CN203371946U - Full-automatic pen plate gluing machine - Google Patents
Full-automatic pen plate gluing machine Download PDFInfo
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- CN203371946U CN203371946U CN201320240123.3U CN201320240123U CN203371946U CN 203371946 U CN203371946 U CN 203371946U CN 201320240123 U CN201320240123 U CN 201320240123U CN 203371946 U CN203371946 U CN 203371946U
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Abstract
The utility model relates to a full-automatic pen plate gluing machine belonging to the field of pen producing and processing technologies, which comprises a work disc. A lower plate feeding work station, an upper plate feeding work station, a steel core locating work station, a drying work station, an upper template lifting work station and a plate discharging work station are sequentially arranged on the work disc. An automatic lower plate feeding system corresponding to the lower plate feeding work station is arranged. An automatic upper plate feeding system corresponding to the upper plate feeding work station is arranged. A steel core locating pressurizing system corresponding to the steel core locating work station is arranged. A drying pressurizing system corresponding to the drying work station is arranged. An upper template lifting mechanism corresponding to the upper template lifting work station is arranged. A plate discharging mechanism corresponding to the plate discharging work station is arranged. The work disc moves intermittently under drive of a grooved wheel mechanism arranged on the lower portion of the work disc. By means of intermittent rotation of the multi-work-station work disc, the working procedures of feeding pen plates, gluing, locating, drying discharging the plates and the like, are finished automatically in a coordinate mode. Therefore, the labor cost is lowered and the processing efficiency of the pen plates is improved. Meanwhile, the quality of the pen plates is improved, and the product yield is increased.
Description
Technical field
The utility model relates to a kind of offset plate machine, relates in particular to a kind of full-automatic plate offset plate machine, belongs to the production and processing technical field of pen.
Background technology
Traditional penholder production technology is to be mainly that manual operations completes, and is at first processing gluing on the plank of groove, then puts at least two pen core location, and then the time of Pressurized-heated more than two hours is dried.At first the main body because of pen core is paraffin, its rigidity, toughness is poor, and strict to temperature requirement, for example distortion will appear in 40 ℃ of temperature pen cores, so there slightly have when Pressurized-heated operates to be improper, be easy to because under pen core high temperature, distortion causes the groove dislocation between two planks to produce waste product, secondly because of two pen core location, the plank of general eight grooves calculates only has six finished product bar qualification rates to account for 75%, if also need manually will to screen with the bar of pen core after making bar, not only waste time and energy, working (machining) efficiency is low, and its yield rate is low, can not meet the demand of annotating the core machine far away.
The utility model content
The deficiency that the utility model exists for above-mentioned prior art, provide a kind of simple in structure, easy to operate, full-automatic plate offset plate machine that working (machining) efficiency is high, and it realizes machinery automation processing to a plate.
The technical scheme that the utility model solves the problems of the technologies described above is as follows: a kind of full-automatic plate offset plate machine, it is characterized in that, comprise scratch diskette, on described scratch diskette, be provided with successively into the lower plate station, advance the upper plate station, steel core location station, drying station, put on template station and ejecting plate station, advance corresponding being provided with of lower plate station and automatically advance the lower plate system with described, advance corresponding being provided with of upper plate station and automatically advance the upper plate system with described, be provided with steel core location compression system corresponding to described steel core location station, be provided with oven dry compression system corresponding to described drying station, put on corresponding being provided with of template station and put on template mechanism with described, be provided with ejecting plate mechanism corresponding to described ejecting plate station, described scratch diskette bottom is provided with Geneva mechanism, described Geneva mechanism offers the power of described scratch diskette intermittent movement,
Corresponding with each station position plate locating slot that is provided with on described scratch diskette, corresponding described plate locating slot top is provided with cope match-plate pattern, and described cope match-plate pattern is provided with briquetting;
Described steel core location compression system comprises at least four location steel cores, steel core positioning cylinder and is arranged on the steel core location pressurized cylinder of station top, described steel core location, described steel core positioning cylinder is for controlling location steel core action, described steel core location pressurized cylinder is for compressing the cope match-plate pattern be arranged on the station of described steel core location, by realizing compressing cope match-plate pattern on the briquetting that acts on cope match-plate pattern.Described steel core positioning cylinder is mainly that the location steel core is sent in the hole that upper plate and lower plate form and positioned, and after the pressurized cylinder effect of steel core location, the steel core positioning cylinder will locate steel core and be drawn back, and the while steel core is located the pressurized cylinder return.
The beneficial effects of the utility model are: the technique that has changed traditional system pen, by working (machining) efficiency, low manual operations has become automated mechanical processing, by multistation scratch diskette batch (-type), rotate, realize that a plate advances the operations such as plate, gluing, location, oven dry, ejecting plate and coordinates automatically to complete, reduced the recruitment cost, improve the working (machining) efficiency of a plate, also improved quality and the yield rate of a plate simultaneously, more perfect with coordinating of full-automatic injecting core machine.
On the basis of technique scheme, the utility model can also be done following improvement.
Further, describedly automatically advance the lower plate system and comprise the lower plate reserving chamber, lower plate is advanced plate mechanism and lower plate rubber-coated mechanism, described lower plate is entered plate mechanism and is comprised into lower plate cylinder and lower plate push pedal, described lower plate rubber-coated mechanism comprises sealing load glue tank, glue valve and glue threshold switch cylinder, and described glue valve is arranged on the top of described lower plate reserving chamber plate outlet;
Describedly automatically advance the upper plate system and comprise the upper plate reserving chamber, upper plate advances plate mechanism and upper plate rubber-coated mechanism, and described upper plate enters plate mechanism and comprises into upper plate cylinder and upper plate top board, and described upper plate rubber-coated mechanism comprises the glue box and is arranged on the rubber roll in the glue box.
Adopt the beneficial effect of above-mentioned further scheme to be, by automatically advancing the lower plate system and automatically advancing the upper plate system, realize a plate automatically at plate Surface Groove edge gluing, advance plate to scratch diskette, in detail as follows: as at first by automatically advancing the lower plate system, lower edges of boards are advanced to the edges of boards gluing automatically to enter on scratch diskette, then scratch diskette rotation, this station rotary, to automatically entering upper plate alliance place, then enters by upper edges of boards the top that the edges of boards gluing is advanced into above-mentioned lower plate automatically by automatically advancing the upper plate system.
Further, described oven dry compression system comprises that vortex air pump, electric heater, hot-blast pipe line, oven dry pressurized cylinder and wind chews mechanism, described vortex air pump is connected with the air inlet of described electric heater by pipeline, described electric heater connects wind by hot-blast pipe line and chews mechanism, described oven dry pressurized cylinder correspondence is arranged on described drying station top, and described oven dry pressurized cylinder is by realizing the compression action to cope match-plate pattern on the briquetting that acts on cope match-plate pattern;
Wind is chewed mechanism and is comprised that wind is chewed mouthful, wind is chewed silicone rubber for sealing, wind is chewed mobile airduct, wind chews overcoat and wind is chewed the advance and retreat cylinder, described wind is chewed overcoat and is communicated with described hot-blast pipe line, and described wind is chewed mobile airduct and chewed under the advance and retreat cylinder action and can slide in wind is chewed overcoat at described wind.
Adopt the beneficial effect of above-mentioned further scheme to be, dry compression system and be mainly upper for close contact after the steel core positioning compression, lower plate is dried, in detail as follows: described wind is chewed and mouthful is passed through wind and chew the effect of silicone rubber for sealing and be pressed on, the end face of lower plate, utilize the vortex air pump, the high-temperature high-speed airflow that electric heater produces directly is blown in the hole of the bonding rear formation of two plates, make, lower plate glue contact-making surface obtains rapid drying, in drying course, drying pressurized cylinder, to act on the briquetting of cope match-plate pattern upper to what have good positioning, it is bonding that the lower plate compression fully contacts the gluing position.
Further, described put on template mechanism comprise be arranged on described put on template station top put on the template cylinder, described cope match-plate pattern is provided with carries plate mechanism, describedly carry the self-locking mechanism with spring that plate mechanism comprises that Ji Yu press section, press section connects, described self-locking mechanism bottom is fixedly connected with described cope match-plate pattern, and the described template cylinder action of putting on is in the action of carrying the plate winding machine and put on template.
Adopt the beneficial effect of above-mentioned further scheme to be, before ejecting plate, the cope match-plate pattern of plate locating slot top is mentioned, in detail as follows: as by putting on the template cylinder, to move down and act on the press section of carrying plate mechanism, drive on cope match-plate pattern and move when the self-locking mechanism be connected with press section moves down release, thus, cope match-plate pattern breaks away from away from the upper and lower plate compressed.
Further, described ejecting plate mechanism comprises the ejecting plate cylinder, and described ejecting plate cylinder is arranged on the below of described ejecting plate station.
Adopt the beneficial effect of above-mentioned further scheme to be, through the upper and lower plate ejecting plate under the effect of described ejecting plate cylinder compressed after the pressurization of steel core location, oven dry pressurization, after the plate formed by upper and lower plate after compressing is released scratch diskette, enter specific slideway and focus on.
Further, described Geneva mechanism comprises sheave, sheave positioning pedestal, sheave adapter sleeve and thumb wheel, and described sheave is fixed on described sheave positioning pedestal, and described sheave one side is provided with sheave locking arc, between described sheave locking arc, is provided with the sheave allocating slot; Described thumb wheel is provided with thumb wheel locking arc, and described thumb wheel locking arc matches with described sheave locking arc.
Adopt the beneficial effect of above-mentioned further scheme to be, after the thumb wheel of thumb wheel is coupling and receives rotate instruction, lock the coordinating of arc with thumb wheel locking arc on sheave with sheave by thumb wheel, be converted to the intermittent movement of sheave by rotatablely moving, thereby realize the operation of each station on scratch diskette.
Further, described scratch diskette is provided with 6～12 stations, and described plate locating slot is 6～12, and described plate locating slot slightly is wider than the width of described upper plate or lower plate.
Adopt the beneficial effect of above-mentioned further scheme to be, utilize fixing lower plate and the upper plate in groups of plate locating slot, can change at any time corresponding with it plate locating slot according to lower plate and the upper plate of different size, according to different need of productions, station that can be reasonable in design on scratch diskette.
Further, also comprise mechanical drive system, described mechanical drive system comprises motor, reductor and overload-release clutch, described motor is connected by belt with reductor, the described reductor described overload-release clutch of process also is connected with described final drive shaft by chain, the final drive shaft of described mechanical drive system is connected with the thumb wheel axle of described thumb wheel by bevel gear, described thumb wheel is locked arc by thumb wheel and is connected with described sheave, realize the intermittent movement of Geneva mechanism, rotate thereby drive the scratch diskette coaxial with Geneva mechanism.
Adopt the beneficial effect of above-mentioned further scheme to be, overload-release clutch can be realized when equipment running process is obstructed, final drive shaft separates with reductor, avoid equipment impaired, thumb wheel receives the rotary power rotation that final drive shaft transmits, and by thumb wheel locking arc, thumb wheel axle and the sheave locking arc of thumb wheel, the interaction of sheave allocating slot, realizes the intermittent movement of Geneva mechanism.
Further, also comprise control system, described control system comprises switch board and is arranged on approach switch inductance loop and the approach switch in switch board, and described approach switch inductance loop is arranged on the axle head of described final drive shaft.
Adopt the beneficial effect of above-mentioned further scheme to be, control system adopts the approach switch inductance loop can realize that each operation action is harmonious in time, and control system can be controlled each magnetic valve, thereby controls each cylinder co-ordination.
Also comprise the air-operated solenoid valve group for the control cylinder action.
Adopt the beneficial effect of above-mentioned further scheme to be, the air-operated solenoid valve group is accepted control system and is controlled, and utilizes compressed air to make each cylinder co-ordination.
The accompanying drawing explanation
Fig. 1 is structural representation of the present utility model;
The top view that Fig. 2 is the new scratch diskette of this practicality;
The structural representation that Fig. 3 is the utility model mechanical drive system;
Fig. 4 is the structural representation that the utility model wind is chewed mechanism;
Fig. 5 is the structural representation that the utility model advances the lower plate system automatically;
The structural representation that Fig. 6 is the utility model lower plate gluing;
The structural representation that Fig. 7 is the utility model glue valve;
Fig. 8 is the structural representation that the utility model advances the upper plate system automatically;
The structural representation that Fig. 9 is the utility model upper plate gluing;
The structural representation that Figure 10 is the utility model sheave;
The structural representation that Figure 11 is the utility model cope match-plate pattern;
The structural representation that Figure 12 is the utility model cope match-plate pattern working cylinder.
In Fig. 1～Figure 12,1, automatically advance the lower plate system; 101, lower plate reserving chamber; 102, advance the lower plate cylinder; 103, lower plate push pedal; 104, sealing load glue tank; 105, glue valve; 106, glue threshold switch cylinder; 107, lower plate; 108, plastic emitting is chewed; 2, automatically advance the upper plate system; 201, upper plate; 202, upper plate reserving chamber; 203, advance the upper plate cylinder; 204, upper plate top board; 205, glue box; 206, rubber roll; 3, steel core location compression system; 301, steel core; 302, steel core positioning cylinder; 4, dry compression system; 401, vortex air pump; 402, electric heater; 403, hot-blast pipe line; 5, wind is chewed mechanism; 501, wind is chewed mouth; 502, wind is chewed silicone rubber for sealing; 502 wind are chewed mobile airduct; 503, wind is chewed overcoat; 504, wind is chewed the advance and retreat cylinder; 6, Geneva mechanism; 601, sheave; 602, sheave positioning pedestal; 603, sheave adapter sleeve; 604, thumb wheel; 605, sheave locking arc; 606, sheave allocating slot; 607, thumb wheel locking arc; 608, thumb wheel positioning shaft sleeve; 609, thumb wheel axle; 7, scratch diskette; 701, plate locating slot; 702, advance the lower plate station; 703, advance the upper plate station; 704, steel core location station; 705, drying station; 706, put on the template station; 707, ejecting plate station; 708, wheel idle station; 8, motor; 9, reductor; 10, overload-release clutch; 11, belt; 12, chain; 13, final drive shaft; 131, sprocket wheel; 14, approach switch inductance loop; 15, approach switch; 16, switch board; 17, air-operated solenoid valve group; 18, dry pressurized cylinder; 19, cope match-plate pattern; 20, steel core location pressurized cylinder; 21, ejecting plate cylinder; 22, bevel gear; 23, press section; 24, self-locking mechanism; 25, briquetting; 26, put on the template cylinder.
The specific embodiment
Below in conjunction with accompanying drawing, principle of the present utility model and feature are described, example, only for explaining the utility model, is not intended to limit scope of the present utility model.
As shown in Fig. 1～Figure 12, a kind of full-automatic plate offset plate machine, be characterized in, comprise scratch diskette 7, on described scratch diskette 7, be provided with successively into lower plate station 702, advance upper plate station 703, steel core location station 704, drying station 705, put on template station 706 and ejecting plate station 707, advance corresponding being provided with of lower plate station 702 and automatically advance lower plate system 1 with described, advance corresponding being provided with of upper plate station 703 and automatically advance upper plate system 2 with described, be provided with steel core location compression system 3 corresponding to described steel core location station 704, be provided with corresponding with described drying station 705 dried compression system 4, put on corresponding being provided with of template station 706 and put on template mechanism with described, be provided with ejecting plate mechanism corresponding to described ejecting plate station 707, described scratch diskette 7 bottoms are provided with Geneva mechanism 6, described Geneva mechanism 6 offers the power of described scratch diskette intermittent movement,
Corresponding with each station position plate locating slot that is provided with on described scratch diskette, respective panels locating slot top is provided with cope match-plate pattern, and described cope match-plate pattern is provided with briquetting;
Described steel core location compression system 3 comprises at least four location steel cores 301, steel core positioning cylinder 302 and is arranged on the steel core location pressurized cylinder of station top, described steel core location, described steel core positioning cylinder 302 is for controlling 301 actions of location steel core, described steel core location pressurized cylinder 20 is arranged on the cope match-plate pattern 19 on the station of described steel core location for compression, thereby mainly by steel core, locate pressurized cylinder, acts on the briquetting of cope match-plate pattern and realizes compressing the pressurization of cope match-plate pattern realization to upper and lower plate.
Described steel core positioning cylinder 302 is mainly that location steel core 301 is sent in the hole that upper plate 201 and lower plate 107 form and positioned, until steel core location pressurized cylinder 20 by after acting on briquetting cope match-plate pattern being pressurizeed, steel core positioning cylinder 302 will be located steel core 301 and be drawn back, simultaneously steel core location pressurized cylinder 20 returns.
Describedly automatically advance the lower plate system and comprise lower plate reserving chamber 101, lower plate is advanced plate mechanism and lower plate rubber-coated mechanism, described lower plate is entered plate mechanism and is comprised into lower plate cylinder 102 and lower plate push pedal 103, described lower plate rubber-coated mechanism comprises sealing load glue tank 104, glue valve 105 and glue threshold switch cylinder 106, and described glue valve 105 is arranged on the top of described lower plate reserving chamber 101 plate outlets;
Describedly automatically advance upper plate system 2 and comprise upper plate reserving chamber 202, upper plate advances plate mechanism and upper plate rubber-coated mechanism, described upper plate enters plate mechanism and comprises into upper plate cylinder 203 and upper plate top board 204, and described upper plate rubber-coated mechanism comprises glue box 205 and is arranged on the rubber roll 206 in the glue box.By automatically advancing lower plate system 1 and automatically advancing upper plate system 2, the upper and lower plate of realizing a plate automatically at plate Surface Groove edge gluing, advance plate to scratch diskette 7, in detail as follows: as at first by automatically advancing lower plate system 1, lower edges of boards are advanced to the edges of boards gluing automatically to enter in the plate locating slot 701 on scratch diskette, then scratch diskette 7 rotations, this station rotary, to automatically entering upper plate system 2 positions, then enters by upper edges of boards the top that the edges of boards gluing is advanced into above-mentioned lower plate automatically by automatically advancing upper plate system 2.
Described oven dry compression system 4 comprises vortex air pump 401, electric heater 402, hot-blast pipe line 403, dry pressurized cylinder 18 and wind is chewed mechanism 5, described vortex air pump 401 is connected with the air inlet of described electric heater 402 by pipeline, described electric heater 402 connects wind by hot-blast pipe line 403 and chews mechanism 5, described oven dry pressurized cylinder 18 is arranged on described drying station 705 tops for compressing cope match-plate pattern, specifically by the briquetting 25 acted on the drying station cope match-plate pattern, realizes upper and lower plate is compressed;
Wind is chewed mechanism 5 and is comprised that wind chews mouthfuls 501, wind is chewed silicone rubber for sealing 502, wind is chewed mobile airduct 503, wind chews overcoat 503 and wind is chewed advance and retreat cylinder 504, described wind is chewed overcoat 503 and is communicated with described hot-blast pipe line 403, and described wind is chewed mobile airduct 502 and chewed under 504 effects of advance and retreat cylinder and can slide in wind is chewed overcoat at described wind.
Dry compression system 4 and be mainly upper for close contact after steel core 301 positioning compressions, lower plate is dried, in detail as follows: described wind is chewed mouthfuls 501 and is passed through wind and chew the effect of silicone rubber for sealing 502 and be pressed on, the end face of lower plate, utilize vortex air pump 401, the high-temperature high-speed airflow that electric heater 402 produces directly is blown into, in the hole of the bonding rear formation of lower plate, make, lower plate glue contact-making surface obtains rapid drying, in drying course, dry pressurized cylinder 18 Main Functions realizes upper to what have good positioning on the briquetting 25 of cope match-plate pattern, it is bonding that the lower plate compression fully contacts the gluing position.
Described put on template mechanism comprise be arranged on described put on template station 706 tops put on template cylinder 26, described cope match-plate pattern 19 is provided with carries plate mechanism, describedly carry the self-locking mechanism with spring 24 that plate mechanism comprises that 23Ji Yu press section, press section 23 connects, described self-locking mechanism 24 bottoms are fixedly connected with described cope match-plate pattern 19, and the described template cylinder 26 of putting on acts on and proposes the action that the plate winding machine is put on template.Move down and act on the described press section 23 of carrying plate mechanism by putting on template cylinder 26, when the self-locking mechanism 24 be connected with press section moves down release, drive on cope match-plate pattern 19 and move, thus, cope match-plate pattern breaks away from away from the upper and lower plate compressed.
Described ejecting plate mechanism comprises ejecting plate cylinder 21, and described ejecting plate cylinder 21 is arranged on the below of described corresponding ejecting plate station 707.Through the upper and lower plate ejecting plate under the effect of ejecting plate cylinder 21 compressed after the pressurization of steel core location, oven dry pressurization, upper and lower plate enters specific slideway and focuses on after releasing scratch diskette 7.
Described Geneva mechanism 6 comprises sheave 601, sheave positioning pedestal 602, sheave adapter sleeve 603 and thumb wheel 604, described sheave 601 is fixed on described sheave positioning pedestal 602, described sheave one side is provided with sheave locking arc 605, between described sheave locking arc 605, is provided with sheave allocating slot 606; Described thumb wheel 604 arranges the side near described sheave locking arc 605, and described thumb wheel 604 is provided with thumb wheel locking arc 607, and described thumb wheel locking arc 607 matches with described sheave locking arc 605.After the thumb wheel of thumb wheel 604 is coupling and receives rotate instruction, by thumb wheel, with thumb wheel locking arc on sheave, with sheave, lock coordinating of arc, be converted to the intermittent movement of Geneva mechanism by rotatablely moving, thereby realize the operation of each station on scratch diskette 7.
Described scratch diskette 7 is provided with 6～12 stations, and described plate locating slot 701 is 6～12, and described plate locating slot 701 slightly is wider than the width of described upper plate 201 or lower plate 107.Utilize fixing lower plate 107 and the upper plate 201 in groups of plate locating slot 701.
Described scratch diskette 7 is provided with 12 stations, and respective panels locating slot 701 is 12, according to different need of productions, and station that can be reasonable in design on scratch diskette.
Also comprise mechanical drive system, described mechanical drive system comprises motor 8, reductor 9 and overload-release clutch 10, described motor 8 is connected by belt 11 with reductor 9, described reductor 9 also is connected with described final drive shaft 13 by chain 12 through described overload-release clutch 10, the final drive shaft 13 of described mechanical drive system is connected with the thumb wheel axle of described thumb wheel 604 by bevel gear 22, and described thumb wheel 604 is locked arc 607 by thumb wheel and is connected with described sheave 601.Overload-release clutch 10 can be realized when equipment running process is obstructed, final drive shaft 13 separates with reductor 9, avoid equipment impaired, thumb wheel 604 receives the rotary power rotation that final drive shaft 13 transmits, and by thumb wheel locking arc, thumb wheel axle and the sheave locking arc of thumb wheel, the interaction of sheave allocating slot, realizes the intermittent movement of Geneva mechanism.
Also comprise control system, described control system comprises switch board 16 and is arranged on approach switch inductance loop 14 and the approach switch 15 in switch board, and described approach switch inductance loop 14 is arranged on the axle head of described final drive shaft 13.Control system adopts the approach switch inductance loop can realize that each operation action is harmonious in time, and control system can be controlled each magnetic valve, thereby controls each cylinder co-ordination.
Also comprise the air-operated solenoid valve group 17 for the control cylinder action.Air-operated solenoid valve group 17 is accepted control system and is controlled, and utilizes compressed air to make each cylinder co-ordination.
The course of work is as follows: the utlity model has from automatically entering lower plate → lower plate glue tank gluing → advance upper plate → upper plate rubber roll gluing → tetra-steel cores pressurization location and dry a series of automation functions such as the product that pressurizes → go out for → six times.The realization of above automation function is to pass through the control system coordination by the approach switch inductance loop of final drive shaft axle head and approach switch.
At first motor 8 arrives reductor 9 by belt 11 by transmission of power, the output shaft of reductor 9 is equipped with overload-release clutch 10, the further speed change of the sprocket wheel connected by speed reducer output shaft, then by chain 12 by transmission of power the sprocket wheel 131 to final drive shaft, make final drive shaft run-in synchronism, final drive shaft is provided with the bevel gear 22 of change force direction and the approach switch inductance loop 14 of control cylinder magnetic valve action, by the thumb wheel 604 that connects on angular wheel shaft by transmission of power to sheave 601, realize the intermittent movement of sheave, described scratch diskette is synchronizeed and is rotated with coaxial sheave.
Advance the lower plate operation, be fixed on the work order that the glue threshold switch cylinder 106 of lower plate reserving chamber 101 plate outlet place glue valves obtains and open glue valve 105, then advance lower plate cylinder 102 and obtain work order, advance the push pedal of lower plate cylinder action drive lower plate and lower plate 107 is pushed from lower plate reserving chamber 101 to scratch diskette upper plate locating slot 701 assigned addresses, when lower plate 107 is shifted onto the plastic emitting of glue valve and is chewed position by lower plate push pedal 103, just the liquid glue from sealing load glue tank 104 is chewed and is extruded from plastic emitting, is coated in uniformly the bossing of lower plate.Then advance the upper plate operation, advance the upper plate process and to advance lower plate basic identical, be into upper plate designed glue box 205,206 pairs of upper plates of rubber roll 201 carry out gluing.Enter into the steel core positioning process completing after advancing plate twice, it is equidistantly isometrical with the upper and lower hole of closing rear formation of hardening by four that steel core positioning cylinder 302 obtains work order, the steel core 301 that length is greater than hole length 3/4 is located among inserting upper and lower plate, the steel core location pressurized cylinder 20 that scratch diskette 7 tops are provided with simultaneously obtains instruction works, compress upper and lower plate by the briquetting 25 that acts on cope match-plate pattern, then steel core positioning cylinder 20 is drawn back steel core, and steel core location pressurized cylinder 20 is the power cut-off return also.
Forward baking operation to after completing the steel core location, need the pressure of six 4kg/cm of experience, 90-120 ℃ of hot blasts are forced to dry, the concrete air inlet that adopts two vortex air pumps 401 to be connected to electric heater 402 by pipeline produces 100-120 degree high speed hot blast. and six wind is chewed advance and retreat cylinder 504 and is obtained the wind that the instruction pusher is dynamically connected and chew effect, make mouthfuls 501 effects of through wind, chewing silicone rubber for sealing 502 of chewing of its wind be pressed on to be dried on, the end face of lower plank, the high temperature and high speed hot blast directly is blown in the hole of the bonding rear formation of two plates, make two plate glue contact-making surfaces obtain rapid drying, it is upper to what have good positioning by cope match-plate pattern in hot-air seasoning at corresponding drying station, 18. its effects of six oven dry pressurized cylinders also being installed, it is bonding that the lower plate compression fully contacts the gluing position, the work of cope match-plate pattern compression is chewed work prior to hot blast.Be transferred to after completing baking operation and put on the template station, the described template cylinder 26 of putting on obtains working after instruction, the described template cylinder 26 of putting on acts on the press section 23 of carrying plate mechanism, drive on cope match-plate pattern 19 and move when the self-locking mechanism 24 be connected with press section 23 moves down release, make cope match-plate pattern 19 break away from upper and lower plate, its objective is and release ready work for the plank by oven dry.After forwarding the ejecting plate station to, obtain instruction by ejecting plate cylinder 21 plate is released to scratch diskette 7, enter specific slideway centralized recovery, thereby completed the procedure of a plate.
The foregoing is only preferred embodiment of the present utility model, not in order to limit the utility model, all within spirit of the present utility model and principle, any modification of doing, be equal to replacement, improvement etc., within all should being included in protection domain of the present utility model.
Claims (10)
1. one kind full-automatic plate offset plate machine, it is characterized in that, comprise scratch diskette, on described scratch diskette, be provided with successively into the lower plate station, advance the upper plate station, steel core location station, drying station, put on template station and ejecting plate station, advance corresponding being provided with of lower plate station and automatically advance the lower plate system with described, advance corresponding being provided with of upper plate station and automatically advance the upper plate system with described, be provided with steel core location compression system corresponding to described steel core location station, be provided with oven dry compression system corresponding to described drying station, put on corresponding being provided with of template station and put on template mechanism with described, be provided with ejecting plate mechanism corresponding to described ejecting plate station, described scratch diskette bottom is provided with Geneva mechanism, described Geneva mechanism offers the power of described scratch diskette intermittent movement,
Corresponding with each station position plate locating slot that is provided with on described scratch diskette, described plate locating slot top is provided with cope match-plate pattern, and described cope match-plate pattern is provided with briquetting;
Described steel core location compression system comprises at least four location steel cores, steel core positioning cylinder and is arranged on the steel core location pressurized cylinder of station top, described steel core location, described steel core positioning cylinder is for controlling location steel core action, and described steel core location pressurized cylinder is for compressing the cope match-plate pattern be arranged on the station of described steel core location.
2. full-automatic plate offset plate machine according to claim 1, it is characterized in that, describedly automatically advance the lower plate system and comprise the lower plate reserving chamber, lower plate is advanced plate mechanism and lower plate rubber-coated mechanism, described lower plate is entered plate mechanism and is comprised into lower plate cylinder and lower plate push pedal, described lower plate rubber-coated mechanism comprises sealing load glue tank, glue valve and glue threshold switch cylinder, and described glue valve is arranged on the top of described lower plate reserving chamber plate outlet;
Describedly automatically advance the upper plate system and comprise the upper plate reserving chamber, upper plate advances plate mechanism and upper plate rubber-coated mechanism, and described upper plate enters plate mechanism and comprises into upper plate cylinder and upper plate top board, and described upper plate rubber-coated mechanism comprises the glue box and is arranged on the rubber roll in the glue box.
3. full-automatic plate offset plate machine according to claim 1, it is characterized in that, described oven dry compression system comprises that vortex air pump, electric heater, hot-blast pipe line, oven dry pressurized cylinder and wind chews mechanism, described vortex air pump is connected with the air inlet of described electric heater by pipeline, described electric heater connects wind by hot-blast pipe line and chews mechanism, described oven dry pressurized cylinder correspondence is arranged on described drying station top, and described oven dry pressurized cylinder is arranged on the cope match-plate pattern on described drying station for compressing;
Wind is chewed mechanism and is comprised that wind is chewed mouthful, wind is chewed silicone rubber for sealing, wind is chewed mobile airduct, wind chews overcoat and wind is chewed the advance and retreat cylinder, described wind is chewed overcoat and is communicated with described hot-blast pipe line, and described wind is chewed mobile airduct and chewed under the advance and retreat cylinder action and can slide in wind is chewed overcoat at described wind.
4. full-automatic plate offset plate machine according to claim 1, it is characterized in that, described put on template mechanism comprise be arranged on described put on template station top put on the template cylinder, described cope match-plate pattern is provided with carries plate mechanism, describedly carry the self-locking mechanism with spring that plate mechanism comprises that Ji Yu press section, press section connects, described self-locking mechanism bottom is fixedly connected with described cope match-plate pattern, and the described template cylinder action of putting on is in the action of carrying the plate winding machine and put on template.
5. full-automatic plate offset plate machine according to claim 1, is characterized in that, described ejecting plate mechanism comprises the ejecting plate cylinder, and described ejecting plate cylinder is arranged on the below of described ejecting plate station.
6. according to described full-automatic the plate offset plate machine of claim 1～5 any one, it is characterized in that, described Geneva mechanism comprises sheave, sheave positioning pedestal, sheave adapter sleeve and thumb wheel, described sheave is fixed on described sheave positioning pedestal, described sheave one side is provided with sheave locking arc, between described sheave locking arc, is provided with the sheave allocating slot; Described thumb wheel is provided with thumb wheel locking arc, and described thumb wheel locking arc matches with described sheave locking arc.
7. according to described full-automatic the plate offset plate machine of claim 1～5 any one, it is characterized in that, described scratch diskette is provided with 6～12 stations, and described plate locating slot is 6～12, and described plate locating slot slightly is wider than the width of described upper plate or lower plate.
8. full-automatic plate offset plate machine according to claim 6, it is characterized in that, also comprise mechanical drive system, described mechanical drive system comprises motor, reductor and overload-release clutch, described motor is connected by belt with reductor, the described reductor described overload-release clutch of process also is connected with final drive shaft by chain, and described final drive shaft is connected with the thumb wheel axle of described thumb wheel by bevel gear, and described thumb wheel is locked arc and described sheave effect by thumb wheel.
9. full-automatic plate offset plate machine according to claim 8, it is characterized in that, also comprise control system, described control system comprises switch board and is arranged on approach switch inductance loop and the approach switch in switch board, and described approach switch inductance loop is arranged on the axle head of described final drive shaft.
10. full-automatic plate offset plate machine according to claim 9, is characterized in that, also comprises the air-operated solenoid valve group for the control cylinder action.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320240123.3U CN203371946U (en) | 2013-05-07 | 2013-05-07 | Full-automatic pen plate gluing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320240123.3U CN203371946U (en) | 2013-05-07 | 2013-05-07 | Full-automatic pen plate gluing machine |
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| Publication Number | Publication Date |
|---|---|
| CN203371946U true CN203371946U (en) | 2014-01-01 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320240123.3U Withdrawn - After Issue CN203371946U (en) | 2013-05-07 | 2013-05-07 | Full-automatic pen plate gluing machine |
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| Country | Link |
|---|---|
| CN (1) | CN203371946U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103213427A (en) * | 2013-05-07 | 2013-07-24 | 烟台盖恩机械设备有限公司 | Full-automatic pen plate gluing machine |
| CN105150717A (en) * | 2015-10-28 | 2015-12-16 | 卢耀武 | Pencil sleeving machine |
-
2013
- 2013-05-07 CN CN201320240123.3U patent/CN203371946U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103213427A (en) * | 2013-05-07 | 2013-07-24 | 烟台盖恩机械设备有限公司 | Full-automatic pen plate gluing machine |
| CN105150717A (en) * | 2015-10-28 | 2015-12-16 | 卢耀武 | Pencil sleeving machine |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20140101 Effective date of abandoning: 20150909 |
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| RGAV | Abandon patent right to avoid regrant |