CN1224571C - Vertical pouring machine for high-viscosity colloid - Google Patents
Vertical pouring machine for high-viscosity colloid Download PDFInfo
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- CN1224571C CN1224571C CN 99124662 CN99124662A CN1224571C CN 1224571 C CN1224571 C CN 1224571C CN 99124662 CN99124662 CN 99124662 CN 99124662 A CN99124662 A CN 99124662A CN 1224571 C CN1224571 C CN 1224571C
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- discharge pipe
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Abstract
The present invention relates to a filling device for high-viscosity colloids, which is particularly to used for filling adhesive for construction, for example silicone adhesive. The present invention is mainly characterized in that the present invention uses a vertical structure; a feeding pipe is connected with the filling device through a control valve. The filling device is composed of a measurement cylinder, a control valve and a discharging pipe which are perpendicularly arranged. The present invention can fully utilize the self weight of the colloids to simplify the filling process, the cutting process and the separation process of the colloids. In addition, the double T-shaped passage structure of the valve body and the valve core of the control valve has significant action for mechanical function realization.
Description
Affiliated technical field
The present invention relates to for example vertical type bottle filler of silicone adhesive of a kind of heavy body colloid, especially adhesive for building.
Background technology
Similar bottle placer in the past all is horizontal, because pouring process is difficult to realize by the gravity of heavy body colloid self smooth cut-out, the separation of colloid, so the structure more complicated, cause the price comparison costliness.
Summary of the invention
First purpose of the present invention is: provide a kind of and can help the cut-out of colloid, the pouring machine for high-viscosity colloid of separation by the gravity of heavy body colloid self.
Second purpose of the present invention is: provide a kind of simple in structure, but the pouring machine for high-viscosity colloid of reliable in function.
The 3rd purpose of the present invention is: provide a kind of colloid unit filling amount controlled step wise pouring machine for high-viscosity colloid.
The 4th purpose of the present invention is: a kind of pouring machine for high-viscosity colloid that can carry out the multiple tank can simultaneously is provided.
The 5th purpose of the present invention is: a kind of can is provided, cuts, the pouring machine for high-viscosity colloid of cover press seal, coding automation control Detroit automation.
First purpose of the present invention is achieved in that a kind of vertical pouring machine for high-viscosity colloid, it comprises power pack section 1, running part 2, pressing device 3, filling apparatus 4, autonomous cruise speed system, it is characterized in that: filling apparatus 4 has material filling control cock 6, the port of an one colloid intake vent and feed pipe 8 is connected, its colloid outlet that makes progress is connected with metering cylinder 10, and colloid outlet is downwards connected with discharge pipe 9; The two all stands vertically metering cylinder 10, discharge pipe 9, and the discharge nozzle lower end also is provided with and cuts off the cutter that colloid is used.Because the heavy body colloid is the adherent of high viscosity, the silicone adhesive adhesion agent used of cladding glass for example.Its advantage is the binding power height, and shortcoming is that flowing power is poor.Usually, the heavy body colloid all needs pressurization to flow in pipeline, therefore, can packing machine of the present invention considers that according to These characteristics the defective of horizontal bottle placer can direction and the inconsistent conventional art of sizing material gravity direction has designed above-mentioned new structure, utilizes the deadweight of colloid to make filling process obtain simplifying.At first the pressurized colloid of feed pipe 8 enters material filling control cock 6 backs and at first enters top metering cylinder 10 from the passage under its valve control, the capacity of the carrying colloid of metering cylinder 10 is the volume design-calculateds according to packing jar 13, metering cylinder 10 can be set the conversion valve actuation point of material filling control cock 6 or change cylinder body 10 according to not isometric jar 13, in metering cylinder 10 fills, the piston of cylinder body 10 just in time marches to the desired location that starts valve, thereby start sensor, send the valve upset of instruction by autonomous cruise speed system with material filling control cock 6, sealing feed pipe 8, open metering cylinder 10 simultaneously, valve 6 and discharge pipe 9 three's bonded assembly passages, piston under the autonomous cruise speed system instruction in the metering cylinder 10 moves downward and will push away under the colloid in the packing jar 13 of packing into, be the rupturing operation that cutter 12 is finished colloid at last, at last, by the weight of colloid self overcome by cut the back colloid again adhesion stiction force and finish the separation of being cut colloid, send to gland.
The present invention can be perfect like this: filling apparatus 4 has material filling control cock 6, is made up of valve body 5A and spool 6B, and its valve body 6A has at least one T shape passage 7, and an one port is connected to feed pipe 8 ports of arranging with placed in the middle the crouching in its cooresponding position; Other port respectively with at least one position under upright to the discharge pipe of arranging 9, at least one position last upright to the metering cylinder of arranging 10 by piston 5 controls)))) corresponding port connect; Above-mentioned each device is connected with autonomous cruise speed system through running part 2, power pack section 1; The spool 6B of material filling control cock 6 is cylindrical, and its outer wall cooperates with the valve pocket inwall of valve body 6A, and T shape passage 11 is arranged in the spool 6B, and its each port can be corresponding with T shape passage 7 each corresponding port position of valve body 6A; The cutter 12 that is driven by automatic controlling system by running part 2 is equipped with in the discharging opening outside, below of discharge pipe 9.Its principle of work is as follows: when material filling control cock 6 is in feed state, the heavy body colloid enters the heavy body colloid import of T passage 7 of valve body 6A of the material filling control cock 6 of bottle placer from the port of feed pipe 8 under the driving of pressure, under the synchro control of autonomous cruise speed system, colloid is at first along the passage 7 of the valve body 6A that overlaps, the passage 11 of spool 6B turn 90 degrees and upwards enters metering cylinder 10, the colloid of motion is with piston 5 jack-up, when piston 5 is up to predeterminated position, sensor is touched, electric signal reaches autonomous cruise speed system, system sends instruction through power pack section 1, running part 2 drives spool 6B and clockwise rotates 90 degree, T shape passage 11 is cut off with the port that feed pipe 8 is connected, simultaneously, the port of itself and metering cylinder 10 and discharge pipe 9 is switched on; Running part 2 is under the driving of power pack section 1, driving piston 5 moves downward, colloid is pushed to down be filled in the packing jar 13 that is enclosed within on the discharge pipe 9, when piston 5 moves to the bottom, sensor is touched, send instruction by autonomous cruise speed system, running part 2 drives spool 6B and rotates counterclockwise 90 degree, reply aforementioned feed state, at this moment packing jar 13 is filled, and cutter 12 cuts off colloids automatically, go gland simultaneously automatic transmission of packing jar 13 quilts, under the instruction of autonomous cruise speed system, colloid begins to be pressed towards metering cylinder 10 again ... go round and begin again, bottle placer has just been realized the function of the continuous can of automation.Because bottle placer is vertical vertical,, in the packing of successfully packing into the jar 13, and after cutter 12 work, rely on own wt in time to break away from the adhesion of cutting off between the interface so the heavy body colloid that weight is big can utilize the weight of self.Valve body 6A can have three corresponding with the port of three discharge pipes arranged side by side 9 and three metering cylinders arranged side by side 10 respectively crouching to end to end T shape passage 7 of being communicated with, and spool 6B also has port position and crouches to end to end T shape passage 11 with cooresponding side by side three of each port of valve body 6A respectively.Below discharge pipe 9, be equipped with by the packing jar 13 automatic steppings of automatic controlling system and phoresy device 14.Each port is cooresponding below being provided with position and pipeline 9 below this device 14, by running part 2 drive, the can of the packing jar (13) of automatic controlling system is with vertical lift device 15.Running belt 16 sense of motions that phoresy device 14 with automatic stepping are preface, in the back of can with vertical lift device 15, are the boundary with running belt 16, and the top is provided with the gland vertical lift device 18 of the packing jar 13 of automatic controlling system.The bay-lift 19 of this device 18 can be contained side by side along running belt 16 sense of motions and carry two row packing jars 13, the position of prostatitis packing jar 13 is corresponding to the pressing device 3 of its top, the position of rank rear packing jar 13 is provided with automatic reason lid guide groove 21 corresponding to its rear side, the groove bottom of guide groove 21 has a concavity breach 22, discharge pipe 9 is outer to be with by power pack section 1, running part 2 and to drive and tubulose cutter sleeve pipe 23 that can controlled rotation, and the lower port part radially loading that sleeve pipe 23 bottoms exceed pipeline 9 has linear metal cutter 12.Because valve body 6A and spool 6B respectively have end to end three T shape passages of working in coordination, thus the reciprocal rotation by spool 6B, can be simultaneously, isobaricly to three discharge pipe 9 feedings, thus the speed of can improved greatly.Under the synchro control of autonomous cruise speed system, automatically stepping is phoresied device 14 responsible automatic steppings of packing jar 13 each process operations and is transported task, it at first is the position of in time empty package jar 13 being delivered to can, be set to discharge pipe 9 bottoms by can vertical lift device 15 responsible jar is risen, finish Deng can and to return original position more again, then, deliver to the position of gland by phoresying device 14 again, cooperate with pressing device 3 by gland vertical lift device 18 and to finish cap pressing process, will pack jars 13 and send to coding by phoresying device 14 again; The present invention can also finish the gland and the coding two-step of packing jar 13 with a bay-lift 19 operations of installing on 18; Contain on the bay-lift 19 and carry two packing jars 13, packing tank pressure lid, back packing jar coding before when bay-lift 19 rises to desired location, after this time operation is finished, next time is when operating, pack jar after jar (gland) change of the preceding packing of last time, the jar 13 (not gland) of packing the front of jar before this enters bay-lift 19 and becomes current preceding packing jar 13 ... so circulation makes and realizes same process and machine construction obtains simplifying.The concavity breach 22 that reason cover on the groove bottom of guide groove 21 works the effect of covering of managing: when positive and negative unordered cover when the bottom surface of guide groove 21 slides past breach 22, the lid that opening makes progress, its bottom surface is topped can pass through breach 22 smoothly on the tab face; When the lid that Open Side Down during through breach 22, its edge of opening loses support, lid tilts to be absorbed in the breach 22, learn in practice, as long as the distance of breach 22 from tongue to its opposite side (for example: the thickness that is a bit larger tham lid) got a suitable scope with respect to the thickness of lid, cover in slip, will inevitably from breach 22, fall down under Gai the promotion in the back.The lid that falls down or accepted with certain angle by another groove and to make its opening upwards converge with above-mentioned guide groove perhaps reclaims again, skids off from former guide groove again; Like this, must all be in the state that opening makes progress through the lid behind the breach 22.Through the continuous realization of above-mentioned reason lid effect, positive and negative unordered cover just enters cap pressing process with the correct stand-by state that whole openings make progress.When packing jar 13 was filled, autonomous cruise speed system sent instruction, drove sleeve pipes 24 rotations through power pack section 1, running part 2, and its lower end wire cutter 12 forms a cutting planes colloid is cut off in rotation.Any material filling control cock 6 of the present invention can have more than one group for example three groups colloid outlet and corresponding with it, three metering cylinders above it of working in coordination 10, three discharge pipes 9 are thereunder connected.
Description of drawings
The structural representation of Fig. 1, a kind of filling apparatus 4 of the present invention.
The structural representation of the control cock 6 of Fig. 2, apparatus of the present invention 4.
The structural representation of Fig. 3, another kind of filling apparatus 4 of the present invention.
Fig. 4, a kind of complete machine structure scheme drawing of the present invention.
Fig. 5, a kind of lid treatment device scheme drawing of the present invention.
The scheme drawing of Fig. 6, a kind of wire metal cutter of the present invention and acting device thereof.
Cooperation position structural representation between the bay-lift of Fig. 7, vertical lift device of the present invention and the conveyer 14.
The specific embodiment
The present invention has been owing to adopted the structure of vertical vertical filling apparatus 4, and it is inconsistent and the various defectives that cause have strengthened the can function and simplified machine construction again therefore to have overcome traditional horizontal bottle placer can direction and colloid direct of travel; Control cock 6 structures that have T shape passage 7,11 simultaneously are not only simple in structure, and reliable in function, organic synchronously operation under the control that is controlled at the computer autonomous cruise speed system of complete machine.Bottle placer of the present invention mainly is the can that is used for colloid for building, but also can be used for the can of various full-bodied colloids.
Embodiment 1: the bottle placer of single discharge pipe 9
Referring to Fig. 1, Fig. 2, each vital parts of machine is as follows:
The valve body 6A of material filling control cock 6 has a T shape passage 7, and an one port is connected to feed pipe 8 ports of arranging with placed in the middle the crouching in its cooresponding position; Other port respectively with a position under upright uprightly connect last to the corresponding port of arranging by the metering cylinder 10 of piston 5 controls to the discharge pipe arranged 9, position; Above-mentioned each device is connected with autonomous cruise speed system through running part 2, power pack section 1; The spool 6B of valve 6 is cylindrical, and its outer wall and valve body 6A valve pocket inwall kiss connect, and T shape passage 11 is arranged in the spool 6B, and its each port can be corresponding with valve body 6A T shape passage 7 each corresponding port position; The cutter 12 that is driven by automatic controlling system by running part 2 is equipped with in the discharging opening outside, below of each discharge pipe 9.
The passage 7 of material filling control cock 6 and 11 junction bores: 20 millimeters.
Metering cylinder 10 is to be driven cylinder diameter by the oil cylinder as power pack section 1: 70 millimeters.
The propelling pressure of heavy body colloid is about in the feed pipe 8: 3 kg/cm.
Rotate linear cutter: discharge pipe 9 is outer to be with a tubulose cutting knife sleeve pipe 23 that is driven by power pack section 1, running part 2 and can controlled rotation, and the lower port part that these sleeve pipe 23 bottoms exceed discharge pipe 9 radially is equipped with stainless steel wire shape metal cutter 12.Power pack section 1 is that electrical motor, running part 2 are gear cluster transmission devices.
Its each material zero, parts is steel, and the position assembly relation is seen accompanying drawing.
Embodiment 2: have three bottle placers of tapping channel 9 simultaneously
Referring to Fig. 3: the T shape passage the 7, the 11st of material filling control cock 6, three end to end T shape passages of working in coordination connect; Make feed pipe 8 and linking together metering cylinder 10,9 organic cooperations of discharge pipe that three covers cooperatively interact by valve 6.Remaining is identical with embodiment 1.
Embodiment 3: the bottle placer that can, gland, coding full automaticity carry out
Referring to Fig. 4, Fig. 5, Fig. 6 and Fig. 7, zero, the parts of pressing device 3 and spray code spraying apparatus: the packing jar 13 automatic stepping drivings device 14 by automatic controlling system are housed below pipeline 9.This device 14 has the chain running belt 16 of band locating bush 24, and packing jar 13 is enclosed in the locating bush 24 and is advanced by two guide rails 25 of chain running belt 16 drives along supporting package jar 13.Bay-lift 19 is positioned at the indentation, there of guide rail 25, connects with guide rail 25 kisses.When bay-lift 19 risings, decline, contain and carry packing jar 13 up-and-down movement in locating bush 24.
Be provided with below the automatic stepping driving device 14 each port below position and the discharge pipe 9 cooresponding, by the can of running part 2 packing jars 13 that drive, automatic controlling system with vertical lift device 15, install 15 mechanisms that mainly form by hydraulic actuating cylinder.
Gland can be contained side by side along chain 16 carriage directions with the bay-lift 19 of vertical lift device 18 and carry two row jars 13, jar 13 positions in prostatitis are corresponding to the pressing device (3) of its top, and rank rear jar 13 positions are corresponding to the ink jet numbering machine 20 of a row automatic controlling system of its back side top.Ink jet numbering machine 20 is that Germany's system model is the product of EBS6000.
Pressing device 3 is provided with automatic reason lid guide groove 21, and the groove bottom of guide groove 21 has a concavity breach 22, and remaining is identical with embodiment 2.
Claims (10)
1, a kind of vertical pouring machine for high-viscosity colloid, it comprises power pack section (1), running part (2), pressing device (3), filling apparatus (4), autonomous cruise speed system, it is characterized in that filling apparatus (4) has material filling control cock (6), the port of an one colloid intake vent and feed pipe (8) is connected, and colloid outlet is connected with metering cylinder (10) on it, and colloid outlet is downwards connected with discharge pipe (9); The two all stands vertically metering cylinder (10) and discharge pipe (9), and cutter is equipped with in the discharging opening outside, below of discharge pipe (9).
2, vertical pouring machine for high-viscosity colloid according to claim 1, it is characterized in that: material filling control cock (6) is made up of valve body (6A) and spool (6B), valve body (6A) has at least one T shape passage (7), and an one port is connected to feed pipe (8) port of arranging with placed in the middle the crouching in its cooresponding position; Other port respectively with at least one position under upright uprightly connect last to the corresponding port of arranging by the metering cylinder (10) of piston (5) control to the discharge pipe of arranging (9), at least one position; Above-mentioned each device is connected with autonomous cruise speed system through running part (2), power pack section (1); The spool (6B) of material filling control cock (6) is cylindrical, and its outer wall cooperates with valve body (6A) valve pocket inwall, and T shape passage (11) is arranged in the spool (6B), and its each port is corresponding with each corresponding port position of valve body (6A) T shape passage (7).
3, vertical pouring machine for high-viscosity colloid according to claim 2, it is characterized in that: the passage of valve body (6A) has three corresponding with the port of three discharge pipes arranged side by side (9) and three metering cylinders arranged side by side (10) respectively crouching to end to end T shape passage (7) of being communicated with, and spool (6B) has port position and crouches to end to end T shape passage (11) with cooresponding side by side three of each port of valve body (6A) respectively.
4, according to claim 1 or 2 or 3 described vertical pouring machine for high-viscosity colloid, it is characterized in that: be equipped with in the below of discharge pipe (9) by the automatic stepping of the packing jar (13) of automatic controlling system and phoresy device (14).
5, vertical pouring machine for high-viscosity colloid according to claim 4 is characterized in that: be provided with in the below that device (14) is phoresied in automatic stepping the position cooresponding with each port of discharge pipe (9) below, by running part (2) drive, the can usefulness vertical lift device (15) of the packing jar (13) of automatic controlling system.
6, vertical pouring machine for high-viscosity colloid according to claim 5, it is characterized in that: driving band (16) carriage direction that phoresys device (14) with automatic stepping is a preface, back in can vertical lift device (15), with running belt (16) is the boundary, the top is provided with the pressing device (3) of automatic controlling system, the gland vertical lift device (18) of the packing jar (13) of below setting and the cooresponding automatic controlling system of pressing device (3).
7, vertical pouring machine for high-viscosity colloid according to claim 6, it is characterized in that: gland can be contained year two row with the bay-lift (19) of vertical lift device (18) side by side along running belt (16) sense of motion and pack jar (13), prostatitis jar (13) position is corresponding to the pressing device (3) of its top, and rank rear jar (13) position is corresponding to the ink jet numbering machine (20) of a row automatic controlling system of its back side top.
8, vertical pouring machine for high-viscosity colloid according to claim 4 is characterized in that: device (3) is provided with automatic reason lid guide groove (21), and managing the groove bottom of covering guide groove (21) automatically has a concavity breach (22).
9, vertical pouring machine for high-viscosity colloid according to claim 4, it is characterized in that: the outer tubulose cutting knife sleeve pipe (23) that is with by power pack section (1), running part (2) driven rotary of discharge pipe (9), the lower port part radially loading that sleeve pipe (23) end portion exceeds discharge pipe (9) has linear metal cutter (12).
10, vertical pouring machine for high-viscosity colloid according to claim 9, it is characterized in that: the above and below of material filling control cock (6) all has three sizing material outlets, wherein, above the outlet of three sizing materials and three metering cylinders (10) that are positioned at material filling control cock (6) top cooresponding with it, that work in coordination is connected, three following sizing materials export then with three discharge pipes (9) that are positioned at below the material filling control cock (6) and are connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 99124662 CN1224571C (en) | 1999-12-23 | 1999-12-23 | Vertical pouring machine for high-viscosity colloid |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 99124662 CN1224571C (en) | 1999-12-23 | 1999-12-23 | Vertical pouring machine for high-viscosity colloid |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1300711A CN1300711A (en) | 2001-06-27 |
| CN1224571C true CN1224571C (en) | 2005-10-26 |
Family
ID=5283537
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 99124662 Expired - Lifetime CN1224571C (en) | 1999-12-23 | 1999-12-23 | Vertical pouring machine for high-viscosity colloid |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN1224571C (en) |
Families Citing this family (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101485964B (en) * | 2008-01-14 | 2012-12-26 | 叶照光 | Full automatic static mixing method for structure-sealing glue |
| CN101531332B (en) * | 2008-03-14 | 2012-07-04 | 叶迪光 | Method for full automatically subpackaging sealing structure glue |
| CN101863444B (en) * | 2010-05-28 | 2012-01-18 | 李晓燕 | Filling machine for packaging silicone sealant with plastic rubber bottle |
| TWI446172B (en) | 2011-05-06 | 2014-07-21 | Phison Electronics Corp | Memory storage device, memory controller thereof, and access method thereof |
| JP2013046968A (en) | 2011-08-29 | 2013-03-07 | Brother Industries Ltd | Printer, print processing program, and print processing method |
| CN104986711B (en) * | 2015-05-11 | 2017-08-15 | 佛山市特赛化工设备有限公司 | The multi-functional automatic duricrust racking machine in same footpath |
| CN108058851B (en) * | 2018-01-12 | 2024-01-12 | 东莞市欧尚自动化设备科技有限公司 | Full-automatic seam beautifying agent assembly line |
| CN109229437A (en) * | 2018-07-20 | 2019-01-18 | 华盛绿能（天津）农业科技有限公司 | The quick pot-type equipment of tealeaves |
-
1999
- 1999-12-23 CN CN 99124662 patent/CN1224571C/en not_active Expired - Lifetime
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| Publication number | Publication date |
|---|---|
| CN1300711A (en) | 2001-06-27 |
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