TW587063B - Glass plate cleaving mechanism and a trimming device - Google Patents

Abstract

To provide a glass plate trimming device for treating a glass plate over the periphery, i.e., for removing the marginal edges by trimming and for discarding the removed glass ears. An apparatus comprising: a conveyor 2 for transporting a glass plate G in a horizontal direction; a cleaving mechanism with cleaving members 3 to 6 and supporting members 7 to 10 located near the front, rear and left, right sides of the conveyor 2, respectively; and glass plate positioning devices 23 to 26 located near the front, rear and left, right sides of the conveyor 2; said cleaving members being provided with pressure elements for applying a pressure to the glass plate and with first end faces that intersect the aforementioned pressure elements, the pressure elements being moveable downward and upward in a vertical direction; the supporting members being oriented parallel to the first end faces of the respective cleaving devices and having second end face spaced in a horizontal direction from the aforementioned first end faces, the supporting members being moveable downward and upward in a vertical direction; the apparatus being provided with first suction means located opposite the second end face of the respective supporting member and with the second suction means formed in the pressure elements.

Description

587063 V. Description of Invention

BACKGROUND OF THE INVENTION: 1. Field of the Invention The present invention relates to a glass plate cutting mechanism and a trimming device. Furthermore, the present invention relates to a trimming device as a strip of glass with narrow edges and other objects), and a shape of ear is applied to the edge of the glass along the initial formation of a score line. Plate isolated. The invention also relates to the device of the cutting mechanism mentioned previously. > ^ 2 2. Description of related art A glass plate trimming device is known and described in, for example, Japanese Unexamined Patent Publication No. 8 (1,996) -253336. The mentioned trimming device provides upper and lower members to apply pressure to the glass plate from both sides of the score line. ^ ^ ^ As shown in Fig. 10A in the vibrating glass plate, the lower pressure member exerts upward pressure from the inner side of the broken glass toward the trimming score lines La and Lb, but the upper pressure is "outside the glass G" Pressure is applied downwards (from the so-called ear sides) against the trimming score lines La and Lb, so bending force is formed on both sides of the score line La ALb. Ears E are separated along the score lines La and Lb and dropped. Therefore, the main glass object b formed after separation of the ears E (Fig. 10B) is transported to the next processing position and has a predetermined size, which is defined by the position of the score line. In the known trimming device, the ears dropped by trimming and can be crushed inside the device. In particular, since the separation ears fall under the glass plate conveying path, the device needs a space and container for collecting the broken pieces. Key inventions: mouth

587063 V. Description of the invention (2) The main breaking mechanism of the present invention and its removal and separation are discarded. The two sides of the glass cutting member of the present invention are driven directly by the intersection of the glass plate cutting mechanism force elements with each other; the supporting member edge is driven horizontally and downward; Component The first suction component is able to handle the glass component that will not fall on the glass by the first glass and the suspended part of the glass separated by cutting off the glass. The glass fragments first determine the position. The main goal is to solve the upper shear device, which separates the adjustment problem and provides a glass plate to cut off the glass ears. . The side part is trimmed and the glass plate cutting mechanism includes a support member to apply pressure by the phase, the main feature of the mechanism is the opposite direction and the score line has pressure on the glass plate. The first end, cut out ▲ ^ The element and the pressing mechanism can be parallel to the first and second surfaces of the first end of the cutting member with the upward and downward pendant devices, so that the edges are separated from each other and the first end surface can be perpendicular to the Π. Compared with the supporting member, the second and the structure can cut the attraction of the glass suction member, and the debris can be transmitted on the path. For example, the outer sheet and the :: side surface coating film are still used in the component parts of the branch building: = The moment of force is reached, which is achieved by 1 "on the Cong Cong. The force of the previous component to break the glass panel = =. Suddenly discard it, for example when moving cut-off components:

Page 7 587063 V. Description of the invention (3) Second, the first-glass plate suction member device of the cutting member of the present invention is manufactured as a set of multiple suction port-shaped glass fragments which can be easily attracted to the glass plate under the action of ': 卩 negative pressure. Connected and unconnected to the true member, because it can freely hold the narrow length of the trim: providing a set of multiple suction elements will make it easier to suck the previously mentioned severance. The force element with a glass edge and a supporting structure has a fairly flat surface. The cutting mechanism has solid components, delivered glass components, and a second branch glass component to maintain the $ =. When transported, the glass uses the glass fragments separated from the previously mentioned cuts: The position can be fixed1. By arranging the surface of the second end portion, the vacuum suction action of the glass lead member and the debris can be fixed by the first glass suction. Although the second end = force :: is supported by the ground, suspended, and tilted. The hoisting ground has a vertical orientation, which can also suggest that in the present invention, the cutting-off and reciprocating movement can be performed to reciprocate the fragments by the facing-off mechanism or support member. More specifically, Λ 1 is near the separated glass support member suspended by the film, which is more suitable;: = = Under the initial conditions, the harmful component is located closer to the case. It is recommended that the two components be added in / eight perturbations. Separated glass pieces. Therefore, after the element is moved to the glass fragment due to / VV7 and cut off at the same time, the first attraction is removed. The present invention cuts the situation and improves it. The bottom of the edge of the mentioned supporting member-/ and has a horizontal surface to withstand

587063 V. Description of the invention (4) Broken glass fragments. The glass suction member is located at the front; the lifting element has a second. The suction member is the opposite side of the required 7-gauge glass element. The glass plate is not coated with a thin film. If the cover film is here, the debris will fall directly to the glass member. Except for the second pressure member that attracts the cut member on the opposite side, it is easy. Niu Zhi will make the glass shard support change by the suction force, and the second suction member mentioned in the cutting mechanism of the board 多 2: Stretching suction r ... standing on the side facing the glass element to receive the open pressure forming force is The second force of the glass panel is: Γ t attracts the openings arranged in a longitudinal direction, which avoids losing alignment during the palladium pressure on the glass panel. Whether the suction member is a single suction opening or a plurality of longitudinally arranged suction openings, the suction force generated under a negative value will reliably fix a very long and narrow glass strip. κ When the cutting member of the cutting mechanism of the present invention can move back and forth to the ground at the first end surface, and the direction is parallel to the surface of the extended glass shard

The glass fragments can be reliably transported to the discard location without disturbing other parts. # 4 A In addition, in order to improve the glass plate support using the supporting element, it is possible to preferentially provide the cutting mechanism of the present invention having a third solid glass suction member formed in the mentioned supporting element. A < the glass plate trimming device of the present invention comprises: a conveying device for conveying the glass plate in a horizontal direction;

587063 V. Description of the invention (5) The glass plate cutting mechanism is located near the front and rear ends of the transport device; the front edge sensing device is used to sense the front edge of the glass plate, and the mentioned front edge sensing device is located near the front end of the transportation device And a rear edge sensing device to sense the rear edge of the glass plate, the mentioned front edge sensing device is located near the rear end of the transport device. Using the mechanism described above, it is possible to trim the front and rear ends of the glass plate smoothly and without crushing, and to discard the glass fragments generated by the cutting, which is easy. At the same time, the left and right sides of the glass plate need to be trimmed. The glass plate can be fixed by suction and rotated by 90 degrees by rotating the suction device, or connected to the rotating table of the conveying device and rotated by 90 degrees to continue 4 to trim the left side. Edge and right edge. According to another embodiment of the present invention, the glass plate trimming device of the present invention includes: a horizontally transported glass plate being transported; a glass plate cutting mechanism is located near both ends of the transportation device; a device for positioning the glass plate, which is positioned laterally Positioning the glass plate device on both sides and laterally of the conveying device can apply pressure to the glass plate perpendicular to the two edges of the glass plate facing the conveyer. The glass structure makes it possible to trim the left and right ends of the glass plate and discard: the glass fragments become easy, the fragments are generated by cutting and will not be attracted by the discarded and discarded! Also :: 5 To trim the front and back of the glass plate, the glass plate Can be rotated by 疋 and by rotating the suction device, or connected

Page 10 587063 V. Description of the invention (6) To transport the farmer to the rotary table and use the rotary table to rotate and rear edge for subsequent trimming. & The front end of the temple is in accordance with another embodiment of the present invention. The repairing plate of the present invention includes: 4 wrapping conveying devices for conveying glass plates in a horizontal direction; A device for rear-positioning a glass plate, which is positioned laterally at Yun 4; and houses two sensing devices to sense that the front edge of the glass plate is near the Yun and the other front ends; and% is equipped with a sensing device to sense the glass The rear edge of the plate is located close to the rear and rear ends; 1 The mentioned laterally positioning glass plate device can apply pressure to the glass plate perpendicularly to the two edges of the glass plate. 'The above construction will make it easy to trim the broken glass panel around the entire periphery without using a 90-degree rotating glass panel. '' Detailed description: The cutting mechanism and trimming device embodiments of the present invention will be described in more detail with reference to the drawings. FIG. 1 is a perspective view of a degree space of a glass plate trimming device according to an embodiment of the present invention. Fig. 2 is a side view of the device of Fig. 1, and Fig. 3 is a top view of the device of Fig. 2. FIG. 4 is a right side view of the device of FIG. 2. The following description will refer to Figures 1 to 4. Fang Rong

Page 11 587063 V. Description of the invention (7)

The glass plate conveying device used in the trimming frame 1 of the present invention includes a horizontal conveyor belt 2. The glass placed on the conveyor belt 2 is conveyed in the direction of the arrow u. The direction from the front of the headset is called the forward direction, and the opposite direction of the arrow is called the direction. The direction of transport (forward and backward) perpendicular to the horizontal plane is called width direction or left-to-right direction. Arranged at the front and rear k of the conveyor belt 2 and the left and right sides, the soil is also cut and branch building components. The cut and frosted glass is used to repair the frying glass plate. The cutting and supporting members constitute a glass plate cutting mechanism. These mechanisms include: a front-end cutting mechanism composed of a front-end cutting member 3 and a front-end supporting member 7; and a rear-end cutting mechanism composed of a rear-end cutting member 4 and a rear-end support member 8; Right cutting mechanism. The W supporting members 7, 8, 9, 10 can be lifted by the air cylinder, and thus the cutting members 3'4, 5, 6 can be lifted by the electric servo cylinder 12. The speed of the stroke can be adjusted by using the servo-cylinder i 2 stop position by using a fine adjustment member. The glass plate G has a score line formed in advance on its surface, and the glass plate, along with the score line, splits the glass, the tower, and the cut member by applying a force to the glass plate in a mutually perpendicular & direction with the score line. 1 Press the glass plate on both sides of the score line. More specifically, the supporting member is supported by the glass plate g at the bottom of the supporting building, and the same day = the broken member is pressed against the glass plate G by the edge of the score line (ears e) in the downward direction, where a downward bending force will be formed . As shown in Figs. 2 to 4, the front cutting member 3 and the rear cutting member 4 can be moved in the leftward and rightward directions by a so-called rodless cylinder 13 using a mechanical joint. As will be explained later, this reciprocating movement is necessary to transport the

587063 V. Description of the invention (8) and discarded separated glass plate ears E face the side of the device 1. Although in the embodiment shown, the rodless cylinder 13 is located on the glass G transport path and extends to the left, it can be extended to the right if necessary. The left and right cut-off members 5 and 6 and the left and right support members 9 and 10 are manufactured so that they can move in a left and right direction relative to the left and right score lines of the glass plate G, according to the glass plate 6 The left and right positioning members 25 and 26 described below are determined by positioning the left and right sides of the glass plate g. ί—As shown in FIGS. 3 and 4, the left cutting member 5 and the right cutting member 6 can reciprocate left and right by a screw-shaped feeding member, which includes a screw shaft 14 and a nut (not (Shown) ^ These reciprocating degrees are needed to define the size of the score line of the glass sheet to position the score ^ La more specifically (Figure 10A). The screw bearing 14 is divided into two parts by the joint unit 15 on the left side and its connecting screw. Spiral = walking thread, while the right side of the spiral 14b has a right-handed thread ^ = = ... is driven by the motor U to rotate, so that the two split structures 6 and 6 can approach each other synchronously or opposite to each other. See 屮 +, true + ^ μm can be moved by left and right $ θ 〇 I 9 and the right branch member 1 〇, the feed member contains the right / Λ fine = form feed member to move back and forth to Comply with the left movement: two-way displacement of the previously mentioned component bearing 17 is divided by the joint 丨 8 into Lu and 6 to move left and right. Spiral Rotate two parts. Spiral ^ f and the right part, the joint alternately connects the left side of the spiral worm and the left part 17 has a left-hand thread, while the spiral ^ 587063 V. Description of the invention (9) ^ The knife 18 has a right-hand thread. Screw bearings! 7 With the motor, the two supporting members 9 and 10 can synchronously "turn away from each other in opposite directions. Close to each other or in each other. In Figures 2 to 4, reference numeral 20 indicates guidance during the downward movement. Front wall connection # 士 引 杯 件 上 上 ， 5, and 6. Similarly, the reference number 21 table ^ = 冓 pieces 3,4 and the reference number pieces 9 and 1 The right and left support structure = is not shown in the drawing. However, it is assumed that it is equipped with the front positioning device 23 and the rear positioning device 24 to position the glass plate G during the movement, and the left positioning right positioning device 26 as the left and During the movement to the right, it is determined that the previously mentioned positioning devices 2 3, 24, 25, and 26 will be offset by a number of positions, wherein the glass score line is located between the respective cut and support members. Figure 5 shows the front positioning device The structure of 23. Since the rear-end positioning device 24 is the same, only the front-end positioning device will be described. The front-end positioning device 2 3 has 1 optical sensor 29, which is connected to a private support that can move horizontally forward and backward. Building 28. These optical sensors can be positioned so that glass The plate 0 is stopped at a predetermined position. The optical sensor 29 transmits optical fiber illumination through the optical fiber, and senses the light reflected by the transported glass plate G. The present invention is not limited to use only with the optical sensor, and Ability to use any other form of sensor

Page 14 587063 V. Description of the Invention (ίο) serves the same purpose. As shown in Figs. 1 to 4, the left and right positioning devices 25 and 26 have air cylinders 30 to shift the left and right edges of the glass plate G toward the center of the trimming device. It is suggested that several of this positioning Pei Zhi can be placed on the left and right. A pressure washer is attached to the end of each rod of 30 cylinders. The initial position of the cylinder 30 is sufficient to be adjusted by the solid cylinder 30b. The holder fixes the cylinder 30 and can be shifted leftward and rightward. The adjustment member can be implemented in the form of a bar and a pinion (not shown) by controlling the rotation of the pinion by the dial 30c. Several floating pads (not shown) can be placed between the conveyor belts 2 to keep the glass plate G in a floating state. By using the left and right positioning devices 25 and 26, the glass plate can be positioned to the left and right, which is caused by the use of foreign moving pads to keep the glass plate floating during the operation of the positioning device. The floating condition of the glass plate will be changed to Gu Yi in the left and right direction and protect the surface of the glass plate from damage. If necessary, the operation of the left and right positioning devices 25 and 26 can be performed simultaneously with the operation of the left and right cut-off members 5, 6 and the left and right support members 9, 10. The following description is about cutting and supporting members. Each of the cut-off members 3, 4, 5, and 6 has its lower end located above the glass plate conveying path so as to be able to be shifted downward by the server cylinder 2 to a lower yield than the conveying path. Move down while applying pressure to the ear portion of the glass plate. In addition, the two sides are ingenious: cattle 7, 8 '9 and 10 are located under the glass plate G transport path and can be shifted upward by the lice tank 11 to the transport path to support the bottom. Figure 6 and 8 show the front end Cut-off member 3 and front-end support member 7 ::: J-end cut-off member 4 and rear-end support member 8, left-side cut-off member 1 u-side support member 9, and right-side cut with right-side support member 1 〇 δ / υ 63 five DESCRIPTION OF THE INVENTION (11) The 7-member 6 has the same structure as the front-end cut-off member 3 and the front-end branch member 冓 k. Therefore, the members 3 and 7 need only be described in detail. As shown in Fig. 6a, glass: g i =: 7 has an extension-receiving trimming device rod 3i, which has a third attraction member 32 along the glass substrate, to receive the surface. The second attracting member 32 is connected to the negative through the pipe member 32a: (a, not shown in the figure), and the rod 31 can easily have a wide-section 11. Condition: In addition to the negative pressure situation. Withstand trimming part 3 1 cT # ik g-♦ strip 3 1 The upper horizontal surface forms a glass-cutting bar 3 1 with an L-shaped make-up like square + + afternoon suction king-shaped workshop, which is subject to repair ^ ^ ^ ^ ^ ° Set L shape to withstand trim bar ° ^ Move the separation part. Boundary 31a 〇 t ^ ^ ^ ^ Hanging on the film and the glass part separated from the surface due to cutting can be coated with rubber or soft ^ f: In the above case, surface 31a can form glass surface 31b. The other surface of the angular space of the support,% intersects a straight line to form a support member ^ ^ and the inner vertical surface 31 ^ is a cutting edge whose function is a fulcrum of bending moment. These cutting edges occur during the cutting process. " The moment when the glass member G cuts along the score line, the cutting member 3 is parallel to the bearing 33, which can move in a horizontal direction and with a cutting rod 仃 二 镟. The cutting rod 3 is located at bearing 587063 ---- I — V. Description of the invention (12) :: Thin outside of the cutting rod. The breaking bar 33 has a rectangular cross section and the bucket is shifted closer to the support member 7 by the cylinder 34. In addition to this strip 33 side, the support member 7 has a vertical, flat inside surface of the J-rod 31 and a vertical surface 31a. The vertical surface bearing the text trimming piece. The first end surface ... supports a group of multiple first-attraction elements "listed as the longitudinal direction of the cutting rod 32 and faces the second end surface ... The spherical element made of material and the end surface 33a protrude. The suction end cock 35a is formed at each center. The suction end & 35 is connected to the suction member by the pipe 35b. Example 70 suction: shown in the figure). The suction port can be freely connected to or removed from the k-blade member. < W King In the embodiment of the branch building, the manufacturing device enables the cutting rod 33 to be moved toward the member 7. However, the present invention is not limited to this; the support member 7 can be moved toward the cutting rod 33 in two steps. 'False' end = the surface of the first end and the second end of the example, and the end ϋ Γ This characteristic does not constitute a restriction on the cut off of the bar 33 of the hair ^ buckle as pressure on the glass plate / lug The surface is also flat and has a plurality of second suction element portions E of the pressure element. The pressure element 36 has a group of broken glass surfaces 31b. The first suction; 耆 2 the broken rods 33 are arranged and facing the bearing The pipe piece 37b is connected to the suction member; the piece has a sugar circular suction end port that can be freely connected to the suction by 藉 (not shown). The suction end element is formed on the curtain force element = or released by it. Since the second suction bow 丨 does not extend beyond its surface,

Hi Page 17 587063 V. Description of the invention (13) It will not interfere with the broken glass plate G in the process of =: and breaking: contact. As shown in FIG. 6B, the elliptical first-to-slice bars 3 3 in the longitudinal direction and the first row and the second lead ′ 7 can be aligned in a straight line with a long eaves axis. ;: Column = case. If it is necessary to attract and connect to the reliability; 丨:; = Sexual arrangement is the priority to repair the device has operated the long ear E. The coated film glass G is placed on the conveyer belt 2 of the conveyer 1 = the floating state is selected on the conveyer belt, and the gasket is not shown to be able to be placed between the conveyer belts 2. At the same time, the glass plate 0 is shifted to the left or right to the predetermined position by 25:26. Positioning is completed when the left and right edges of glass plate G are assumed to be in the previously mentioned positions.后 After the floating pad is lowered, the conveyor belt 2 is reversed and the glass plate G is folded back. The rear end positioning device 24 is activated again, and after the rear edge of the glass plate G is sensed, the conveyor belt 2 stops moving. At this time, the score lines Lb (FIG. 10a) of the glass plate G are arranged in parallel and located between the first end surface 33a of the rear end cutting member 4 and the second end surface 31 & of the rear end support member 8. . Therefore, the rear-end positioning device 24 is set to a desired position. The above functions provide positioning of the rear edge. Therefore, as shown in FIG. 7A, the rear end support element 8 is raised by the cylinder 11 (FIG. 2) to the score line at the edge of the glass plate G! (FIG. 10A) from the bottom and the opposite side of the glass plate 2 When the support and the third suction member 32 are attracted and fixed (FIG. 6) to the bottom surface of the glass plate G. As shown in FIG. 7B, using the previously explained effect, the rear-end cutting member 4 is lowered by the servo cylinder 丨 2 (Figures 3 and 4), so its pressure element is 36 to 587063. V. Description of the invention (14) Glass The plate G ear E applies a downward force. Then, the glass is engraved along the surface, so that the separated ear is suspended by the film F and is in contact with the first end surface 3ΐ & of the ear-receiving 31. ^ Fig. 7C shows that the rear-end cutting member 4 is in contact with the ear E at the contact 35. This action sets the impulse and stroke force of the feeding suit ['cylinder ^]. -㈤ The cutting rod 33 of the rear-end cutting element 4 by the gas rainbow 34: Approach the surface of the second end of the cutting rod 31 that bears it ... The member 35 is actuated and the ear E is sucked. The condition of the cutting rod ^ of the rear-end cutting member 4 is shown, and its companion ^ 2: 3′f is moved by the cylinder 34 away from the trimming rod 31, but mentions: Ϊίί. Therefore, the components are set in such a way that the individual components can be interposed without interfering with other components. = Shows that the rear-end cut-off member 4 is peeled off by the air server gas red 12 back to its object E, and the IT ear sucks the element 35. The ear E or glass fragments remain adhered to the first attracting member 4 to be actuated at the maximum 13 (Figs. 2 to 4), and at the rear-end cut-off point, the first offset is stopped (to the left). Outside the transport path of the glass plate G-the operation of receiving the suction Λ element 35 at the bottom and the ears "the skin is discarded until closed, and the glass fragments are collected in a container (not shown) ^ The first two sides of the line Ci After the trimming of the rear edge of the plate, the glass plate is moved forward into the plate to cut it. Based on this, the conveyor 2 is actuated, the glass device stops moving, and the front edge Positioning, τ movement. When stopped, the score line Lb at the front end of the glass plate G (Figure

Page 19 587063 V. Description of the invention (15) 1 0A) is located between the first end surface 33 & of the front cutting member 3 and the second end surface 31a of the front support member 7. The operations described above set the front-position device 23. Then, according to the operations of the front-end cutting member 3 and the front-end support member 7 described above (FIGS. 7A to 7E), the front-end edge trimming is completed, and the front-end cutting member 3 drops the front glass ears into the container for collecting broken glass fragments. The container is located outside the glass sheet transport path. The left and right edges are trimmed simultaneously. More specifically, the left and right cutting members 5 and 6 and the left and right supporting members 9 and 10 are positioned with respect to the score line L on the glass plate G by the respective spiral rods H and 17. In particular, the glass The plate is squeezed on the meat end surface 33a (on the ear E side) of the cutting members 5 and 6 located outside the score line L and on the second score surface 31a of the opposite score line glass ::: supporting members 9 and 10 intermediate. Positioning left = side members 5 and 6 and left and right support members 9 and 10 can be simultaneously advanced too by the positioning of the left and right directions of the glass plate G described above, and the steps are trimming left and right, which is the same as above The operation of the left and right and left and right support members 9 and 10 described: In the ear step, the left and right cut members 5 and 6 and the glass are biased Γ; domain =, the ear is kept in a connected state by attraction. Xin to # Ϊ Ϊ Γ outside the path, and the ears E are then clouded into the container for collecting glass fragments.

The trimming of the entire periphery of the forward K glass plate G is completed by the conveyor belt 2 and the glass plate G 587063. V. Description of the invention (16) As shown in FIG. 8, the trimming device 1 of the present invention provides removal of the film and placement of the glass; ^ Glass handle Γ #% This is the thin film on the ear region, so the entire film is removed by the glass object β during the # 1 operation. A more detailed configuration of the η Γ thin film device 38 is shown in FIG. 8. This dress is able to hold the claws: hanging in the space between the belts 2Λ. It has clamps. Χ 奘 = claw film and pressure cylinder 40 at the front end of the carousel 2 40 limbs 41 The limb member 41 and the film chuck 42 are connected to the suspension tilting portion. Generally, the limb member 41 remains relative to the front end of the conveyor belt 2 and faces the front end of the conveyor belt (Fig. 8A). Μ ί: The glass ear is cut off After and after not being connected to the glass plate 6, the front receiving trim bar 3 is lowered, and the suspension limb 41 carries the hanging film chuck 42. Therefore, the clamping claw 仏 grasps the part F of the film, and the f is made of the glass plate. The position of the ears hanging on the front edge of G. See Figure 8B = the membrane suspension leg is not grasped and swings downwards and backwards while removing the membrane 'pressure cylinder 40' while the G plate is being transported It is extended, and the film portion F is squeezed between the roller 40b on the end of the piston rod and the belt pulley 2a. In this case, the entire film is peeled off from the surface of the glass plate 6 and the glass plate G. i. Another method will be shown in Fig. 9 using the cutting mechanism of the present invention. More specifically, the drawing It shows the trimming of the glass plate 0 which is not coated with film. When it is necessary to cut the ears E by the glass plate G which is not coated with film, cut the ears " Ε 二 不 第 21 页 page 587063 5. Description of the invention (17 ) t is connected to the film and thus falls downwards. Based on the above, it is subjected to trimmed rods in the respective soil supporting members 7, 8, 8 and Π) 3 = support block 43 is provided. The surface of the support block 43 is coated by Saka From # 伤 31b, the buffer plate 44 is made. When the cutting member 3 is lowered = the glass plate G ears E are pushed. Therefore, 6 rows of thin film glass plates are not included ^ = are cut off, and the ears E are separated, χ Place it horizontally on the buffer plate 44 of ^ 43. The cut bar 33 is lowered and stopped at the position of 2 ears E. This action sets the stroke of the cylinder 2 of the servo cylinder i 2 and then acts on the ears. The object E is connected to the cleaning rod 33 of the component 4 as shown in the drawing, and then lifted up to the original height with the connecting ear-shaped extinguishing cylinder 12. Similar to the upper rod .: Actuation "and the cutting member 3 will move the glass plate G Go to a position outside the glass plate G transport path to collect the glass fragments in the container. The dagger is discarded until the above-mentioned trimming device i is provided with a front end: a cow and having left and right members. However, the present invention is not equal to a three-dimensional arrangement. For example, 'the device may have only a front end and a rear end cutting member or only a left side. And the right cut-off member. In these cases, a rotatable suction device that can change the position of the glass plate by turning it 90 degrees can be installed! The upper side of the trimming device can be changed. The rotating stage can be installed on the conveying ▼ Therefore, after using a pair of cut-offs at opposite positions to place the glass plate on the opposite side to trim, the other pair of opposite sides of the glass plate can be trimmed at 90 degrees. The present invention can make the whole processed glass plate become Possible, ie

587063 V. Description of the invention (18) Remove the edge by trimming, and discard the removed glass ears. In the device of the present invention, the glass ears are removed without falling on the glass sheet conveying path and are not crushed. 587063 Brief description of the drawings The first diagram (Fig. 1) is a three-dimensional perspective view of a glass plate trimming device according to an embodiment of the present invention. The second figure (Figure 2) is a side view of the device of the first figure. The third figure (Figure 3) is a top view of the device of the first figure. The fourth diagram (FIG. 4) is a right side view of the apparatus of the second diagram. The fifth figure (Figure 5) is a side view of the main part of the trimming machine. Fig. 6A (Fig. 6A) is a partial cross-sectional side view of the main part of the trimming machine of Fig. 2, which shows the front cutting mechanism. The sixth figure B (FIG. 6B) is a cross-sectional view along the straight line νι_νϊ in the direction of the arrow. The seventh diagram A to the seventh diagram F (FIGS. 7A to 7F) are schematic diagrams showing the operations of the rear-end and front-end cutting mechanisms shown in FIG. Figure 8 (Figure 8) is a side view of the main part of the trimming machine of Figure 2, showing the film removal mechanism. The eighth figure A (Fig. 8A) shows the condition before the film is removed, and the eighth figure B (Fig. 8B) shows the situation during the film removal. A ninth picture is a part of the main part of the trimming machine shown in Fig. 2. Another side shows that the front-end cutting machine is not used. The top view ^ eye (嶋) is the trimming target in the form of a glass plate with score lines. Figure 10B (Figure 6B) is the figure of the trimmed glass plate. Trimming device 1; Conveyor belt 2; Carousel slide on "3, 4, 5, 6; Support member 7, 8, 9, 10f Gas plate G; Cutting shaft 14; Left part 14a of the spiral; U l2, 13; screw 18, motor 1 9; guide

15; Motor 16; Chain i6a; Spiral bearing 17 ° part 14} 3; Joint unit 587063 The diagram illustrates the guide rods 20, 21, 22; Positioning devices 23, 24, 25, 26; Positioning members 26; Support 28; Optical sensor 29; cylinder 30; holder 30b; 30c; rod 31; vertical surface 31a; glass surface 31b; support glass 31c; attraction member 32; pipe 32a; cut rod 33; vertical surface cylinder 34 ; Suction element 35; suction end port 35a; pipe fitting 35b; pressure; 36; ear-like part E; suction element 37; pipe fitting 37b; removing film mounting; gripper device 39; cylinder 40; roller 40b; suspension limb 41; clip ί jaw 4 2 a; support block 4 3; buffer plate 4 4. 25, I dial 33a; f element set 38 i 42;

Claims (1)

587063 VI. Scope of patent application1. A glass plate cutting mechanism comprising a cutting member and a supporting member, wherein the cutting mechanism includes cutting by applying pressure to the glass plate in opposite directions to each other and on both sides of the score line. The mechanism has a pressure element for applying pressure to the glass plate and a first end surface intersecting the pressure element, wherein the cutting member can be driven vertically in the upward and downward directions; the supporting member device is parallel to the first end surface of the cutting member , Which has an edge horizontally separated from the first end surface, and can be driven vertically in an upward or downward direction; and-a first end surface of the cutting member, which has an attraction member relative to the support. 2 · According to the glass plate cutting mechanism according to the scope of the patent application, the glass suction member includes a set of multiple suction end ports, which can attract the glass plate under the use of γ value. 3, according to Shen Yanqing patent scope! Each of the pressure elements of the glass sheet includes a horizontal surface, a support glass element, and a "cut-off, intersecting, supporting glass element, and a second end. Table 2: Components have a horizontal surface. 丨 Clothing surface, support glass Components 4. The glass plate cutting machine according to the scope of the patent application should be cut off the components or support members towards each other and can be cut away. Le and the opposite direction to each other 5. According to the first scope of the patent application Containing the supporting glass member is located on the supporting structure, and its t further enters a surface to withstand the broken glass fragments generated by the cutting. Page 26, 587063 6. Application scope of patent 6. According to the scope of application for patent, step 5 includes the second attracting member as a glass plate cutting mechanism, which is a more advanced form that attracts the port to extend longitudinally on one surface ... The arrangement attracts the end port to form a glass bearing member, wherein the suction member is formed by the pressure element, and the surface faces downward to attract the glass plate. The end port can act under negative pressure 7 • According to the scope of the patent application, the piece can cut the glass panel on the first end surface, and the cut structure 8. Move yearning / returning according to the first scope of the patent application. The third glass of the glass plate attracts Yuan Zhen and the broken glass plate cutting mechanism. Among them, a glass trimming device is included in the supporting member. The transport device transports the glass plate and the glass plate cutting mechanism in a horizontal direction. The cutting mechanism is a cutting mechanism according to any of the eighth item of the application. The cutting mechanism is located in the second and the second sections: to the front and rear ends; The edge sensing device near the front end of the transport device is located near the front edge of the glass plate; and the edge sensing device at the front end to sense the rear edge of the glass plate is located near the rear edge of the glass plate. Tea is placed on the rear end to sense glass. A glass trimming device, which includes: a transport device transports the glass plate in a horizontal direction; a glass plate cutting mechanism, which is based on any one of items i to 8 of the scope of patent application The cutting mechanism of the item, the cutting mechanism is located near the conveying device to position the glass plate, and it is positioned laterally on both sides of the moving device 587063 The mentioned device for laterally positioning the glass sheet is capable of applying pressure to the glass sheet perpendicular to the two edges of the glass sheet towards the transport. To η · The glass plate trimming device according to item 9 of the scope of the patent application, its spoon eight glass plate cutting mechanism, which is a cutting mechanism according to any of the patent application ^ 3 · 8 items, the cutting mechanism is located near the The two ends of the first ^; the text V is placed at = =, which is positioned laterally on both sides of the transport device; _ the two edges of the glass plate exert pressure on the glass plate. Page 28