JP2010195080A - Method and device for bonding molding to glass sheet surface - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To accurately bond moldings to the entire periphery or a part of the outer peripheral face of a glass sheet surface. <P>SOLUTION: Support members lining the entire periphery or a part of a mold lining the outer peripheral edge of the glass sheet are disposed, leg parts of moldings having at least glass bonding parts and the leg parts are detachably fitted to the inside of recessed grooves arranged on the upper faces of the support members, thereafter spaces of the recessed grooves and the leg parts of the moldings are sucked into a negative pressure until the glass sheet is mounted so that the moldings are not dislocated from the recessed grooves, the glass sheet is centered by press rolls embracing from four directions and pressing the glass sheet at an upper position of the support members, thereafter the glass sheet is suckingly fixed by suction pads arranged on the lower face side of the glass sheet and is lowered so as to be pressed to the moldings side, and the moldings disposed in the entire periphery or a part of the lower face of the outer peripheral edge of the glass sheet are bonded simultaneously by double-sided adhesive tapes bonded on the upper faces of the moldings. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

  The present invention relates to a method and an apparatus for adhering a molding to a peripheral portion of a window glass of a type that is attached to a window frame of an automobile or the like with a bonding method.

  Conventionally, when attaching a glass plate to a window frame of an automobile, a weather strip method in which an elastic molding made of rubber or resin is provided around the entire glass plate to protect the end face of the glass plate and prevent intrusion of rainwater In addition, the encap method is widely adopted, but recently, a type in which a glass plate is directly bonded to a metal window frame of an automobile body has been widely adopted.

  As the glass plate mounting structure by bonding to the window frame, an elastic molding is provided between the peripheral portion of the glass plate and the window frame, and the elastic molding eats from the peripheral edge of the glass plate when viewed from the outside of the vehicle. In order to prevent the appearance and the appearance from being impaired, it is necessary to accurately perform the attachment position of the glass plate to the window frame of the body.

  For example, Japanese Patent Application Laid-Open No. 2008-238954 discloses a wind molding including a parallel portion extending in parallel to the window glass and a vertical portion extending from the parallel portion toward the vehicle body, and a jig including a groove for storing the vertical portion. The window molding is placed on the jig, the adhesive is locally placed on the upper surface of the parallel part, and the lower surface of the edge of the window glass is pressed against the adhesive, thereby the edge of the window glass. In the method of attaching the wind molding to the wind molding, a measure to increase the thickness of the adhesive, a measure to configure the parallel portion as a whole or at least a portion facing the adhesive with a soft material, and the jig to the adhesive The reaction force acting upward on the edge of the window glass is alleviated by taking at least one of the measures of configuring the portion facing the agent with an elastic material. Mounting of the window molding that is disclosed to (Patent Document 1).

  Japanese Patent Application Laid-Open No. 55-1210 discloses a molding (M) fitted to the periphery of a glass plate (G) on the plate surface around or near the glass plate (G). ) Is a jig for adhering and fixing the molding (M) to the periphery of the glass plate (G) by being pressed and held, and is smaller than the glass plate (G) and similar to the peripheral shape or A frame (1) having a substantially similar shape and capable of being held against the glass plate surface is provided, and a plurality of pressing members (externally fitted to the molding M) are provided around the frame (1). 2) .. is mounted in a state in which the glass plate (G) can be elastically moved to the peripheral side and in a state in which the position of the frame (1) can be changed in the peripheral direction. A molding mounting fixture is disclosed (Patent Document 2).

  Furthermore, in Japanese Patent Application Laid-Open No. 55-1237, an adhesive layer (C) is formed on a plate surface around or near the glass plate (G) with a molding M fitted to the periphery of the glass plate (G). Is a device for adhering and fixing the molding M to the periphery of the glass plate (G) by being pressed and held through the frame (1). Protruding members (3)... Which are inserted through the plurality of holes (g1) and (g2) attached to (G) to fix and hold the position and posture of the glass plate (G) are provided, and fitted to the molding M The plurality of pressed members (4)... Can be moved to the peripheral side of the glass plate (G) until the bonding position and shape of the molding M to the glass plate (G) are regulated to a required state. Glass plate perimeter characterized by being attached to the frame (1) Mall mounting fixing apparatus is disclosed to (Patent Document 3).

JP 2008-238954 A Japanese Patent Laid-Open No. 55-1210 Japanese Patent Laid-Open No. 55-1237

  When the wind molding is fitted into the groove provided in the jig, the one described in Patent Document 1 is affected by expansion and contraction due to the temperature change of the wind molding and the jig according to the four seasons, and the wind molding fitted in the groove is loose in winter. May come off or float up, and when a glass plate is placed in such a state, it may be bonded in a distorted state, or may have poor adhesion such as uneven adhesion or misalignment. There was a fear.

  Moreover, since the thing of the said patent document 2 and the patent document 3 is a system which attaches a molding | mall on the end surface of a glass plate, the attachment position of a molding | mold becomes an end surface reference | standard of a glass plate, Due to tolerances, the mounting position accuracy varies when mounted with reference to the end surface, and when it is necessary to mount with the center of the vehicle body, it is necessary to further improve the mounting position accuracy of the molding to the glass plate surface. It was.

  The present invention solves the above-mentioned problems, that is, the adhesion position of the molding to the peripheral surface portion of the glass plate can be used as the center reference of the glass plate, and the peripheral edge of the glass plate even if there is a temperature change due to the four seasons, etc. The object is to efficiently and quickly bond the molding to the surface with high positional accuracy and to prevent poor adhesion and uneven adhesion.

  That is, the present invention relates to a method for bonding a molding to the entire circumference or a part of the outer peripheral edge of the glass plate surface. After arranging and removably fitting a molding leg having at least a glass bonding part and a leg into a concave groove provided on the upper surface of the support member, the concave groove and the glass plate are placed. The glass plate is centered by a pressing roll that holds the glass plate in four directions at a position above the support member and presses the glass plate so that the malle does not come off the concave groove by sucking the space between the molding leg and negative pressure. The glass plate is sucked and fixed by the suction pad provided on the lower surface side of the glass plate, lowered and pressed against the molding side. One mall It is a bonding method of molding to the glass plate surface, characterized in that adhere to.

  Furthermore, the present invention provides a method in which when the glass plate centered on the upper surface of the molding fitted in the concave groove portion is lowered and placed in a state where the glass plate is suction fixed by the suction pad, the concave groove portion and the leg portion of the molding are placed. The method for adhering a molding to a glass plate surface according to any one of the above, wherein the space is made positive by pressurization so that the molding is pressed against the peripheral edge of the glass plate.

  Furthermore, the present invention provides a support member disposed at a plurality of locations along the peripheral edge of the glass plate in a state in which the positioned glass plate is placed and fixed on a molding that fits the support member. The glass plate according to any one of the above-mentioned features, wherein a clamping means is provided for each, the glass plate is clamped, and the periphery of the glass plate is pressed toward the molding side to obtain a strong adhesive force. It is a method of bonding a molding to a surface.

  Furthermore, in the present invention, a long pressing plate having a shape along the shape of the upper surface of the peripheral edge of the glass plate is disposed at the tip of each clamp member, and the long pressing substantially along the shape of the peripheral surface of the glass plate is provided. The method for adhering a molding to a glass plate surface according to any one of the above, wherein the pressing force to the glass plate surface is made uniform by the plate.

Furthermore, the present invention provides an apparatus for adhering a molding to the entire periphery or a part of the outer peripheral surface of the glass plate surface, and the entire periphery or one part of the peripheral portion on the mold having a shape along the outer peripheral edge of the glass plate. A concave member that is detachable and engageable with a leg portion of a substantially L-shaped molding having at least a supporting member disposed along the portion, a bonding portion between the lower surface of the glass and a leg portion, and provided on the upper surface of the supporting member; An air pressure adjusting means capable of adjusting the pressure in the recessed groove when the molding is fitted in the recessed groove,
A glass carry-in / out means for transferring the glass plate onto the support member;
Positioning means for centering positioning by pressing rolls sandwiching the glass plate in four directions, and suction to fix the glass plate by adsorbing and fixing the glass plate with a suction pad from the lower surface side of the glass plate, and lowering and pressing the glass plate to the molding side It is a molding bonding apparatus to a glass plate surface characterized by comprising a fixing means.

  Furthermore, the present invention provides the apparatus for adhering a molding to a glass plate surface according to any one of the above, wherein the support member is an arc-shaped or substantially linear member, and is composed of a plurality of members. .

  Furthermore, the present invention provides clamping means for strengthening the adhesive force between the glass plate and the molding on each support member 2 corresponding to the peripheral portion position of the glass plate, and the peripheral portion of the glass plate is used as the molding. It is a molding mounting apparatus to the above-mentioned glass plate surface characterized by making it press.

  Furthermore, the present invention provides a long pressing plate along the upper surface shape of the peripheral edge of the glass plate at the tip end of the clamping means, and an elastic buffer material on the glass plate contact surface of the pressing plate. The molding mounting apparatus to a glass plate surface according to any one of the above-mentioned features, wherein

  By using the method and apparatus of the present invention, the molding can be simultaneously bonded and fixed to the entire circumference or part of the peripheral edge of the glass plate.

  In addition, since the inside of the concave groove provided in the support member is sucked by the air pressure adjusting means, the molding that is easy to come off from the concave groove that becomes loose due to shrinkage of the molding due to a decrease in the temperature in winter before the glass plate is placed. Since the air pressure adjusting means sucks the air in the groove to create a negative pressure, the molding can be fixed in the groove, and bonding can occur when a part of the molding comes off from the groove or rises at the stage of bonding. Defects and uneven adhesion can be prevented.

  Furthermore, when the glass plate is placed on the molding, it is possible to increase the adhesive force by pushing the molding toward the lower surface of the glass plate by sending compressed air into the concave groove portion to make a positive pressure.

  Furthermore, the bonding position of the molding that adheres to the entire circumference or part of the peripheral edge of the glass plate is a position with respect to the center of the glass plate, and a plurality of locations from the upper side of the glass plate at the bonding position of the glass plate and the molding. Since it presses with the clamp means provided in, a strong adhesive force is obtained.

  Furthermore, since the glass plate is pressed against the molding through the arc-shaped or substantially linear pressing plate along the shape of the bonding surface of the molding at the tips of the clamp arms at a plurality of locations, unevenness of the adhesive force can be reduced.

  With these combinations, when the glass plate to which the molding is attached is fitted into the window frame of the automobile, the glass plate can be fitted accurately, with good workability, and quickly without causing a positional shift.

The side view of the positioning means and suction fixing means of the glass plate of the molding bonding apparatus of this invention. The top view of the positioning means of a glass plate and the suction fixing means of the molding | mould bonding apparatus of this invention. The front view of the molding adhesion device of the present invention. The side sectional view of the clamp means of the molding adhesion device of the present invention. The perspective view of the molding used by the present invention. The perspective view of the clamp means of the molding bonding apparatus of this invention.

  Hereinafter, embodiments of the present invention will be described with reference to the drawings.

  As shown in FIG. 3, a support member 2 is disposed on a rigid mold 1 having a shape substantially along the outer periphery of the glass plate G along the entire periphery or a part of the periphery. A long concave groove portion 2a is provided on the upper surface of 2, and a leg portion 5b of a long, substantially L-shaped molding 5 is disposed in the concave groove portion 2a so as to be detachable and engageable. The support member 2 has a long hole 2b for mounting and fixing the support member 2 to the mold 1, and the mounting position of the support member 2 can be adjusted by the long hole 2b. Can respond to changes in The support member 2 is divided into a plurality of members each having a substantially arc shape or a substantially linear shape, and is used in a line as the support members 2 along the outer peripheral shape of the glass plate.

  As shown in FIG. 5, the substantially L-shaped molding 5 includes an adhesive portion 5a to be bonded to the lower peripheral surface of the glass plate G, and a leg portion 5b to be fitted and bonded to a window frame flange (not shown) of an automobile or the like. The lip portion 5c blocks the intrusion of rainwater from the window frame flange when brought into contact with the window frame flange. A double-sided adhesive tape was adhered as the adhesive layer 6 to the adhesive part 5a so that the lower peripheral edge of the glass plate G and the adhesive part 5a of the molding 5 could be adhered.

  Further, when the leg portion 5b of the molding 5 is fitted in the concave groove portion 2a of the support member 2, the air in the concave groove portion 2a is sucked and reduced to a negative pressure state, or compressed air is supplied to the concave groove portion 2a. It has air pressure adjusting means 30 that pressurizes the air in the recessed groove portion 2a to bring it into a positive pressure state.

  Furthermore, the operation of loading the glass plate G to the positioning position in the vicinity of the molding 5 on the support member 2 or the operation of taking out the glass plate G on the molding 5 is performed by a glass loading / unloading means (not shown). Further, each side of the glass plate G placed at the positioning position in the vicinity of the molding 5 is pressed by the transfer means by the pressing rolls 12, 12,... Of the positioning means 10, and sandwiched to complete the positioning of the glass plate G. Then, while adsorbing and fixing the glass plate G with the suction pad 21 from the lower surface side of the glass plate G, the glass plate G is lowered to the molding 5 side, and the glass plate is applied to the adhesive layer 6 on the adhesive portion 5a of the molding 5. And suction fixing means 20 for pressing and bonding G.

  The supporting member 2 into which the molding 5 is fitted is preferably a plurality of members whose entire circumference or part is divided into an arc shape or a substantially linear shape along the substantially peripheral shape of the glass plate G. It is also possible to have an integral shape along the substantially peripheral shape of the plate G.

  The glass carry-in / out means (not shown) is a glass plate G loaded on a pallet (not shown) or a glass plate G on a transfer conveyor line, which is handled by an operator or a hand of a transfer robot such as a multi-joint. Or by a suction pad attached to the hand of the transfer-dedicated device, and transported and transferred to a predetermined positioning position of the molding adhesive device.

  Furthermore, the suction pad attached to the hand of the transfer robot such as a multi-joint or the like and the hand of the transfer dedicated device is applied to the glass plate G on which the bonding of the molding 5 has been completed with the molding bonding apparatus. The glass plate G that has been adsorbed and supported and has completed the bonding of the molding 5 is conveyed and transferred to a predetermined placement position.

  As shown in FIG. 1 and FIG. 2, the positioning means 10 is an outer side orthogonal to each side of the glass plate G placed at a predetermined positioning position transferred by the glass carry-in / out means (not shown). It is pressed and pressed by pressing rolls 12, 12,. When positioning the substantially trapezoidal glass plate G as shown by a two-dot chain line in FIG. 3, the pressing roll 12 is provided at one central portion of each of the left side and the right side which are short sides, or In general, two pressing rolls 12 are provided on each of the upper side and the lower side which are long sides.

  The glass plate G placed at the positioning position is supported in a state of being placed movably on the plurality of free casters 11, 11,... And provided in the four directions of the upper, lower, left and right sides of the substantially trapezoidal glass plate. When the pressed rolls 12, 12,... Are pressed by the pressing cylinders 13, 13,..., The glass plate G slides smoothly by the free casters 11, 11,. Can be centered in the vertical and horizontal directions. In addition, it is also possible to perform positioning based on one side by fixing the pressing roll 12 on one side and moving only the pressing roll 12 on the other side.

  The suction fixing means 20 is for adsorbing and fixing the lower surface side central portion of the glass plate G positioned by the positioning means 10 with an adsorption pad 21. A plurality of the suction pads 21 are attached to the lifting plate 24, the lifting plates 24 are fixed to the tip of the cylinder rod of the lifting cylinder 22, and the suction pad 21 can be lifted and lowered by the operation of the lifting cylinder 22.

  In addition, elevating guides 23 and 23 are provided on the left and right sides of the elevating cylinder 22 so that the elevating plate 24 can be smoothly raised and lowered by the elevating cylinder 24. The suction pad 21 can lift and lower the glass plate in the suction state when the glass plate G is not sucked or when it is not pressed and clamped by the pressing rolls 12, 12.

  The air pressure adjusting means 30 is provided with at least one, preferably two, supply / exhaust holes 31 at the bottom of each concave groove portion 2a of the support members 2, 2. The supply / exhaust pipe 32 was connected to and connected to a vacuum generator (not shown) or a compressed air supply device (not shown) by switching a solenoid valve (not shown).

  After fitting the leg 5b of the molding 5 into the concave groove 2a of the support member 2, the electromagnetic valve is connected to a vacuum generator (not shown) until the glass plate G is placed on the molding. Then, the air in the concave groove portion 2a is depressurized to a negative pressure so that the molding does not come off the concave groove portion 2a.

  On the other hand, after the glass plate G is placed on the molding 5, the electromagnetic valve is switched and connected to a compressed air supply device (not shown), and the air in the groove 2a is pressurized to a positive pressure. Thus, the molding 5 can be pressed against the lower surface of the peripheral edge of the glass plate and can be firmly bonded by the adhesive layer 6 between the molding 5 and the glass plate.

  As shown in FIGS. 4 and 6, the positioned glass plate G is placed on the adhesive layer 6 on the molding 5 fitted to the support member 2 disposed along the peripheral shape of the glass plate G. At the time of placing, a plurality of support members 2, 2... Which are provided with clamping means 40 for clamping the glass plate G and the molding 5 and strengthening the adhesion along the peripheral edge of the glass plate G. Of each.

  The clamp means 40 extends from the vicinity of the outer upper end of each of the plurality of support members 2,..., And a clamp head 41 is provided at the tip of the rotatable clamp arm 43. A pressing plate 42 is provided, and an elastic cushioning material 47 having the same shape as the pressing plate 42 is disposed on the contact surface of the pressing plate 42 with the glass plate G.

  The pressing plate 42 presses from the upper surface side of the peripheral edge of the glass plate G toward the molding 5 side. The pressing plate 42 may be a point-like member, but is preferably a long member along the top surface shape of the peripheral edge of the glass plate G. When the long plate is used, the pressing plate 42 follows the top surface shape of the peripheral edge of the glass plate G. An arc or straight line may be used.

  As shown in FIG. 4, the clamp means 40 may be configured such that the clamp lever 44 is moved up and down in the direction of the arrow by manual operation. Alternatively, as shown in FIG. The clamp arm 45 may be actuated so that the clamp arm 43 is tilted in the direction of the arrow by extending and contracting the cylinder rod 46.

  The molding 5 is fitted into the concave groove 2a of the support member 2 by separately arranging molding fitting means (not shown). The molding fitting means (not shown), for example, sets two supporting molds and a supporting member as a set back to back on a turntable that can be rotated, and adheres the molding 5 set on one supporting member to a glass plate. During molding, the molding is set on the other support member, and the two support members are used alternately. Such a fitting process may be performed by handling by an operator.

  Further, although the air cylinder 13 is used as a driving device for the pressing roll 12 for centering the glass plate G, the stop position may be controlled by a servo motor.

  The glass plate G covers a flat glass plate to a curved glass plate, and may be a single plate or a laminated glass.

Next, the operation sequence of the apparatus of the present invention will be described.
First, what prepared the thing which stuck the double-sided adhesive tape as the adhesive layer 6 to the adhesion part 5a of the molding 5 beforehand is prepared, and the molding 5 cut | disconnected according to the length of the groove part 2a in the groove part 2a of the supporting member 2 is fitted. After completion of the dent and fitting into the groove 2a, the release paper of the double-sided adhesive tape attached to the adhesive part 5a of the molding 5 is peeled off.

  After the leg 5b of the molding 5 is detachably fitted in the concave groove 2a provided on the upper surface of the support member 2, the concave groove 2a and the leg 5b of the molding 5 are placed until the glass plate G is placed. The space 5 is sucked into a negative pressure so that the molding 5 does not come off the concave groove 2a.

  Further, the glass plate G surface to which the molding 5 is bonded is cleaned with alcohol, and a primer is applied to the bonding position of the molding 5 on the glass plate G surface. Such a glass plate G is placed on the free casters 11, 11... Of the glass plate positioning means 10 of the molding apparatus by a glass unloading / unloading means (not shown).

  The glass plate G placed on the free casters 11, 11,... Of the positioning means 10 presses one pressing roll 12, 12 on the left and right sides of the glass plate G on the free casters 11, 11,. The cylinders 13 and 13 are pressed and clamped by the operation of the cylinders 13 and centered. At the same time, swinging-type pressing rolls 12 and 12 each having two free pressing directions were provided on each of the upper side and the lower side, and the glass plate G was sandwiched and positioned.

  When the centered glass plate G is pressed against the lower surface of the glass plate G by an elevating cylinder 22 provided at a position below the center of the glass plate G and fixed by suction, each pressing roll 12 for positioning retracts. To move away from the edge of the glass plate G. After each pressing roll is retracted, when the glass plate G is lowered with the suction pad 21 by the elevating cylinder, the lower peripheral edge of the glass plate G adheres to the adhesive part of the molding. Pressed against the surface.

  After the glass plate G is pressed against the molding 5, the space in the groove 2 a is made positive by the air pressure adjusting means 30, and the molding 5 moves the peripheral edge of the glass plate G to the lower surface of the glass plate G by the clamping means 40. Press against the edge.

  At this time, since a long pressing plate having a shape along the peripheral upper surface shape of the glass plate is disposed at the tip of each clamp member, the long pressing plate substantially along the peripheral surface shape of the glass plate G 42 makes the pressing force to the glass plate surface uniform.

  After the pressing plate 42 is brought into contact with the glass plate surface for a certain period of time by the clamping means 40, the pressurization into the concave groove portion 2a by the air pressure adjusting means 30 is stopped, and the glass plate G to which the molding 5 is adhered by the suction fixing means 20 , The glass plate G is unloaded by unillustrated unloading / unloading means, and the next glass plate G waiting is loaded.

  In addition, when the window glass plate G for automobiles is bonded and fixed to the body by bonding, a black frame portion made of ceramic paste is often provided around the glass plate by printing or the like, and the adhesive layer is concealed by this black frame portion. So it looks good.

  As mentioned above, although the suitable example was demonstrated as an Example, this invention is not limited to this.

  INDUSTRIAL APPLICABILITY The present invention can be applied to window frames for moving objects such as automobiles, ships, airplanes, and railways, and window frames for construction machinery. When a glass plate is bonded through a resin molding, The resin molding is adhered to the peripheral surface portion with high accuracy and a strong adhesive force, and the glass plate is attached to the window frame with high work efficiency and high positional accuracy.

G Glass plate 1 Mold 2 Support member 2a Groove 2b Long hole 5 Mall 5a Adhesion 5b Leg 5c Lip 6 Adhesive layer 10 Positioning means 11 Swivel caster 12 Press roll 13 Press cylinder 20 Suction fixing means 21 Suction pad 22 Lifting Cylinder 23 Elevating guide 24 Elevating plate 30 Air pressure adjusting means 31 Intake / exhaust hole 32 Intake / exhaust pipe 40 Clamp means 41 Clamp head 42 Press plate 43 Clamp arm 44 Clamp lever 45 Clamp cylinder 46 Cylinder rod 47 Elastic buffer material

Claims (8)

In a method of adhering a molding to the entire periphery or part of the outer peripheral surface of the glass plate surface, a supporting member is disposed along the entire periphery or part of the mold along the outer peripheral edge of the glass plate, After the leg portion of the molding having at least the adhesive portion and the leg portion is detachably fitted into the concave groove portion provided on the upper surface of the support member, the concave groove portion and the leg portion of the molding are placed until the glass plate is placed. The space is sucked into a negative pressure so that the molding does not come off from the groove, and is provided on the lower surface side of the glass plate after centering by a pressing roll that sandwiches and presses the glass plate in four directions above the support member. The glass plate is sucked and fixed by the suction pad, lowered and pressed to the molding side, and the moldings arranged on the entire circumference or part of the lower surface of the outer peripheral edge of the glass plate by the double-sided adhesive tape adhered to the upper surface of the molding To adhere to Bonding method of the mall to the glass plate surface for the butterflies.   When the glass plate centered on the upper surface of the molding fitted into the concave groove is lowered and placed in a state of being fixed by suction with a suction pad, the space between the concave groove and the leg of the molding is positively pressurized. 2. The method of bonding a molding to a glass plate surface according to claim 1, wherein the molding is pressed against the peripheral edge of the glass plate and adhered.   Clamping means are disposed on each of the supporting members disposed at a plurality of locations along the peripheral edge of the glass plate in a state where the positioned glass plate is placed and fixed on the molding to be fitted with the supporting member. The glass plate is clamped, and the periphery of the glass plate is pressed toward the molding side to obtain a strong adhesive force. The adhesion of the molding to the glass plate surface according to claim 1 or 2, Method.   A long pressing plate having a shape along the shape of the upper surface of the peripheral edge of the glass plate is disposed at the tip of each clamp member, and the glass plate surface is formed by a long pressing plate substantially along the shape of the peripheral surface of the glass plate. The method for adhering a molding to a glass plate surface according to claim 4, wherein the pressing force is uniform. In an apparatus for adhering a molding to the entire periphery or a part of the outer peripheral surface of the glass plate surface, it is disposed along the entire periphery or a part of the peripheral portion on the mold having a shape along the outer peripheral edge of the glass plate. A concave groove portion is provided on the upper surface of the support member so that the leg portion of the substantially L-shaped molding having at least a bonding portion and a leg portion between the support member and the lower surface of the glass can be attached and detached.
An air pressure adjusting means capable of adjusting the pressure in the concave groove when the molding is fitted in the concave groove, and a glass carrying-in / out means for transferring the glass plate onto the support member;
Positioning means for centering positioning by pressing rolls sandwiching the glass plate in four directions, and suction to fix the glass plate by adsorbing and fixing the glass plate with a suction pad from the lower surface side of the glass plate, and lowering and pressing the glass plate to the molding side An apparatus for adhering a molding to a glass plate surface characterized by comprising fixing means. 6. The apparatus for adhering a molding to a glass plate surface according to claim 5, wherein the support member is an arc-shaped or substantially linear member, and is constituted by a plurality of members. Clamping means for strengthening the adhesive force between the glass plate and the molding is provided on each support member 2 corresponding to the peripheral portion position of the glass plate, and the peripheral portion of the glass plate is pressed against the molding. The molding attachment apparatus to the glass plate surface of Claim 5 or 6. A long pressing plate along the shape of the upper surface of the peripheral edge of the glass plate is disposed at the clamp tip of the clamping means, and an elastic cushioning material is disposed on the glass plate contact surface of the pressing plate. The molding attachment apparatus to the glass plate surface in any one of Claim 5 thru | or 7.