CN108857692A - A kind of circular glass facing attachment - Google Patents

Abstract

The invention discloses a kind of circular glass facing attachments,Including main box,First pulley chamber is equipped in the main box,The first pulley chamber is equipped with first pulley and the second belt wheel,Fluting is equipped on the upside of second belt wheel,The bottom of the fluting is equipped with spline housing,Splined shaft extended up and down is equipped in the spline housing,The splined shaft bottom is equipped with first rotating shaft extended up and down,The first working chamber is equipped in the main box in first pulley bottom of chamber portion,The first sucker in first working chamber,The left side of first sucker is equipped with angularly disposed in the intracorporal grinding wheel chamber of the work,The second working chamber is equipped in the main box of first working chamber bottom,First sucker bottom is equipped with the second sucker being located in the second working chamber,Slide unit is equipped on the right side of second sucker,The precision and quality of circular glass chamfering can be improved in the present invention,And then it can be improved the production efficiency of circular glass.

Description

A kind of circular glass facing attachment

Technical field

The present invention relates to glass chamfer machining technical field, specially a kind of circular glass facing attachment.

Background technique

Circular glass chamfering is a very important step in glass machining technique, is on the one hand to the beauty of glass, separately It on the one hand is used to reduce glass in use and the damage caused by people in installation process, traditional handicraft Glass chamfering machine carries out manual polishing, the grinding accuracy and quality of this polishing mode by operator's ability and quality influence, Thus easily there is error, and high labor cost, large labor intensity, to solve the above problems, being badly in need of designing a kind of polishing essence Degree and the high circular glass facing attachment of quality.

Summary of the invention

The purpose of the present invention is to provide a kind of circular glass facing attachments, in the prior art above-mentioned scarce for overcoming It falls into.A kind of circular glass facing attachment according to the present invention, including main box, the main box is interior to be equipped with first pulley chamber, institute The intracavitary left side level of first pulley is stated equipped with first pulley, the right side level of the first pulley is equipped with the second belt wheel, and described the The first belt is connected by power between one belt wheel and second belt wheel, first belt is horizontally placed on the first pulley It is intracavitary, fluting, the fluting bottom connection described first are equipped in the first pulley chamber roof on the upside of second belt wheel Belt wheel chamber is rotatably assorted in the fluting and is connected with the spline housing for extending downwardly setting, and the spline housing bottom end protrudes into institute It is intracavitary to state first pulley, second belt wheel and protrudes into the intracavitary circumferentially fixed connection of spline housing outer wall of the first pulley, Splined shaft extended up and down is equipped in the spline housing, the splined shaft and the spline housing are slidably connected, described It is equipped with the first working chamber in the main box in first pulley bottom of chamber portion, is equipped in first working chamber and slides up and down setting Working body, the working body inside left are slidably connected with slide guide bar extended up and down, the slide guide bar upper and lower two Side extending end is connect with the secure fit of end wall up and down of first working chamber respectively, the first pulley chamber and described first Transition fit is connected with first rotating shaft extended up and down in part between working chamber, and the first rotating shaft top end is stretched Enter the intracavitary and bottom end secure fit with the splined shaft of the first pulley to connect, the bottom end of the first rotating shaft It protrudes into first working chamber, is rotatably assorted in the top end surface of the working body and is connected with top end and described first turn Second shaft of axis secure fit connection, the working body of second shaft bottom is interior to be equipped with gear cavity, the gear cavity Interior to be equipped with third shaft extended up and down, the bottom end of the third shaft top end and second shaft is fixed It is cooperatively connected, is circumferentially installed with first bevel gear, the gear on the left of the first bevel gear on the third shaft outer wall Intracavitary engagement is connected with second bevel gear, and be rotatably assorted the 4th for being connected with and being extended up and down in the gear cavity bottom wall The top end of shaft, the 4th shaft is connect with the bottom end secure fit of the third shaft, the 4th shaft Bottom end is stretched out the bottom end face of the working body and is extended downwardly, in first working chamber of the 4th shaft bottom Equipped with fixed plate, the top end of the fixed plate is connect with the 4th shaft bottom end secure fit, the fixed plate Bottom end face on be installed with spring, the top of the bottom end of the spring and the first sucker being located in first working chamber The connection of end surface secure fit, the left side of first sucker be equipped with it is angularly disposed in the intracorporal grinding wheel chamber of the work, it is described Grinding wheel is intracavitary equipped with the grinding wheel shaft being obliquely installed, and is circumferentially installed on the grinding wheel shaft outer wall and is obliquely installed grinding wheel, described It is rotatably assorted in part between grinding wheel chamber and the gear cavity and is connected with the 5th extended shaft of inclination, described 5th turn One end of axis protrudes into that the grinding wheel is intracavitary and connect with the grinding wheel shaft secure fit, and the other end of the 5th shaft is fixed It protrudes into the gear cavity and is cooperatively connected with the second bevel gear power, the grinding wheel shaft is far from the 5th shaft Side end be rotatably assorted and connect far from the wall body of the 5th shaft side with the grinding wheel chamber, the working body it is close It is equipped with the first thread cavity for extending downwardly setting in the top end surface on right side, is equipped in first thread cavity and is threadedly engaged connection And upwardly extend the first screw rod of setting, the first screw tip extending end with admittedly in the first working chamber roof First motor power be cooperatively connected, the second working chamber, the top of second working chamber are equipped in the first working chamber bottom wall Portion is connected setting with the bottom of first working chamber, and the second sucker, second work are equipped in second working chamber It is equipped with work nest in the bottom wall of chamber, is equipped with horizontally disposed rotary table in the work nest, the rotary table is located at second sucker Bottom position, the top end surface of the rotary table connect with the bottom end face secure fit of second sucker, the rotary table Right side is equipped with the slide unit being located in second working chamber, and the slide unit bottom end face is matched with the second working chamber bottom wall sliding Connection is closed, the left upper end of the slide unit is installed with the grinding stone being obliquely installed, is equipped with the second screw thread in the right end face of the slide unit Chamber, the second thread cavity screw-internal thread fit are connected with the second extended to the right screw rod, set on the right side of second screw rod There is horizontal extension that the 6th shaft in the second working chamber right side wall, the right side of the 6th shaft and second working chamber are set Side wall is rotatably assorted connection, and the left side extending end of the 6th shaft and the right end secure fit of second screw rod connect It connects, the groove for extending downwardly setting is equipped in the bottom wall of first working chamber on the right side of second working chamber, it is described Groove top is connected setting with first working chamber, and gear is equipped in the groove, secure fit connection in the gear The gear shaft for having horizontal extension to be arranged, gear shaft right side extending end is rotatably assorted with the right side wall of the groove to be connect, Extending end is connect with the right side extending end secure fit of the 6th shaft on the left of the gear shaft, after being located at the gear Rack gear extended up and down is slidably connected in the groove of side, the rack gear engages cooperation with the gear and connects It connects, extending end protrudes into first working chamber and connects with the bottom end face secure fit of the working body at the top of the rack gear It connects, the second belt wheel chamber is equipped in the main box on the downside of the work nest, second belt wheel is intracavitary to be equipped with driving machine Structure is equipped with transmission mechanism in the main box on the left of first working chamber.

Further technical solution, the bottom end face of first sucker is opposite with the top end surface of second sucker to be set It sets.

Further technical solution, the driving mechanism include second be installed in the second belt wheel chamber bottom end wall The first transmission shaft between the work nest and the second belt wheel chamber in part, institute is arranged in motor and the connection that is rotatably assorted The top end for stating the second motor, which is connected by power, protrudes into the intracavitary third belt wheel of second belt wheel, first transmission shaft Top end is protruded into the work nest and is connect with the bottom end face secure fit of the rotary table, the bottom of first transmission shaft It is intracavitary and connect with the top end surface secure fit of the third belt wheel that portion protrudes into end second belt wheel.

Further technical solution, the transmission mechanism are in the main box and upper and lower including the connection setting that is rotatably assorted Extended second driving shaft, the second driving shaft top end protrude into the first pulley it is intracavitary and with the first band The bottom end face secure fit of wheel connects, and the bottom end of the second driving shaft, which is installed with, protrudes into second belt wheel intracavitary the Four belt wheels, the 4th belt wheel is located at the leftward position of the third belt wheel, between the 4th belt wheel and the third belt wheel It has been connected by power the second belt.

The beneficial effects of the invention are as follows：The configuration of the present invention is simple, it is easy to operate, when the work of circular glass facing attachment, Circular glass is put on the second sucker, the second sucker sucks circular glass at this time, opens first motor, electric with first at this time The first screw rod that mechanomotive force is cooperatively connected starts turning, and works at the same time body and is driven by the first thread cavity and the first screw flight Start slide downward, the third shaft for being now placed in intracorporal second shaft of work and connecting with the second shaft secure fit exists Start to move down under the drive of working body, at the same the 4th shaft that is connect with third shaft secure fit and with the 4th shaft The fixed plate of secure fit connection moves down under the drive of third shaft, while the first sucker and grinding wheel are in working body It is also moved down under drive, the splined shaft connecting at this time with first rotating shaft secure fit is under the drive of first rotating shaft to moving down It is dynamic, it is moved under the drive of working body into groove with hour rack, the gear that mating connection is engaged with rack at this time rotates, and by Gear drive the 6th shaft rotation, while the 6th shaft drive the second screw rod start turning, while slide unit by the second screw rod to the left It pushes, the first sucker that circular glass is moved downward compresses, and the first sucker and the second sucker clamp circular glass admittedly Fixed, the top edge of grinding wheel and circular glass abuts against at this time, meanwhile, the bottom margin of grinding stone and circular glass is abutted against, Then the second motor is opened, for the second motor by driving the first transmission shaft to drive the rotation of the 4th belt wheel, the 4th belt wheel passes through second Belt drives the rotation of third belt wheel, while third belt wheel drives first pulley to rotate by second driving shaft, and first pulley passes through First belt drives the rotation of the second belt wheel, while the second belt wheel drives spline housing rotation, while spline housing drives splined shaft rotation, Splined shaft drives first rotating shaft rotation, and first rotating shaft drives the rotation of the second shaft, while the second shaft drives the rotation of third shaft, Circumferential fixed first bevel gear drives the second bevel gear rotation for engaging mating connection in third shaft, at this time the second cone Gear drives the rotation of the 5th shaft, and the 5th shaft drives grinding wheel rotation, and grinding wheel starts the work of falling apex angle, while the second motor at this time By driving the first transmission shaft to drive rotary table rotation, the second sucker connecting with rotary table secure fit is rotated, at this time the second sucker On circular glass bottom edge by grinding stone chamfering, the grinding accuracy of glass can be improved in processing by the present apparatus to circular glass And quality, reduce production cost.

Detailed description of the invention

Fig. 1 is a kind of schematic diagram of internal structure of circular glass facing attachment in the present invention；

Fig. 2 is the outside schematic diagram of working body in the present invention.

Specific embodiment

Below with reference to Fig. 1-2, the present invention is described in detail.

Referring to Fig.1-2, a kind of circular glass facing attachment of embodiment according to the present invention, including main box 1, the master First pulley chamber 47 is equipped in cabinet 1, left side is horizontal in the first pulley chamber 47 is equipped with first pulley 2, the first pulley 2 Right side level be equipped with the second belt wheel 4, the first belt 3 has been connected by power between the first pulley 2 and second belt wheel 4, First belt 3 is horizontally placed in the first pulley chamber 47, the first pulley chamber 47 of 4 upside of the second belt wheel Fluting 6 is equipped in roof, 6 bottoms of the fluting are connected to the first pulley chamber 47, and being rotatably assorted in the fluting 6, it is oriented to connect Extended spline housing 7,7 bottom end of spline housing protrude into the first pulley chamber 47 down, second belt wheel 4 with The circumferentially fixed connection of 7 outer wall of spline housing in the first pulley chamber 47 is protruded into, extension up and down is equipped in the spline housing 7 and is set The splined shaft 5 set, the splined shaft 5 are slidably connected with the spline housing 7, the master of 47 bottom of first pulley chamber It is equipped with the first working chamber 16 in cabinet 1, is equipped with the working body 14 for sliding up and down setting, the work in first working chamber 16 14 inside left of body is slidably connected with slide guide bar 40 extended up and down, about the 40 two sides extending end of slide guide bar It is connect respectively with the secure fit of end wall up and down of first working chamber 16, the first pulley chamber 47 and first working chamber Transition fit is connected with first rotating shaft 8 extended up and down in part between 16, and 8 top end of first rotating shaft protrudes into It is connect in the first pulley chamber 47 and with the bottom end secure fit of the splined shaft 5, the bottom end of the first rotating shaft 8 End protrude into first working chamber 16, be rotatably assorted in the top end surface of the working body 14 be connected with top end with it is described Second shaft 81 of 8 secure fit of first rotating shaft connection, the working body 14 of 81 bottom of the second shaft is interior to be equipped with gear Chamber 46, is equipped with third shaft 10 extended up and down in the gear cavity 46,10 top end of third shaft with it is described The bottom end secure fit of second shaft 81 connects, and is circumferentially installed with first bevel gear 9, institute on 10 outer wall of third shaft 46 internal messing of the gear cavity for stating 9 left side of first bevel gear is connected with second bevel gear 45,46 bottom wall of gear cavity It is inside rotatably assorted and is connected with the 4th extended up and down shaft 91, the top end and the third of the 4th shaft 91 turn The bottom end secure fit of axis 10 connects, 91 bottom end of the 4th shaft stretch out the bottom end face of the working body 14 and It extends downwardly, fixed plate 13, the top of the fixed plate 13 is equipped in first working chamber 16 of 91 bottom of the 4th shaft Portion end is connect with the 91 bottom end secure fit of the 4th shaft, is installed with spring on the bottom end face of the fixed plate 13 17, the top end surface secure fit of the bottom end of the spring 17 and the first sucker 18 being located in first working chamber 16 Connection, the left side of first sucker 18 are equipped with angularly disposed in the grinding wheel chamber 43 in the working body 14, the grinding wheel chamber 43 It is interior to be circumferentially installed on 41 outer wall of grinding wheel shaft and be obliquely installed grinding wheel 42 equipped with the grinding wheel shaft 41 being obliquely installed, it is described It is rotatably assorted in part between grinding wheel chamber 43 and the gear cavity 46 and is connected with the 5th extended shaft 44 of inclination, it is described One end of 5th shaft 44 is protruded into the grinding wheel chamber 43 and is connect with 41 secure fit of grinding wheel shaft, the 5th shaft 44 other end, which is installed with, to be protruded into the gear cavity 46 and is cooperatively connected with 45 power of second bevel gear, and the grinding wheel turns Side end of the axis 41 far from the 5th shaft 44 and the grinding wheel chamber 43 turn far from the wall body of 44 side of the 5th shaft It is dynamic to be cooperatively connected, the first thread cavity 15 for extending downwardly setting is equipped in the top end surface on the close right side of the working body 14, The first screw rod 12 for being threadedly engaged connection and upwardly extending setting is equipped in first thread cavity 15, first screw rod 12 pushes up Portion's extending end is cooperatively connected with 11 power of first motor admittedly in 16 roof of the first working chamber, first work The second working chamber 34 is equipped in 16 bottom wall of chamber, the top of second working chamber 34 is connected with the bottom of first working chamber 16 Logical setting, second working chamber 34 is interior to be equipped with the second sucker 39, is equipped with work nest 30 in the bottom wall of second working chamber 34, It is equipped with horizontally disposed rotary table 29 in the work nest 30, the rotary table 29 is located at the bottom position of second sucker 34, institute The top end surface for stating rotary table 29 is connect with the bottom end face secure fit of second sucker 39, and the right side of the rotary table 29 is equipped with Slide unit 25 in second working chamber 34,25 bottom end face of slide unit are matched with 34 bottom wall of the second working chamber sliding Connection is closed, the left upper end of the slide unit 25 is installed with the grinding stone 28 being obliquely installed, and the is equipped in the right end face of the slide unit 25 Two thread cavities 27,27 screw-internal thread fit of the second thread cavity are connected with the second to the right extended screw rod 23, and described the It is equipped with horizontal extension on the right side of two screw rods 23, the 6th shaft 19 in second working chamber, 34 right side wall, the 6th shaft 19 are set It is rotatably assorted and connect with the right side wall of second working chamber 34, the left side extending end and described second of the 6th shaft 19 The right end secure fit of screw rod 23 connects, positioned at the bottom wall of first working chamber 16 on 34 right side of the second working chamber Interior to be equipped with the groove 26 for extending downwardly setting, be connected at the top of the groove 26 with first working chamber 16 setting, described recessed Gear 21 is equipped in slot 26, secure fit is connected with the gear shaft 20 of horizontal extension setting, the gear shaft in the gear 21 20 right side extending ends are rotatably assorted with the right side wall of the groove 26 and connect, the 20 left side extending end of gear shaft with it is described The right side extending end secure fit of 6th shaft 19 connects, and is slidably matched in the groove 26 of 21 rear side of gear It is connected with rack gear 24 extended up and down, the rack gear 24 engages mating connection, 24 top of rack gear with the gear 21 Extending end is protruded into first working chamber 16 and is connect with the bottom end face secure fit of the working body 14, is located at described It is equipped with the second belt wheel chamber 37 in the main box 1 of 30 downside of work nest, is equipped with driving mechanism, position in the second belt wheel chamber 37 In being equipped with transmission mechanism in the main box 1 in first working chamber, 16 left side.

Valuably or illustratively, the top end surface phase of the bottom end face of first sucker 18 and second sucker 39 To setting.

Valuably or illustratively, the driving mechanism includes be installed in 37 bottom end wall of the second belt wheel chamber Two motors 32 and first for connecting and being arranged between the work nest 30 and the second belt wheel chamber 37 in part that be rotatably assorted Transmission shaft 31, the top end of second motor 32 are connected by power the third belt wheel protruded into the second belt wheel chamber 37 33, the top end of first transmission shaft 31 protrudes into the work nest 30 and matches with the fixation of the bottom end face of the rotary table 29 Connection is closed, the bottom end of first transmission shaft 31 protrudes into the second belt wheel chamber 37 and the top with the third belt wheel 33 The connection of end surface secure fit.

Valuably or illustratively, the transmission mechanism include be rotatably assorted connection be arranged in the main box 1 and on Extended second driving shaft 38 down, 38 top end of second driving shaft protrude into the first pulley chamber 47 and with institute The bottom end face secure fit connection of first pulley 2 is stated, the bottom end of the second driving shaft 38, which is installed with, protrudes into described the 4th belt wheel 36 in two belt wheel chambers 37, the 4th belt wheel 36 are located at the leftward position of the third belt wheel 33, the 4th band The second belt 35 has been connected by power between wheel 36 and the third belt wheel 33.

When original state, working body 14 is located at the top position in the first working chamber 16, makes 18 maximum journey of the first sucker Separate second sucker 39 of degree, at this point, the first sucker 18 and the second sucker 39 are in natural relaxation state, meanwhile, make spline Axis 5 is located at the top position of fluting 6, and is fully located at the first screw rod 12 in first thread cavity 15, at this point, making 25, slide unit In the most position to the right in the second working chamber 34, meanwhile, it is fully located at the second screw rod 23 in second thread cavity 27, and make rack gear 24 bottom stage and gear 21 is in power connector.

When the work of circular glass facing attachment, circular glass is put on the second sucker 39, the second sucker 39 will at this time Circular glass sucks, and opens first motor 11, and the first screw rod 12 being cooperatively connected at this time with 11 power of first motor starts turning, It works at the same time body 14 and slide downward is started by the screw-driven of the first thread cavity 15 and the first screw rod 12, be now placed in working body The second shaft 81 in 14 and the third shaft 10 connecting with 81 secure fit of the second shaft are opened under the drive of working body 14 Beginning moves down, while the 4th shaft 91 that connect with 10 secure fit of third shaft and connecting with 91 secure fit of the 4th shaft The fixed plate 13 connect moves down under the drive of third shaft 13, while the first sucker 18 and grinding wheel 42 are in working body 14 It is also moved down under drive, the splined shaft 5 connecting at this time with 8 secure fit of first rotating shaft is downward under the drive of first rotating shaft 8 It is mobile, it is moved under the drive of working body 14 into groove 26 with hour rack 24, engages the tooth being cooperatively connected with rack gear 24 at this time 21 rotation of wheel, and drive the 6th shaft 19 to rotate by gear 21, while the 6th shaft 19 drives the second screw rod 23 to start turning, together When slide unit 25 pushed to the left by the second screw rod 24, the first sucker 18 that circular glass is moved downward compresses, the first sucker 18 are fixedly clamped circular glass with the second sucker 39, and grinding wheel 42 and the top edge of circular glass abut against at this time, meanwhile, make Grinding stone 28 and the bottom margin of circular glass abut against, and then open the second motor 32, and the second motor 32 is passed by driving first Moving axis 31 drives the rotation of the 4th belt wheel 33, and the 4th belt wheel 33 drives third belt wheel 36 to rotate by the second belt 35, while third Belt wheel 36 drives first pulley 2 to rotate by second driving shaft 38, and first pulley 2 drives 4 turns of the second belt wheel by the first belt 3 It is dynamic, while the second belt wheel 4 drives spline housing 7 to rotate, while spline housing 7 drives splined shaft 5 to rotate, splined shaft 5 drives first turn Axis 8 rotates, and first rotating shaft 8 drives the rotation of the second shaft 81, while the second shaft 81 drives third shaft 10 to rotate, third shaft Circumferential fixed first bevel gear drives the second bevel gear rotation for engaging mating connection on 10, at this time second bevel gear 45 The 5th shaft 44 is driven to rotate, the 5th shaft 44 drives grinding wheel 42 to rotate, and grinding wheel 42 starts the work of falling apex angle, while second at this time Motor is by driving the first transmission shaft 31 that rotary table 29 is driven to rotate, the second sucker 39 rotation connecting with 29 secure fit of rotary table, The circular glass bottom edge on the second sucker 39 is by 28 chamfering of grinding stone at this time.

The beneficial effects of the invention are as follows：The configuration of the present invention is simple, it is easy to operate, when the work of circular glass facing attachment, Circular glass is put on the second sucker, the second sucker sucks circular glass at this time, opens first motor, electric with first at this time The first screw rod that mechanomotive force is cooperatively connected starts turning, and works at the same time body and is driven by the first thread cavity and the first screw flight Start slide downward, the third shaft for being now placed in intracorporal second shaft of work and connecting with the second shaft secure fit exists Start to move down under the drive of working body, at the same the 4th shaft that is connect with third shaft secure fit and with the 4th shaft The fixed plate of secure fit connection moves down under the drive of third shaft, while the first sucker and grinding wheel are in working body It is also moved down under drive, the splined shaft connecting at this time with first rotating shaft secure fit is under the drive of first rotating shaft to moving down It is dynamic, it is moved under the drive of working body into groove with hour rack, the gear that mating connection is engaged with rack at this time rotates, and by Gear drive the 6th shaft rotation, while the 6th shaft drive the second screw rod start turning, while slide unit by the second screw rod to the left It pushes, the first sucker that circular glass is moved downward compresses, and the first sucker and the second sucker clamp circular glass admittedly Fixed, the top edge of grinding wheel and circular glass abuts against at this time, meanwhile, the bottom margin of grinding stone and circular glass is abutted against, Then the second motor is opened, for the second motor by driving the first transmission shaft to drive the rotation of the 4th belt wheel, the 4th belt wheel passes through second Belt drives the rotation of third belt wheel, while third belt wheel drives first pulley to rotate by second driving shaft, and first pulley passes through First belt drives the rotation of the second belt wheel, while the second belt wheel drives spline housing rotation, while spline housing drives splined shaft rotation, Splined shaft drives first rotating shaft rotation, and first rotating shaft drives the rotation of the second shaft, while the second shaft drives the rotation of third shaft, Circumferential fixed first bevel gear drives the second bevel gear rotation for engaging mating connection in third shaft, at this time the second cone Gear drives the rotation of the 5th shaft, and the 5th shaft drives grinding wheel rotation, and grinding wheel starts the work of falling apex angle, while the second motor at this time By driving the first transmission shaft to drive rotary table rotation, the second sucker connecting with rotary table secure fit is rotated, at this time the second sucker On circular glass bottom edge by grinding stone chamfering, the grinding accuracy of glass can be improved in processing by the present apparatus to circular glass And quality, reduce production cost.

Those skilled in the art can define, can in the case of not departing from overall spirit of the invention and design To make the various modifications for above embodiments.It falls within the scope of protection of the present invention.Protection scheme of the invention It is subject to claims appended hereto.

Claims (4)

1. a kind of circular glass facing attachment, including main box, it is characterised in that：First pulley chamber is equipped in the main box, The intracavitary left side level of first pulley is equipped with first pulley, and the right side level of the first pulley is equipped with the second belt wheel, described The first belt is connected by power between first pulley and second belt wheel, first belt is horizontally placed on the first band It takes turns intracavitary, is equipped with fluting in the first pulley chamber roof on the upside of second belt wheel, the fluting bottom is connected to described the One belt wheel chamber is rotatably assorted in the fluting and is connected with the spline housing for extending downwardly setting, and the spline housing bottom end protrudes into The first pulley is intracavitary, second belt wheel and protrudes into the intracavitary circumferentially fixed company of spline housing outer wall of the first pulley It connects, splined shaft extended up and down is equipped in the spline housing, the splined shaft and the spline housing are slidably connected, institute It states and is equipped with the first working chamber in the main box in first pulley bottom of chamber portion, be equipped in first working chamber and slide up and down setting Working body, the working body inside left is slidably connected with up and down extended slide guide bar, above and below the slide guide bar Two sides extending end is connect with the secure fit of end wall up and down of first working chamber respectively, the first pulley chamber and described the Transition fit is connected with first rotating shaft extended up and down, the first rotating shaft top end in part between one working chamber It protrudes into the intracavitary and bottom end secure fit with the splined shaft of the first pulley to connect, the bottom end of the first rotating shaft End is protruded into first working chamber, is rotatably assorted in the top end surface of the working body and is connected with top end and described first Second shaft of shaft secure fit connection, the working body of second shaft bottom is interior to be equipped with gear cavity, the gear Intracavitary to be equipped with third shaft extended up and down, the bottom end of the third shaft top end and second shaft is solid It is fixed to be cooperatively connected, first bevel gear, the tooth on the left of the first bevel gear are circumferentially installed on the third shaft outer wall It takes turns intracavitary engagement and is connected with second bevel gear, be rotatably assorted in the gear cavity bottom wall and be connected with up and down extended the The top end of four shafts, the 4th shaft is connect with the bottom end secure fit of the third shaft, and described 4th turn Axis bottom end is stretched out the bottom end face of the working body and is extended downwardly, first working chamber of the 4th shaft bottom Interior to be equipped with fixed plate, the top end of the fixed plate is connect with the 4th shaft bottom end secure fit, the fixation Spring, the bottom end of the spring and the first sucker in first working chamber are installed on the bottom end face of plate The connection of top end surface secure fit, the left side of first sucker are equipped with angularly disposed in the intracorporal grinding wheel chamber of the work, institute It is intracavitary equipped with the grinding wheel shaft being obliquely installed to state grinding wheel, is circumferentially installed on the grinding wheel shaft outer wall and is obliquely installed grinding wheel, institute It states to be rotatably assorted in the part between grinding wheel chamber and the gear cavity and is connected with the 5th extended shaft of inclination, the described 5th One end of shaft protrudes into that the grinding wheel is intracavitary and connect with the grinding wheel shaft secure fit, and the other end of the 5th shaft is solid Equipped with protruding into the gear cavity and being cooperatively connected with the second bevel gear power, the grinding wheel shaft is far from described 5th turn The side end of axis is rotatably assorted far from the wall body of the 5th shaft side with the grinding wheel chamber and connect, and the working body leans on It is equipped with the first thread cavity for extending downwardly setting in the top end surface on nearly right side, is equipped with the company of being threadedly engaged in first thread cavity Connect and upwardly extend the first screw rod of setting, the first screw tip extending end be embedded in the first working chamber roof admittedly Interior first motor power is cooperatively connected, and the second working chamber is equipped in the first working chamber bottom wall, second working chamber Top is connected setting with the bottom of first working chamber, and the second sucker, second work are equipped in second working chamber Make to be equipped with work nest in the bottom wall of chamber, horizontally disposed rotary table is equipped in the work nest, the rotary table is located at described second and inhales The bottom position of disk, the top end surface of the rotary table are connect with the bottom end face secure fit of second sucker, the rotary table Right side be equipped with the slide unit being located in second working chamber, the slide unit bottom end face and the second working chamber bottom wall slide It is cooperatively connected, the left upper end of the slide unit is installed with the grinding stone being obliquely installed, and is equipped with the second spiral shell in the right end face of the slide unit Line chamber, the second thread cavity screw-internal thread fit are connected with the second extended to the right screw rod, the second screw rod right side Equipped with horizontal extension, the 6th shaft in the second working chamber right side wall, the 6th shaft and second working chamber are set Right side wall is rotatably assorted connection, the left side extending end of the 6th shaft and the right end secure fit of second screw rod It connects, the groove for extending downwardly setting, institute is equipped in the bottom wall of first working chamber on the right side of second working chamber It states groove top to be connected with first working chamber setting, gear is equipped in the groove, secure fit connects in the gear It is connected to the gear shaft of horizontal extension setting, the right side wall of extending end and the groove is rotatably assorted company on the right side of the gear shaft It connects, extending end is connect with the right side extending end secure fit of the 6th shaft on the left of the gear shaft, is located at the tooth It takes turns and is slidably connected with rack gear extended up and down in the groove of rear side, the rack gear engages cooperation with the gear Connection, rack gear top extending end protrudes into first working chamber and the bottom end face secure fit with the working body Connection is equipped with the second belt wheel chamber in the main box on the downside of the work nest, and second belt wheel is intracavitary to be equipped with driving Mechanism is equipped with transmission mechanism in the main box on the left of first working chamber.

2. a kind of circular glass facing attachment according to claim 1, it is characterised in that：The bottom for stating the first sucker End face and the top end surface of second sucker are oppositely arranged.

3. a kind of circular glass facing attachment according to claim 1, it is characterised in that：The driving mechanism includes fixed The second motor in the second belt wheel chamber bottom end wall and the connection setting that is rotatably assorted are in the work nest and described the The first transmission shaft between two belt wheel chambers in part, the top end of second motor, which has been connected by power, protrudes into second band Intracavitary third belt wheel is taken turns, the top end of first transmission shaft protrudes into the work nest and the bottom end with the rotary table The connection of face secure fit, it is intracavitary and with the third belt wheel that the bottom end of first transmission shaft protrudes into second belt wheel The connection of top end surface secure fit.

4. a kind of circular glass facing attachment according to claim 1, it is characterised in that：The transmission mechanism includes rotation Be cooperatively connected the second driving shaft for being arranged in the main box and being extended up and down, and the second driving shaft top end is stretched Enter the intracavitary and bottom end face secure fit with the first pulley of the first pulley to connect, the bottom of the second driving shaft End, which is installed with, protrudes into intracavitary 4th belt wheel of second belt wheel, and the 4th belt wheel is located at the left lateral position of the third belt wheel It sets, has been connected by power the second belt between the 4th belt wheel and the third belt wheel.