CN201677565U - Full-automatic paste adding machine - Google Patents
Full-automatic paste adding machine Download PDFInfo
- Publication number
- CN201677565U CN201677565U CN2010201095275U CN201020109527U CN201677565U CN 201677565 U CN201677565 U CN 201677565U CN 2010201095275 U CN2010201095275 U CN 2010201095275U CN 201020109527 U CN201020109527 U CN 201020109527U CN 201677565 U CN201677565 U CN 201677565U
- Authority
- CN
- China
- Prior art keywords
- circulating
- valve
- concentrator
- circulating pump
- output
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Lifetime
Links
Images
Landscapes
- Paper (AREA)
Abstract
The utility model relates to a paste adding machine, in particular to a full-automatic paste adding machine for a printing machine. The full-automatic paste adding machine comprises a storage tank, a circulating pump, a stirring device and a control unit; the storage tank is used for storing pastes; a raw material paste outlet pipe is connected onto the storage tank; a raw material paste inlet valve is arranged on the raw material paste outlet pipe further connected with an input opening of the circulating pump; an output opening of the circulating pump is connected with a printing paste output pipe; a printing paste outlet valve is arranged on the printing paste output pipe; a paste inlet circulating pipe is arranged between the output opening of the circulating pump and the stirring device; a joint position between the paste inlet circulating pipe and an output opening of the circulating pump is positioned on the printing paste output pipe between the circulating pump and the printing paste outlet valve; a first circulating valve is arranged on the paste inlet circulating pipe; a paste outlet circulating pipe is connected between the stirring device and the input opening of the circulating pump; a second circulating valve is arranged on the paste outlet circulating pipe; a joint position between the raw material paste outlet pipe and the input opening of the circulating pump is positioned on a paste outlet circulating pipe between the second circulating valve and the circulating pump; a first circulating pipeline is composed of the circulating pump, the paste outlet circulating pipe, the printing paste output pipe, the paste inlet circulating pipe and the printing paste outlet valve; and the control unit controls the work of the circulating pump, the stirring device, the printing paste outlet valve, the first circulating valve, the second circulating valve and the raw material paste inlet valve.
Description
Technical field
The utility model relates to a kind of paste adding machine, is specifically related to a kind of fully automatic paste adding machine that is used for printing machine.
Background technology
In the course of work of Printing-Machine ', because printing machine is wanted continuous stamp, the slurry of stamp constantly reduces, therefore in the process of Printing-Machine ', want frequently constantly in the printing machine frame of printing machine, to add concentrator, general method of adding concentrator mostly is the method for artificial interpolation, the method of such interpolation concentrator is more loaded down with trivial details, labour intensity is big, waste of manpower, material resources, also be subjected to influence of various factors simultaneously, inwholwe-hearted as staff's work, add concentrator to printing area place in addition, perhaps different concentrator mistakes is added in printing machine frame, not only cause the waste of concentrator, also can cause scrapping of stamp product, even the work of printing machine stops.Concentrator also will fully stir it before adding printing machine frame to, so just can print off the product that meets the stamp requirement.
The utility model content
At above-mentioned technical problem, the purpose of this utility model provides a kind of manually-operated that do not need, and the fully automatic paste adding machine that concentrator can be stirred.
The realization the technical solution of the utility model is as follows:
Fully automatic paste adding machine, the storage tank that comprises a storing slurry, be connected with the raw material grout outlet on the storage tank, the raw material grout outlet is provided with the raw material slurry-inlet valve, also comprise circulating pump, agitating device, the raw material grout outlet also is connected with the input port of circulating pump, the delivery outlet of circulating pump is connected with the concentrator efferent duct, the concentrator efferent duct is provided with the concentrator slurry-supplying valve, be provided with into slurry circulation pipe between the delivery outlet of circulating pump and the agitating device, advance to starch interface between circulation pipe and the circulating pump delivery outlet on the concentrator efferent duct between circulating pump and the concentrator slurry-supplying valve, advance to starch circulation pipe and be provided with first circulating valve, be connected with the pulp circulation pipe between the input port of agitating device and circulating pump, the pulp circulation pipe is provided with second circulating valve, interface between described raw material grout outlet and the circulating pump input port is on the pulp circulation pipe between second circulating valve and the circulating pump, described circulating pump, the pulp circulation pipe, the concentrator efferent duct, advance to starch circulation pipe, the concentrator slurry-supplying valve constitutes a circulation line, and this paste adding machine also comprises the above-mentioned circulating pump of control, agitating device, the concentrator slurry-supplying valve, first circulating valve, second circulating valve, the control module of raw material slurry-inlet valve work.
Described control module comprises a control chip, the input of control chip is connected with the liquid level detector that is arranged in the agitating device, first output of control chip is connected with first controller, the output of first controller connects the input of circulating pump, second output of control chip is connected with the 3rd controller, the 4th controller, the output of the 3rd controller connects the input of first circulating valve, the output of the 4th controller connects the input of second circulating valve, the 3rd output of control chip is connected with second controller, the output of second controller connects the input of raw material slurry-inlet valve, the 4th output of control chip is connected with the 5th controller, the output of the 5th controller connects the input of agitating device, the 5th output of control chip is connected with timer, and the output of timer connects the input of concentrator slurry-supplying valve.
Described agitating device comprises agitator, is arranged on the stirring motor on the agitator, and the output shaft of stirring motor is provided with stirring-head, and described stirring-head is positioned at agitator.
Described liquid level detector is arranged in the agitator in the above-mentioned agitating device.
The utility model is full automatic control, as long as the logical power supply of going up of paste adding machine, control module will be controlled the work of circulating pump, agitating device, concentrator slurry-supplying valve, first circulating valve, second circulating valve, raw material slurry-inlet valve, when printing machine need add concentrator, control module will be controlled opening of concentrator slurry-supplying valve, and the slurry concentrator is framed by the stamp that circulating pump flows to printing machine.If printing machine does not need to add concentrator, control module will be controlled closing of concentrator slurry-supplying valve, in the concentrator slurry-supplying valve shut-in time, because circulating pump, the pulp circulation pipe, the concentrator efferent duct, advance to starch circulation pipe, the concentrator slurry-supplying valve constitutes a circulation line, concentrator will ceaselessly circulate in circulation line, can not cause concentrator to solidify owing to stopping for a long time like this, this circulation line is to constitute on the basis of concentrator transfer pipeline, do not need the other pipeline that is provided with, therefore reduced the floor space of paste adding machine integral body, may also can increase pump in addition if in addition pipeline is set, and the utility model only just can be realized the output and the circulation of concentrator with a circulating pump, reduce production cost greatly, also improved production efficiency simultaneously.Therefore the beneficial effects of the utility model are owing to adopt full automatic control mode, do not need the artificial operation of work, greatly reduce staff's labour intensity, have saved production cost; Simultaneously because the utility model has designed a circulation line, when printing machine does not need to add concentrator, concentrator ceaselessly flows in circulation line, and the stirring that agitating device does not stop, can not cause solidifying of concentrator, avoid solidifying the shortcoming of the printing quality difference that causes owing to concentrator.
Description of drawings
Fig. 1 is the structural representation of fully automatic paste adding machine of the present utility model;
Fig. 2 is the electrical block diagram of fully automatic paste adding machine of the present utility model;
Fig. 3 is a work schematic diagram of the present utility model;
In the accompanying drawing, 1 is storage tank, and 2 is circulating pump, and 3 is the raw material grout outlet, 4 is the raw material slurry-inlet valve, and 5 is the concentrator efferent duct, and 6 is the concentrator slurry-supplying valve, 7 for advancing to starch circulation pipe, and 8 is agitator, and 9 is stirring motor, 10 is first circulating valve, and 11 is second circulating valve, and 12 is the pulp circulation pipe, 13 is control module, and 14 is doctor, and 15 for pushing away ink knife, 16 is the doctor cylinder, and 17 for pushing away the ink knife cylinder, and 18 stamps are framed.
The specific embodiment
With reference to shown in Figure 1, fully automatic paste adding machine, the storage tank 1 that comprises a storing slurry, be connected with raw material grout outlet 3 on the storage tank 1, the raw material grout outlet is provided with raw material slurry-inlet valve 4, also comprise circulating pump 2, agitating device, raw material grout outlet 3 also is connected with the input port of circulating pump 2, the delivery outlet of circulating pump 2 is connected with concentrator efferent duct 5, concentrator efferent duct 5 is provided with concentrator slurry-supplying valve 6, be provided with into slurry circulation pipe 7 between the delivery outlet of circulating pump 2 and the agitating device, advance to starch interface between circulation pipe 7 and the circulating pump delivery outlet on the concentrator efferent duct between circulating pump and the concentrator slurry-supplying valve, advance to starch circulation pipe and be provided with first circulating valve 10, be connected with pulp circulation pipe 12 between the input port of agitating device and circulating pump, pulp circulation pipe 12 is provided with second circulating valve 11, interface between described raw material grout outlet 3 and the circulating pump input port is on the pulp circulation pipe between second circulating valve and the circulating pump, described circulating pump 2, pulp circulation pipe 12, concentrator efferent duct 5, advance to starch circulation pipe 7, concentrator slurry-supplying valve 6 constitutes a circulation line, and this paste adding machine also comprises the above-mentioned circulating pump of control, agitating device, the concentrator slurry-supplying valve, first circulating valve, second circulating valve, the control module 13 of raw material slurry-inlet valve work.
Referring to shown in Figure 2, described control module comprises a control chip, the input of control chip is connected with the liquid level detector that is arranged in the agitating device, first output of control chip is connected with first controller, the output of first controller connects the input of circulating pump, second output of control chip is connected with the 3rd controller, the 4th controller, the output of the 3rd controller connects the input of first circulating valve, the output of the 4th controller connects the input of second circulating valve, the 3rd output of control chip is connected with second controller, the output of second controller connects the input of raw material slurry-inlet valve, the 4th output of control chip is connected with the 5th controller, the output of the 5th controller connects the input of agitating device, the 5th output of control chip is connected with timer, and the output of timer connects the input of concentrator slurry-supplying valve.
Described agitating device comprises agitator 8, is arranged on the stirring motor 9 on the agitator 8, and the output shaft of stirring motor is provided with stirring-head, and described stirring-head is positioned at agitator.Described liquid level detector is arranged in the agitator in the above-mentioned agitating device.
Behind the logical upward power supply of fully automatic paste adding machine, control module carries signal will for the stirring motor in circulating pump and the agitating device, circulating pump, stirring motor just can be started working, by circulating pump pump concentrator from storage tank by the raw material slurry-inlet valve on the raw material grout outlet, input port by circulating pump enters circulating pump, by circulating pump concentrator is pumped again, through advancing to starch in the agitator that circulation pipe is transported to agitating device, the stirring-head that is driven on its output shaft by stirring motor stirs fully to concentrator, second circulating valve and the concentrator slurry-supplying valve of this moment are all closed, and concentrator can not exported from the concentrator efferent duct.When the liquid level detector in being arranged on agitator detects the position of slurry arrival setting, liquid level detector will be given the control chip input signal, control chip in the control module will be simultaneously to the raw material slurry-inlet valve, first circulating valve, second circulating valve and concentrator slurry-supplying valve send instruction, be that the raw material slurry-inlet valve and first circulating valve are closed, second circulating valve, the concentrator slurry-supplying valve is opened, stop in agitator, to carry concentrator by advancing to starch circulation pipe, stir sufficient concentrator in the agitator, because second circulating valve, opening of concentrator slurry-supplying valve, it is framed to flow to the stamp of printing machine through pumping of circulating pump by the concentrator efferent duct, owing in control module, be connected with a timer before the concentrator slurry-supplying valve, therefore can realize the effect that concentrator goes out to stop from concentrator efferent duct one, brought facility to production, improved production efficiency with printing machine.
In concrete enforcement, as shown in Figure 3, concentrator efferent duct 5 is installed in the left side of doctor 14, when pushing away ink knife 15 and doctor 14 and move to the position of setting on the right side, concentrator efferent duct 5 will spray concentrator, and when pushing away ink knife 15 and doctor 14 and be moved to the left, the concentrator efferent duct will stop to spray concentrator, the doctor cylinder 16 of this moment drives doctor 14 and moves downward the position of setting, doctor 14 will scrape the slurry of just exporting from the concentrator efferent duct to the right, the beginning stamp, the ink knife 15 that pushes away of this moment upwards reclaims under the promotion that pushes away ink knife cylinder 17, when pushing away ink knife and doctor and move to the position of setting on the right side once more, the concentrator efferent duct will spray concentrator once more, the doctor of this moment moves up under the drive of doctor cylinder, begins to push away concentrator flat left and push away ink knife is moved down into setting under it pushes away the drive of ink knife cylinder position.One spray one of concentrator stops, can be owing to concentrator sprays always, cause the accumulation of concentrator, some slurry may be piled up for a long time and cause solidifying of concentrator, and causes printing quality bad, also will the concentrator that solidify be handled simultaneously, reduced the operating efficiency of stamp, and the concentrator that adopts a spray one to stop the method ejection all can or not cause the stop of concentrator by doctor in time to the right-hand stamp that scrapes, and its printing quality is good, high efficiency.
Circulating pump 2, pulp circulation pipe 12, concentrator efferent duct 5, advance to starch circulation pipe 7, concentrator slurry-supplying valve 6 constitutes a circulation line, when not needing in the stamp of printing machine is framed, to add concentrator, control chip in the control module will be controlled closing of the concentrator slurry-supplying valve and second circulating valve, open first circulating valve and raw material slurry-inlet valve simultaneously, by circulating pump the concentrator in the storage tank is pumped in the agitator, when the concentrator in the agitator reaches the liquid level of setting, liquid level detector will be to the control chip input signal, control chip just can be controlled closing of raw material slurry-inlet valve and opening of second circulating valve, the concentrator of this moment is under the driving of circulating pump, from the concentrator efferent duct between concentrator delivery valve and the circulating pump, be input in the agitator through advancing to starch circulation pipe again, there is the pulp efferent duct of agitator bottom to feed back in the circulating pump again, finish a cyclic process of concentrator like this, cyclic process may continue tens seconds or a few minutes, main how many decisions of needed concentrator during by Printing-Machine '.When printing machine needed concentrator, control module will be controlled in the concentrator that has circulated in circulation line is input to printing machine from the concentrator efferent duct the stamp framed 18.
Claims (4)
1. fully automatic paste adding machine, the storage tank that comprises a storing slurry, be connected with the raw material grout outlet on the storage tank, the raw material grout outlet is provided with the raw material slurry-inlet valve, it is characterized in that: also comprise circulating pump, agitating device, the raw material grout outlet also is connected with the input port of circulating pump, the delivery outlet of circulating pump is connected with the concentrator efferent duct, the concentrator efferent duct is provided with the concentrator slurry-supplying valve, be provided with into slurry circulation pipe between the delivery outlet of circulating pump and the agitating device, advance to starch interface between circulation pipe and the circulating pump delivery outlet on the concentrator efferent duct between circulating pump and the concentrator slurry-supplying valve, advance to starch circulation pipe and be provided with first circulating valve, be connected with the pulp circulation pipe between the input port of agitating device and circulating pump, the pulp circulation pipe is provided with second circulating valve, interface between described raw material grout outlet and the circulating pump input port is on the pulp circulation pipe between second circulating valve and the circulating pump, described circulating pump, the pulp circulation pipe, the concentrator efferent duct, advance to starch circulation pipe, the concentrator slurry-supplying valve constitutes a circulation line, and this paste adding machine also comprises the above-mentioned circulating pump of control, agitating device, the concentrator slurry-supplying valve, first circulating valve, second circulating valve, the control module of raw material slurry-inlet valve work.
2. fully automatic paste adding machine according to claim 1, it is characterized in that: described control module comprises a control chip, the input of control chip is connected with the liquid level detector that is arranged in the agitating device, first output of control chip is connected with first controller, the output of first controller connects the input of circulating pump, second output of control chip is connected with the 3rd controller, the 4th controller, the output of the 3rd controller connects the input of first circulating valve, the output of the 4th controller connects the input of second circulating valve, the 3rd output of control chip is connected with second controller, the output of second controller connects the input of raw material slurry-inlet valve, the 4th output of control chip is connected with the 5th controller, the output of the 5th controller connects the input of agitating device, the 5th output of control chip is connected with timer, and the output of timer connects the input of concentrator slurry-supplying valve.
3. fully automatic paste adding machine according to claim 1 is characterized in that: described agitating device comprises agitator, is arranged on the stirring motor on the agitator, and the output shaft of stirring motor is provided with stirring-head, and described stirring-head is positioned at agitator.
4. fully automatic paste adding machine according to claim 2 is characterized in that: described liquid level detector is arranged in the agitator in the above-mentioned agitating device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010201095275U CN201677565U (en) | 2010-02-01 | 2010-02-01 | Full-automatic paste adding machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010201095275U CN201677565U (en) | 2010-02-01 | 2010-02-01 | Full-automatic paste adding machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201677565U true CN201677565U (en) | 2010-12-22 |
Family
ID=43342623
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010201095275U Expired - Lifetime CN201677565U (en) | 2010-02-01 | 2010-02-01 | Full-automatic paste adding machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201677565U (en) |
-
2010
- 2010-02-01 CN CN2010201095275U patent/CN201677565U/en not_active Expired - Lifetime
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN101811390B (en) | Fully automatic paste adding machine | |
| CN210262339U (en) | Automatic color matching device for textile printing and dyeing | |
| CN1326603C (en) | Full-automatic glue making machine and full-automatic control method | |
| CN103252458B (en) | Automatic non-die sand mold manufacturing system | |
| CN104843725A (en) | Process and equipment for producing sodium silicate by using liquid-phase method | |
| CN202113892U (en) | Premixing and grinding circulation clathration equipment | |
| CN205255747U (en) | Wall -paper printing machine printing ink circulation feeding system | |
| CN211585539U (en) | Tubular pile residual slurry recycling system | |
| CN204661331U (en) | A kind of liquid phase method produces the equipment of water glass | |
| CN201677565U (en) | Full-automatic paste adding machine | |
| CN206253064U (en) | A kind of Mediben production auger tank | |
| CN104670534A (en) | Intelligent vacuum feeder | |
| CN109830650A (en) | A kind of mixing paste coated plate system of battery | |
| CN201334423Y (en) | Animal manure dewaterer | |
| CN210934542U (en) | Novel horizontal colour mixture of water-color paint brush device | |
| CN212684329U (en) | High-efficient concrete mixing device for construction | |
| CN207167599U (en) | A kind of lunch meat meat gruel vacuum mixing machine | |
| CN204491300U (en) | Waste material recovery device on a kind of production line of toilet napkin | |
| CN209249585U (en) | A kind of mixing paste coated plate system of battery | |
| CN202000185U (en) | Dynamic energy-saving stirring system | |
| CN204891702U (en) | Production ink coating uses high -efficient apparatus for producing | |
| CN205917143U (en) | Novel plumbous mud desulfurization device | |
| CN213617524U (en) | Prestressed grouting equipment | |
| CN110465231A (en) | A kind of magnetic tile by wet pressing automatic feeding system | |
| CN210940004U (en) | Material mixer is used in plastic drum processing |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20101222 Effective date of abandoning: 20110608 |