CN218452841U - Horizontal glass edging equipment - Google Patents

Abstract

A horizontal glass edge grinding device comprises a device machine table, a first edge grinding device and a second edge grinding device, wherein the first edge grinding device and the second edge grinding device respectively comprise a glass edge grinding mechanism; the glass edging mechanism comprises a side face fine grinding unit; the side surface fine grinding unit comprises at least one side surface fine grinding mechanism, and the side surface fine grinding mechanism comprises a fine grinding fixed seat, a fine grinding moving seat, a fine grinding adjusting screw rod and a fine grinding motor; and a first adjusting cushion block and a second adjusting cushion block are arranged between the fine grinding motor and the fine grinding moving seat of at least one side fine grinding mechanism, and two ends of the bottom of the fine grinding motor are respectively installed on the installation planes of the first adjusting cushion block and the second adjusting cushion block in a matching manner. The staff can be according to the processing demand select correspond the height, correspond mounting surface's first regulation cushion and second regulation cushion, fill up between the fine grinding motor of side fine grinding mechanism and the fine grinding removes the seat to adjust the grinding angle of side fine grinding mechanism, in order to satisfy different glass's processing demand.

Description

Horizontal glass edging equipment

Technical Field

The utility model relates to a glass processing equipment technical field, concretely relates to horizontal glass edging equipment.

Background

Glass is widely used in daily life, and glass is required to be subjected to edging treatment through glass edging equipment when leaving a factory.

As known from the edge grinding equipment disclosed in chinese patent documents with publication numbers CN107322407a and CN111571361a, etc., the conventional edge grinding equipment generally adopts a rough grinding mechanism and a finish grinding mechanism to perform rough grinding and finish grinding on the side surface of glass in sequence, wherein the finish grinding mechanism can obtain a finished glass product after finishing the processing of the side surface of the glass, and therefore, before the finish grinding mechanism performs finish grinding on the glass, a worker usually sets a grinding angle of the finish grinding mechanism according to different product requirements.

However, the grinding motor of the present fine grinding mechanism is usually directly mounted on the moving seat of the feeding mechanism itself, so that the grinding angles of the rough grinding mechanism and the fine grinding mechanism are also fixed after the grinding motor is mounted on the moving seat, which is not beneficial for workers to change the grinding angle of the fine grinding mechanism, and the problem of inconvenient adjustment of the grinding angle of the fine grinding mechanism exists.

SUMMERY OF THE UTILITY MODEL

In order to overcome the defects of the prior art, the utility model provides a horizontal glass edging device.

The utility model provides a technical scheme that its technical problem adopted is:

a horizontal glass edge grinding device comprises a device machine table, a first edge grinding device and a second edge grinding device, wherein the first edge grinding device and the second edge grinding device respectively comprise a bearing base arranged on the device machine table and a glass edge grinding mechanism arranged on the bearing base; the glass edging mechanism comprises a side face fine grinding unit; the side surface fine grinding unit comprises at least one side surface fine grinding mechanism, and the side surface fine grinding mechanism comprises a fine grinding fixed seat, a fine grinding movable seat, a fine grinding adjusting screw rod and a fine grinding motor, wherein the position of the fine grinding movable seat can be adjusted relative to the fine grinding fixed seat; the fine grinding moving seat is provided with a fine grinding adjusting screw hole which is matched with the fine grinding adjusting screw rod to adjust the position; the method is characterized in that: at least one side correct grinding mechanism's correct grinding motor and correct grinding remove and be equipped with first regulation cushion and second regulation cushion between the seat, the bottom surface of first regulation cushion and second regulation cushion and the cooperation of the top surface that the seat was removed to the correct grinding, the top surface of first regulation cushion and second regulation cushion is mounting plane, mounting plane is inclined plane or horizontal plane, the cooperation is installed respectively at the both ends of correct grinding motor bottom on the mounting plane of first regulation cushion and second regulation cushion.

In the present invention, the mounting plane is an inclined plane or a horizontal plane.

In the utility model, a fine grinding adjusting guide groove is arranged on the fine grinding fixed seat, and a fine grinding adjusting guide block which is guided and matched in the fine grinding adjusting guide groove is arranged at the bottom of the fine grinding moving seat; the fine grinding adjusting guide groove is internally provided with a fine grinding lockrand long block which is in sliding contact with the fine grinding adjusting guide block, one side of the fine grinding moving seat is in threaded connection with a plurality of fine grinding pressing bolts which are abutted to the fine grinding lockrand long block, and the fine grinding pressing bolts are abutted to the fine grinding lockrand long block so that the fine grinding lockrand long block is tightly pressed and locked to the fine grinding adjusting guide block.

The utility model discloses in, be equipped with the fine grinding that a plurality of intercommunications fine grinding adjusted the guide slot on one side of fine grinding fixing base and adjust the lockhole, fine grinding clamp bolt threaded connection is in the fine grinding adjusts the lockhole.

The utility model discloses in, be equipped with a plurality of lockrand cooperation recesses on the correct grinding lockrand rectangular block, under the normality, the screw rod end cooperation of correct grinding clamp bolt inserts in the lockrand cooperation recess.

The utility model discloses in, glass edging mechanism includes the side corase grind unit, goes up bevel grinding unit, lower bevel grinding unit and the side correct grinding unit that arrange in proper order along glass direction of delivery.

The utility model discloses in, side corase grind unit includes side corase grind mechanism, side corase grind mechanism removes the seat, installs the corase grind telescoping cylinder on the corase grind fixing base, installs the corase grind motor on the corase grind removal seat including installing corase grind fixing base, direction connection on bearing the frame, installing the corase grind telescoping cylinder on the corase grind fixing base, the flexible end connection of corase grind telescoping cylinder removes on the seat.

The utility model discloses in, be equipped with corase grind stroke limiting mechanism between corase grind fixing base and the corase grind removal seat.

The utility model discloses in, go up oblique angle grinding unit includes the edging seat, installs last oblique angle corase grind mechanism, the last oblique angle finish grinding mechanism on last edging seat, go up the edging seat and install on bearing the frame through last edging elevating system, it can the lift removal to go up the edging seat under last edging elevating system's effect.

The utility model discloses in, lower bevel grinding unit is including installing lower edging seat on bearing the frame, installing lower bevel corase grind mechanism, the lower bevel finish grinding mechanism on lower edging seat, and lower bevel corase grind mechanism, lower bevel finish grinding mechanism arrange the setting in proper order along glass direction of delivery.

The utility model has the advantages that: the utility model discloses it adjusts the cushion to be equipped with first regulation cushion and second between the seat to remove at the correct grinding motor of side correct grinding mechanism and correct grinding, the top surface that first regulation cushion and second adjusted the cushion is mounting surface, mounting surface is inclined plane or horizontal plane, during production, and the staff can select corresponding height, correspond mounting surface's first regulation cushion and second according to the processing demand and adjust the cushion, fills up and removes between the seat at the correct grinding motor of side correct grinding mechanism and correct grinding to adjust the grinding angle of side correct grinding mechanism, in order to satisfy different glass's processing demand.

Drawings

The invention will be further explained with reference to the drawings and the embodiments below:

FIG. 1 is a perspective view of the present embodiment;

FIG. 2 is a schematic view of an edging conveyor mechanism;

FIG. 3 is a schematic view of a glass edging mechanism;

FIG. 4 is a schematic view of a side refiner mechanism;

FIG. 5 is a first cross-sectional view of the side refining mechanism;

FIG. 6 is a second cross-sectional view of the side refiner mechanism;

FIG. 7 is a schematic view of a side roughing mechanism;

FIG. 8 is a bottom view of the side roughing mechanism;

FIG. 9 is a schematic view of an upper bevel grinding unit;

FIG. 10 is a schematic view of a down bevel grinding unit;

FIG. 11 is a schematic view of the assembly of the carrier base and the equipment platform;

FIG. 12 is an enlarged view of I in FIG. 11;

FIG. 13 is a front view of an equipment station;

FIG. 14 is a rear view of the equipment station.

Detailed Description

In order to make the objects, technical solutions and advantages of the embodiments of the present invention clearer, the drawings in the embodiments of the present invention are combined below to clearly and completely describe the technical solutions in the embodiments of the present invention.

Referring to fig. 1-14, a horizontal glass edging equipment, include equipment board 1, locate first edging device 2 and second edging device 3 on the equipment board 1, first edging device 2 and second edging device 3 set up relatively, second edging device 3 is adjustable for first edging device 2's distance, first edging device 2 and second edging device 3 all include install bear frame 10 on equipment board 1, install edging conveying mechanism 20 and glass edging mechanism 30 on bearing frame 10, edging conveying mechanism 20 includes glass conveying mechanism 201, is located the glass hold-down mechanism 202 of glass conveying mechanism 201 top, and relevant mechanism of edging conveying mechanism 20 can refer to chinese patent documents such as the publication number is CN107322407a, the publication number is CN111571361 a.

Further, the glass edging mechanism 30 comprises a side surface rough grinding unit 31, an upper bevel grinding unit 32, a lower bevel grinding unit 33 and a side surface finish grinding unit 34 which are sequentially arranged along the glass conveying direction, wherein the side surface rough grinding unit 31 is used for rough grinding the side surface of the glass; the upper bevel angle grinding unit 32 is used for grinding edges and corners on the upper part of the glass to form upper bevel angles; the lower bevel angle grinding unit 33 is used for grinding edges and corners of the lower part of the glass to form a lower bevel angle; the side surface refining unit 34 is used to refine the side surface of the glass.

Still further, the side surface refining unit 34 includes four side surface refining mechanisms 340 arranged in a row along the glass conveying direction, the side surface refining mechanism 340 includes a refining fixed seat 341, a refining movable seat 342 capable of adjusting the position relative to the refining fixed seat 341, a refining adjusting screw 343 rotatably mounted on the refining fixed seat 341, and a refining motor 344 mounted on the refining movable seat 342, and a refining wheel is provided on an output shaft of the refining motor 344; the fine grinding fixed seat 341 of the side fine grinding mechanism 340 is installed on the bearing base 10, the fine grinding fixed seat 341 is provided with a fine grinding bearing seat, and the fine grinding adjusting screw 343 is installed on a bearing of the fine grinding bearing seat in a matching manner, so that the fine grinding adjusting screw 343 can rotate on the fine grinding fixed seat 341. The fine grinding fixed seat 341 is provided with a fine grinding adjusting guide groove, the bottom of the fine grinding movable seat 342 is provided with a fine grinding adjusting guide block 3421 which is matched in the fine grinding adjusting guide groove in a guiding way, and the fine grinding adjusting guide groove and the fine grinding adjusting guide block 3421 are both in a dovetail shape; the fine grinding moving seat 342 is provided with a fine grinding adjusting screw hole, one end of the fine grinding adjusting screw 343 is in threaded fit with the fine grinding adjusting screw hole, the other end of the fine grinding adjusting screw is provided with a fine grinding adjusting hand wheel 345, and the feed of the fine grinding wheel can be adjusted by rotating the fine grinding adjusting hand wheel 345.

Further, in order to enable the side surface fine grinding mechanism 340 to adjust the angle of the processed glass according to different processing requirements, a first adjusting cushion block 346 and a second adjusting cushion block 347 are arranged between the fine grinding motor 344 and the fine grinding moving seat 342 of the side surface fine grinding mechanism 340, the bottom surfaces of the first adjusting cushion block 346 and the second adjusting cushion block 347 are matched with the top surface of the fine grinding moving seat 342, the top surfaces of the first adjusting cushion block 346 and the second adjusting cushion block 347 are installation planes, the installation planes are inclined planes or horizontal planes, and a worker can select the first adjusting cushion block 346 and the second adjusting cushion block 347 with corresponding heights and corresponding installation planes according to the processing requirements so as to meet the processing requirements; the two ends of the bottom of the fine grinding motor 344 are respectively installed on the installation planes of the first adjusting cushion block 346 and the second adjusting cushion block 347 in a matching mode, when the fine grinding motor 344 is installed, workers can select the first adjusting cushion block 346 and the second adjusting cushion block 347 which meet the machining requirements to be arranged between the fine grinding motor 344 and the fine grinding movable seat 342 of the side fine grinding mechanism 340, so that different glass can be machined; in addition, when the installation plane is an inclined plane, the height of the top surface of the first adjusting pad 346 is lower than that of the top surface of the second adjusting pad 347, so as to meet the installation requirement. And a second fine grinding mounting bolt which penetrates through the first adjusting cushion block 346 and is in threaded connection with the fine grinding moving seat 342, and a third fine grinding mounting bolt which penetrates through the second adjusting cushion block 347 and is in threaded connection with the fine grinding moving seat 342 are inserted into the fine grinding motor 344, and the second fine grinding mounting bolt and the third fine grinding mounting bolt fixedly mount the fine grinding motor 344 on the fine grinding moving seat 342.

As a preferred embodiment, a fine grinding serging long block 349 in sliding contact with the fine grinding adjusting guide block 3421 is provided in the fine grinding adjusting guide groove, the fine grinding serging long block 349 has a length extending along the guiding direction of the fine grinding adjusting guide groove, the fine grinding serging long block 349 is in sliding fit with the fine grinding adjusting guide block 3421, a plurality of fine grinding pressing bolts abutting against the fine grinding serging long block 349 are threadedly connected to one side of the fine grinding moving base 342, the plurality of fine grinding pressing bolts are arranged at intervals along the moving direction of the fine grinding moving base 342, and the fine grinding pressing bolts abut against the fine grinding serging long block 349 to press and lock the fine grinding adjusting guide block 3421 by the fine grinding serging long block 349, thereby completely locking the position of the fine grinding moving base 342, making the fine grinding moving base 342 less prone to swing, and achieving the purpose of guaranteeing the fine grinding quality.

In the above structure, a plurality of fine grinding adjusting locking holes 3411 communicating with the fine grinding adjusting guide groove are provided on one side of the fine grinding fixing base 341, and the fine grinding pressing bolt, which is not shown in the drawings, is screwed in the fine grinding adjusting locking holes 3411.

In this embodiment, the fine grinding serging strip 349 is provided with a plurality of serging matching grooves 3491, and in a normal state, the screw end of the fine grinding hold-down bolt is inserted into the serging matching groove 3491 in a matching manner, so that the fine grinding hold-down bolt can be prevented from crushing the surface of the fine grinding serging strip 349, and the fine grinding hold-down strip 349 can be prevented from exiting from the fine grinding adjusting guide groove along the direction of the fine grinding adjusting guide groove.

In this embodiment, the fine grinding fixing base 341 is provided with two first fine grinding mounting long holes 3412 and two second fine grinding mounting long holes 3413, and the two first fine grinding mounting long holes 3412 and the two second fine grinding mounting long holes 3413 are symmetrically arranged in the left-right direction. The length direction of the first fine grinding mounting long hole 3412 is parallel to the length direction of the fine grinding adjusting groove, the length direction of the second fine grinding mounting long hole 3413 is inclined with respect to the length direction of the first fine grinding mounting long hole 3412, a first fine grinding mounting bolt is inserted into the first fine grinding mounting long hole 3412 and the second fine grinding mounting long hole 3413, a first fine grinding mounting screw hole in threaded fit with the first fine grinding mounting bolt is formed in the bearing base 10, and thus the fine grinding fixing base 341 is fixed on the bearing base 10 through the fit of the first fine grinding mounting bolt thread and the first fine grinding mounting screw hole.

In addition, for the convenience of adjusting the installation angle of side finish grinding mechanism 340, it adjusts base 102 to be equipped with the correct grinding regulating spindle 101, two correct grinding that are located respectively on the correct grinding fixing base 341 both sides on the frame 10 to bear, correct grinding regulating spindle 101 and two correct grinding adjust base 102 and are triangular distribution, correct grinding regulating spindle 101 is the bolt of threaded connection on bearing frame 10, be equipped with on the correct grinding fixing base 341 and supply the correct grinding regulating spindle 101 cooperation male correct grinding to adjust the shaft hole, threaded connection has the correct grinding fine setting bolt on the correct grinding regulating base 102, the activity of correct grinding fine setting bolt is supported on the side of correct grinding fixing base 341, and the correct grinding fine setting bolt is not shown in the drawing. When the installation angle of the side fine grinding mechanism 340 needs to be adjusted, the first fine grinding installation bolt and the fine grinding fine tuning bolt are loosened firstly, then the fine grinding fine tuning bolt of one of the fine grinding adjustment bases 102 is rotated, the fine grinding fine tuning bolt of the fine grinding adjustment base 102 pushes the fine grinding fixed base 341 to rotate the adjustment position by taking the fine grinding adjustment shaft 101 as a rotation center, and after the required installation angle is adjusted, the first fine grinding installation bolt and the fine grinding fine tuning bolt are screwed.

In a preferred embodiment, the side rough grinding unit 31 includes four side rough grinding mechanisms arranged in a row along the glass conveying direction, the side rough grinding mechanism includes a rough grinding fixing seat 311 mounted on the carrying base 10, a rough grinding moving seat 312 connected to the rough grinding fixing seat 311 in a guiding manner, a rough grinding telescopic cylinder 313 mounted on the rough grinding fixing seat 311, and a rough grinding motor 314 mounted on the rough grinding moving seat 312, and a telescopic end of the rough grinding telescopic cylinder 313 is connected to the rough grinding moving seat 312 so as to drive the rough grinding moving seat 312 to move closer to or away from the glass. The output shaft of the rough grinding motor 314 is provided with a rough grinding wheel, and the rough grinding motor 314 is mounted on the rough grinding movable seat 312 by adopting a third rough grinding mounting bolt.

In this embodiment, the rough grinding telescopic cylinder 313 is an air cylinder or a hydraulic cylinder, and preferably an air cylinder. In addition, in order to ensure coarse grinding accuracy, a coarse grinding stroke limiting mechanism is arranged between the coarse grinding fixed seat 311 and the coarse grinding movable seat 312, the coarse grinding stroke limiting mechanism is used for controlling coarse grinding feeding amount, the coarse grinding stroke limiting mechanism comprises a limit guide shaft 315, a stroke limit nut 316, a stroke limit lock sleeve 317 and a stroke fixing lock sleeve 318, and a matching shaft hole in guiding matching with the limit guide shaft 315 is arranged on the coarse grinding fixed seat 311; a first thread section and a second thread section are respectively arranged at two ends of the limiting guide shaft 315, the first thread section is in threaded connection with the rough grinding movable seat 312, and the stroke limiting nut 316 is in threaded fit with the first thread section and abuts against the rough grinding movable seat 312, so that the limiting guide shaft 315 is fixedly connected with the rough grinding movable seat 312; one end of the stroke limiting lock sleeve 317 is slidably sleeved outside the limiting guide shaft 315, the other end of the stroke limiting lock sleeve 317 is screwed on the second thread section, and the stroke limiting lock sleeve 317 can movably abut against the rough grinding fixed seat 311, so that the stroke of the rough grinding movable seat 312 close to the glass is limited; the travel lock 318 is threaded onto the second thread section and abuts the travel lock 317, thereby enhancing the quality of the installation of the travel lock 317.

In this embodiment, be equipped with two first corase grind installation slot 3111 and two second corase grind installation slot 3112 on the corase grind fixing base 311, be bilateral symmetry between two first corase grind installation slot 3111, between two second corase grind installation slot 3112 and set up, the length direction of first corase grind installation slot 3111 is on a parallel with the length direction of corase grind adjustment tank, the length direction of second corase grind installation slot 3112 sets up for the length direction slope of first corase grind installation slot 3111, all interpenetration has first corase grind mounting bolt in first corase grind installation slot 3111 and the second corase grind installation slot 3112, it is equipped with the first corase grind mounting screw with first corase grind mounting bolt screw thread fit to will fix the corase grind fixing base 311 of side corase grind mechanism on bearing the frame 10 through the cooperation of first corase grind mounting bolt and first corase grind mounting screw.

In addition, in order to facilitate adjusting the installation angle of side corase grind mechanism, it adjusts base 104 to bear the corase grind on the frame 10 and be equipped with corase grind regulating spindle 103, two and be located corase grind fixing base 311 both sides respectively, corase grind regulating spindle 103 and two corase grind adjusting base 104 are triangular distribution, corase grind regulating spindle 103 is the bolt of threaded connection on bearing frame 10, be equipped with on the corase grind fixing base 311 and supply corase grind regulating spindle 103 cooperation male corase grind regulating spindle hole, threaded connection has corase grind fine setting bolt on the corase grind regulating base 104, corase grind fine setting bolt activity is supported on the side of corase grind fixing base 311. When the installation angle of the side coarse grinding mechanism needs to be adjusted, the first coarse grinding installation bolt and the coarse grinding fine adjustment bolt are loosened firstly, then the coarse grinding fine adjustment bolt of one of the coarse grinding adjustment bases 104 is rotated, the coarse grinding fine adjustment bolt of the coarse grinding adjustment base 104 is pushed to rotate the adjustment position by taking the coarse grinding adjustment shaft 103 as a rotation center on the coarse grinding fixing base 311, and after the required installation angle is adjusted, the first coarse grinding installation bolt and the coarse grinding fine adjustment bolt are screwed tightly.

As a preferred embodiment, the upper bevel grinding unit 32 includes an upper grinding edge seat 321, an upper bevel rough grinding mechanism 322 installed on the upper grinding edge seat 321, and an upper bevel fine grinding mechanism 323, the upper grinding edge seat 321 is installed on the bearing base 10 through an upper grinding edge lifting mechanism 324, and the upper grinding edge seat 321 can move up and down under the action of the upper grinding edge lifting mechanism 324, so that the upper bevel rough grinding mechanism 322 and the upper bevel fine grinding mechanism 323 can grind the bevel angle of the glass with different thicknesses.

In this embodiment, the upper bevel rough grinding mechanism 322 and the upper bevel finish grinding mechanism 323 are sequentially arranged along the glass conveying direction, wherein the upper bevel rough grinding mechanism 322 has the same structure as the side rough grinding mechanism, and the rough grinding fixing seat 311 of the upper bevel rough grinding mechanism 322 is installed on the upper edging seat 321; the upper bevel angle refining mechanism 323 has the same structure as the side surface refining mechanism 340, and the refining fixed base 341 of the upper bevel angle refining mechanism 323 is mounted on the upper edging base 321. And simultaneously, be equipped with first corase grind mounting screw and first accurate grinding mounting screw on going up edging seat 321, it adjusts base 102, corase grind adjusting shaft 103, two corase grind adjusting base 104 that are located the corase grind fixing base 311 both sides respectively to be equipped with accurate grinding adjusting shaft 101, two accurate grinding that are located accurate grinding fixing base 341 both sides respectively on going up edging seat 321 to in the installation angle of adjusting last oblique angle corase grind mechanism 322 and last oblique angle accurate grinding mechanism 323, the installation angle adjusting method of last oblique angle corase grind mechanism 322 and last oblique angle accurate grinding mechanism 323 can refer to the adjusting method of side corase grind mechanism and side accurate grinding mechanism 340.

In this embodiment, the upper edging lifting mechanism 324 includes an upper edging lifting base mounted on the bearing base 10, and a lifting motor unit disposed on the upper edging lifting base, the upper edging base 321 is connected to the upper edging lifting base through a lifting guide structure, the lifting motor unit is composed of an upper edging lifting motor and an upper edging lifting reduction gearbox, a lifting screw is connected to an action output end of the lifting motor unit, a lifting screw seat with threads sleeved on the lifting screw is disposed on the upper edging base 321, and the lifting motor unit drives the lifting screw to rotate, so that the upper edging base 321 moves up and down to adjust the position; the lifting guide structure comprises a lifting guide groove arranged on the upper edging lifting base and a lifting guide block arranged on the upper edging base 321.

As a preferred embodiment, the lower bevel grinding unit 33 includes a lower grinding base 331 mounted on the carrying base 10, a lower bevel rough grinding mechanism 332 mounted on the lower grinding base 331, and a lower bevel fine grinding mechanism 333, the lower bevel rough grinding mechanism 332 and the lower bevel fine grinding mechanism 333 are arranged in sequence along the glass conveying direction, the lower bevel rough grinding mechanism 332 and the lower bevel fine grinding mechanism 333 are of the prior art, wherein the lower bevel rough grinding mechanism 332 and the side rough grinding mechanism have substantially the same working principle, and the lower bevel fine grinding mechanism 333 and the side fine grinding mechanism 340 have substantially the same working principle, except that: the rough grinding motor of the lower bevel rough grinding mechanism 332 is in transmission connection with a rough grinding wheel through a rough grinding transmission belt, and the fine grinding motor of the lower bevel fine grinding mechanism 333 is in transmission connection with a fine grinding wheel through a fine grinding transmission belt.

As preferred embodiment, the frame 10 fixed mounting that bears of first edging device 2 is on equipment board 1, the frame 10 slidable mounting that bears of second edging device 3 is on equipment board 1, be equipped with machining interval adjustment mechanism 4 on the equipment board 1, machining interval adjustment mechanism 4 is used for connecting and drives second edging device 3 and remove the adjusting position for first edging device 2 to make horizontal glass edging equipment can adapt to the glass of different specifications. A middle conveying frame 5 positioned between the first edge grinding device 2 and the second edge grinding device 3 is slidably mounted on the equipment machine table 1, a pulley supporting unit 6 with adjustable supporting height is arranged on the middle conveying frame 5, and the pulley supporting unit 6 is used for supporting glass; be equipped with on equipment board 1 and drive middle part carriage 5 and follow the cooperation link gear 7 that bears frame 10 synchronous motion of second edging device 3, cooperation link gear 7 is connected with the frame 10 that bears of second edging device 3, the action output of cooperation link gear 7 with the first sliding seat 31 fixed connection that bears frame 10 of second edging device 3 to drive middle part carriage 5 and follow the frame 10 synchronous motion that bears of second edging device 3.

As a preferred embodiment, the front end and the rear end of the equipment machine table 1 are both provided with fixed side beams, and the bottom of the bearing base 10 of the first edge grinding device 2 is provided with two first fixed seats 21 which are respectively and fixedly mounted on the fixed side beams; the bottom of the bearing base 10 of the second edge grinding device 3 is provided with two first sliding bases 31 which are respectively connected with the two fixed side beams in a guiding and sliding manner. Furthermore, a linear installation guide rail is arranged at the top of the fixed side beam, a first installation sliding block which is connected to the linear installation guide rail in a guiding manner is arranged on the first sliding seat 31, and a second installation sliding block which is connected to the linear installation guide rail in a guiding manner is arranged on the middle conveying frame 5.

As a preferred embodiment, the pulley supporting unit 6 comprises two pulley height adjusting structures arranged on the middle conveying frame 5, a top supporting beam 61 arranged at the top of the two pulley height adjusting structures, and a plurality of supporting pulleys 62 rotatably arranged on the top supporting beam 61, wherein the supporting pulleys 62 are used for sliding and supporting the glass; the pulley height adjusting structure comprises an installation shaft sleeve 63 fixedly arranged at the top of the middle conveying frame 5, a screw hole matching seat 64 fixedly arranged at the bottom of the top supporting beam 61, and a supporting adjusting shaft 65 positioned between the installation shaft sleeve 63 and the screw hole matching seat 64, wherein the lower end of the supporting adjusting shaft 65 is provided with an insertion shaft section which is inserted and matched in the installation shaft sleeve 63, the upper end of the supporting adjusting shaft is provided with a thread adjusting section which is connected in a screw hole of the screw hole matching seat 64 in a threaded manner, and a worker can support the adjusting shaft 65 by rotating to enable the thread adjusting section of the supporting adjusting shaft 65 to be screwed in or out of the screw hole matching seat 64, so that the height position of the supporting pulley 62 is adjusted.

As a preferred embodiment, the machining distance adjusting mechanism 4 includes a distance adjusting motor 41, an adjusting synchronizing shaft 42, two adjusting screw rods 43, a first speed reduction box 44 and a second speed reduction box 45, the two adjusting screw rods 43 are respectively rotatably mounted on the tops of the two fixed side beams through mounting bearing blocks, and each adjusting screw rod 43 is in threaded fit with a screw rod matching seat mounted on the first sliding seat 31, so that when the adjusting screw rods 43 rotate, the second edge grinding device 3 on the first sliding seat 31 is driven to move; the first reduction gearbox 44 and the second reduction gearbox 45 are respectively arranged on the end parts of the two fixed side beams, the two adjusting screw rods 43 are respectively in transmission connection with the first reduction gearbox 44 and the second reduction gearbox 45, and the distance adjusting motor 41 is arranged on the first reduction gearbox 44 and is in transmission connection with the first reduction gearbox 44; the two ends of the adjusting synchronizing shaft 42 are respectively in transmission connection with the first reduction gearbox 44 and the second reduction gearbox 45, the distance adjusting motor 41 inputs rotary power to the two adjusting screw rods 43 through a transmission system formed by the adjusting synchronizing shaft 42, the first reduction gearbox 44 and the second reduction gearbox 45 at the same time, the two adjusting screw rods 43 are driven to synchronously rotate, the two first sliding seats 31 are enabled to synchronously move, and the position adjustment of the second edge grinding device 3 is achieved.

As a preferred embodiment, the matching linkage mechanism 7 includes a second synchronous transmission shaft 71, a linkage annular belt 72, and two synchronous control structures, the second synchronous transmission shaft 71 is rotatably mounted on two fixed side beams, the second synchronous transmission shaft 71 is provided with a first linkage wheel, one of the fixed side beams is provided with a second linkage wheel, the linkage annular belt 72 is sleeved on the first linkage wheel and the second linkage wheel, one of the first sliding seats 31 is provided with a first linkage clamp 73, and the first linkage clamp 73 is clamped on the linkage annular belt 72. The two synchronous control structures are respectively arranged on the outer sides of the two fixed side beams and comprise first synchronous wheels arranged on the fixed side beams, second synchronous wheels arranged on the second synchronous transmission shafts 71 and synchronous annular belts 74 sleeved on the first synchronous wheels and the second synchronous wheels, two second linkage clamps 75 are arranged at the bottom of the central bracket, and the two second linkage clamps 75 are respectively clamped on the synchronous annular belts 74 of the two synchronous control structures.

When the bearing base 10 of the second edge grinding device 3 moves, the linkage endless belt 72 drives the second synchronous transmission shaft 71 to rotate, so that the second synchronous wheels on the second synchronous transmission shaft 71 synchronously drive the synchronous endless belt 74 to move, and the synchronous endless belt 74 drives the middle conveying frame 5 to synchronously move under the action of the second linkage fixture 75, so that the middle conveying frame 5 synchronously moves and adjusts the position along with the bearing base 10 of the second edge grinding device 3.

The glass edging process is implemented by adopting the horizontal glass edging equipment provided by the technical scheme, and comprises the following steps:

step 1, firstly, adjusting the distance between a first edge grinding device 2 and a second edge grinding device 3 according to the width of glass; then, according to the thickness of the glass, the distance between the glass conveying mechanism 201 and the glass pressing mechanism 202 is adjusted so as to convey the glass; then, the grinding height of the upper bevel grinding unit 32 is adjusted according to the thickness of the glass; then, according to the requirements of the fine grinding processing of the glass, the cutting angle of the side fine grinding unit 34 is adjusted;

step 2, adjusting the grinding feed amount of the side rough grinding unit 31, the upper bevel grinding unit 32, the lower bevel grinding unit 33 and the side finish grinding unit 34 according to the edging processing requirement of the glass;

step 3, after the adjustment is finished, placing the glass on the upper surface of the glass conveying mechanism 201, conveying the glass backwards by using the glass conveying mechanism 201, then moving the glass between the glass conveying mechanism 201 and the glass pressing mechanism 202, and continuously conveying the glass backwards through friction between the glass conveying mechanism 201 and the glass pressing mechanism 202;

step 3, the side surface rough grinding unit 31 firstly performs rough grinding on the side surface of the glass, so as to grind off burrs on the side surface of the glass as much as possible;

step 4, the glass passes through the upper bevel grinding unit 32, and in the process of passing through the glass, the upper bevel grinding unit 32 firstly uses the upper bevel coarse grinding mechanism 322 to perform coarse grinding on the edge angle at the upper part of the glass, and then uses the upper bevel fine grinding mechanism 323 to perform fine grinding on the edge angle at the upper part of the glass, so as to finish the edge grinding processing of the edge angle at the upper part of the glass;

step 5, the glass passes through the lower bevel grinding unit 33, and in the process of passing through the glass, the lower bevel grinding unit 33 firstly uses the lower bevel coarse grinding mechanism 332 to perform coarse grinding on the lower edge angle of the glass, and then uses the lower bevel fine grinding mechanism 333 to perform fine grinding on the lower edge angle of the glass, so as to finish the edge grinding processing of the lower edge angle of the glass;

and 6, after finishing the fine grinding of the lower edge angles of the glass, the side face fine grinding mechanism 340 carries out fine grinding on the side faces of the glass, and then the glass is sent out by the glass conveying mechanism 201, so that all grinding processing of the glass is finished.

The above description is only the preferred embodiment of the present invention, and the technical solutions of the objects of the present invention are all within the protection scope of the present invention as long as the objects are achieved by the substantially same means.

Claims (10)

1. A horizontal glass edging device comprises a device machine table (1), a first edging device (2) and a second edging device (3), wherein the first edging device (2) and the second edging device (3) respectively comprise a bearing base (10) arranged on the device machine table (1) and a glass edging mechanism (30) arranged on the bearing base (10); the glass edging mechanism (30) comprises a lateral face fine grinding unit (34); the side surface refining unit (34) comprises at least one side surface refining mechanism (340), and the side surface refining mechanism (340) comprises a refining fixed seat (341), a refining movable seat (342) capable of adjusting the position relative to the refining fixed seat (341), a refining adjusting screw rod (343) rotatably installed on the refining fixed seat (341), and a refining motor (344) installed on the refining movable seat (342); the fine grinding moving seat (342) is provided with a fine grinding adjusting screw hole which is matched with the fine grinding adjusting screw rod (343) to adjust the position; the method is characterized in that: a first adjusting cushion block (346) and a second adjusting cushion block (347) are arranged between a refining motor (344) and a refining moving seat (342) of at least one side refining mechanism (340), the bottom surfaces of the first adjusting cushion block (346) and the second adjusting cushion block (347) are matched with the top surface of the refining moving seat (342), the top surfaces of the first adjusting cushion block (346) and the second adjusting cushion block (347) are both installation planes, and two ends of the bottom of the refining motor (344) are respectively matched and installed on the installation planes of the first adjusting cushion block (346) and the second adjusting cushion block (347).

2. The horizontal glass edging apparatus according to claim 1, wherein: the installation plane is an inclined plane or a horizontal plane.

3. The horizontal glass edging apparatus according to claim 1, wherein: the fine grinding fixed seat (341) is provided with a fine grinding adjusting guide groove, and the bottom of the fine grinding moving seat (342) is provided with a fine grinding adjusting guide block (3421) which is matched in the fine grinding adjusting guide groove in a guiding way; the fine grinding adjusting guide groove is internally provided with a fine grinding serging long block (349) which is in sliding contact with the fine grinding adjusting guide block (3421), one side of the fine grinding moving seat (342) is in threaded connection with a plurality of fine grinding pressing bolts which are abutted against the fine grinding serging long block (349), and the fine grinding pressing bolts are abutted against the fine grinding serging long block (349) so that the fine grinding serging long block (349) is pressed and locked on the fine grinding adjusting guide block (3421).

4. A horizontal glass edging apparatus according to claim 3, wherein: and one side of the fine grinding fixed seat (341) is provided with a plurality of fine grinding adjusting lock holes (3411) communicated with the fine grinding adjusting guide groove, and the fine grinding pressing bolt is in threaded connection with the fine grinding adjusting lock holes (3411).

5. A horizontal glass edging apparatus according to claim 3, wherein: the fine grinding serging long block (349) is provided with a plurality of serging matching grooves (3491), and in a normal state, the screw rod end of the fine grinding pressing bolt is inserted into the serging matching grooves (3491) in a matching mode.

6. The horizontal glass edging apparatus according to claim 1, wherein: the glass edging mechanism (30) comprises a side rough grinding unit (31), an upper bevel grinding unit (32), a lower bevel grinding unit (33) and a side finish grinding unit (34) which are sequentially arranged along the glass conveying direction.

7. The horizontal glass edging apparatus according to claim 6, wherein: side corase grind unit (31) is including side corase grind mechanism, side corase grind mechanism is including installing corase grind fixing base (311) on bearing frame (10), the corase grind of direction connection on corase grind fixing base (311) removes seat (312), install corase grind telescoping cylinder (313) on corase grind fixing base (311), install corase grind motor (314) on corase grind removes seat (312), the flexible end of corase grind telescoping cylinder (313) is connected on corase grind removes seat (312).

8. A horizontal glass edging apparatus according to claim 7, wherein: and a coarse grinding stroke limiting mechanism is arranged between the coarse grinding fixed seat (311) and the coarse grinding movable seat (312).

9. The horizontal glass edging apparatus according to claim 6, wherein: go up bevel grinding unit (32) including last edging seat (321), install last bevel corase grind mechanism (322), last bevel finish grind mechanism (323) on last edging seat (321), it installs on bearing frame (10) through last edging elevating system (324) to go up edging seat (321), it can the lift removal to go up edging seat (321) under the effect of last edging elevating system (324).

10. The horizontal glass edging apparatus according to claim 6, wherein: the lower bevel grinding unit (33) comprises a lower grinding base (331) arranged on the bearing base (10), a lower bevel coarse grinding mechanism (332) arranged on the lower grinding base (331), and a lower bevel fine grinding mechanism (333), wherein the lower bevel coarse grinding mechanism (332) and the lower bevel fine grinding mechanism (333) are sequentially arranged along the glass conveying direction.

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