portion 47 and the female screw portion of the mounting hole 11a. In this process, while the fixing member 45 is inserted into the attachment hole h, the front end face is brought into contact with the convex portion 34 of the clip 30 which protrudes into the attachment hole h, thereby making the clip 30 Moves outward with the elastic displacement of the leaf spring 40. As for the fixing member 45, the recessed part 48 engages with the convex part 34 as shown to (b) of FIG. 4, in the state which the shaft part 46 completely penetrated the attachment hole h, In addition, by the elastic restoring force of the leaf spring 40 is in pressure contact with the clip (30).

Therefore, in this structure, even if the fixing member 45 is caught and fixed to the mounting hole 11a by screwing, it is supported in one direction by the deflection F received from the leaf spring 40, and the recess 48 ) And the convex portion 34 can reliably eliminate the fear that the screw is loosened due to vehicle body vibration or the like.

In the case of rotating the fixing member 45 by a robot, the position of the clip 30 and the swinging displacement of the leaf spring 40 are detected by a sensor to determine the final screw insertion position of the fixing member 45. Done.

(Variation)

The modification shown in FIG. 7 is an example simplified by omitting the clip and the leaf spring. FIG. 7A is equivalent to FIG. 1, and FIG. 7B is a longitudinal cross-sectional view taken along the line A-A of FIG. 7A. In this modified example, the same code | symbol is attached | subjected to the site | part same as above-mentioned embodiment, and only a change point is demonstrated in detail.

In this holding device, the support pieces 22 on both sides are changed among the support pieces 21, 22 protruding upward while maintaining the gap S between the plate-shaped portions 11 in the above-described embodiment. It is in one configuration.

Each support piece 22 is comprised from the inner support piece 25a, the intermediate support piece 26, and the outer support piece 25b. The support piece 26 is formed so as to be partitioned from the support pieces 25a and 25b through the slit 27, and is formed thinner than the plate thickness of the support pieces 25a and 25b so as to be able to swing. The protrusion part 35 protrudes on the inner surface side of the support piece 26. The convex part 35a is formed in the front-end | tip of this protrusion part 35. As shown in FIG. The convex portion 35a faces the mounting hole 11a and protrudes into the gap S. As shown in FIG. In other words, the convex portion 35a corresponds to the convex portion 34 of the clip 30. However, the shape of the convex portion 35a is formed differently from the convex portion 34, i.e., in a substantially conical shape due to molding constraints. Corresponding to this, a concave portion 49 engaged with the convex portion 35a is formed at the end face of the shaft portion 46 of the fixing member 45.

Therefore, in this holding | maintenance apparatus, only the fixing member 45 needs to be assembled to the movable body 10 compared with the above-mentioned embodiment.

The door glass WG abuts against the convex portion 35a while being inserted into the gap S from the guide portion 16. In this case, the support piece 26 is moved outward with the elastic swing displacement by the load of the door glass WG in the abutting state, and when the convex portion 35a is evacuated from the gap S, the door Allow insertion of glass (WG). Moreover, the support piece 26 is restricted to the glass surface and does not protrude into the gap S unless the attachment hole h of the door glass WG coincides with the convex portion 35a (and the mounting hole 11a). When the attachment hole h is aligned with the convex portion 35a, the convex portion 35a is inserted into the attachment hole h by being returned to its original position by the elastic restoring force. Even when the positioning is performed, the convex portion 35a is suddenly fitted into the attachment hole h by the elastic restoring force of the support piece 26, so that a feeling of click or click is generated.

After the door glass WG is aligned, the fixing member 45 is rotated in the fastening direction by a driver or a dedicated jig. By this rotation operation, the fixing member 45 is screwed to the final screw insertion position shown in Fig. 7B through screwing the male screw portion 47 and the female screw portion of the mounting hole 11a. Also in this process, while the fixing member 45 is inserted into the attachment hole h, the front end face is brought into contact with the convex portion 35a which protrudes into the attachment hole h, whereby this convex portion 35a is supported by the support piece. The 26 is retracted from the gap S while elastically displaced. As for the fixing member 45, the recessed part 49 engages with the convex part 35a in the state in which the axial part 46 penetrated the attachment hole h completely, and the elastic restoring force of the support piece 26 Press contact. Therefore, even in this structure, even if the fixing member 45 is caught and fixed to the mounting hole 11a by the screwing of the female screw portion and the male screw portion, as a result of being pressed in one direction by the elastic force received from the support piece 26, The possibility of loosening of the screw due to the vibration of the vehicle body can be eliminated.

As described above, the holding device for door glass of the present invention can be modified in various ways except for the requirements specified in the claims. In addition, although the holding device of this invention demonstrated the example which supports the door glass of a motor vehicle in the above-mentioned embodiment, if it is a form which raises and opens a door glass for a use, it can apply to other than this.

As described above, the holding device for a door glass of the present invention includes a structure and a fixing member for inserting and supporting a lower end of a conventionally disclosed door glass into a gap of a holding part from a mounting hole of a movable body to an attachment hole of a door glass. By simultaneously adopting the fall prevention configuration to pass, the positioning of the door glass relative to the movable body can be made simply and easily, and also the automatic positioning is possible.

In addition, the swinging member is merely shifted while resisting the elastic force, and the operator can sense that the positioning is completed by the sound when the tip of the swinging member is fitted into the attachment hole.

Therefore, the present invention can, for example, perform the alignment of the door glass side attachment hole and the holding part side mounting hole and preventing the door from being pulled out by the fixing member without damaging the door glass even in the form of maintaining the left and right middle portions of the door glass. Can be.

Claims (7)

A movable member which is elevated along the guide rail provided on the door main body side, a holding part formed on the movable body to support the door glass, and a fixing member preventing the lower end side of the door glass supported by the holding part from being pulled out. In the holding device for a door glass provided with, The holding portion includes a support piece for forming a gap in which an upper side of the door glass is inserted between the corresponding surface of the movable body and an oscillation member provided in the support piece and coming into the gap; It is formed in the movable body and has a mounting hole facing the rocking member and can be fixed by hanging the fixing member, The door glass has an attachment hole for passing the front end side of the fixing member, The rocking member is moved to retract from the gap during the insertion of the door glass into the gap, and when the attachment hole coincides with the tip of the rocking member, the rocking member protrudes into the attachment hole to position the door glass. Door glass holding apparatus characterized in that. The method according to claim 1, And the fixing member is in pressure contact with the tip of the rocking member through the attachment hole of the door glass in the mounting hole in the state where the door glass is positioned. The method according to claim 1, The rocking member has an elastic plate-shaped portion provided on the movable body and a projection portion provided on the elastic plate-shaped portion, and forms either one of a convex portion and a concave portion that can engage with each other at the tip of the protrusion and the tip of the fixing member. Door glass holding device characterized in that. The method according to claim 2, The rocking member has an elastic plate-shaped portion provided on the movable body and a projection portion provided on the elastic plate-shaped portion, and forms either one of a convex portion and a concave portion that can engage with each other at the tip of the protrusion and the tip of the fixing member. Door glass holding device characterized in that. The method according to any one of claims 1 to 4, And a guide portion is formed such that the movable body or the movable body and the support piece gradually widen as the upper part of the gap is moved toward the upper side of the gap. The method according to any one of claims 1 to 4, The movable body is formed integrally with resin on the front and rear surfaces facing the fitting portion to be slidably fitted to the support piece and the guide rail by resin. The method according to claim 5, The movable body is formed integrally with resin on the front and rear surfaces facing the fitting portion to be slidably fitted to the support piece and the guide rail by resin.