CN100415512C - Band tape scale mark printing equipment - Google Patents
Band tape scale mark printing equipment Download PDFInfo
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- CN100415512C CN100415512C CNB2005100608287A CN200510060828A CN100415512C CN 100415512 C CN100415512 C CN 100415512C CN B2005100608287 A CNB2005100608287 A CN B2005100608287A CN 200510060828 A CN200510060828 A CN 200510060828A CN 100415512 C CN100415512 C CN 100415512C
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Abstract
The present invention relates to a tape measure scale mark printing equipment. Said equipment includes machine frame, tape guide component mounted on the machine frame, printing wheel component, press roller mechanism and main controller. The tape guide component is positioned at side of said printing wheel component and is matched with said tape. Said printing wheel component includes printing wheel, printing ink box and printing ink doctor-blade regulating mechanism. Said printing wheel is connected on the printing wheel axle, said printing wheel axle is connected with drive mechanism and reset mechanism. The press roller mechanism includes press roller and cam mechanism capable of driving press roller and making it be up-dow moved. The drive mechanism and reset mechanism of printing wheel and drive device of cam and its counter are connected with said main controller electrically.
Description
(1) technical field
The present invention relates to a kind of band tape scale mark printing equipment.
(2) background technology
Existing tape measure comprises plastics tape measure, steel tape, and scale and length mark adopt different colours usually, needs separately printing.The kind of mark comprises two metric systems, metric and English, platform system, made in U.S.A etc., and the two sides of two metric system marks is the metric system scale, and the one side of metric and English mark is the metric system scale, and another side is a graduated in English.The length specification of mark has a variety of, comprises from 1.5 meters to 100 meters all size.The mark printing equipment is the equipment that is used for printing scale and respective length mark on the chi band that has been shaped.The mark printing equipment comprises mark scale printing equipment, mark scale mark printing equipment.
The patent No. is 95240564.4, patent name is rice, the foot sign printing machine of movil movyl chi chi band, a kind of semi automatic machine at every meter or every foot sign of fiber tape measure surface printing is disclosed, be the tensioning wheel carrier to be housed on the frame right side of printing machine, the frame face is provided with chi band carry-over pinch rolls, adorns friction pulley, friction belt wheel on the traction rollers; The belt pulley that the large and small belt pulley on the motor-driven power transmission shaft under the frame and the frame outside are adorned drives two chi band conveying axis runnings; Twine the chi band on the chi band conveying axis, the optimum position of chi band is regulated by the handwheel on the chi band conveying axis.By screen printing plate with manual mode of operation's printed words code mark.Manually character code operation one by one with respect to general can realize the semi-mechanization batch process.Also the defective of Cun Zaiing is: 1, need operating personnel to regulate the optimum position by handwheel, troublesome poeration can not be realized automated production; 2, production efficiency is low; 3, character code adopts protruding seal, and the printing quality of character code is relatively poor.
(3) summary of the invention
Can not realize that in order to overcome existing band tape scale mark printing equipment automated production, production efficiency are low, the deficiency of printing quality difference, the invention provides and a kind ofly can realize automated production, production efficiency height, the measured band tape scale mark printing equipment of printing quality.
The technical solution adopted for the present invention to solve the technical problems is:
A kind of band tape scale mark printing equipment, described label print equipment comprise frame, rack-mounted chi band guiding element, seal wheel assembly, pressing roll mechanism, master controller; The side that described chi band guiding element is positioned at the seal wheel assembly cooperates with the chi band; Described seal wheel assembly comprises seal wheel, ink cartridge and printing ink scraping blade governor motion, establish scale mark on the circumference of described seal wheel, the proportionality coefficient of the circumferential speed of described seal wheel and the linear velocity of chi band is K, 0.98≤K≤1.02, circumferential distance between the adjacent marker is K a times of standard unit's length, described ink cartridge, printing ink scraping blade governor motion cooperate with the seal wheel, described seal wheel is connected on the seal wheel shaft, described seal wheel shaft connect with so that the moving driving mechanism of rotary printing, usefulness so that seal is taken turns the resetting-mechanism that resets; Described label print equipment also is provided with the counter that is used to write down the number of turns that cam turns over; Described pressing roll mechanism comprises pressure roller, drives the cam mechanism that pressure roller moves up and down, and described pressure roller cooperates with described seal wheel, and the cam of described cam mechanism is fixedly mounted on the camshaft, and described camshaft connects to be used so that the drive unit that cam rotates; Driving mechanism, resetting-mechanism, the drive unit of cam, the counter of described seal wheel are electrically connected with described master controller.
Further, the circumferential speed of described seal wheel is identical with the linear velocity of chi band, and the inequality in circumference of described seal wheel is in the integral multiple of standard unit's length, and the circumferential distance between the adjacent marker is standard unit's length.
Described seal wheel is provided with at least two circles scale mark arranged side by side, and the circumferential distance between the start bit mark of the last position mark of last circle mark and adjacent back one circle mark is standard unit's length; Described seal wheel shaft is fixedly mounted on the bearing block, bearing block is fixed on the mobile platform, described mobile platform is slidably mounted on the line slideway of frame, described mobile platform connects in order to drive the control device that mobile platform moves and resets, and the displacement of described mobile platform is identical with the axial distance of individual pen scale mark; The control device of described mobile platform is electrically connected with described master controller.
Further again, the drive unit of the driving mechanism of described seal wheel, resetting-mechanism, cam is the travelling gear box assembly, first output shaft of uni-drive gear box is connected with the seal wheel shaft, second output shaft is connected with camshaft, first power shaft and first electromagnetic clutch, the drive motors of uni-drive gear box join, and described second power shaft joins with second electromagnetic clutch, the motor that resets; Described gear-box also comprises reseting sensor, the controlled moving part in order to the seal wheel is stopped operating, described reseting sensor cooperates with the initial markers of seal wheel, and described first electromagnetic clutch, second electromagnetic clutch, reseting sensor, controlled moving part are electrically connected with described master controller.
Further, described control device comprises fixedlys connected connecting rod, first cylinder with mobile platform, and described connecting rod is fixedly mounted on the expansion link of the first horizontally disposed cylinder, and described first cylinder is connected with source of the gas by first magnetic valve; Described first magnetic valve is electrically connected with master controller.
The middle buting iron that described frame also is provided with tractive magnet, cooperates with electromagnet, described middle buting iron cooperates with mobile platform.
Described cam mechanism comprises cam, back-moving spring, push rod, and described cam is positioned on the push rod, the outer socket back-moving spring of described push rod, and described push rod stretches into pusher bar support and is connected with pressure roller; Described pressure roller connect in order to drive pressure roller make its with the seal wheel over against or the controlling organization that departs from, described pressure roller controlling organization comprises folding shape connecting rod, second cylinder, the vertical section and the described push rod of described folding shape connecting rod are hinged, be provided with horizontal spring between the vertical section of described folding shape connecting rod and the pusher bar support, the horizontal segment and the trough of belt bar of described folding shape connecting rod are hinged, the expansion link of fixedly connected vertically arranged second cylinder of described trough of belt bar, described second cylinder is connected with source of the gas by second magnetic valve; Described second magnetic valve is electrically connected with master controller.
Described chi band guiding element comprises guide wheel, is used to regulate the adjusting screw(rod) of guide wheel position, and described chi band is positioned on the guide wheel.
Preferred a kind of technical scheme: described printing equipment is made up of first meter label print equipment, second meter label print equipment, the seal wheel of described first meter label print equipment, second meter label print equipment is a meter mark seal wheel, be provided with chi band switching mechanism between described first meter label print equipment and second meter label print equipment, described switching mechanism comprises band dovetail groove base plate, described band dovetail groove base plate is provided with dovetail guide, and dovetail guide is provided with band handle screw mandrel; Described drive motors is by second chain, the first chain drive reel, main driving pulley on the reel connects first synchronous cog belt, second synchronous cog belt, described first synchronous cog belt connects first synchronous pulley of first meter label print equipment, and described second synchronous cog belt connects first synchronous pulley of second meter label print equipment.
Preferred another kind of technical scheme: described printing equipment is made up of first meter label print equipment, first foot label print equipment, the seal wheel of described first meter label print equipment is a meter mark seal wheel, the seal wheel of described first foot label print equipment is a foot mark seal wheel, be provided with chi band switching mechanism between described first meter label print equipment and first foot label print equipment, described switching mechanism comprises band dovetail groove base plate, described band dovetail groove base plate is provided with dovetail guide, and dovetail guide is provided with band handle screw mandrel; Described drive motors is by second chain, the first chain drive reel, main driving pulley on the reel connects first synchronous cog belt, the 3rd synchronous cog belt, described first synchronous cog belt connects first synchronous pulley of first meter label print equipment, and described the 3rd synchronous cog belt connects first synchronous pulley of first foot label print equipment.
Preferred another technical scheme: described printing equipment is by first meter label print equipment, second meter label print equipment, first foot label print equipment, second foot label print equipment is formed, described first meter label print equipment, the seal wheel of second meter label print equipment is a meter mark seal wheel, described first foot label print equipment, the seal wheel of second foot label print equipment is a foot mark seal wheel, be provided with chi band switching mechanism between two adjacent label print equipment, described switching mechanism comprises band dovetail groove base plate, described band dovetail groove base plate is provided with dovetail guide, and dovetail guide is provided with band handle screw mandrel; Described drive motors is by second chain, the first chain drive reel, main driving pulley on the reel connects first synchronous cog belt, second synchronous cog belt, the 3rd synchronous cog belt, the 4th synchronous cog belt, described first synchronous cog belt connects first synchronous pulley of first meter label print equipment, and described second synchronous cog belt connects first synchronous pulley of second meter label print equipment; Described the 3rd synchronous cog belt connects first synchronous pulley of first foot label print equipment, and described the 4th synchronous cog belt connects first synchronous pulley of second foot label print equipment.Can realize the printing of two-sided metric system tape measure or Double Length in the rice tape measure made in Great Britain of second compound mode.
Operation principle of the present invention is: establish scale mark on the circumference of described seal wheel, the seal wheel is gone up mark rice or foot mark, the seal wheel shaft connect with so that the moving driving mechanism of rotary printing, usefulness so that seal is taken turns the resetting-mechanism that resets; Pressing roll mechanism comprises pressure roller, drives the cam mechanism that pressure roller moves up and down, and described pressure roller cooperates with described seal wheel, and the cam of described cam mechanism is fixedly mounted on the camshaft, and described camshaft connects to be used so that the drive unit that cam rotates.The resetting-mechanism of seal wheel resets the seal wheel, to have been carved the band tape of length mark introduces on the seal wheel assembly by chi band guiding element, realize SECO by controller, the drive unit action of the driving mechanism of seal wheel and cam, when pressure roller is depressed with rice or the foot label print on tape measure, follow-up flag sequence printing.
As when the linear velocity of the peripheral speed of seal wheel and chi band is identical, the inequality in circumference of the seal wheel of seal wheel assembly is in the integral multiple of standard unit's length, circumferential distance between the adjacent marker is standard unit's length, such as the girth that can set metric system seal wheel be: 1.53 meters, 1.86 meters or 2.33 meters etc., distance is 1 meter between the adjacent marker, can engrave 50 scale marks of 1～50 meter one week at the seal wheel, because rotary printing speed is synchronous with the chi tape speed, the printing effect of gravure is good; The linear velocity of peripheral speed guide band that also can select to print wheel is inequality, its proportionality coefficient is K, 0.98≤K≤1.02, K ≠ 1, such as the chi tape speed of seal wheel speed less than the chi band, with metric system seal wheel is example, and such as speed 0.99 meter per second of seal wheel, the speed of chi band is 1.00 meter per seconds, K is 0.99, then to go up the circumferential distance between the corresponding mark be 0.99 meter (random length) for seal wheel, and at this moment, the girth of seal wheel can be the integral multiple of standard unit's length such as 1 meter or 2 meters.Because the girth of seal wheel is an integer, than being easier to realize gearratio, uni-drive gear box simple in structure, when rotary printing speed and chi tape speed differed big, printing quality was relatively poor relatively.
Beneficial effect of the present invention mainly shows: 1, can realize automated production; 2, production efficiency height; 3, adopt the gravure mode, printing quality is good.
(4) description of drawings
Fig. 1 is the structure chart of band tape scale mark printing equipment.
Fig. 2 is the left side structural representation of Fig. 1.
Fig. 3 is the structural representation of two metric system scale mark printing equipments.
Fig. 4 is meter structural representation of graduated in English label print equipment.
Fig. 5 is the structural representation of two rice, two graduated in English label print equipment.
(5) specific embodiment
Below in conjunction with accompanying drawing the present invention is further described.
With reference to Fig. 1, Fig. 2, a kind of band tape scale mark printing equipment, described label print equipment comprise frame 9, rack-mounted chi band guiding element 18, seal wheel assembly, pressing roll mechanism, master controller; The side that described chi band guiding element 18 is positioned at the seal wheel assembly cooperates with chi band 3; Described seal wheel assembly comprises seal wheel 1, ink cartridge 48 and printing ink scraping blade governor motion 46,47, printing ink scraping blade governor motion comprises scraping blade clamping plate 46, scraping blade base 47, printing ink scraping blade governor motion 46,47 is installed on the fixed head 12, one end of fixed head 12 has bearing 45 to be installed on the seal wheel shaft 49, therefore, seal wheel shaft 49 rotates and fixed head 12 does not rotate, and scraping blade governor motion 46,47 can move forward and backward with seal wheel 1 simultaneously by fixed head 12; Establish scale mark on the circumference of described seal wheel 1, the proportionality coefficient of the circumferential speed of seal wheel and the linear velocity of chi band is K, 0.98≤K≤1.02, circumferential distance between the adjacent marker is K a times of standard unit's length, described ink cartridge 48, printing ink scraping blade governor motion 46,47 cooperate with seal wheel 1, described seal wheel 1 is connected on the seal wheel shaft 49, described seal wheel shaft 49 connect with so that the moving driving mechanism of rotary printing, usefulness so that seal is taken turns the resetting-mechanism that resets; Described label print equipment also is provided with the counter (near switch) 41 that is used to write down the number of turns that cam turns over; Described pressing roll mechanism comprises pressure roller 33, drives the cam mechanism that pressure roller moves up and down, described pressure roller 33 cooperates with described seal wheel 1, the cam 25 of described cam mechanism is fixedly mounted on the camshaft 40, and described camshaft 40 connects to be used so that the drive unit that cam rotates; Driving mechanism, resetting-mechanism, the drive unit of cam, the counter 41 of described seal wheel are electrically connected with described master controller.
The driving mechanism of described seal wheel, resetting-mechanism, the drive unit of cam is the travelling gear box assembly, first output shaft 37 of uni-drive gear box is connected with the spline housing 39 of seal on the wheel shaft 49, second output shaft 38 is by second synchronous pulley 22, second synchronous cog belt 23, the 3rd synchronous pulley 24 is connected with camshaft 40, camshaft 40 is installed on the camshaft bearing bush seat 42, first power shaft 34 of uni-drive gear box and first electromagnetic clutch 35, first synchronous pulley 3, synchronous cog belt 61, reel 63, drive motors 66 joins, described second power shaft 38 (second power shaft is coaxial with second output shaft) and second electromagnetic clutch 36, the motor 11 that resets joins; Described gear-box 10 also comprises reseting sensor, the controlled moving part in order to the seal wheel is stopped operating, reseting sensor comprises optoelectronic switch 4, disk 8, described disk 8 can detect the position (initial position) of seal wheel, controlled moving part comprises Breake Electromagnet 6, brake band 5, braked wheel 7, described reseting sensor cooperates with the initial markers of seal wheel, and the Breake Electromagnet 6 of described first electromagnetic clutch 35, second electromagnetic clutch 36, reseting sensor, controlled moving part is electrically connected with described master controller.
When the linear velocity of the peripheral speed of seal wheel 1 and chi band 17 is identical, be K=1, the inequality in circumference of the seal wheel of seal wheel assembly is in the integral multiple of standard unit's length, circumferential distance between the adjacent marker is standard unit's length, such as the girth that can set metric system seal wheel be: 1.53 meters, 1.86 meters or 2.33 meters etc., distance is 1 meter between the adjacent marker, can engrave 50 scale marks of 1～50 meter one week at the seal wheel, because rotary printing speed is synchronous with the chi tape speed, the printing effect of gravure is good.
Described cam mechanism comprises cam 25, push rod 26, push rod spring 23, described cam 25 is positioned on the push rod 26, described push rod 32 outer socket push rod springs 23, described push rod 31 stretches into support 22 and is connected with pressure roller 33, the outer socket guard shield 43 of described cam mechanism.
Described pressure roller 33 connect in order to drive pressure roller make its with the seal wheel over against or the controlling organization that departs from, described pressure roller controlling organization comprises folding shape connecting rod 32, second cylinder 27, the vertical section and the described push rod 26 of described folding shape connecting rod 32 are connected through the hinge, be provided with horizontal spring 21 between the vertical section of described folding shape connecting rod 32 and the support 22, the horizontal segment of described folding shape connecting rod 32 is hinged with the trough of belt bar 30 that has roller 31, the expansion link of described trough of belt bar 30 fixedly connected vertically arranged second cylinders 27, described second cylinder 27 is connected with source of the gas 50 by second magnetic valve 28; Described second magnetic valve 28 is electrically connected with master controller.
Described chi band guiding element 18 comprises guide wheel 16, is used to regulate the adjusting screw(rod) 44 of guide wheel position, and described chi band 17 is positioned on the guide wheel 16.
Frequency-conversion and speed-regulation motor 67 is through decelerator deceleration rear drive hitch wheel 63, and power is exported by spool shaft, is delivered to printing equipment by first synchronous cog belt 62, draws chi band 17 to the right horizontal movement by carry-over pinch rolls.Gear-box 10 has two power shafts all to realize and the connecting and disconnecting of importing power by electromagnetic clutch, two electromagnetic clutch are worked respectively, when first electromagnetic clutch 35 is connected, by the band transmission power is imported, two output shafts of gear-box drive 1 rotation of seal wheel respectively and pressure roller 33 intermittently moves up and down, the number of teeth of reasonable distribution gear, the peripheral speed that can realize printing wheel 1 is identical with chi band 3 translational speeds, and the interval that pressure roller 33 presses down just is 1 meter or 1 foot (gear-boxes of two kinds of gearratios of correspondence); When second electromagnetic clutch 36 is connected, and first electromagnetic clutch 35 is when disconnecting, the motor 11 that resets drives seal wheel and pressure roller motion, after light that reseting sensor (optoelectronic switch 4) sends is by band slit disk 8, send control signal, illustrate that this moment, seal wheel 1 was got back to zero position with pressure roller 33, controlled moving part (Breake Electromagnet 6) is connected and is braked, the seal wheel stops operating with pressure roller, begin once more after printing signal comes, first electromagnetic clutch 35 is connected, and seal wheel 1 begins to rotate and print with pressure roller 33.
The reciprocating motion of pressure roller 33 is controlled by cam mechanism, the action of lifting of pressure roller 33 is realized by the second two mouthfuls of five magnetic valve 28 control cylinders, counter (near switch 41) is installed on the camshaft 40, near the screw fit on switch 41 and the camshaft, count, when reaching predetermined value, send instruction to master controller, master controller is sent the control pressure roller and is lifted, prints wheel and reset and print and take turns shift signal.
The course of work of present embodiment is:
(1), air compressor start, second cylinder 27 lifts the pressure roller 33 of scale mark printing equipment, the motor 11 that resets starts, second electromagnetic clutch 36 is connected, and seal wheel 1 rotates, after optoelectronic switch 4 output signals, second electromagnetic clutch 36 disconnects, and finishes to reset.
(2), behind the electromagnetic actuation of scale seal wheel pressure roller, degrees wheel turns over 2 circles, first electromagnetic clutch 35 near the signal controlling scale mark printing equipment of switch output on the degrees wheel is connected, simultaneously, begin counting near switch 41 on this device, second solenoid directional control valve 28, the piston rod of second cylinder 27 stretches out, at this moment pressure roller 33 is by cam 25 control, on first meter mark seal wheel 1 be carried away to 1 meter the time seal 1m mark, all the other flag sequences printings.
(3), reach the belt length that sets after, repeat homing action, and first solenoid directional control valve of stream oriented device successively cut off the power supply, first cylinder promotes seal samsara original position.
The band tape scale mark printing equipment of present embodiment is applicable to the label print of plastics tape measure, equally also is fit to the label print of other tape measures such as steel tape.
With reference to Fig. 1, Fig. 2, the described seal wheel 1 of present embodiment is provided with three circles scale mark arranged side by side, and the circumferential distance between the start bit mark of the last position mark of last circle mark and adjacent back one circle mark is standard unit's length, and the scale mark of every circle is 50; Described seal wheel shaft 49 is fixedly mounted on the bearing block 54, seal wheel shaft 49 is provided with bearing 45, bearing block 54 is fixed on the mobile platform 53, described mobile platform 53 is slidably mounted on the line slideway 58 of frame, described mobile platform 53 connects in order to drive the control device that mobile platform moves and resets, and the displacement of described mobile platform 53 is identical with the axial distance of individual pen scale mark; The control device of described mobile platform is electrically connected with described master controller.
Described control device comprises connecting rod, first cylinder 55 of fixedlying connected with mobile platform 53, and described connecting rod is fixedly mounted on the expansion link of the first horizontally disposed cylinder 55, and described first cylinder 55 is connected with source of the gas 29 by first magnetic valve 56; Described first magnetic valve 56 is electrically connected with master controller.The buting iron that described frame 9 also is provided with tractive magnet 52, cooperates with electromagnet 52, buting iron comprise preceding buting iron 50, middle buting iron 51, back buting iron 57, are used for the mobile platform location; The initial position of mobile platform 53 is determined that by back buting iron 57 after first magnetic valve 56 was connected, first cylinder 55 promoted mobile platform 53 to extrapolation, and mobile platform 53 is stopped by middle buting iron 51; After tractive magnet 52 powered on, middle buting iron 51 was removed, and first cylinder 55 can promote mobile platform 53 and move to distal-most end, by preceding buting iron 50 location.
The seal wheel has bearing block 54 to be fixed on the slide unit and is placed on the line slideway 58, seal wheel shaft 49 connects by slippage spline 39 with the output shaft 37 of gear-box, promoting platforms 53 by the first two mouthfuls of five solenoid directional control valve 56 control cylinders moves on line slideway, the buting iron of band buffer is used for the location, and the buting iron 51 in centre position is by tractive magnet 52 controls.
The course of work of present embodiment is:
(1), reseting procedure is identical with embodiment 1.
(2), behind the electromagnetic actuation of scale seal wheel 1, the scale rotary printing is crossed 2 circles, first electromagnetic clutch 35 of the signal controlling scale mark printing equipment of exporting near switch on the degrees wheel is connected, simultaneously, begin counting near switch 41, second solenoid directional control valve 28 gets electric, and the piston rod of second cylinder 27 stretches out, at this moment pressure roller 33 printed the 1m mark by cam 25 controls when the chi on the scale mark printing equipment was taken away 1 meter; All the other flag sequence printings;
(3), when the scale mark printing equipment successively count down to 50 near switch 41 after, first solenoid directional control valve 58 electric, first cylinder 55 promotes 1 displacement of seal wheel, continues printing;
(4), the scale mark printing equipment count down to 100 near switch 41 after, electromagnet 43 electric, middle buting iron withdrawal, first cylinder 55 promotes seal wheel 1 to distal-most end, continues printing;
(5), reach the belt length that sets after, repeat homing action, and make first solenoid directional control valve 58 outage successively, first cylinder 55 promotes seal samsara original positions.
With reference to Fig. 1, Fig. 2, Fig. 3, present embodiment is finished by first meter label print equipment 59, second meter label print equipment 60 combination, the seal wheel of described first meter label print equipment 59, second meter label print equipment 60 is meter mark seal wheels, be provided with chi band switching mechanism between described first meter label print equipment 59 and second meter label print equipment 60, described switching mechanism comprises band dovetail groove base plate 15, described band dovetail groove base plate 15 is provided with dovetail guide 14, and dovetail guide 14 is provided with band handle screw mandrel 13; Main driving pulley is installed on 63 on the reel, drive motors 66 drives reel 63 by second chain 65, first chain 64, main driving pulley connects first synchronous cog belt 62, second synchronous cog belt, described first synchronous cog belt 62 connects first synchronous pulley of first meter label print equipment 59, and described second synchronous cog belt connects first synchronous pulley of second meter label print equipment 60.
All the other structures of present embodiment are identical with embodiment 1, and present embodiment is used for the printing of two-sided metric system tape measure.
The course of work of present embodiment is:
(1), resets: the air compressor start, second cylinder 27 lifts the pressure roller 33 of each label print device, the motor 11 that resets on two rice label print devices starts, second electromagnetic clutch 36 is connected, seal wheel 1 rotates, after optoelectronic switch 4 output signals, second electromagnetic clutch 36 disconnects, and finishes to reset.
(2), behind the electromagnetic actuation of scale seal wheel pressure roller, degrees wheel turns over 2 circles, first electromagnetic clutch 35 near first meter label print equipment 59 of signal controlling of switch 41 output on the degrees wheel is connected, simultaneously, begin counting near switch 41 on this device, second solenoid directional control valve 28 electric, the piston rod of second cylinder 27 stretches out, at this moment pressure roller 33 is by cam 25 control, on first meter mark seal wheel be carried away to 1 meter the time seal 1m mark; Chi band 17 turns over band at two meters label print equipment rooms by chi band switching mechanism, when degrees wheel turns over 4 circles, first electromagnetic clutch 35 of second meter label print equipment 60 is connected, simultaneously on this device near switch 41 begin the counting, its pressure roller can press down, on second meter label print equipment 60 took away 1 meter the time seal 1m mark, all the other flag sequences printings.
(3), reach the belt length that sets after, repeat homing action, and first solenoid directional control valve of two equipment successively cut off the power supply, first cylinder promotes 1 time original position of seal wheel.
With reference to Fig. 1, Fig. 2, Fig. 4, the printing equipment of present embodiment is by first meter label print equipment 59, first foot label print equipment 67 is formed, the seal wheel of described first meter label print equipment 59 is meter mark seal wheels, the seal wheel of described first foot label print equipment 67 is foot mark seal wheels, be provided with chi band switching mechanism between described first meter label print equipment 59 and first foot label print equipment 67, described switching mechanism comprises band dovetail groove base plate 15, described band dovetail groove base plate 15 is provided with dovetail guide 14, guide wheel group 54, dovetail guide 14 are provided with band handle screw mandrel 13; Main driving pulley is installed on 63 on the reel, drive motors 66 drives reel 63 by second chain 65, first chain 64, main driving pulley connects first synchronous cog belt 62, described first synchronous pulley connects first electromagnetic clutch 35 of first meter label print equipment 59, and described second synchronous pulley connects first electromagnetic clutch 35 of first foot label print equipment 67.
All the other structures, the course of work of present embodiment are identical with embodiment 2.
With reference to Fig. 1, Fig. 2, Fig. 5, present embodiment is by first meter label print equipment 59, second meter label print equipment 60, first foot label print equipment 67, second foot label print equipment 68 combination finished, described first meter label print equipment 59, the seal wheel of second meter label print equipment 60 is meter mark seal wheels, described first foot label print equipment 67, the seal wheel of second foot label print equipment 68 is foot mark seal wheels, be provided with chi band switching mechanism between two adjacent label print equipment, described switching mechanism comprises band dovetail groove base plate 15, described band dovetail groove base plate 15 is provided with dovetail guide 14, guide wheel group 54, dovetail guide 14 are provided with band handle screw mandrel 13; Described drive motors 66 is in transmission connection by chain and drives main driving pulley on the reel 63, main driving pulley connects first synchronous pulley, second synchronous pulley, the 3rd synchronous pulley, the 4th synchronous pulley, described first synchronous pulley connects first electromagnetic clutch 35 of first meter label print equipment 59, and described second synchronous pulley connects first electromagnetic clutch 35 of second meter label print equipment 60; Described the 3rd synchronous pulley connects first electromagnetic clutch 35 of first foot label print equipment 67, and described the 4th synchronous pulley connects first electromagnetic clutch 35 of second foot label print equipment 68.
This equipment has drive motors 66, the reel 63 that is connected, reel 63 is connected with first meter label print equipment 59 through first synchronous cog belt 5, first meter label print equipment 59, second meter label print equipment 60, first foot label print device 8, second foot label print device 9 are connected by synchronous cog belt between two adjacent printing equipments.Present embodiment can be realized the tape measure printing of two metric systems, metric and English, two English systems.
In the present embodiment, the seal of first meter label print equipment 59 wheel one circle is provided with 50 rice marks, has two circle rice marks; Seal wheel one circle of first foot label print equipment 67, second foot label print equipment 68 is provided with 55 foot marks, and the seal wheel of first foot label print equipment 67 has three circle foot marks, is respectively from 1～55, and 56～110,111～155; The seal wheel of second foot label print equipment 68 has three circle foot marks, is respectively from 156～220, and 221～275,276～330.Its course of work is:
(1), air compressor start, second cylinder 27 lifts the pressure roller 33 of each label print device, the motor 11 that resets of first meter label print equipment 59, first foot label print device 8, second foot label print device 9 starts, second electromagnetic clutch 36 is connected, seal wheel 1 rotates, after optoelectronic switch 4 output signals, second electromagnetic clutch 36 disconnects, and finishes to reset.
(2), behind the electromagnetic actuation of scale seal wheel, the scale rotary printing is crossed 2 circles, first electromagnetic clutch 35 of first meter label print equipment 59 of signal controlling of exporting near switch on the degrees wheel is connected, simultaneously, begin counting near switch 41, second solenoid directional control valve 28 gets electric, and the piston rod of second cylinder 27 stretches out, at this moment pressure roller 33 is by cam 25 control, seal 1m mark when the chi on first meter label print equipment 59 was taken away 1 meter; When degrees wheel turned over for 6 whens circle, first electromagnetic clutch 35 of first foot label print device 8 is connected, and pressure roller 33 presses down, seal 1F mark when the chi on first foot label print device 8 was taken away 1 foot, all the other flag sequences printings.
(3), when first meter label print equipment 59 successively count down to 50 near switch after, first solenoid directional control valve 58, first cylinder 55 promotes 1 displacement of seal wheel, continue printing, after reaching the belt length that sets, repeat homing action, and make first solenoid directional control valve 58 outage successively, first cylinder 55 promotes seal samsara original position.
(4), when first foot label print device 8 count down to 55 near switch 41 after, first solenoid directional control valve 58 electric, first cylinder 55 promotes 1 displacement of seal wheel, continues printing; When first foot label print device 7 count down to 110 near switch 41 after, electromagnet 43 electric, middle buting iron withdrawal, first cylinder 55 promotes seal wheel 1 to distal-most end, continues printing; When first foot label print device 8 count down to 165 near switch 41 after, second solenoid directional control valve, 28 dead electricity, pressure roller 33 lifts, after first foot label print device 7 changes 1 circle, first electromagnetic clutch 35 of second foot label print device 9 is connected, pressure roller 33 can press down, on second foot label print device 9 took away 1 foot the time seal 166F mark, all the other flag sequences printings;
Next first solenoid directional control valve, 58 dead electricity of first foot label print device 8 are printed wheel 1 and are return, first electromagnetic clutch, 35 dead electricity, and power disconnects, and second electromagnetic clutch 36 gets electric, and seal is taken turns 1 and is resetted;
(5), when second foot label print device 9 count down to 55 near switch 41 after, first solenoid directional control valve 58 electric, first cylinder 55 promotes 25 displacements of seal wheel, continues printing; When second foot label print device 9 count down to 110 near switch 41 after, electromagnet 43 electric, middle buting iron leaves, first cylinder 55 promotes seal wheel 1 to distal-most end, continues printing; When second foot label print device 9 count down to 165 near switch 41 time, second solenoid directional control valve, 28 dead electricity of second foot label print device 9, pressure roller 33 lifts, first solenoid directional control valve, 58 dead electricity, and seal wheel 1 is return, first electromagnet, 43 dead electricity, middle buting iron resets, first electromagnetic clutch, 35 dead electricity, and power disconnects, second electromagnetic clutch 36 gets electric seal wheel 1 and resets, and prepares printing next time.
With reference to Fig. 1, Fig. 2, the linear velocity of the peripheral speed guide band 17 of the seal wheel 1 of present embodiment is inequality, and its proportionality coefficient is K, 0.98≤K≤1.02, K ≠ 1, such as the chi tape speed of seal wheel speed less than the chi band, be example with metric system seal wheel, regulate the peripheral speed of seal wheel by the gearratio of regulating tooth roller box, speed 0.99 meter per second such as the seal wheel, the speed of chi band is 1.00 meter per seconds, and proportionality coefficient K is 0.99, and then the circumferential distance between the last corresponding mark of seal wheel is 0.99 meter (random length); Perhaps the speed of seal wheel is 1.02 meter per seconds, and the speed of chi band is 1.00 meter per seconds, and K is 1.02, and then the circumferential distance gone up between the corresponding mark of seal wheel is 1.02 meters.At this moment, the girth of seal wheel can be the integral multiple of standard unit's length such as 1 meter or 2 meters.When rotary printing speed and chi tape speed differed big, printing quality was relatively poor relatively.The situation of foot mark seal wheel in like manner can get.
All the other structures are identical with embodiment 1 with the course of work.
Claims (10)
1. band tape scale mark printing equipment is characterized in that: described label print equipment comprises frame, rack-mounted chi band guiding element, seal wheel assembly, pressing roll mechanism, master controller;
The side that described chi band guiding element is positioned at the seal wheel assembly cooperates with the chi band;
Described seal wheel assembly comprises seal wheel, ink cartridge and printing ink scraping blade governor motion, the circumference of described seal wheel is provided with scale mark, the proportionality coefficient of the circumferential speed of described seal wheel and the linear velocity of chi band is K, 0.98≤K≤1.02, circumferential distance between the adjacent marker is K a times of standard unit's length, described ink cartridge, printing ink scraping blade governor motion cooperate with the seal wheel, described seal wheel is connected on the seal wheel shaft, described seal wheel shaft connect with so that the moving driving mechanism of rotary printing, usefulness so that seal is taken turns the resetting-mechanism that resets;
Described label print equipment also is provided with the counter that is used to write down the number of turns that cam turns over;
Described pressing roll mechanism comprises pressure roller, drives the cam mechanism that pressure roller moves up and down, and described pressure roller cooperates with described seal wheel, and the cam of described cam mechanism is fixedly mounted on the camshaft, and described camshaft connects to be used so that the drive unit that cam rotates;
Driving mechanism, resetting-mechanism, the drive unit of cam, the counter of described seal wheel are electrically connected with described master controller.
2. band tape scale mark printing equipment as claimed in claim 1, it is characterized in that: the circumferential speed of described seal wheel is identical with the linear velocity of chi band, the inequality in circumference of described seal wheel is in the integral multiple of standard unit's length, and the circumferential distance between the adjacent marker is standard unit's length.
3. band tape scale mark printing equipment as claimed in claim 2, it is characterized in that: described seal wheel is provided with at least two circles scale mark arranged side by side, and the circumferential distance between the start bit mark of the last position mark of last circle mark and adjacent back one circle mark is standard unit's length;
Described seal wheel shaft is fixedly mounted on the bearing block, bearing block is fixed on the mobile platform, described mobile platform is slidably mounted on the line slideway of frame, described mobile platform connects in order to drive the control device that mobile platform moves and resets, and the displacement of described mobile platform is identical with the axial distance of individual pen scale mark; The control device of described mobile platform is electrically connected with described master controller.
4. band tape scale mark printing equipment as claimed in claim 1 or 2, it is characterized in that: the drive unit of the driving mechanism of described seal wheel, resetting-mechanism, cam is the travelling gear box assembly, first output shaft of uni-drive gear box is connected with the seal wheel shaft, second output shaft is connected with camshaft, first power shaft and first electromagnetic clutch, the drive motors of uni-drive gear box join, and described second power shaft joins with second electromagnetic clutch, the motor that resets; Described gear-box also comprises reseting sensor, the controlled moving part in order to the seal wheel is stopped operating, described reseting sensor cooperates with the initial markers of seal wheel, and described first electromagnetic clutch, second electromagnetic clutch, reseting sensor, controlled moving part are electrically connected with described master controller.
5. band tape scale mark printing equipment as claimed in claim 3, it is characterized in that: described control device comprises fixedlys connected connecting rod, first cylinder with mobile platform, described connecting rod is fixedly mounted on the expansion link of the first horizontally disposed cylinder, and described first cylinder is connected with source of the gas by first magnetic valve; Described first magnetic valve is electrically connected with master controller.
6. band tape scale mark printing equipment as claimed in claim 5 is characterized in that: the middle buting iron that described frame also is provided with tractive magnet, cooperates with electromagnet, described middle buting iron cooperates with mobile platform.
7. band tape scale mark printing equipment as claimed in claim 1 or 2, it is characterized in that: described cam mechanism comprises cam, back-moving spring, push rod, described cam is positioned on the push rod, the outer socket back-moving spring of described push rod, and described push rod stretches into pusher bar support and is connected with pressure roller;
Described pressure roller connect in order to drive pressure roller make its with the seal wheel over against or the controlling organization that departs from, described pressure roller controlling organization comprises folding shape connecting rod, second cylinder, the vertical section and the described push rod of described folding shape connecting rod are hinged, be provided with horizontal spring between the vertical section of described folding shape connecting rod and the pusher bar support, the horizontal segment and the trough of belt bar of described folding shape connecting rod are hinged, the expansion link of fixedly connected vertically arranged second cylinder of described trough of belt bar, described second cylinder is connected with source of the gas by second magnetic valve; Described second magnetic valve is electrically connected with master controller.
8. as claim 1,2,3,5,6 one of them described band tape scale mark printing equipment, it is characterized in that: described chi band guiding element comprises guide wheel, is used to regulate the adjusting screw(rod) of guide wheel position, and described chi band is positioned on the guide wheel.
9. band tape scale mark printing equipment as claimed in claim 8, it is characterized in that: described printing equipment is made up of first meter label print equipment, second meter label print equipment, the seal wheel of described first meter label print equipment, second meter label print equipment is a meter mark seal wheel, be provided with chi band switching mechanism between described first meter label print equipment and second meter label print equipment, described switching mechanism comprises band dovetail groove base plate, described band dovetail groove base plate is provided with dovetail guide, and dovetail guide is provided with band handle screw mandrel;
Described drive motors drives reel by the chain transmission, main driving pulley on the reel connects first synchronous cog belt, second synchronous cog belt, described first synchronous cog belt connects first synchronous pulley of first meter label print equipment, and described second synchronous cog belt connects first synchronous pulley of second meter label print equipment.
10. band tape scale mark printing equipment as claimed in claim 8, it is characterized in that: described printing equipment is by first meter label print equipment, second meter label print equipment, first foot label print equipment, second foot label print equipment is formed, described first meter label print equipment, the seal wheel of second meter label print equipment is a meter mark seal wheel, described first foot label print equipment, the seal wheel of second foot label print equipment is a foot mark seal wheel, be provided with chi band switching mechanism between two adjacent label print equipment, described switching mechanism comprises band dovetail groove base plate, described band dovetail groove base plate is provided with dovetail guide, and dovetail guide is provided with band handle screw mandrel; Described drive motors drives reel by the chain transmission, main driving pulley on the reel connects first synchronous cog belt, second synchronous cog belt, the 3rd synchronous cog belt, the 4th synchronous cog belt, described first synchronous cog belt connects first synchronous pulley of first meter label print equipment, and described second synchronous cog belt connects first synchronous pulley of second meter label print equipment; Described the 3rd synchronous cog belt connects first synchronous pulley of first foot label print equipment, and described the 4th synchronous cog belt connects first synchronous pulley of second foot label print equipment.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2005100608287A CN100415512C (en) | 2005-09-20 | 2005-09-20 | Band tape scale mark printing equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2005100608287A CN100415512C (en) | 2005-09-20 | 2005-09-20 | Band tape scale mark printing equipment |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1935509A CN1935509A (en) | 2007-03-28 |
| CN100415512C true CN100415512C (en) | 2008-09-03 |
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| Application Number | Title | Priority Date | Filing Date |
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| CNB2005100608287A Expired - Fee Related CN100415512C (en) | 2005-09-20 | 2005-09-20 | Band tape scale mark printing equipment |
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| CN (1) | CN100415512C (en) |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103156333A (en) * | 2012-12-31 | 2013-06-19 | 温州职业技术学院 | Shoe tree base sample rapid collecting device |
| CN105196683B (en) * | 2015-09-23 | 2017-11-17 | 南京造币有限公司 | One kind rotates convex printing equipment and put |
| CN105644139A (en) * | 2016-01-06 | 2016-06-08 | 潘玲玉 | Printing and dyeing device for cloth |
| CN106364153B (en) * | 2016-08-25 | 2018-10-23 | 江苏省海洋资源开发研究院(连云港) | A kind of novel tube intelligence marking equipment |
| CN107984893A (en) * | 2017-12-28 | 2018-05-04 | 天津市雄狮工量具有限公司 | A kind of metric system printed digital device |
| JP2021003806A (en) * | 2018-01-29 | 2021-01-14 | スリーエム イノベイティブ プロパティズ カンパニー | Printing method on filamentous member, and filamentous saw |
| CN108357197A (en) * | 2018-03-28 | 2018-08-03 | 南日 | A kind of printing mechanism of winding displacement printing equipment |
| CN108357198A (en) * | 2018-03-28 | 2018-08-03 | 南日 | A kind of automatic printing equipment of clock spring winding displacement |
| CN110415440A (en) * | 2019-08-28 | 2019-11-05 | 天津智汇未来科技有限公司 | A kind of beverage merchandiser device people transmission device and sell robot |
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| CN2247099Y (en) * | 1995-09-01 | 1997-02-12 | 靳树国 | Printer for printing meter inch marks on rule band made of polyvinyl-chloride fibre |
| CN2290023Y (en) * | 1997-01-31 | 1998-09-02 | 台湾三条股份有限公司 | Forming device for glass fibre reinforced plastic flexible rule |
| DE10008996A1 (en) * | 2000-02-25 | 2001-08-30 | Bayerische Mas Ind Arno Keller | Tape measure manufacturing method involves applying electrolyte to the spots formed between division marks of stainless steel tape using carbon electrode |
| DE20316239U1 (en) * | 2003-10-20 | 2004-02-12 | Lazi, Hermann | Tube material for building services has length scale marked along its length using printing or indentation with major and minor scale marks |
| CN2825284Y (en) * | 2005-09-20 | 2006-10-11 | 浙江工业大学 | Device for printing scale mark of tape measure |
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- 2005-09-20 CN CNB2005100608287A patent/CN100415512C/en not_active Expired - Fee Related
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2247099Y (en) * | 1995-09-01 | 1997-02-12 | 靳树国 | Printer for printing meter inch marks on rule band made of polyvinyl-chloride fibre |
| CN2290023Y (en) * | 1997-01-31 | 1998-09-02 | 台湾三条股份有限公司 | Forming device for glass fibre reinforced plastic flexible rule |
| DE10008996A1 (en) * | 2000-02-25 | 2001-08-30 | Bayerische Mas Ind Arno Keller | Tape measure manufacturing method involves applying electrolyte to the spots formed between division marks of stainless steel tape using carbon electrode |
| DE20316239U1 (en) * | 2003-10-20 | 2004-02-12 | Lazi, Hermann | Tube material for building services has length scale marked along its length using printing or indentation with major and minor scale marks |
| CN2825284Y (en) * | 2005-09-20 | 2006-10-11 | 浙江工业大学 | Device for printing scale mark of tape measure |
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| CN1935509A (en) | 2007-03-28 |
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