CN102107171B - Sealant coating system adopting two-component distribution system - Google Patents
Sealant coating system adopting two-component distribution system Download PDFInfo
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- CN102107171B CN102107171B CN 201010605634 CN201010605634A CN102107171B CN 102107171 B CN102107171 B CN 102107171B CN 201010605634 CN201010605634 CN 201010605634 CN 201010605634 A CN201010605634 A CN 201010605634A CN 102107171 B CN102107171 B CN 102107171B
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Abstract
The invention discloses a sealant coating system adopting a two-component distribution system, which comprises a two-component distribution system, a first material delivery system, a second material delivery system, a first voltage stabilizer connected with the first material delivery system through a delivery pipe, and a second voltage stabilizer connected with the second material delivery system through a delivery pipe, wherein the first voltage stabilizer is connected with the input end of a first reversing device on the two-component distribution system through the delivery pipe, the second voltage stabilizer is connected with the input end of a second reversing device on the two-component distribution system through the delivery pipe, the output end of the first reversing device is communicated with a sealant coating device through a pipe, and the output end of the second reversing device is communicated with the sealant coating device through a pipe. When the sealant coating system is used, the sealant coating system can not only fully ensure that the two kinds of sealants are completely blended and completely mixed, but also overcome the problem of poor stability in the prior art by use of the voltage stabilizer systems, and can increase the sealant coating capacity to make the whole sealant coating process more perfect.
Description
Technical field
The invention belongs to point glue equipment, particularly a kind of some colloid system that utilizes two component distribution systems.
Background technology
In recent years, in a lot of industrial production, equipment commonly used is the two-component gluing machine, and this adhesive supplier efficient height, gluing are closely knit, glue is in cure time unanimity on glass, to achieve these goals, to the strict requirement of being mixed with of two groups of glue in the two-component gluing machine.Common two-component gluing machine adopts packing element is applied the mixed proportion that different pressure is controlled two groups of glue, yet is subjected to external temperature influence when reality is used, and the stickiness of glue can vary with temperature and change.Because stickiness has changed, the flow velocity of glue in sebific duct also just changed, if also adopt fixed pressure to control the ratio of two groups of glue this moment, when reality is mixed, two sebific ducts are carried the ratio of the glue of coming just not meet and are produced required mixed proportion requirement, mix the final glue that sprays in back through mixing device from FE Glue Gun and just can't satisfy the production needs, this just need rule of thumb vary with temperature and the pressure ratio of constantly regulating two groups of packing elements, has increased a lot of troubles to actual production.Proportioning between two kinds of components of manual adjustments is inaccurate; Rapid solidification often causes rifle to block up and can't produce continuously because coating mixes afterwards again; Especially be difficult to separate the spraying of the dual-component coating of different proportionings, different atomizing type, different viscosities scope.
Therefore there are a lot of defectives in existing some colloid system, needs to improve.
Summary of the invention
The present invention mainly is at the shortcoming of putting colloid system in the past, carries out structural improvement, to improve the combination property of some colloid system.
The object of the present invention is to provide a kind of some colloid system that utilizes two component distribution systems, be intended to solve existing switching magnetic-resistance
A kind of some colloid system that utilizes two component distribution systems, first voltage-stablizer that comprises two component matching systems, first material-transporting system, second material-transporting system, is connected with first material-transporting system by conveyance conduit, second voltage-stablizer that is connected with second material-transporting system by conveyance conduit;
First voltage-stablizer is connected by the input of first reversing arrangement on conveyance conduit and the two component matching systems, second voltage-stablizer is connected by the input of second reversing arrangement on conveyance conduit and the two component matching systems, the output of first reversing arrangement is connected with point glue equipment by pipeline, and second output to device is connected with point glue equipment by pipeline;
Described pair of component matching system comprises a base, base is set at least one framework cylinder body, article at least two, parallel guide pillar is arranged in the framework cylinder body, the two ends of one slide block are applied in respectively on two parallel guide pillars, be provided with on the framework cylinder body and at least one guiding thick stick, the guiding thick stick runs through whole slide block with guide pillar be arranged in parallel, at the afterbody of the thick stick that leads one motor is set, front end at the framework cylinder body is provided with first metering cylinder, second metering cylinder respectively
The first metering thick stick afterbody passes the framework cylinder body and is fixed on the slide block, and the first metering disputer portion is arranged in first metering cylinder, and the second metering thick stick afterbody passes the framework cylinder body and is fixed on the slide block, and the second metering disputer portion is arranged in second metering cylinder,
At the first metering cylinder afterbody first reversing arrangement is set, at the second metering cylinder afterbody second reversing arrangement is set, first cylinder is set on first reversing arrangement, second cylinder is set on second reversing arrangement, first cylinder, second cylinder are communicated with at least one magnetic valve by conduit respectively, at base one control device is set also, the output of control device motor respectively is connected with magnetic valve.
Described some colloid system, with on the circuit board that control device is connected a described magnetic valve is set, first output of described magnetic valve is communicated with first air admission hole of first cylinder, first air admission hole of second cylinder by a conduit respectively, and second output of magnetic valve is communicated with second air admission hole of first cylinder, second air admission hole of second cylinder by a conduit respectively.
Described some colloid system, wherein, with on the circuit board that control device is connected two described magnetic valves are set, two described magnetic valves are respectively first magnetic valve and second magnetic valve, first output of first magnetic valve is communicated with first air admission hole of first cylinder by a conduit, and first magnetic valve, second output is communicated with second air admission hole of first cylinder by a conduit respectively;
First output of second magnetic valve is communicated with first air admission hole of second cylinder by a conduit, and second magnetic valve, second output is communicated with second air admission hole of second cylinder by a conduit respectively.
Described some colloid system, wherein, described first voltage-stablizer has identical structure with described second voltage-stablizer, each voltage-stablizer comprises a lower cover, be arranged on the loam cake of lower cover top, one groove is set on lower cover, one platen is set in the groove, one rubber is arranged on above the platen between lower cover and the loam cake, one air admission hole is set above the loam cake, one pressure gauge measuring device is set on the air admission hole, lower cover is provided with a passage, one joint pin passes passage and is connected with platen, one connector top is arranged on the bottom of lower cover, the bottom of connector with advance the glue head and be connected by fixture, advance the glue head and be provided with a glue-feeder, one gum outlet, one support column head and joint pin join, the support column afterbody is connected with two movable axis, form the cavity that an epimere seals between support column afterbody and two movable axis, the bottom of cavity is communicated with first overflow ducts, first overflow ducts with respectively with glue-feeder, gum outlet is communicated with, and under advancing first overflow ducts second overflow ducts is set, one ball valve is set in second overflow ducts, is advancing the most following anti-end socket that is provided with of glue head.
Described some colloid system, wherein, described point glue equipment is two component glue dispensing valves, described pair of component glue dispensing valve, one valve body comprises upper valve body and following valve body, and the head of described upper valve body is provided with an adjusting knob, is provided with in the described upper valve body to be provided with in the middle part of a cylinder, the described valve body down first passage is set between a cavity, described cylinder and the described cavity, described valve body down bottom is provided with at least one plastic hole, and described plastic hole is connected with described cavity;
One first piston, the head of described first piston is cross head, described cross head is arranged in the described cylinder, described cross head and described adjusting knob join, the middle part of described first piston is arranged in the described first passage, the afterbody of described first piston is arranged on the top of described cavity inside, and at described cavity inside, the afterbody of described first piston is connected with second piston, the 3rd piston respectively by at least one jockey;
The upper lateral part of described upper valve body is provided with at least one first air admission hole, at least one second air admission hole, described first air admission hole, described second air admission hole are distributed in the both sides of cross head, described first air admission hole, described second air admission hole are connected with described cylinder respectively, and the described following side of valve body down is provided with at least one first feed arrangement, described first feed arrangement of at least one second feed arrangement, described second feed arrangement and is connected with described cavity respectively;
Described first air admission hole, described second air admission hole, be connected with the air inlet pipe of outside respectively, be used for utilizing the effect of air inlet pipe gas pressure, drive described first piston and do and pump, described first piston drives described second piston, described the 3rd piston is done and pumped.
First material-transporting system, second material-transporting system are same pumping systems.
First voltage-stablizer and second voltage-stablizer are same voltage-stablizers.
The invention also discloses a kind of some colloid system that utilizes two component distribution systems, first voltage-stablizer that comprises two component matching systems, first material-transporting system, second material-transporting system, is connected with first material-transporting system by conveyance conduit, second voltage-stablizer that is connected with second material-transporting system by conveyance conduit
First voltage-stablizer is connected by the input of first reversing arrangement on conveyance conduit and the two component matching systems, second voltage-stablizer is connected by the input of second reversing arrangement on conveyance conduit and the two component matching systems, the output of first reversing arrangement is connected with the solar energy point glue equipment by pipeline, and second output to device is connected with described solar energy point glue equipment by pipeline;
Described pair of component matching system comprises a base, base is set at least one framework cylinder body, article at least two, parallel guide pillar is arranged in the framework cylinder body, the two ends of one slide block are applied in respectively on two parallel guide pillars, be provided with on the framework cylinder body and at least one guiding thick stick, the guiding thick stick runs through whole slide block with guide pillar be arranged in parallel, at the afterbody of the thick stick that leads one motor is set, front end at the framework cylinder body is provided with first metering cylinder, second metering cylinder respectively
The first metering thick stick afterbody passes the framework cylinder body and is fixed on the slide block, and the first metering disputer portion is arranged in first metering cylinder, and the second metering thick stick afterbody passes the framework cylinder body and is fixed on the slide block, and the second metering disputer portion is arranged in second metering cylinder,
At the first metering cylinder afterbody first reversing arrangement is set, at the second metering cylinder afterbody second reversing arrangement is set, first cylinder is set on first reversing arrangement, second cylinder is set on second reversing arrangement, first cylinder, second cylinder are communicated with at least one magnetic valve by conduit respectively, at base one control device is set also, the output of control device motor respectively is connected with magnetic valve.
Described some colloid system, wherein, described solar energy point glue equipment comprises a glue workbench, pay-off, material collecting device, pumping installations, stable-pressure device, glue spreading apparatus; Described pumping installations by conduit be connected in stable-pressure device, described stable-pressure device is connected with voltage-stablizer, described voltage-stablizer be communicated with described glue spreading apparatus by conduit; Described pumping installations provides glue for spot gluing equipment; Described stable-pressure device is the glue voltage stabilizing of pumping installations, and the glue of stablizing flow velocity is provided for glue spreading apparatus;
Directly over the horizontal x direction of a glue workbench guide rail is set, is provided with one and moves horizontally parts on guide rail, described glue spreading apparatus is arranged on and moves horizontally on the parts, and described glue spreading apparatus is responsible for the glue that stable-pressure device comes out is coated onto in the aluminium frame;
Described pay-off and described material collecting device are separately positioned on the some glue workbench of guide rail both sides; Described pay-off provides uninterrupted feeding for spot gluing equipment; Described material collecting device provides spatial cache for the aluminium frame that spot gluing equipment coats.
A kind of some colloid system that utilizes two component distribution systems, it is characterized in that, comprise two component matching systems, glue dispensing valve first input port is connected by the input of first reversing arrangement on conveyance conduit and the two component matching systems, glue dispensing valve second input port is connected by the input of second reversing arrangement on conveyance conduit and the two component matching systems
Described pair of component matching system comprises a base, base is set at least one framework cylinder body, article at least two, parallel guide pillar is arranged in the framework cylinder body, the two ends of one slide block are applied in respectively on two parallel guide pillars, on the framework cylinder body, be provided with and at least one guiding thick stick, the guiding thick stick runs through whole slide block and guide pillar be arranged in parallel, afterbody at the guiding thick stick is provided with a motor, front end at the framework cylinder body is provided with first metering cylinder respectively, second metering cylinder, the first metering thick stick afterbody passes the framework cylinder body and is fixed on the slide block, the first metering disputer portion is arranged in first metering cylinder, the second metering thick stick afterbody passes the framework cylinder body and is fixed on the slide block, the second metering disputer portion is arranged in second metering cylinder
At the first metering cylinder afterbody first reversing arrangement is set, second reversing arrangement is set, first cylinder is set on first reversing arrangement, on second reversing arrangement, establish second cylinder at the second metering cylinder afterbody,
First end on base is provided with a support platform, and first magazine and second magazine are set on platform, and the top of first magazine is provided with an agitating device, above first magazine and second magazine air admission hole is set respectively;
The first magazine output is connected by the input of first reversing arrangement on conveyance conduit and the two component matching systems, the second magazine output is connected by the input of second reversing arrangement on conveyance conduit and the two component matching systems, the output of first reversing arrangement is connected with glue dispensing valve first input port by pipeline, and second output to device is connected with glue dispensing valve second input port by pipeline.
Beneficial effect in the present invention, adopts this system not only can fully guarantee two kinds of abundant proportionings of glue, fully mix, but also the unsettled shortcoming of some colloid system before can overcoming by voltage-stabilizing system has improved the power of putting glue, makes whole some glue process perfect more.
Description of drawings
Fig. 1 is the some colloid system structure chart of two component distribution systems;
Fig. 2 is one of stabilizator structure figure;
Fig. 3 is two of stabilizator structure figure;
Fig. 4 is two component distribution systems;
Fig. 5 is one of two component distributor figure of two component distribution systems;
Fig. 6 is one of two component distributor figure of two component distribution systems.
The specific embodiment
Below in conjunction with the drawings and specific embodiments, the present invention is described in detail.
As Fig. 1, Fig. 4 Fig. 5, shown in Figure 6, a kind of some colloid system that utilizes two component distribution systems, first voltage-stablizer 23 that comprises two component matching systems, first material-transporting system 21, second material-transporting system 25, is connected with first material-transporting system 21 by conveyance conduit 22, second voltage-stablizer 24 that is connected with second material-transporting system 25 by conveyance conduit 26;
First voltage-stablizer 23 is connected by the input of first reversing arrangement 27 on conveyance conduit and the two component matching systems, second voltage-stablizer 24 is connected by the input of second reversing arrangement 72 on conveyance conduit and the two component matching systems, the output of first reversing arrangement 28 is connected with point glue equipment 31 by pipeline, and the output of second reversing arrangement 72 is connected with point glue equipment 31 by pipeline 33;
As shown in Figure 4, described pair of component matching system comprises a base 71, base 71 is set at least one framework cylinder body 29, article two, parallel guide pillar i.e. first guide pillar 37, second guide pillar, first guide pillar 37, second guide pillar is arranged in the framework cylinder body 29, the two ends of one slide block 36 are applied in respectively on two parallel guide pillars, i.e. first guide pillar 37, second guide pillar, on framework cylinder body 29, be provided with and a guiding thick stick 35, guiding thick stick 35 runs through whole slide block 36 and be arranged in parallel with guide pillar, afterbody at guiding thick stick 35 is provided with a motor 34, front end at framework cylinder body 29 is provided with first metering cylinder 27 respectively, second metering cylinder 48, the first metering thick stick, 79 afterbodys pass framework cylinder body 79 and are fixed on the slide block 36, the first metering thick stick, 79 heads are arranged in first metering cylinder 27, the second metering thick stick, 39 afterbodys pass framework cylinder body 29 and are fixed on the slide block 36, and the second metering thick stick, 39 heads are arranged in second metering cylinder 48
At first metering cylinder, 27 afterbodys first reversing arrangement is set, at second metering cylinder, 48 afterbodys second reversing arrangement is set, first cylinder 28 is set on first reversing arrangement, second cylinder 78 is set on second reversing arrangement, first cylinder 48, second cylinder 78 are respectively by conduit 33, conduit 31 is communicated with a magnetic valve, at base 71 control device 65 is set also, and the output of control device 65 motor 34 respectively is connected with magnetic valve.
In native system, magnetic valve can be provided with one, with on the circuit board that control device 65 is connected a magnetic valve is set, first output of magnetic valve is communicated with first air admission hole 44 of first cylinder 28, first air admission hole of second cylinder by a conduit respectively, and second output of magnetic valve is communicated with second air admission hole 43 of first cylinder 28, second air admission hole of second cylinder by a conduit respectively.
In native system, magnetic valve can be provided with two, with on the circuit board that control device 65 is connected two magnetic valves are set, first output of first magnetic valve is communicated with first air admission hole 44 of first cylinder 28 by a conduit, and first magnetic valve, second output is communicated with second air admission hole 43 of first cylinder by a conduit respectively; First output of second magnetic valve is communicated with first air admission hole of second cylinder by a conduit, and second magnetic valve, second output is communicated with second air admission hole of second cylinder by a conduit respectively.
As Fig. 1, Fig. 2, Fig. 3 shows, described voltage-stablizer 23 or voltage-stablizer 26 comprise a lower cover 14, be arranged on the loam cake 1 of lower cover 14 tops, one groove is set on lower cover 14, one platen 16 is set in the groove, one rubber 15 is arranged on above the platen 16 between lower cover 14 and the loam cake 1, one air admission hole is set above the loam cake 1, one pressure gauge measuring device is set on the air admission hole, lower cover 14 is provided with a passage, one joint pin 17 passes passage and is connected with platen 16, one joint pin, 17 tops are arranged on the bottom of lower cover 14, the bottom of joint pin 17 with advance glue head 5 and be connected by fixture, advance glue head 5 and be provided with a glue-feeder, one gum outlet, one support column, 18 heads and joint pin 17 join, support column 18 afterbodys are connected with two movable axis, form the cavity that an epimere seals between support column 18 afterbodys and two movable axis, the bottom of cavity is communicated with first overflow ducts, first overflow ducts with respectively with glue-feeder, gum outlet is communicated with, and under advancing first overflow ducts second overflow ducts is set, one ball valve 19 is set in second overflow ducts, is advancing the most following anti-end socket 8 that is provided with of glue head 5.Be provided with snap ring 12 in the both sides of support column, also be provided with U type circle 13 and O type circle 10 in snap ring 12 both sides, be used for realizing sealing, prevent the glue seepage, described point glue equipment is two component glue dispensing valves, described pair of component glue dispensing valve, one valve body comprises upper valve body and following valve body, the head of described upper valve body is provided with an adjusting knob, one cylinder is set in the described upper valve body, described down valve body middle part is provided with first passage is set between a cavity, described cylinder and the described cavity, described valve body down bottom is provided with at least one plastic hole, and described plastic hole is connected with described cavity;
One first piston, the head of described first piston is cross head, described cross head is arranged in the described cylinder, described cross head and described adjusting knob join, the middle part of described first piston is arranged in the described first passage, the afterbody of described first piston is arranged on the top of described cavity inside, and at described cavity inside, the afterbody of described first piston is connected with second piston, the 3rd piston respectively by at least one jockey;
The upper lateral part of described upper valve body is provided with at least one first air admission hole, at least one second air admission hole, described first air admission hole, described second air admission hole are distributed in the both sides of cross head, described first air admission hole, described second air admission hole are connected with described cylinder respectively, and the described following side of valve body down is provided with at least one first feed arrangement, described first feed arrangement of at least one second feed arrangement, described second feed arrangement and is connected with described cavity respectively;
Described first air admission hole, described second air admission hole, be connected with the air inlet pipe of outside respectively, be used for utilizing the effect of air inlet pipe gas pressure, drive described first piston and do and pump, described first piston drives described second piston, described the 3rd piston is done and pumped.
In the normal process of using,
As Fig. 1, Fig. 4 Fig. 5, shown in Figure 6, first voltage-stablizer 23 that is connected with first material-transporting system 21 by conveyance conduit 22 at first, second voltage-stablizer 24 that is connected with second material-transporting system 25 by conveyance conduit 26; First voltage stabilizing, 23 devices are connected by the input of first reversing arrangement 27 on conveyance conduit and the two component matching systems, second voltage-stablizer 24 is connected by the input of second reversing arrangement 72 on conveyance conduit and the two component matching systems, the output of first reversing arrangement 28 is connected with point glue equipment 31 by pipeline, and second output to device 72 is connected with point glue equipment 31 by pipeline 33;
When bringing into use, first material-transporting system 21 and second material-transporting system 25 power on simultaneously, and the air inlet on first voltage stabilizing, 23 second voltage-stablizers 24 connects air inlet pipe respectively, and the purpose of loading onto air inlet pipe makes first voltage stabilizing, 23 second voltage-stablizers, 24 internal and external pressure balances; When the material induction system powered on, two component matching systems also powered on simultaneously;
As shown in Figure 4, described pair of component matching system comprises a base 71, base 71 is set at least one framework cylinder body 29, article two, parallel guide pillar i.e. first guide pillar 37, second guide pillar, first guide pillar 37, second guide pillar is arranged in the framework cylinder body 29, the two ends of one slide block 36 are applied in respectively on two parallel guide pillars, i.e. first guide pillar 37, second guide pillar, on framework cylinder body 29, be provided with and a guiding thick stick 35, guiding thick stick 35 guiding thick sticks 35 run through whole slide block 36 and be arranged in parallel with guide pillar, afterbody at guiding thick stick 35 is provided with a motor 34, front end at framework cylinder body 29 is provided with first metering cylinder 27 respectively, second metering cylinder 48, the first metering thick stick, 79 afterbodys pass framework cylinder body 79 and are fixed on the slide block 36, the first metering thick stick, 79 heads are arranged in first metering cylinder 27, the second metering thick stick, 39 afterbodys pass framework cylinder body 29 and are fixed on the slide block 36, the second metering thick stick, 39 heads are arranged in second metering cylinder 48, at first metering cylinder, 27 afterbodys first reversing arrangement is set, at second metering cylinder, 48 afterbodys second reversing arrangement is set, first cylinder 28 is set on first reversing arrangement, second cylinder 78 is set on second reversing arrangement, first cylinder 48, second cylinder 78 is respectively by conduit 33, conduit 31 is communicated with a magnetic valve, at base 71 control device 65 is set also, the output of control device 65 motor 34 respectively is connected with magnetic valve.Two gas outlets are set on the magnetic valve, these two gas outlets connect the root wireway respectively to first cylinder 28 and second cylinder, 78 air inlets, and gas outlet, the air-flow that utilizes magnetic valve to produce is controlled second cylinder 78 respectively, first reversing arrangement, second reversing arrangement below first cylinder 48, realize respectively that by first reversing arrangement, second reversing arrangement second metering thick stick, 39 heads are arranged on break-make in second metering cylinder 48, the first metering thick stick, 79 heads are arranged on break-make in first metering cylinder 27, thereby realize the break-make control to glue; Meanwhile, control device 65 control motors operations in the described pair of component matching system, it is that to promote slide block 36 be forward or backward that control device 65 can be controlled motor 34 according to the sensor that is arranged on first cylinder 28 and second cylinder, 78 sidepieces, forward, 35 rotations of motor 34 power transmission shaft rotating band action-oriented thick sticks, guiding thick stick 35 travels forward slide block 36, slide block 36 can promote to be arranged on the first metering thick stick 79 of slide block 36 front ends, the second metering thick stick 39 travels forward, the first metering thick stick 79, the front end of the second metering thick stick 39 promotes in first metering cylinder 27 respectively and the glue in second metering cylinder 48 moves forward mutually, under the effect of pressure, glue respectively by in first metering cylinder 27 and the switch valve 49 in second metering cylinder 48 enter in the conduit, by sebific duct inlet point adhesive dispenser, promptly in the glue dispensing valve.
Point glue equipment can be glue dispensing valve, point gum machine device people, point gum machine etc.
In native system, magnetic valve can be provided with one, with on the circuit board that control device 65 is connected a magnetic valve is set, first output of magnetic valve is communicated with first air admission hole 44 of first cylinder 28, first air admission hole of second cylinder by a conduit respectively, and second output of magnetic valve is communicated with second air admission hole 43 of first cylinder 28, second air admission hole of second cylinder by a conduit respectively.
In native system, magnetic valve can be provided with two, with on the circuit board that control device 65 is connected two magnetic valves are set, first output of first magnetic valve is communicated with first air admission hole 44 of first cylinder 28 by a conduit, and first magnetic valve, second output is communicated with second air admission hole 43 of first cylinder by a conduit respectively; First output of second magnetic valve is communicated with first air admission hole of second cylinder by a conduit, and second magnetic valve, second output is communicated with second air admission hole of second cylinder by a conduit respectively.
As Fig. 1, Fig. 2, Fig. 3 shows, described voltage-stablizer 23 or voltage-stablizer 26 comprise a lower cover 14, be arranged on the loam cake 1 of lower cover 14 tops, one groove is set on lower cover 14, one platen 16 is set in the groove, one rubber 15 is arranged on above the platen 16 between lower cover 14 and the loam cake 1, one air admission hole is set above the loam cake 1, one pressure gauge measuring device is set on the air admission hole, lower cover 14 is provided with a passage, one joint pin 17 passes passage and is connected with platen 16, one joint pin, 17 tops are arranged on the bottom of lower cover 14, the bottom of joint pin 17 with advance glue head 5 and be connected by fixture, advance glue head 5 and be provided with a glue-feeder, one gum outlet, one support column, 18 heads and joint pin 17 join, support column 18 afterbodys are connected with two movable axis, form the cavity that an epimere seals between support column 18 afterbodys and two movable axis, the bottom of cavity is communicated with first overflow ducts, first overflow ducts with respectively with glue-feeder, gum outlet is communicated with, and under advancing first overflow ducts second overflow ducts is set, one ball valve 19 is set in second overflow ducts, is advancing the most following anti-end socket 8 that is provided with of glue head 5.Be provided with snap ring 12 in the both sides of support column, also be provided with U type circle 13 and O type circle 10 in snap ring 12 both sides, be used for realizing sealing, prevent the glue seepage,
Described point glue equipment is two component glue dispensing valves, described pair of component glue dispensing valve, one valve body comprises upper valve body and following valve body, the head of described upper valve body is provided with an adjusting knob, one cylinder is set in the described upper valve body, described down valve body middle part is provided with first passage is set between a cavity, described cylinder and the described cavity, described valve body down bottom is provided with at least one plastic hole, and described plastic hole is connected with described cavity;
One first piston, the head of described first piston is cross head, described cross head is arranged in the described cylinder, described cross head and described adjusting knob join, the middle part of described first piston is arranged in the described first passage, the afterbody of described first piston is arranged on the top of described cavity inside, and at described cavity inside, the afterbody of described first piston is connected with second piston, the 3rd piston respectively by at least one jockey;
The upper lateral part of described upper valve body is provided with at least one first air admission hole, at least one second air admission hole, described first air admission hole, described second air admission hole are distributed in the both sides of cross head, described first air admission hole, described second air admission hole are connected with described cylinder respectively, and the described following side of valve body down is provided with at least one first feed arrangement, described first feed arrangement of at least one second feed arrangement, described second feed arrangement and is connected with described cavity respectively;
Described first air admission hole, described second air admission hole, be connected with the air inlet pipe of outside respectively, be used for utilizing the effect of air inlet pipe gas pressure, drive described first piston and do and pump, described first piston drives described second piston, described the 3rd piston is done and pumped.
As Fig. 1, Fig. 4 Fig. 5, shown in Figure 6, a kind of some colloid system that utilizes two component distribution systems, it is characterized in that, first voltage-stablizer 23 that comprises two component matching systems, first material-transporting system 21, second material-transporting system 25, is connected with first material-transporting system 21 by conveyance conduit 22, second voltage-stablizer 24 that is connected with second material-transporting system 25 by conveyance conduit 26;
First voltage stabilizing, 23 devices are connected by the input of first reversing arrangement 27 on conveyance conduit and the two component matching systems, second voltage-stablizer 24 is connected by the input of second reversing arrangement 72 on conveyance conduit and the two component matching systems, the output of first reversing arrangement is connected with point glue equipment by pipeline, and second output to device is connected with the solar energy point glue equipment by pipeline;
As shown in Figure 4, described pair of component matching system comprises a base 71, base 71 is set at least one framework cylinder body 29, article two, parallel guide pillar i.e. first guide pillar 37, second guide pillar, first guide pillar 37, second guide pillar is arranged in the framework cylinder body 29, the two ends of one slide block 36 are applied in respectively on two parallel guide pillars, i.e. first guide pillar 37, second guide pillar, on framework cylinder body 29, be provided with and a guiding thick stick 35, guiding thick stick 35 runs through whole slide block 36 and be arranged in parallel with guide pillar, afterbody at guiding thick stick 35 is provided with a motor 34, front end at framework cylinder body 29 is provided with first metering cylinder 27 respectively, second metering cylinder 48, the first metering thick stick, 79 afterbodys pass framework cylinder body 79 and are fixed on the slide block 36, the first metering thick stick, 79 heads are arranged in first metering cylinder 27, the second metering thick stick, 39 afterbodys pass framework cylinder body 29 and are fixed on the slide block 36, and the second metering thick stick, 39 heads are arranged in second metering cylinder 48
At the first metering cylinder afterbody first reversing arrangement is set, at the second metering cylinder afterbody second reversing arrangement is set, first cylinder is set above first reversing arrangement, second cylinder is set on second reversing arrangement, first cylinder, second cylinder are communicated with at least one magnetic valve by conduit respectively, at base one control device is set also, the output of control device motor respectively is connected with magnetic valve.
Described solar energy point glue equipment comprises a glue workbench, pay-off, material collecting device, pumping installations, stable-pressure device, glue spreading apparatus; Described pumping installations by conduit be connected in stable-pressure device, described stable-pressure device is connected with voltage-stablizer, described voltage-stablizer be communicated with described glue spreading apparatus by conduit; Described pumping installations provides glue for spot gluing equipment; Described stable-pressure device is the glue voltage stabilizing of pumping installations, and the glue of stablizing flow velocity is provided for glue spreading apparatus; Directly over the horizontal x direction of a glue workbench guide rail is set, is provided with one and moves horizontally parts on guide rail, described glue spreading apparatus is arranged on and moves horizontally on the parts, and described glue spreading apparatus is responsible for the glue that stable-pressure device comes out is coated onto in the aluminium frame; Described pay-off and described material collecting device are separately positioned on the some glue workbench of guide rail both sides; Described pay-off provides uninterrupted feeding for spot gluing equipment; Described material collecting device provides spatial cache for the aluminium frame that spot gluing equipment coats.
As Fig. 1, Fig. 4 Fig. 5, shown in Figure 6, a kind of some colloid system that utilizes two component distribution systems, comprise two component matching systems, glue dispensing valve first input port is connected by the input of first reversing arrangement on conveyance conduit and the two component matching systems, and glue dispensing valve second input port is connected by the input of second reversing arrangement on conveyance conduit and pair component matching systems
Described pair of component matching system comprises a base 71, base 71 is set at least one framework cylinder body 29, article two, parallel guide pillar i.e. first guide pillar 37, second guide pillar, first guide pillar 37, second guide pillar is arranged in the framework cylinder body 29, the two ends of one slide block 36 are applied in respectively on two parallel guide pillars, i.e. first guide pillar 37, second guide pillar, on framework cylinder body 29, be provided with and a guiding thick stick 35, guiding thick stick 35 runs through whole slide block 36 and be arranged in parallel with guide pillar, afterbody at guiding thick stick 35 is provided with a motor 34, front end at framework cylinder body 29 is provided with first metering cylinder 27 respectively, second metering cylinder 48, the first metering thick stick, 79 afterbodys pass framework cylinder body 79 and are fixed on the slide block 36, the first metering thick stick, 79 heads are arranged in first metering cylinder 27, the second metering thick stick, 39 afterbodys pass framework cylinder body 29 and are fixed on the slide block 36, the second metering thick stick, 39 heads are arranged in second metering cylinder 48, at first metering cylinder, 27 afterbodys first reversing arrangement is set, at second metering cylinder, 48 afterbodys second reversing arrangement is set, first cylinder is set on first reversing arrangement, on second reversing arrangement, establish second cylinder
First end on base is provided with a support platform, and first magazine and second magazine are set on platform, and the top of first magazine is provided with an agitating device, above first magazine and second magazine air admission hole is set respectively;
The first magazine output is connected by the input of first reversing arrangement on conveyance conduit and the two component matching systems, the second magazine output is connected by the input of second reversing arrangement on conveyance conduit and the two component matching systems, the output of first reversing arrangement is connected with glue dispensing valve first input port by pipeline, and second output to device is connected with glue dispensing valve second input port by pipeline.In above-mentioned each embodiment, first material-transporting system, second material-transporting system are same pumping systems.Among above-mentioned each embodiment, first voltage-stablizer and second voltage-stablizer are same voltage-stablizers.
Should be understood that, for those of ordinary skills, can be improved according to the above description or conversion, and all these improvement and conversion all should belong to the protection domain of claims of the present invention
Claims (10)
1. some colloid system that utilizes two component distribution systems, it is characterized in that, first voltage-stablizer that comprises two component matching systems, first material-transporting system, second material-transporting system, is connected with first material-transporting system by conveyance conduit, second voltage-stablizer that is connected with second material-transporting system by conveyance conduit;
First voltage-stablizer is connected by the input of first reversing arrangement on conveyance conduit and the two component matching systems, second voltage-stablizer is connected by the input of second reversing arrangement on conveyance conduit and the two component matching systems, the output of first reversing arrangement is connected with point glue equipment by pipeline, and the output of second reversing arrangement is connected with point glue equipment by pipeline; Described pair of component matching system comprises a base, base is set at least one framework cylinder body, article at least two, parallel guide pillar is arranged in the framework cylinder body, the two ends of one slide block are applied in respectively on two parallel guide pillars, be provided with on the framework cylinder body and at least one guiding thick stick, the guiding thick stick runs through whole slide block with guide pillar be arranged in parallel, at the afterbody of the thick stick that leads one motor is set, front end at the framework cylinder body is provided with first metering cylinder, second metering cylinder respectively
The first metering thick stick afterbody passes the framework cylinder body and is fixed on the slide block, the first metering disputer portion is arranged in first metering cylinder, the second metering thick stick afterbody passes the framework cylinder body and is fixed on the slide block, the second metering disputer portion is arranged in second metering cylinder, at the first metering cylinder afterbody first reversing arrangement is set, at the second metering cylinder afterbody second reversing arrangement is set, first cylinder is set on first reversing arrangement, second cylinder is set on second reversing arrangement, first cylinder, second cylinder is communicated with at least one magnetic valve by conduit respectively, at base one control device is set also, the output of control device is connected with magnetic valve with motor respectively.
2. a colloid system according to claim 1, it is characterized in that: with on the circuit board that control device is connected a described magnetic valve is set, first output of described magnetic valve is communicated with first air admission hole of first cylinder, first air admission hole of second cylinder by a conduit respectively, and second output of described magnetic valve is communicated with second air admission hole of first cylinder, second air admission hole of second cylinder by a conduit respectively.
3. a colloid system according to claim 1, it is characterized in that: with on the circuit board that control device is connected two described magnetic valves are set, two described magnetic valves are respectively first magnetic valve and second magnetic valve, first output of first magnetic valve is communicated with first air admission hole of first cylinder by a conduit, and first magnetic valve, second output is communicated with second air admission hole of first cylinder by a conduit respectively;
First output of second magnetic valve is communicated with first air admission hole of second cylinder by a conduit, and second magnetic valve, second output is communicated with second air admission hole of second cylinder by a conduit respectively.
4. a colloid system according to claim 1 is characterized in that: described first voltage-stablizer has identical structure with described second voltage-stablizer; Each voltage-stablizer comprises a lower cover, be arranged on the loam cake of lower cover top, one groove is set on lower cover, one platen is set in the groove, one rubber is arranged on above the platen between lower cover and the loam cake, one air admission hole is set above the loam cake, one pressure gauge measuring device is set on the air admission hole, lower cover is provided with a passage, one joint pin passes passage and is connected with platen, one connector top is arranged on the bottom of lower cover, the bottom of connector with advance the glue head and be connected by fixture, advance the glue head and be provided with a glue-feeder, one gum outlet, one support column head and joint pin join, the support column afterbody is connected with two movable axis, forms the cavity that an epimere seals between support column afterbody and two movable axis, and the bottom of cavity is communicated with first overflow ducts, first overflow ducts with respectively with glue-feeder, gum outlet is communicated with, under advancing first overflow ducts, second overflow ducts is set, a ball valve is set in second overflow ducts, advancing the most following anti-end socket that is provided with of glue head.
5. a colloid system according to claim 1, it is characterized in that: described point glue equipment is two component glue dispensing valves, described pair of component glue dispensing valve, one valve body comprises upper valve body and following valve body, the head of described upper valve body is provided with an adjusting knob, one cylinder is set in the described upper valve body, described down valve body middle part is provided with first passage is set between a cavity, described cylinder and the described cavity, at least one plastic hole is set bottom the described valve body down, described plastic hole is connected with described cavity;
One first piston, the head of described first piston is cross head, described cross head is arranged in the described cylinder, described cross head and described adjusting knob join, the middle part of described first piston is arranged in the described first passage, the afterbody of described first piston is arranged on the top of described cavity inside, and at described cavity inside, the afterbody of described first piston is connected with second piston, the 3rd piston respectively by at least one jockey;
The upper lateral part of described upper valve body is provided with at least one first air admission hole, at least one second air admission hole, described first air admission hole, described second air admission hole are distributed in the both sides of cross head, described first air admission hole, described second air admission hole are connected with described cylinder respectively, and the described following side of valve body down is provided with at least one first feed arrangement, described first feed arrangement of at least one second feed arrangement, described second feed arrangement and is connected with described cavity respectively;
Described first air admission hole, described second air admission hole, be connected with the air inlet pipe of outside respectively, be used for utilizing the effect of air inlet pipe gas pressure, drive described first piston and do and pump, described first piston drives described second piston, described the 3rd piston is done and pumped.
6. a colloid system according to claim 1 is characterized in that: first material-transporting system, second material-transporting system are same pumping systems.
7. a colloid system according to claim 1 is characterized in that: first voltage-stablizer and second voltage-stablizer are same voltage-stablizers.
8. some colloid system that utilizes two component distribution systems, it is characterized in that, first voltage-stablizer that comprises two component matching systems, first material-transporting system, second material-transporting system, is connected with first material-transporting system by conveyance conduit, second voltage-stablizer that is connected with second material-transporting system by conveyance conduit
First voltage-stablizer is connected by the input of first reversing arrangement on conveyance conduit and the two component matching systems, second voltage-stablizer is connected by the input of second reversing arrangement on conveyance conduit and the two component matching systems, the output of first reversing arrangement is connected with the solar energy point glue equipment by pipeline, and the output of second reversing arrangement is connected with described solar energy point glue equipment by pipeline;
Described pair of component matching system comprises a base, base is set at least one framework cylinder body, article at least two, parallel guide pillar is arranged in the framework cylinder body, the two ends of one slide block are applied in respectively on two parallel guide pillars, be provided with on the framework cylinder body and at least one guiding thick stick, the guiding thick stick runs through whole slide block with guide pillar be arranged in parallel, at the afterbody of the thick stick that leads one motor is set, front end at the framework cylinder body is provided with first metering cylinder, second metering cylinder respectively
The first metering thick stick afterbody passes the framework cylinder body and is fixed on the slide block, and the first metering disputer portion is arranged in first metering cylinder, and the second metering thick stick afterbody passes the framework cylinder body and is fixed on the slide block, and the second metering disputer portion is arranged in second metering cylinder,
At the first metering cylinder afterbody first reversing arrangement is set, at the second metering cylinder afterbody second reversing arrangement is set, first cylinder is set on first reversing arrangement, second cylinder is set on second reversing arrangement, first cylinder, second cylinder are communicated with at least one magnetic valve by conduit respectively, at base one control device is set also, the output of control device is connected with magnetic valve with motor respectively.
9. a colloid system according to claim 8 is characterized in that: described solar energy point glue equipment comprises a glue workbench, pay-off, material collecting device, pumping installations, stable-pressure device, glue spreading apparatus; Described pumping installations is connected with stable-pressure device by conduit, and described stable-pressure device is connected with second voltage-stablizer with described first voltage-stablizer respectively, and described first voltage-stablizer, the second steady device are communicated with described glue spreading apparatus by conduit respectively; Described pumping installations provides glue for spot gluing equipment; Described stable-pressure device is the glue voltage stabilizing of pumping installations, and the glue of stablizing flow velocity is provided for glue spreading apparatus; Directly over the horizontal x direction of a glue workbench guide rail is set, is provided with one and moves horizontally parts on guide rail, described glue spreading apparatus is arranged on and moves horizontally on the parts, and described glue spreading apparatus is responsible for the glue that stable-pressure device comes out is coated onto in the aluminium frame; Described pay-off and described material collecting device are separately positioned on the some glue workbench of guide rail both sides; Described pay-off provides uninterrupted feeding for spot gluing equipment; Described material collecting device provides spatial cache for the aluminium frame that spot gluing equipment coats.
10. some colloid system that utilizes two component distribution systems, it is characterized in that, comprise two component matching systems, glue dispensing valve first input port is connected by the input of first reversing arrangement on conveyance conduit and the two component matching systems, glue dispensing valve second input port is connected by the input of second reversing arrangement on conveyance conduit and the two component matching systems
Described pair of component matching system comprises a base, base is set at least one framework cylinder body, article at least two, parallel guide pillar is arranged in the framework cylinder body, the two ends of one slide block are applied in respectively on two parallel guide pillars, on the framework cylinder body, be provided with and at least one guiding thick stick, the guiding thick stick runs through whole slide block and guide pillar be arranged in parallel, afterbody at the guiding thick stick is provided with a motor, front end at the framework cylinder body is provided with first metering cylinder respectively, second metering cylinder, the first metering thick stick afterbody passes the framework cylinder body and is fixed on the slide block, the first metering disputer portion is arranged in first metering cylinder, the second metering thick stick afterbody passes the framework cylinder body and is fixed on the slide block, the second metering disputer portion is arranged in second metering cylinder
At the first metering cylinder afterbody first reversing arrangement is set, second reversing arrangement is set, first cylinder is set on first reversing arrangement, on second reversing arrangement, establish second cylinder at the second metering cylinder afterbody,
First end on base is provided with a support platform, and first magazine and second magazine are set on platform, and the top of first magazine is provided with an agitating device, above first magazine and second magazine air admission hole is set respectively;
The first magazine output is connected by the input of first reversing arrangement on conveyance conduit and the two component matching systems, the second magazine output is connected by the input of second reversing arrangement on conveyance conduit and the two component matching systems, the output of first reversing arrangement is connected with glue dispensing valve first input port by pipeline, and the output of second reversing arrangement is connected with glue dispensing valve second input port by pipeline.
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Address after: 518000 Guangdong Province, Shenzhen city Longhua District Guanlan Street No. 334 Silicon Valley Guangxi Yuelu power automobile electronic business park building A14 Patentee after: Shenzhen Axxon Automation Co., Ltd. Address before: 518000 Shenzhen, Shenzhen City, Guangdong Futian District Tianan Digital City Tianji building CD seat 3C axis company Patentee before: Shenzhen Axxon Automation Co., Ltd. |
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Address after: 518000 building 101, 201 and A14, building A15, silicon valley power automotive electronics Pioneer Park, 334 Guiyue Road, Dafu community, Guanlan street, Longhua District, Shenzhen City, Guangdong Province Patentee after: SHENZHEN AXXON AUTOMATION Co.,Ltd. Address before: 518000 building A14, silicon valley power automotive electronics Pioneer Park, 334 Guiyue Road, Guanlan street, Longhua District, Shenzhen City, Guangdong Province Patentee before: SHENZHEN AXXON AUTOMATION Co.,Ltd. |