CN204278614U - The glue spraying shaped device of glue spraying corner pasting machine - Google Patents

The glue spraying shaped device of glue spraying corner pasting machine Download PDF

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Publication number
CN204278614U
CN204278614U CN201420667897.9U CN201420667897U CN204278614U CN 204278614 U CN204278614 U CN 204278614U CN 201420667897 U CN201420667897 U CN 201420667897U CN 204278614 U CN204278614 U CN 204278614U
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China
Prior art keywords
hawk
glue spraying
glue
pressure box
conveying
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CN201420667897.9U
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Chinese (zh)
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饶争力
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Guangdong Lyric Robot Intelligent Automation Co Ltd
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Dongguan City LiShunYuan Co Ltd
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Abstract

The utility model discloses a kind of glue spraying shaped device of glue spraying corner pasting machine, comprise the hawk conveying mechanism be connected with hawk feeding device, hawk conveying mechanism is provided with pressure box shaping mechanism away from one end of hawk feeding device, pressure box shaping mechanism is provided with glue-spraying mechanism near the side of hawk feeding device, the hawk passage that hawk conveying mechanism comprises variable-width and the hawk propulsion assembly be arranged on below hawk passage, glue-spraying mechanism has can along the spray gun of the direction of advance horizontal slip perpendicular to hawk, pressure box shaping mechanism comprises two hawk bending pins for making the two ends of hawk pre-bend, and can from the pressure box die head passed vertically through between two hawk bending pins.This programme will press box shaping mechanism and glue-spraying mechanism vicinity to arrange, and to improve bonding reliability, by arranging the hawk passage of adjustable width and moveable spray gun, execute demand with the glue meeting products of different specifications, effectively improve the versatility of this device.

Description

The glue spraying shaped device of glue spraying corner pasting machine
Technical field
The utility model relates to former technical field, particularly relates to a kind of glue spraying shaped device of glue spraying corner pasting machine.
Background technology
Traditional corner corner pasting machine utilizes pressure box mould that hawk is pressed into inner box apperance, and then pass through the subsides angle head of four high temperature by four angles place of tape-stripping at preformed inner box, compression can make inner box positioning molding.But because adhesive tape has certain thickness, so shaping and wrap up one deck for after the facial tissue packed at inner box, there will be protruding mark, be commonly referred to as and paste angle print in the position at box four angles, these paste angles print can the aesthetic property of the direct whole box of impact.Based on above-mentioned situation, we need to design the shaping inner box of a kind of non-tape-stripping, and paste angle print to eliminate, this type of inner box is pasted by the knuckle position of melting glue to inner box, therefore, how to realize the applying glue of hawk quite important.
Utility model content
An object of the present utility model is: the glue spraying shaped device providing a kind of glue spraying corner pasting machine, and box shaping mechanism and glue-spraying mechanism vicinity will be pressed to arrange, to improve bonding reliability.
Another object of the present utility model is: the glue spraying shaped device providing a kind of glue spraying corner pasting machine, by arranging the hawk passage of adjustable width and moveable spray gun, executing demand with the glue meeting products of different specifications, improving the versatility of this device.
For reaching this object, the utility model by the following technical solutions:
A kind of glue spraying shaped device of glue spraying corner pasting machine, comprise the hawk conveying mechanism be connected with hawk feeding device, described hawk conveying mechanism is provided with pressure box shaping mechanism away from one end of described hawk feeding device, described pressure box shaping mechanism is near the side of described hawk feeding device and the top being positioned at described hawk conveying mechanism is provided with glue-spraying mechanism for carrying out applying glue to hawk, described hawk conveying mechanism comprise variable-width hawk passage and be arranged on below described hawk passage for promoting the hawk propulsion assembly that hawk moves towards described pressure box shaping mechanism direction, described glue-spraying mechanism has can along the spray gun of the direction of advance horizontal slip perpendicular to hawk, described pressure box shaping mechanism comprises two hawk bending pins for making the two ends of hawk pre-bend, and the selective pressure box die head from passing vertically through between two described hawk bending pins.
Particularly, offer V-shaped groove in advance at the bending position of hawk, when hawk propulsion assembly promotion hawk slides into the lower position of described spray gun, described spray gun starts the V-shaped groove position applying glue to hawk, when grey slab integral leaves the lower position of described spray gun, described spray gun stops applying glue.
Particularly, by arranging the hawk passage of variable-width, this device is enable to meet the Production requirement of products of different specifications, effectively improve the versatility of this device, in addition, by arranging moveable spray gun, spray gun is enable to carry out position adjustments according to the position of hawk V-shaped groove, to improve the precision of applying glue.
As the preferred technical scheme of one, described hawk conveying mechanism comprises hawk conveying frame and is arranged on the passage slide bar at described hawk conveying frame two ends, described hawk passage comprises two grey panel guides be arranged in parallel, the two ends of described grey panel guide are set on two described passage slide bars respectively, described grey panel guide is connected with described passage sliding bar, and described hawk conveying mechanism also comprises the guide rail adjusting screw(rod) running through described hawk conveying frame and described grey panel guide regulating described hawk channel width for centering.
As the preferred technical scheme of one, described glue-spraying mechanism comprises the glue spraying slide bar be fixedly installed in described hawk conveying frame, described glue spraying slide bar is parallel with described passage slide bar, described glue spraying slide bar is arranged with two glue spraying mounting blocks that can slide on described glue spraying slide bar, described spray gun is fixedly mounted on described glue spraying mounting blocks one end near described hawk propulsion assembly, and described glue-spraying mechanism also comprises the glue spraying adjusting screw(rod) running through described hawk conveying frame and described glue spraying mounting blocks regulating two described Burners Positions for centering.
As the preferred technical scheme of one, described spray gun is provided with the glue spraying sensor for responding to grey Board position.
Particularly, when described glue spraying sensor detects that the edge of hawk one end enters immediately below described spray gun, described spray gun starts to carry out applying glue to hawk, until when described glue spraying sensor detects that the edge of the hawk other end leaves immediately below described spray gun, described spray gun stops applying glue.
As the preferred technical scheme of one, described hawk propulsion assembly comprises the hawk propelling frame be fixedly installed and the hawk supporting rail being arranged on described hawk propelling frame top, the hawk pushing block that can slide on described hawk propelling frame is provided with between described hawk supporting rail, described hawk propelling frame is provided with away from one end of described pressure box shaping mechanism the pushing block motor driving described hawk pushing block linear reciprocating motion, output and the described hawk pushing block of described pushing block motor pass through belt transmission, described hawk pushing block is clamped on described belt by fixture near one end of described pushing block motor.
Preferably, described pushing block motor is connected with control system, and according to the different size of hawk, described pushing block motor drives described hawk pushing block to move to different positions, to realize hawk to push to suitable position.
Particularly, by arranging described hawk supporting rail, the medium position of hawk is avoided to occur staying exception in the sliding process of hawk, to ensure the precision of applying glue.
As the preferred technical scheme of one, described hawk conveying frame is near one end of described hawk feeding device and the top being positioned at described hawk propulsion assembly is provided with for driving hawk to enter the transition driving wheel of described hawk conveying mechanism from described hawk feeding device, on described hawk supporting rail, corresponding described transition driving wheel is provided with transition squeegee roller, described transition driving wheel is arranged in described hawk conveying frame by driving wheel rotating shaft, the two ends of the corresponding described driving wheel rotating shaft of described hawk conveying frame are provided with the driving wheel adjusting bolt for regulating described transition driving wheel and described transition squeegee roller gap, to meet the Production requirement of different-thickness hawk, the versatility of effective this device of raising.
Particularly, when hawk is delivered between described transition driving wheel and described transition squeegee roller by described hawk feeding device, described transition driving wheel drives hawk to slide towards described pressure box shaping mechanism direction by frictional force, after hawk leaves described transition drive wheel position, described hawk pushing block continues to promote hawk and slides towards described pressure box shaping mechanism direction, and pass the below of described glue-spraying mechanism, until hawk arrives described pressure box shaping mechanism position.
As the preferred technical scheme of one, in described hawk conveying frame and the top being positioned at described hawk propulsion assembly is provided with the hawk depression bar upwards departing from described hawk passage for limiting hawk, described hawk depression bar is arranged in described hawk conveying frame by depression bar adjusting bolt, and described hawk depression bar is positioned at the side that described transition driving wheel deviates from described hawk feeding device.
By arranging described depression bar adjusting bolt, realizing regulating the gap between described hawk depression bar and described hawk supporting rail, thus meeting the Production requirement of different-thickness hawk.
As the preferred technical scheme of one, described pressure box shaping mechanism comprises the press flask frame be fixedly installed in described hawk conveying frame and the pressure box slide bar that vertically can slide on described press flask frame, the top of described press flask frame is fixedly installed pressure box motor, the lower end of described pressure box slide bar is fixedly connected with described pressure box die head, and the upper end of described pressure box slide bar is connected with described pressure box motor-driven by pressure box link assembly.
When the hawk after applying glue is transported to immediately below described pressure box die head, described pressure box motor drives described pressure box die head to move straight down, and hawk is pressed into box apperance, the melting glue in hawk V-shaped groove is adhesion-molded by box.
As the preferred technical scheme of one, described grey panel guide is provided with the hawk limited block for limiting grey Board position away from one end of described hawk feeding device, described hawk limited block is screwed on described grey panel guide by limited block bolt, and on described grey panel guide, corresponding described limited block bolt offers some limited block installing holes.
Particularly, according to the specification of different hawk, described hawk limited block is arranged in different limited block installing holes.
As the preferred technical scheme of one, the two ends of a described guide rail adjusting screw(rod) are fixedly installed guide rail handwheel, be provided with the driving-chain that two described guide rail adjusting screw(rod)s are synchronized with the movement between two described guide rail adjusting screw(rod)s, the position of the corresponding described guide rail adjusting screw(rod) of described hawk conveying frame is provided with the screw rod screwing bolts for the described guide rail adjusting screw(rod) of selective clamping.
The beneficial effects of the utility model are: the glue spraying shaped device providing a kind of glue spraying corner pasting machine, box shaping mechanism and glue-spraying mechanism vicinity will be pressed to arrange, to improve bonding reliability, in addition, by arranging the hawk passage of adjustable width and moveable spray gun, execute demand with the glue meeting products of different specifications, improve the versatility of this device.
Accompanying drawing explanation
According to drawings and embodiments the utility model is described in further detail below.
Fig. 1 is the three-dimensional structure diagram of the full-automatic spray glue corner pasting machine described in embodiment;
Fig. 2 is the three-dimensional structure diagram at another visual angle of full-automatic spray glue corner pasting machine described in embodiment;
Fig. 3 is the top view of the full-automatic spray glue corner pasting machine described in embodiment;
Fig. 4 is the three-dimensional structure diagram of the glue spraying shaped device described in embodiment;
Fig. 5 is the three-dimensional structure diagram of the hawk conveying mechanism described in embodiment;
Fig. 6 is the three-dimensional structure diagram of the hawk propulsion assembly described in embodiment;
Fig. 7 is the three-dimensional structure diagram of the shaping pressurizer described in embodiment;
Fig. 8 is the three-dimensional structure diagram of the pressurize rotating disk described in embodiment;
Fig. 9 is the three-dimensional structure diagram of the pressurize fixed mechanism described in embodiment;
Figure 10 is the three-dimensional structure diagram of the hawk feeding device described in embodiment.
In Fig. 1 to Figure 10:
1, hawk feeding device; 11, plate placed by hawk; 12, hawk lifting slide bar; 13, the next slide block; 14, the next riser; 15, upper slide block; 16, upper connection bar; 17, upper lift block; 18, hawk thimble;
2, glue spraying shaped device; 21, hawk conveying mechanism; 2101, hawk conveying frame; 2102, grey panel guide; 2103, passage slide bar; 2104, guide rail adjusting screw(rod); 2105, guide rail handwheel; 2106, driving-chain; 2107, screw rod screwing bolts; 2108, hawk limited block; 2109, transition driving wheel; 2110, driving wheel rotating shaft; 2111, driving wheel adjusting bolt; 2112, hawk depression bar; 2113, depression bar adjusting bolt; 2114, hawk propelling frame; 2115, hawk supporting rail; 2116, hawk pushing block; 2117, pushing block motor; 2118, belt; 2119, transition squeegee roller; 22, glue-spraying mechanism; 221, spray gun; 222, glue spraying slide bar; 223, glue spraying mounting blocks; 224, glue spraying adjusting screw(rod); 225, glue spraying sensor; 23, box shaping mechanism is pressed; 231, press flask frame; 232, box slide bar is pressed; 233, box die head is pressed; 234, box motor is pressed; 235, box link assembly is pressed; 236, hawk bending pin;
3, shaping pressurizer; 31, pressurize rotating disk; 311, box feed opening; 312, guide rails assembling groove; 32, pressurize fixed mechanism; 321, pressurize guide rail; 322, pressurize crossbeam; 3221, pressurize connecting rod; 3222, pressurize mounting blocks; 3223, pressurize slide block; 323, first crossbeam adjusting part; 3231, first mounting blocks is regulated; 3232, the first adjusting rod; 3233, push pedal is regulated; 3234, regulating spring; 3235, the first fastening bolt; 324, second cross beam adjusting part; 3241, second mounting blocks is regulated; 3242, the second adjusting rod; 3243, the second fastening bolt; 325, gusset slide bar; 326, gusset adjusting screw(rod); 327, gusset adjusting handle; 328, pressurize gusset; 329, pressurize shell fragment; 33, pressurize frame; 34, rotary tray motor;
4, box connecting line is gone out; 41, connecting line base plate; 42, connecting line side plate; 43, go out box and drive belt; 44, box limiting plate is gone out; 45, box slide bar is gone out; 46, box support bar is gone out; 47, box hanger bar is gone out;
5, blanking die head;
6, electric cabinet; 61, control panel.
Detailed description of the invention
The technical solution of the utility model is further illustrated by detailed description of the invention below in conjunction with accompanying drawing.
As shown in Fig. 1 ~ 10, in the present embodiment, a kind of full-automatic spray glue corner pasting machine, comprise glue spraying shaped device 2 and for hawk being delivered to the hawk feeding device 1 on glue spraying shaped device 2, glue spraying shaped device 2 comprises the hawk conveying mechanism 21 be connected with hawk feeding device 1, hawk conveying mechanism 21 away from hawk feeding device 1 one end and the top being positioned at hawk conveying mechanism 21 is provided with for the glue-spraying mechanism 22 to hawk applying glue, hawk conveying mechanism 21 is provided with the shaping pressurizer 3 for carrying out pressurize to box away from the side of hawk feeding device 1, hawk conveying mechanism 21 away from hawk feeding device 1 side and the top being positioned at shaping pressurizer 3 is provided with the selective pressure box shaping mechanism 23 hawk being pressed to shaping pressurizer 3.The side of glue spraying shaped device 2 is provided with electric cabinet 6, and the top of electric cabinet 6 is provided with the control panel 61 for man-machine interaction.
As shown in Figure 10, hawk feeding device 1 has two blocks of hawks that can replace feeding and places plate 11, the both sides that plate 11 placed by hawk are provided with hawk lifting slide bar 12, the side that hawk lifting slide bar 12 places plate 11 near hawk is provided with the next lifting subassembly and upper lifting subassembly that alternately can promote hawk placement plate 11, and described upper lifting subassembly is positioned at the top of described the next lifting subassembly.
Described the next lifting subassembly comprises the next slide block 13 be set in outside hawk lifting slide bar 12, and the side that the next slide block 13 places plate 11 near hawk is provided with the alternative the next riser 14 upwards rotating 90 degree.When the next riser 14 move from top to bottom and be subject to hawk place the compressing of plate 11 time, the next riser 14 upwards can rotate 90 degree, makes the next riser 14 can move to the below of hawk placement plate 11.On the contrary, when the next riser 14 move from the bottom up and be subject to hawk place the compressing of plate 11 time, the next riser 14 can not rotate, and therefore the next riser 14 can hold up hawk and place plate 11.
Described upper lifting subassembly comprises the upper slide block 15 be set in outside hawk lifting slide bar 12, the side that upper slide block 15 places plate 11 near hawk is provided with inverted U-shaped upper connection bar 16, and the both ends of upper connection bar 16 are respectively arranged with the alternative upper lift block 17 upwards rotating 90 degree.When upper lift block 17 move from top to bottom and be subject to hawk place the compressing of plate 11 time, upper lift block 17 upwards can rotate 90 degree, makes upper lift block 17 can move to the below of hawk placement plate 11.On the contrary, when upper lift block 17 move from the bottom up and be subject to hawk place the compressing of plate 11 time, upper lift block 17 can not rotate, and therefore upper lift block 17 can hold up hawk and place plate 11.
Hawk feeding device 1 also comprises the hawk thimble 18 for limiting grey Board position be arranged on above hawk placement plate 11.
Particularly, one block of hawk of upside is placed plate 11 and is placed on described upper lifting subassembly, there is provided hawk to hawk conveying mechanism 21, the bottom that plate 11 is placed on hawk feeding device 1 placed by another block hawk of downside, and operating personnel can place stacking hawk on plate 11 by the hawk at any time in downside.After the hawk hawk placed on plate 11 of upside is finished, the hawk of downside is placed plate 11 and is promoted to medium position by described the next lifting subassembly automatically, then the hawk of upside placement plate 11 takes out and is reapposed over the bottom of hawk feeding device 1 by operating personnel, plate 11 placed by the hawk becoming downside, plate 11 placed by the hawk simultaneously making the hawk placement plate 11 being positioned at medium position become upside, last described upper lifting subassembly moves to medium position and the hawk of new upside is placed plate 11 and holds up, it is made to provide hawk to hawk conveying mechanism 21, now, operating personnel can place stacking hawk on plate 11 by the hawk at any time in new downside, constantly circulate according to this, to realize completing hawk material loading under not stopped status, effectively enhance productivity.
As shown in Figure 7, shaping pressurizer 3 comprises the pressurize rotating disk 31 determined angle and rotate, the below of pressurize rotating disk 31 is provided with pressurize frame 33, and pressurize rotating disk 31 and pressurize frame 33 are rotationally connected, and the side of pressurize frame 33 is provided with the rotary tray motor 34 for driving pressurize rotating disk 31 to rotate.Pressurize fixed mechanism 32 is along the circumferential direction uniformly distributed for making hawk foldable formed pressurize fixed mechanism 32 pressurize rotating disk 31 to be provided with four, and pressurize fixed mechanism 32 is selective to be positioned at immediately below pressure box shaping mechanism 23.
As shown in Figure 9, each pressurize fixed mechanism 32 comprises two root distances from adjustable pressurize crossbeam 322, two pressurize crossbeams 322 be arranged in parallel, the side that two pressurize crossbeams 322 are relative is respectively arranged with two apart from adjustable selective pressurize gusset 328 abutted with hawk, and pressurize gusset 328 is provided with away from one end of pressurize rotating disk 31 and facilitates hawk to enter guiding surface in pressurize fixed mechanism 32.Pressurize gusset 328 is provided with pressurize shell fragment 329, makes pressurize fixed mechanism 32 can reliably clamp hawk box, avoid causing distortion to hawk box or damaging simultaneously.
Pressurize fixed mechanism 32 also comprises two pressurize guide rails 321 be fixedly connected with pressurize rotating disk 31, pressurize guide rail 321 be arranged in parallel, the two ends of pressurize crossbeam 322 are slidably connected with two pressurize guide rails 321 respectively, two pressurize crossbeams 322 back to side be respectively arranged with first crossbeam adjusting part 323 and second cross beam adjusting part 324 for regulating pressurize crossbeam 322 position.
As shown in Figure 8, pressurize rotating disk 31 corresponding pressurize fixed mechanism 32 offers some box feed openings 311 passed for hawk box, and the area of box feed opening 311 is greater than the area of the quadrangle that four pressurize gussets 328 surround.On pressurize rotating disk 31 and the both sides being positioned at box feed opening 311 offer guide rails assembling groove 312, pressurize guide rail 321 is fixedly mounted in guide rails assembling groove 312.
As shown in Figure 9, pressurize crossbeam 322 comprises horizontally disposed pressurize connecting rod 3221 and is fixedly installed on the pressurize mounting blocks 3222 at pressurize connecting rod 3221 two ends, the central axis upright of pressurize connecting rod 3221 is in the central axis of pressurize guide rail 321, and pressurize mounting blocks 3222 is fixedly installed the pressurize slide block 3223 be slidably connected with pressurize guide rail 321 near the side of pressurize guide rail 321.
Two gusset slide bars 325 have been horizontally disposed with between two pressurize mounting blocks 3222, pressurize gusset 328 is set in the outside of gusset slide bar 325, the gusset adjusting screw(rod) 326 for driving two pieces of pressurize gusset 328 centering motions is provided with between two gusset slide bars 325, gusset adjusting screw(rod) 326 is threaded with pressurize gusset 328 respectively, and one end of gusset adjusting screw(rod) 326 is also positioned at the side that pressurize mounting blocks 3222 deviates from pressurize gusset 328 and is fixedly installed gusset adjusting handle 327.
First crossbeam adjusting part 323 comprises the first adjusting rod 3232 being fixedly installed on first on pressurize rotating disk 31 and regulating mounting blocks 3231 and run through the first adjustment mounting blocks 3231, first adjusting rod 3232 and first regulates mounting blocks 3231 to be slidably connected, first regulates the side of mounting blocks 3231 to be provided with selective the first fastening bolt 3235 fixing the first adjusting rod 3232, first adjusting rod 3232 is fixedly installed near one end of pressurize crossbeam 322 and regulates push pedal 3233, regulate the regulating spring 3234 be provided with between push pedal 3233 and pressurize connecting rod 3221 for cushioning impulsive force when hawk enters pressurize fixed mechanism 32.
Second cross beam adjusting part 324 comprises the second adjusting rod 3242 being fixedly installed on second on pressurize rotating disk 31 and regulating mounting blocks 3241 and run through the second adjustment mounting blocks 3241, second adjusting rod 3242 and second regulates mounting blocks 3241 to be slidably connected, second adjusting rod 3242 is fixedly connected with pressurize connecting rod 3221 near one end of pressurize crossbeam 322, and second regulates the side of mounting blocks 3241 to be provided with selective the second fastening bolt 3243 fixing the second adjusting rod 3242.
As shown in Figure 1, 2, the side of shaping pressurizer 3 is provided with and goes out box connecting line 4 for what shift hawk box, going out box connecting line 4 comprises to the connecting line base plate 41 away from the extension of shaping pressurizer 3 direction, the both sides of connecting line base plate 41 are respectively arranged with connecting line side plate 42, connecting line base plate 41 is provided with many to go out box and drive belt 43, the top of connecting line base plate 41 is provided with two pieces for what limit the hawk box direction of motion and goes out box limiting plate 44.Go out box connecting line 4 near one end of shaping pressurizer 3 and the upper horizontal being positioned at connecting line base plate 41 is provided with out box slide bar 45, the axial line going out box slide bar 45 with go out box and drive the feed direction of belt 43 vertical, the two ends going out box slide bar 45 are passed through box support bar 46 and are fixedly mounted on connecting line side plate 42, go out box slide bar 45 is arranged with two goes out box hanger bar 47, go out box hanger bar 47 and go out box slide bar 45 and be slidably connected, go out box hanger bar 47 away from the one end going out box slide bar 45 with go out box limiting plate 44 and be fixedly connected with.Slidably be arranged on out on box slide bar 45 by box limiting plate 44 will be gone out, realize the distance adjusted between box limiting plate 44, to meet the instructions for use of the hawk box of different size, effectively improve versatility.
As shown in Figure 3,4, pressure box shaping mechanism 23 has the selective pressure box die head 233 pressed to from glue spraying shaped device 2 by hawk in pressurize fixed mechanism 32, pressure box shaping mechanism 23 near the side of shaping pressurizer 3 corresponding go out box connecting line 4 be provided with the selective blanking die head 5 pressed to out in pressurize fixed mechanism 32 by hawk box connecting line 4, the top of pressure box shaping mechanism 23 is provided with the pressure box motor 234 simultaneously driving pressure box die head 233 and the upper and lower motion of blanking die head 5.Particularly, pressure box motor 234 is in transmission connection with pressure box die head 233, blanking die head 5 simultaneously, effectively improves production efficiency, eliminates a drive motors simultaneously, saved equipment cost.
As shown in Figure 5, hawk conveying mechanism 21 comprises hawk conveying frame 2101 and is arranged on the hawk passage of the variable-width in hawk conveying frame 2101, hawk conveying frame 2101 two ends are provided with passage slide bar 2103, described hawk passage comprises two grey panel guides 2102 be arranged in parallel, the two ends of ash panel guide 2102 are set on two passage slide bars 2103 respectively, and grey panel guide 2102 is slidably connected with passage slide bar 2103.Hawk conveying mechanism 21 also comprises the guide rail adjusting screw(rod) 2104 running through hawk conveying frame 2101 and grey panel guide 2102 regulating described hawk channel width for centering.The two ends of a guide rail adjusting screw(rod) 2104 are fixedly installed guide rail handwheel 2105, be provided with the driving-chain 2106 that two guide rail adjusting screw(rod)s 2104 are synchronized with the movement between two guide rail adjusting screw(rod)s 2104, the position of hawk conveying frame 2101 corresponding guide rail adjusting screw(rod) 2104 is provided with the screw rod screwing bolts 2107 for selective clamping guide-rail adjusting screw(rod) 2104.By arranging the hawk passage of variable-width, enabling this device meet the Production requirement of products of different specifications, effectively improve the versatility of this device.
Ash panel guide 2102 is provided with the hawk limited block 2108 for limiting grey Board position away from one end of hawk feeding device 1, hawk limited block 2108 is screwed on grey panel guide 2102 by limited block bolt, and on grey panel guide 2102, corresponding described limited block bolt offers some limited block installing holes.Particularly, according to the specification of different hawk, hawk limited block 2108 is arranged in different limited block installing holes.
As shown in Figure 6, the below of described hawk passage is provided with for promoting the hawk propulsion assembly of hawk towards the motion of pressure box shaping mechanism 23 direction, described hawk propulsion assembly comprises hawk propelling frame 2114 and is arranged on two hawk supporting rails 2115 at hawk propelling frame 2114 top, by arranging hawk supporting rail 2115, avoid the medium position of hawk to occur staying exception in the sliding process of hawk, effectively ensure that the precision of applying glue.The hawk pushing block 2116 that can slide on hawk propelling frame 2114 is provided with between hawk supporting rail 2115, hawk propelling frame 2114 is provided with away from one end of pressure box shaping mechanism 23 the pushing block motor 2117 driving hawk pushing block 2116 linear reciprocating motion, the output of pushing block motor 2117 and hawk pushing block 2116 are by belt 2118 transmission, and hawk pushing block 2116 is clamped on belt 2118 by fixture near one end of pushing block motor 2117.Pushing block motor 2117 is connected with control system, and according to the different size of hawk, pushing block motor 2117 drives hawk pushing block 2116 to move to different positions, to realize hawk to push to suitable position.
As shown in Figure 5, hawk conveying frame 2101 is near one end of hawk feeding device 1 and the top being positioned at described hawk propulsion assembly is provided with for driving hawk to enter the transition driving wheel 2109 of hawk conveying mechanism 21 from hawk feeding device 1, on hawk supporting rail 2115, corresponding transition driving wheel 2109 is provided with transition squeegee roller 2119, transition driving wheel 2109 is arranged in hawk conveying frame 2101 by driving wheel rotating shaft 2110, the two ends of the corresponding driving wheel rotating shaft 2110 of hawk conveying frame 2101 are provided with the driving wheel adjusting bolt 2111 for regulating transition driving wheel 2109 and transition squeegee roller 2119 gap, to meet the Production requirement of different-thickness hawk, the versatility of effective this device of raising.
Particularly, when hawk is delivered between transition driving wheel 2109 and transition squeegee roller 2119 by hawk feeding device 1, transition driving wheel 2109 drives hawk to slide towards pressure box shaping mechanism 23 direction by frictional force, after hawk leaves transition driving wheel 2109 position, hawk pushing block 2116 continues to promote hawk and slides towards pressure box shaping mechanism 23 direction, and pass the below of glue-spraying mechanism 22, until hawk arrives pressure box shaping mechanism 23 position.
As shown in Figure 5, in hawk conveying frame 2101 and the top being positioned at described hawk propulsion assembly is provided with the hawk depression bar 2112 upwards departing from described hawk passage for limiting hawk, hawk depression bar 2112 is arranged in hawk conveying frame 2101 by depression bar adjusting bolt 2113, and hawk depression bar 2112 is positioned at the side that transition driving wheel 2109 deviates from hawk feeding device 1.By arranging depression bar adjusting bolt 2113, realizing regulating the gap between hawk depression bar 2112 and hawk supporting rail 2115, thus meeting the Production requirement of different-thickness hawk.
As shown in Figure 4, glue-spraying mechanism 22 comprises the glue spraying slide bar 222 be fixedly installed in hawk conveying frame 2101, glue spraying slide bar 222 is parallel with passage slide bar 2103, glue spraying slide bar 222 is arranged with two glue spraying mounting blocks 223 that can slide on glue spraying slide bar 222, each glue spraying mounting blocks 223 is fixedly installed spray gun 221 near one end of described hawk propulsion assembly, spray gun 221 is provided with the glue spraying sensor 225 for responding to grey Board position.When glue spraying sensor 225 detects that the edge of hawk one end enters immediately below spray gun 221, spray gun 221 starts to carry out applying glue to hawk, until when glue spraying sensor 225 detects that the edge of the hawk other end leaves immediately below spray gun 221, spray gun 221 stops applying glue.Glue-spraying mechanism 22 also comprises the glue spraying adjusting screw(rod) 224 running through hawk conveying frame 2101 and glue spraying mounting blocks 223 regulating two spray gun 221 positions for centering, by arranging moveable spray gun 221, make spray gun 221 can carry out position adjustments according to the position of hawk V-shaped groove, effectively improve the precision of applying glue.
Pressure box shaping mechanism 23 comprises the press flask frame 231 be fixedly installed in hawk conveying frame 2101 and the pressure box slide bar 232 that vertically can slide on press flask frame 231, the top of press flask frame 231 is fixedly installed pressure box motor 234, the lower end of pressure box slide bar 232 is fixedly connected with pressure box die head 233, and the upper end of pressure box slide bar 232 is in transmission connection by pressure box link assembly 235 and pressure box motor 234.Pressure box shaping mechanism 23 also comprises the two hawk bending pins 236 for making the two ends of hawk pre-bend be arranged on below grey panel guide 2102, and hawk bending pin 236 is positioned at the side of described hawk propulsion assembly away from hawk feeding device 1.When the hawk after applying glue is transported to immediately below pressure box die head 233, pressure box motor 234 drives pressure box die head 233 to move straight down, and hawk is pressed into box apperance, the melting glue in hawk V-shaped groove is adhesion-molded by box.
The course of work of this full-automatic spray glue corner pasting machine is as follows:
Hawk is delivered to hawk conveying mechanism 21 by hawk feeding device 1, hawk conveying mechanism 21 makes hawk slide towards pressure box shaping mechanism 23 direction, when hawk is through the below of glue-spraying mechanism 22, the V-shaped groove of glue-spraying mechanism 22 pairs of hawks carries out applying glue, and the hawk then after applying glue is transported in pressure box shaping mechanism 23, and hawk presses in shaping pressurizer 3 by pressure box shaping mechanism 23, make hawk box fixed-type, finally, in type hawk box is transferred to out box connecting line 4, realizes blanking.
" first ", " second " is herein only used to be distinguished in description, not special implication.
It is to be understood that; above-mentioned detailed description of the invention is only preferred embodiment of the present utility model and institute's application technology principle; in technical scope disclosed in the utility model; the change that any those skilled in the art of being familiar with easily expect or replacement, all should be encompassed in protection domain of the present utility model.

Claims (10)

1. the glue spraying shaped device of a glue spraying corner pasting machine, it is characterized in that, comprise the hawk conveying mechanism be connected with hawk feeding device, described hawk conveying mechanism is provided with pressure box shaping mechanism away from one end of described hawk feeding device, described pressure box shaping mechanism is near the side of described hawk feeding device and the top being positioned at described hawk conveying mechanism is provided with glue-spraying mechanism for carrying out applying glue to hawk, described hawk conveying mechanism comprise variable-width hawk passage and be arranged on below described hawk passage for promoting the hawk propulsion assembly that hawk moves towards described pressure box shaping mechanism direction, described glue-spraying mechanism has can along the spray gun of the direction of advance horizontal slip perpendicular to hawk, described pressure box shaping mechanism comprises two hawk bending pins for making the two ends of hawk pre-bend, and the selective pressure box die head from passing vertically through between two described hawk bending pins.
2. the glue spraying shaped device of glue spraying corner pasting machine according to claim 1, it is characterized in that, described hawk conveying mechanism comprises hawk conveying frame and is arranged on the passage slide bar at described hawk conveying frame two ends, described hawk passage comprises two grey panel guides be arranged in parallel, the two ends of described grey panel guide are set on two described passage slide bars respectively, described grey panel guide is connected with described passage sliding bar, described hawk conveying mechanism also comprises the guide rail adjusting screw(rod) running through described hawk conveying frame and described grey panel guide regulating described hawk channel width for centering.
3. the glue spraying shaped device of glue spraying corner pasting machine according to claim 2, it is characterized in that, described glue-spraying mechanism comprises the glue spraying slide bar be fixedly installed in described hawk conveying frame, described glue spraying slide bar is parallel with described passage slide bar, described glue spraying slide bar is arranged with two glue spraying mounting blocks that can slide on described glue spraying slide bar, described spray gun is fixedly mounted on described glue spraying mounting blocks one end near described hawk propulsion assembly, described glue-spraying mechanism also comprises the glue spraying adjusting screw(rod) running through described hawk conveying frame and described glue spraying mounting blocks regulating two described Burners Positions for centering.
4. the glue spraying shaped device of glue spraying corner pasting machine according to claim 3, is characterized in that, described spray gun is provided with the glue spraying sensor for responding to grey Board position.
5. the glue spraying shaped device of glue spraying corner pasting machine according to claim 4, it is characterized in that, described hawk propulsion assembly comprises the hawk propelling frame be fixedly installed and the hawk supporting rail being arranged on described hawk propelling frame top, the hawk pushing block that can slide on described hawk propelling frame is provided with between described hawk supporting rail, described hawk propelling frame is provided with away from one end of described pressure box shaping mechanism the pushing block motor driving described hawk pushing block linear reciprocating motion, output and the described hawk pushing block of described pushing block motor pass through belt transmission, described hawk pushing block is clamped on described belt by fixture near one end of described pushing block motor.
6. the glue spraying shaped device of glue spraying corner pasting machine according to claim 5, it is characterized in that, described hawk conveying frame is near one end of described hawk feeding device and the top being positioned at described hawk propulsion assembly is provided with for driving hawk to enter the transition driving wheel of described hawk conveying mechanism from described hawk feeding device, on described hawk supporting rail, corresponding described transition driving wheel is provided with transition squeegee roller, described transition driving wheel is arranged in described hawk conveying frame by driving wheel rotating shaft, the two ends of the corresponding described driving wheel rotating shaft of described hawk conveying frame are provided with the driving wheel adjusting bolt for regulating described transition driving wheel and described transition squeegee roller gap.
7. the glue spraying shaped device of glue spraying corner pasting machine according to claim 6, it is characterized in that, in described hawk conveying frame and the top being positioned at described hawk propulsion assembly is provided with the hawk depression bar upwards departing from described hawk passage for limiting hawk, described hawk depression bar is arranged in described hawk conveying frame by depression bar adjusting bolt, and described hawk depression bar is positioned at the side that described transition driving wheel deviates from described hawk feeding device.
8. the glue spraying shaped device of glue spraying corner pasting machine according to claim 7, it is characterized in that, described pressure box shaping mechanism comprises the press flask frame be fixedly installed in described hawk conveying frame and the pressure box slide bar that vertically can slide on described press flask frame, the top of described press flask frame is fixedly installed pressure box motor, the lower end of described pressure box slide bar is fixedly connected with described pressure box die head, and the upper end of described pressure box slide bar is connected with described pressure box motor-driven by pressure box link assembly.
9. the glue spraying shaped device of glue spraying corner pasting machine according to claim 8, it is characterized in that, described grey panel guide is provided with the hawk limited block for limiting grey Board position away from one end of described hawk feeding device, described hawk limited block is screwed on described grey panel guide by limited block bolt, and on described grey panel guide, corresponding described limited block bolt offers some limited block installing holes.
10. the glue spraying shaped device of the glue spraying corner pasting machine according to any one of claim 2 to 9, it is characterized in that, the two ends of a described guide rail adjusting screw(rod) are fixedly installed guide rail handwheel, be provided with the driving-chain that two described guide rail adjusting screw(rod)s are synchronized with the movement between two described guide rail adjusting screw(rod)s, the position of the corresponding described guide rail adjusting screw(rod) of described hawk conveying frame is provided with the screw rod screwing bolts for the described guide rail adjusting screw(rod) of selective clamping.
CN201420667897.9U 2014-11-10 2014-11-10 The glue spraying shaped device of glue spraying corner pasting machine Active CN204278614U (en)

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104890288A (en) * 2015-06-15 2015-09-09 温州正润机械有限公司 Double-station paper box forming device
CN106313622A (en) * 2016-10-24 2017-01-11 中国兵器装备集团自动化研究所 Carton forming machine

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104890288A (en) * 2015-06-15 2015-09-09 温州正润机械有限公司 Double-station paper box forming device
CN106313622A (en) * 2016-10-24 2017-01-11 中国兵器装备集团自动化研究所 Carton forming machine
CN106313622B (en) * 2016-10-24 2019-01-22 中国兵器装备集团自动化研究所 A kind of carton forming machine

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Address after: 523000 Guangdong province Dongguan market Kau Zhen Nan Ya Cun Wei Hui Dongguan City Bei Ya Village Group Temple tail Shun source Machinery Co. Ltd.

Patentee after: Guangdong Liyuanshun Intelligent Automation Co., Ltd.

Address before: 523000 Guangdong province Dongguan market Kau Zhen Nan Ya Cun Wei Hui Dongguan City Bei Ya Village Group Temple tail Shun source Machinery Co. Ltd.

Patentee before: Dongguan City Lishunyuan Co., Ltd.