CN104386524A - Sealed adhesive sticker coating slitting machine - Google Patents
Sealed adhesive sticker coating slitting machine Download PDFInfo
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- CN104386524A CN104386524A CN201410593604.1A CN201410593604A CN104386524A CN 104386524 A CN104386524 A CN 104386524A CN 201410593604 A CN201410593604 A CN 201410593604A CN 104386524 A CN104386524 A CN 104386524A
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Abstract
The invention relates to a sealed adhesive sticker coating slitting machine. The sealed adhesive sticker coating slitting machine is provided with at least two paper putting machines, a rolling machine, a plurality of functional assemblies and a cabinet, wherein the cabinet is provided with a plurality of paper feeding holes and a paper discharging hole; the amount of the paper feeding holes is same with the amount of the paper putting machines; each paper putting machine outputs paper into the cabinet through one corresponding paper feeding hole; the paper discharging hole outputs a finished product to the rolling machine; a plurality of mounting positions are arranged in the cabinet and are used for installing each functional assembly. The paper putting machines, the rolling machine and the functional assemblies are all arranged in the cabinet to avoid a phenomenon that harmful gas emitted from glue, lubricating oil and the like overflow out of the cabinet to generate adverse effect to the air environment in a production workshop, and meanwhile, noise pollution generated to the production workshop caused by noise generated by the paper putting machine, the rolling machine and the functional assemblies can be lightened.
Description
Technical field
The present invention relates to a kind of coating cutting machine, particularly relate to a kind of enclosed non-drying glue coating cutting machine.
Background technology
Self-adhesive label be a kind of with paper, film or special material for fabric, fabric back scribbles non-drying glue, and to be coated with the composite material that silicon protection sheet is base stock.Wherein, for non-drying glue is coated in fabric back coating technique gradually from traditional print roll coating, scraper for coating to the future development of high pressure cast coat, to ensure the homogeneity be coated with to greatest extent, avoid the generation of bubble and pinprick, ensure the coating quality of non-drying glue.
Non-drying glue cutting machine a kind of the thin coiled material of certain wide cut is cut into narrow coiled material according to required specification, or the one side of composite thin-type coiled material cut and come, and its another side indiscrete equipment.In addition, thin coiled material edge waste also can be cut removal by non-drying glue cutting machine, to obtain the neat coiled material of end face.
Traditionally, because non-drying glue cutting machine is arranged in the workshop of a relative closure usually, the smell that non-drying glue, lubrication wet goods send is flooded with workshop, causes aerial contamination, affect the healthy of operator equally to workshop.In addition, the noise that non-drying glue cutting machine sends also brings noise emission to workshop environment.
Summary of the invention
Based on this, be necessary to provide a kind of enclosed non-drying glue coating cutting machine reducing pernicious gas and noise emission.
A kind of enclosed non-drying glue coating cutting machine, it arranges at least two paper placing machines, winder and some function blockes; Also comprise a cabinet;
Described cabinet arranges some paper inlets and a paper output;
The quantity of described paper inlet is identical with the quantity of described paper placing machine, and paper placing machine described in each is inner to described cabinet by paper inlet output paper described in corresponding;
Described paper output exports finished product to described winder;
Described cabinet inside arranges some installation positions, for installing each described function block.
In one of them embodiment, described function block comprises at least two tack coat coating machines, and described cabinet arranges corresponding tube of glue, for inputting glue.
In one of them embodiment, described cabinet arranges some vent windows.
In one of them embodiment, described vent window is arranged at the side of described cabinet.
In one of them embodiment, above the outside of vent window described in each, retaining section is set.
In one of them embodiment, each described vent window is set under being tilted to.
In one of them embodiment, described vent window has wedge shape section.
In one of them embodiment, described cabinet inside arranges refrigeration system.
In one of them embodiment, the two sides that described cabinet is relative, arrange some air intake vents and some air outlets respectively, air intake vent described in each arranges a blowing fan, and air outlet described in each arranges an extraction fan.
In one of them embodiment, described function block also comprises at least two printings unit, make-up machine and cutting machines.
In above-mentioned non-drying glue coating cutting machine, it is inner that described paper placing machine, described winder and some function blockes are all placed in described cabinet, it is outside that the pernicious gas that minimizing glue and lubrication wet goods send is spilled over to described cabinet, have a negative impact to the air ambient of workshop, the noise that simultaneously also can alleviate the generation of described paper placing machine, described winder and some function blockes produces noise emission to workshop.
In above-mentioned non-drying glue coating cutting machine, annunciator and controller are also set, when described controller is less than preset length by the paper roll length judging on described paper placing machine, send alerting signal by described annunciator.
Accompanying drawing explanation
Fig. 1 is the configuration diagram of the enclosed non-drying glue coating cutting machine of one embodiment of the invention;
Fig. 2 is the generalized section at the visual angle of cabinet one shown in Fig. 1 for it;
Fig. 3 is for being arranged at the cutaway view of the heat-pipe radiator on cabinet shown in Fig. 1;
Fig. 4 is the direction of A-A shown in Fig. 3 cutaway view;
Fig. 5 is the functional block diagram of the enclosed non-drying glue coating cutting machine of further embodiment of this invention.
Detailed description of the invention
In order to reduce noise that non-drying glue coating cutting machine sends and the smell that non-drying glue sends to the environmental pollution of workshop, the invention provides a kind of enclosed non-drying glue coating cutting machine, it arranges at least two paper placing machines, winder and some function blockes, also comprises a cabinet; Cabinet arranges some paper inlets and a paper output; The quantity of paper inlet is identical with the quantity of paper placing machine, and each paper placing machine is inner to cabinet by a corresponding paper inlet output paper; Paper output exports finished product to winder; Cabinet inside arranges some installation positions, for installing each function block.
In one embodiment, described function block comprises at least two tack coat coating machines, and described cabinet arranges corresponding tube of glue, for inputting glue.
In one embodiment, described function block also comprises at least two printings unit, make-up machine and cutting machines.
As shown in Figure 1, it is the configuration diagram of the enclosed non-drying glue coating cutting machine 20 of one embodiment of the invention.Non-drying glue coating cutting machine 20 comprises: the first paper placing machine 210, second paper placing machine 220, first tack coat coating machine 230, second tack coat coating machine 240, first printing unit 250, second prints unit 260, winder 270, cabinet 280, make-up machine 290, guiding Kun wheel 2a0 and cutting machine 2b0, cabinet 280 offers the first paper inlet 281, second paper inlet 282 and paper output 283.First paper placing machine 210 and the second paper placing machine 220, winder 270 and the first tack coat coating machine 230, second tack coat coating machine 240, first printing unit 250, second printing unit 260, make-up machine 290, guiding Kun takes turns some function blockes such as 2a0 and cutting machine 2b0 and is all placed in cabinet 280 inside, it is outside that the pernicious gas that minimizing glue and lubrication wet goods send is spilled over to cabinet 280, the air ambient of workshop is had a negative impact, also can alleviate the first paper placing machine 210 and the second paper placing machine 220 simultaneously, the noise that winder 270 and some function blockes produce produces noise emission to workshop.
Wherein, paper on the first paper roll be placed on it is inputed to the first printing unit 250 of cabinet 280 inside by the first paper placing machine 210 from the first paper inlet 281 cabinet 280, printing information on the first surface of the paper of the first printing unit 250 on the first paper roll, this printing information can be the Word message of artistic body, also can be the advertising design such as figure, picture made through professional advertisement design company designs, also can be the advertisement informations such as the LOGO of express company or advertising corporation.By digital printing equipment, the first surface of paper on the first paper roll can also print the special content that any advertiser wants, such as draw a lottery information, Quick Response Code etc., to strengthen the interaction of customer and advertiser, increase the popularity of advertiser.First tack coat coating machine 230 is coated with non-drying glue on the first surface of the paper on the first paper roll.
Paper on the second paper roll be placed on it is inputed to the make-up machine 290 of cabinet 280 inside by the second paper placing machine 220 from the second paper inlet 282 cabinet 280, make-up machine 290 is for fitting the first surface of the paper on the first surface of the paper on the first paper roll and the second paper roll, and the adhesives that the non-drying glue of coating adopts can be water-based or oiliness.Paper on paper on first paper roll and the second paper roll can be sticked together and form self-adhesive label paper by adhesives tightly, make in transportation, avoid the paper on the first paper roll to drop, and, when needs, can easily the paper on the paper on the first paper roll and the second paper roll be torn.Guiding Kun takes turns 2a0 and is used for leading to self-adhesive label paper and straining, simultaneously, also can coordinate make-up machine 290 that the paper on the paper on first paper roll and the second paper roll is carried out pressing, prevent from retaining more bubble and avoiding the paper on the paper on the first paper roll and the second paper roll to fit insecure in the self-adhesive label paper formed.
Self-adhesive label paper exports the second printing unit 260 to, second printing unit 260 printing information on the second surface of the paper on the second paper roll, in logistics field, this printing information can be the essential information of express delivery article, as information such as Item Title, quantity, weight, the information such as address, telephone number of express delivery sender and addressee can also be had simultaneously.In addition, also can be serial code information, such as bar code.
The second surface coating non-drying glue adhesives of the paper of the second tack coat coating machine 240 on the first paper roll can be solvent-borne type, heat-fusible adhesive or water-soluble emulsion, can be general super sticky type, general strong sticky type and low temperature sticky type by force.Be applied in logistics field, the second surface of the paper on the first paper roll is mainly used to paste mutually with express delivery article, first printing unit 250 can the first surface printing express delivery sender of paper on the first paper roll and the information such as address, telephone number of addressee, as the counterfoil that addressee retains.
In the present embodiment, the paper on the first paper roll is preferably thinner white paper or film, for being attached to packing material.Paper on second paper roll can be PET film (polyethyleneterephthalate, mylar) or BOPP (biaxially oriented polypropylene, bidirectional stretching polypropylene film) material also can be the paper of other material.
Cutting machine 2b0 is used for carrying out cross cutting to self-adhesive label paper, produces the self-adhesive label paper that area is less, such as, self-adhesive label paper is suppressed and easily tears indentation line, to facilitate, self-adhesive label paper is carried out to subregion and tears.Certainly, also can be suppress perforation line on self-adhesive label paper.
As shown in Figure 2, it is the generalized section at the visual angle of cabinet 280 1 shown in Fig. 1.
Cabinet 280 inside is provided with driving first paper placing machine 210, second paper placing machine 220, the motor of the function blockes such as cutting machine 2b0, because cabinet 280 closure is better, between the heat that machine operation produces and each function block, friction generates heat is collected at cabinet 280, cannot effectively shed and then form hot environment, the planarization of the paper on the first paper roll and the second paper roll is had a negative impact, because under hot environment, can expand after paper is heated, cause the surface relief of paper uneven, planarization is deteriorated, a large amount of bubble is formed in the self-adhesive label paper formed after causing the paper on the paper on the first paper roll and the second paper roll to fit, affect product design.
In addition, under the electronic devices and components in cabinet 280 are in hot environment for a long time, very easily cause the process of data and transmission to go wrong, even direct electronic devices and components to be damaged.
Therefore, in order to aeration-cooling needs, cabinet 280 offers louvre 284, the sidewall of louvre 284 is provided with air suctiton ventilator 291, cabinet 280 is provided with breather pipe 292, louvre 284 is communicated with breather pipe 292.Mixing of cabinet 280 inside has the gas of glue taste to extract out by air suctiton ventilator 291, and drains into outside workshop by breather pipe 292, and meanwhile, the heat of cabinet 280 inside is also discharged, and prevents heat from gathering.
In order to strengthen radiating effect further, avoid heat to be collected at cabinet 280 in a large number inner, cabinet 280 is arranged some vent windows 285, vent window 285 is arranged at the side of cabinet 280, and such as, vent window 285 is breather port.
On cabinet 280, cabinet 280 inside is flowed into by vent window 285 in order to avoid water spatters, retaining section 293 is set above the outside of each vent window 285, that is, the lateral wall of cabinet 280 arranges retaining section 293 near the top of vent window 285, preferably, retaining section 293 is obliquely installed to the direction of vent window 285.And for example, retaining section 293 and cabinet 280 are wholely set; And for example, vent window 285 is obliquely installed; And for example, the angle of inclination of retaining section 293 differs 0 to 10 with the angle of inclination of vent window 285 and spends, and like this, can obtain good rainproof dash effect, preferably, and the angle of inclination setting identical with the angle of inclination of vent window 285 of retaining section 293.
In one embodiment, vent window 285 has wedge shape section, and in other words, vent window 285 flare structure, also increases the wind speed blowing to cabinet 280 inside while increasing wind area.
As shown in Figure 3 and Figure 4, it is respectively A-A direction cutaway view shown in the cutaway view of the heat-pipe radiator 30 be arranged on cabinet 280 and Fig. 3.
In order to strengthen the rate of heat dispation of cabinet 280 internal heat further, cabinet 280 offers diffusion hole, cabinet 280 is provided with towards the heat-pipe radiator 30 of described diffusion hole, heat-pipe radiator 30 comprises a heat-conducting block 31.Heat-conducting block 31 arranges at least one installation position, installation position described in each is fixedly installed a heat pipe.Heat-conducting block 31 to be arranged an installation position 33 in the present embodiment, installation position 33 being fixedly installed a heat pipe 34 for example is described.
In the present embodiment, heat-conducting block 31 is for connecting cabinet 280 outside, and the evaporation ends 341 of heat pipe 34 is fixedly installed on installation position 33, heat-conducting block 31 by the heat conduction on cabinet 280 to the evaporation ends 341 of heat pipe 34.Because the caloric requirement on cabinet 280 to conduct to the evaporation ends 341 of heat pipe 34 via heat-conducting block 31, therefore, increase heat-conducting block 31 and can effectively improve heat conduction speed with the area of contact of the evaporation ends 341 of heat pipe 34.Preferably, heat-conducting block 31 offers accommodating hole, and the evaporation ends 341 of heat pipe 34 is worn in described accommodating hole, the outer wall of the evaporation ends 341 of heat pipe 34 and the madial wall of described accommodating hole are closely reclined, to increase heat-conducting block 31 and the area of contact of heat pipe 34, reach better radiating effect.And for example, in accommodating hole, also heat-conducting layer is set, such as silicone grease layer etc., to improve heat conductivility.
Heat pipe 34 is fixed on installation position 33 by a connecting element.Connecting element is preferably buckle, is fixedly connected on by heat pipe 34 on heat-conducting block 31, can be also thimble connector, is fixed on heat-conducting block 31 by heat pipe 34.In other embodiments, connecting element is not limited to buckle or thimble connector, if heat pipe 34 can be fixed on heat-conducting block 31 avoids heat pipe 34 to come off from heat-conducting block 31 be fixedly connected with the embodiment all belonging to connecting element.
Heat pipe 34 is fixedly installed some layers of stacked radiating gill, every one deck radiating gill also arranges some louvres.Heat pipe 34 to be fixedly installed stacked two-layer radiating gill in the present embodiment, i.e. radiating gill 35 and radiating gill 36, for example is described.
Radiating gill 35 arranges central part 351 and periphery 352, central part 351 is arranged the first through hole (not shown).Equally, radiating gill 36 arranges central part 361 and periphery 362, central part 361 is arranged the second through hole (not shown).Heat pipe 34 is simultaneously through the first through hole and the second through hole.In the present embodiment, central part 351 is a circular plate-like shape, and periphery 352 is that the edge in a centrally portion 351 is arranged, and perpendicular to the side plate of central part 351 1 side.Described first through hole is opened in the circle centre position of central part 351.Central part 361 is a circular plate-like shape, periphery 362 be one centrally portion 361 edge arrange, such as, perpendicular to the side plate of central part 361 1 side.Described second through hole is opened in the circle centre position of central part 361.The area of central part 361 is greater than the area of central part 351, to stick together with the central part 361 of the central part 351 with radiating gill 36 that make radiating gill 35 and gap is left in centre, periphery 352 and the periphery 362 of radiating gill 36 of radiating gill 35 stick together and gap is left in centre, as shown in Figure 3, make radiating gill 35 stack and be placed in an open space that radiating gill 36 surrounds.In other embodiments, multiple radiating gill adopts the stacked manner of radiating gill 35 and radiating gill 36, to increase the radiating efficiency of heat-pipe radiator.
In the present embodiment, the central part 351 of radiating gill 35 offers some first louvres 501 around described first through hole, the inside of periphery 352 also offers some second louvres 502, one opening of the second louvre 502 is opened in the upper edge of the periphery 352 away from central part 351, and its another opening is communicated with the first louvre 501.In order to be communicated with the first louvre 501 by the second louvre 502, central part 351 inside also has the first connecting bore (figure does not mark), and in fact, the second louvre 502 is communicated with the first louvre 501 by described first connecting bore.Same, the central part 361 of radiating gill 36 offers some first louvres 601 around described second through hole, the inside of periphery 362 also offers some second louvres 602, such as, one opening of the second louvre 602 is opened in the upper edge of the periphery 362 away from central part 161, and its another opening is communicated with the first louvre 601; In order to be communicated with the first louvre 601 by the second louvre 602, central part 361 inside also has the second connecting bore (figure does not mark), and in fact, the second louvre 602 is communicated with the first louvre 601 by described second connecting bore.Through described first through hole and described second through hole while heat pipe 34.And for example, multiple first louvre of scattering device and multiple second louvre, each second louvre is separated setting with each first louvre, and namely each louvre non-interconnected is arranged, like this, the ventilation system of can form thousand holes, hole hundred, the wind comes from four sides.
In actual applications, negative pressure state is pumped in heat pipe 34 inside, and is filled with suitable volatile and low-boiling liquid.Heat-conducting block 31 absorbs the heat that external heat source sends, and by heat conduction to the evaporation ends 341 of heat pipe 34, after the evaporation ends 341 of heat pipe 34 is heated, liquid in capillary tub absorbs heat rapidly and evaporates formation steam, steam is at the dirty condensation end 342 to heat pipe 34 of small difference of pressure, and releases heat simultaneously, because steam temperature reduces, regelation becomes liquid, and liquid relies on the effect of capillary force to be back to evaporation ends 341 along the capillary tub of porous.Circulation like this is more than, heat constantly conducts to condensation end 342 by the evaporation ends 341 of heat pipe 34, because condensation end 342 is less with the area of contact of extraneous air, significantly limit the radiating efficiency of heat pipe, but this programme adopts and the some layers of radiating gill contacted, the heat that can effectively be stored by condensation end 342 is by the larger area of contact of himself and extraneous air, timely and actv. distributes, and greatly enhances the radiating efficiency of heat pipe.
In one embodiment, cabinet 280 inside arranges refrigeration system.
In one embodiment, the two sides that cabinet 280 is relative arrange some air intake vents and some air outlets respectively, and air intake vent described in each arranges a blowing fan, and air outlet described in each arranges an extraction fan, to increase the flowing velocity of cabinet 280 internal gas flow, strengthen radiating effect.
As shown in Figure 5, it is the functional block diagram of the enclosed non-drying glue coating cutting machine 10 of further embodiment of this invention.
Arrange at least two paper placing machines in non-drying glue coating cutting machine 10, illustrate to comprise two paper placing machines in the present embodiment, described two paper placing machines specifically comprise: the first paper placing machine 100 and the second paper placing machine 200.Non-drying glue coating cutting machine 10 also comprises an annunciator 300.First paper placing machine 100 arranges the first controller 110 of a connection annunciator 300, when being less than preset length for the paper roll length on the first paper placing machine 100, sends alerting signal by annunciator 300; Second paper placing machine 200 arranges the second controller 210 of a connection annunciator 300, when being less than preset length for the paper roll length on the second paper placing machine 200, sends alerting signal by annunciator 300.
First paper placing machine 100 and the second paper placing machine 200 are provided with revolution statistic unit, for adding up the revolution that the first paper placing machine 100 and the second paper placing machine 200 have rotated, when the paper roll length judged respectively on the first paper placing machine 100 and the second paper placing machine 200 by the first controller 110 and second controller 210 is less than preset length, send alerting signal by annunciator 300.
Be described for the first paper placing machine 100 as follows, easy understand, the principle of work of the second paper placing machine 200 can with reference to the first paper placing machine 100.
Total length due to paper roll has several overall length angle value meeting professional standard, or when installing or use, known length values for producers, when the motor driving paper roll to rotate is set as preset rotation speed, the motor can learning the first paper placing machine 100 by test or drive the first paper placing machine 100 to rotate is after the revolution that over-rotation is certain, on first paper placing machine 100, remaining paper roll length is substantially equal to preset length, records revolution that now the first paper placing machine 100 rotated as revolution threshold values.In actual production, first controller 110 receives and judges the revolution that revolution statistic unit exports, when the revolution that revolution statistic unit exports reaches above-mentioned revolution threshold values, first controller 110 judges that the paper roll length on now the first paper placing machine 100 is less than preset length, and send instruction to annunciator 300, send alerting signal by annunciator 300.
Above-mentioned revolution statistic unit can adopt correlation optocoupler sensor of the prior art, reflected light idol, various proximity switch, grating, magnet-sensitive switch etc.Be described to apply correlation optocoupler sensor in the present embodiment, above-mentioned motor output shaft arranges the code-disc that has a breach, correlation optocoupler luminotron in correlation optocoupler sensor and adoptor are arranged at code-disc both sides, the rotating band activity code dish synchronous axial system of motor output shaft, when code-disc rotates, the light that breach on code-disc sends through luminotron, adoptor can receive the light that luminotron sends, and then adds up with the revolution of the mode of step-by-step counting to motor.
In order to remind maintainer that timing is overhauled the first paper placing machine 100, such as, the inspection operations such as the interpolation of the adjustment of paper roll position, the fastening of parts and lubricating oil, first paper placing machine 100 arranges timing unit, for adding up the first paper placing machine 100 continuous working period, judged, when continuous working period is greater than Preset Time to the first paper placing machine 100, to send alerting signal by annunciator 300 by the first controller 110.Like this, the paper of at the uniform velocity putting being particularly suitable for continuous working is produced.
Such as, first paper placing machine 100 be energized work time, above-mentioned timing unit starts to carry out timing, and separated in time departure time data give the first controller 110, the time data received and Preset Time compare by the first controller 110, if when time data is greater than Preset Time, the first controller 110 is sent to annunciator 300, send alerting signal by annunciator 300, to remind maintainer, the first paper placing machine 100 is overhauled or changes paper roll in time.
And for example, paper roll is changed in time in order to remind operating personal, first paper placing machine 100 arranges distance detecting unit, during for the thickness of the paper roll at the first paper placing machine 100 lower than preset thickness, judge that thickness at the paper roll of the first paper placing machine 100 is lower than preset thickness by the first controller 110, send alerting signal by annunciator 300, do not add paper impact after preventing the paper on paper roll to be finished in time and to produce or the first paper placing machine 100 still operates, not only wasted electric energy but also loss equipment in vain.
Such as, above-mentioned distance detecting unit adopts ultrasonic transduter, ultrasonic transduter is installed on the top of paper roll, due to the rotation along with paper roll, its thickness constantly reduces, ultrasonic transduter also can increase gradually to the distance on paper roll surface, range data is exported to the first controller 110 by ultrasonic transduter, first controller 110 obtains real-time paper roll thickness according to ultrasonic transduter to the distance in paper roll axle center and the mathematic interpolation of real-time range data, when paper roll thickness is lower than preset thickness, first controller 110 output command is to annunciator 300, alerting signal is sent by annunciator 300, paper roll is changed to remind operating personal in time.And for example, above-mentioned distance detecting unit adopts light rang sensor, light rang sensor utilizes its utilizing emitted light pulse, and measure this light pulse from being transmitted into the time gap being reflected by the object, the distance between compute ray rang sensor to paper roll surface is carried out according to time gap, range data is exported to the first controller 110 by light rang sensor, first controller 110 obtains real-time paper roll thickness according to light rang sensor to the distance in paper roll axle center and the mathematic interpolation of real-time range data, when paper roll thickness is lower than preset thickness, first controller 110 output command is to annunciator 300, alerting signal is sent by annunciator 300, paper roll is changed to remind operating personal in time.
Paper roll is changed in time in order to remind operating personal, first paper placing machine 100 arranges the heavy unit of meter, for weighing the real-time weight of the paper roll on the first paper placing machine 100 in real time, when judging that real-time weight is less than preset weight by the first controller 110, send alerting signal by annunciator 300.Such as, count heavy unit and be arranged on the supporting seat of the first paper placing machine 100, by weighing the total quality comprising the first paper placing machine 100 of paper roll, judging that it changes, when real-time weight is less than preset weight, sending alerting signal by annunciator 300.
Concrete the heavy unit of above-mentioned meter can be pressure sensor in actual applications, and be separately set on pressure sensor by the motor that paper roll and drive paper roll rotate, along with the rotation of paper roll, its weight constantly reduces.Pressure sensor exports real-time weight data to first controller 110, first controller 110 calculates real-time finished weight, when real-time finished weight is less than preset weight, first controller 110 output command is to annunciator 300, send alerting signal by annunciator 300, change paper roll to remind operating personal in time.
In order to can the paper on paper roll soon exhaust time, remind operating personal to change paper roll in time, certain of the paper roll on the first paper placing machine 100 arranges labeling section, the first controller 110 linkage flag detecting unit, for when labeling section disappears, send alerting signal by annunciator 300.
Such as, labeling section is fluorescent mark portion, and mark detecting unit is fluorescence detector.Fluorescent mark portion for photo-induced energy storage luminescent powder or can be with active luminescent powder.Fluorescence refers to a kind of chemiluminescence phenomenon of photoluminescence.When the incident light (normally ultraviolet or X-ray) of certain normal temperature material through certain wavelength irradiates, absorb after luminous energy and enter excitation state, and immediately de excitation send out and send than incident light the long emergent light of wavelength; And once stop incident light, luminescence phenomenon also disappears immediately thereupon.The emergent light with this character is just referred to as fluorescence.Fluorescence detector (Fluorescence Detector is called for short FLD) is a kind of detector that high pressure liquid chromatograph is conventional.Utilize Ultraviolet radiation fluorescent mark portion, due to fluorescent mark, portion has fluorescence property, the existence in fluorescent mark portion namely detected by fluorescence detector.When fluorescence detector detects fluorescent mark portion, fluorescence detector outputs signal to the first controller 110, first controller 110 sends instruction to annunciator 300 according to the signal that fluorescence detector exports, and sends alerting signal by annunciator 300, changes paper roll to remind operating personal in time.Above-mentioned labeling section is folded in paper roll, concrete, labeling section is folded in the rear portion near paper roll in paper roll, informs the first controller 110 when mark detecting unit detects labeling section, first controller 110 can assert that the paper on paper roll soon exhausts, and sends alerting signal by annunciator 300.
Such as, described labeling section is reflex reflector, and mark detecting unit is diffusion reflection pattern opto-electronic pickup.Diffusion reflection pattern opto-electronic pickup is arranged towards paper roll, and diffusion reflection pattern opto-electronic pickup comprises an illuminator and a light receiving device.Because reflex reflector is more much bigger to light reflectance than the paper on paper roll, when detecting, when the light value that light receiving device receives increases suddenly, represent that the light that illuminator is launched is reflected by reflex reflector.Now, diffusion reflection pattern opto-electronic pickup export an on-off signal give the first controller 110, first controller 110 output command to annunciator 300, send alerting signal by annunciator 300.
The above embodiment only have expressed several embodiment of the present invention, and it describes comparatively concrete and detailed, but therefore can not be interpreted as the restriction to the scope of the claims of the present invention.It should be pointed out that for the person of ordinary skill of the art, without departing from the inventive concept of the premise, can also make some distortion and improvement, these all belong to protection scope of the present invention.Therefore, the protection domain of patent of the present invention should be as the criterion with claims.
Claims (10)
1. an enclosed non-drying glue coating cutting machine, it arranges at least two paper placing machines, winder and some function blockes; It is characterized in that, also comprise a cabinet;
Described cabinet arranges some paper inlets and a paper output;
The quantity of described paper inlet is identical with the quantity of described paper placing machine, and paper placing machine described in each is inner to described cabinet by paper inlet output paper described in corresponding;
Described paper output exports finished product to described winder;
Described cabinet inside arranges some installation positions, for installing each described function block.
2. non-drying glue coating cutting machine according to claim 1, is characterized in that, described function block comprises at least two tack coat coating machines, and described cabinet arranges corresponding tube of glue, for inputting glue.
3. non-drying glue coating cutting machine according to claim 2, it is characterized in that, described cabinet arranges some vent windows.
4. non-drying glue coating cutting machine according to claim 3, it is characterized in that, described vent window is arranged at the side of described cabinet.
5. non-drying glue coating cutting machine according to claim 4, is characterized in that, arrange retaining section above the outside of vent window described in each.
6. non-drying glue coating cutting machine according to claim 5, is characterized in that, arranges each described vent window under being tilted to.
7. non-drying glue coating cutting machine according to claim 6, it is characterized in that, described vent window has wedge shape section.
8., according to the arbitrary described non-drying glue coating cutting machine of claim 1 to 7, it is characterized in that, described cabinet inside arranges refrigeration system.
9. non-drying glue coating cutting machine according to claim 8, is characterized in that, the two sides that described cabinet is relative, and arrange some air intake vents and some air outlets respectively, air intake vent described in each arranges a blowing fan, and air outlet described in each arranges an extraction fan.
10. non-drying glue coating cutting machine according to claim 9, is characterized in that, described function block also comprises at least two printings unit, make-up machine and cutting machines.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201410593604.1A CN104386524A (en) | 2014-10-28 | 2014-10-28 | Sealed adhesive sticker coating slitting machine |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410593604.1A CN104386524A (en) | 2014-10-28 | 2014-10-28 | Sealed adhesive sticker coating slitting machine |
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| CN104386524A true CN104386524A (en) | 2015-03-04 |
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| CN201410593604.1A Pending CN104386524A (en) | 2014-10-28 | 2014-10-28 | Sealed adhesive sticker coating slitting machine |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
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