CN2231180Y - Printing machine for pipe - Google Patents
Printing machine for pipe Download PDFInfo
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- CN2231180Y CN2231180Y CN 95213097 CN95213097U CN2231180Y CN 2231180 Y CN2231180 Y CN 2231180Y CN 95213097 CN95213097 CN 95213097 CN 95213097 U CN95213097 U CN 95213097U CN 2231180 Y CN2231180 Y CN 2231180Y
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Abstract
The utility model relates to a printing machine for pipe materials, comprising an upper and a lower machine boxes which are overlapped and arranged at the top face of a machine table; a left and a right machine boxes which are arranged in parallel; a transmission mechanism which is arranged in the inner of the utility model; a steel mould wheel and a rubber mould wheel which are overlapped in the inner sides of the upper and lower machine boxes and are controlled by the transmission mechanism; the other steel mould wheel and the other rubber mould wheel which are arranged on the top faces of the left and the right machine boxes. The pipe materials whose pipe surfaces are to be printed can be transmit between the two rubber mould wheels by a transmission track. The steel mould wheels can be adhered with ink and can print the pattern on a ring surface to the wheel surface of the rubber mould wheel contacting with the wheel surface of the steel mould wheel, and thus the pattern can be printed on the upper, the lower, the left and the right ring surfaces of the pipe materials.
Description
The utility model relates to a kind of tubing printing machine, particularly relate to a kind of can be easily directly with pattern transfer in tubing ring side face the tubing printing machine.
The tubing that family adorns or steel furniture is used was for showing aesthetic property in the past, or indicate the specification, material, manufacturer etc. of tubing, can utilize the glued membrane that has been printed with pattern or literal in advance, paste ring side face at tubing, make the ring side face of tubing have the literal of ornamental decorative pattern and sign property, reach effect attractive in appearance and that indicate.
But, the literal that has ornamental decorative pattern and sign property for the ring side face that makes tubing, at first must purchase the glued membrane of the property pasted, with glued membrane elder generation's impressing pattern or literal, glued membrane is pasted according to need on the ring side face of tubing again, at impressing pattern and paste in the process of glued membrane, not only processing procedure is complicated, and effect is bad, this glued membrane mostly can only be done zonal pasting, if coat whole tubing, then must expend a large amount of glued membranes and printing expenses, and the length of this tubing can be subjected to the restriction of glued membrane size, and is very inconvenient in the use.
The purpose of this utility model is providing a kind of easy to use, directly the tubing printing machine of impressing pattern and literal on the ring side face of tubing.
The technical solution of the utility model is: a kind of tubing printing machine is characterized in that:
This tubing printing machine comprises a board, is located at the upper and lower cabinet of board end face avris, one go up transmission mechanism, underdrive mechanism, the left and right cabinet that is located at another avris of board end face, a Left Drive mechanism, a right transmission mechanism, a drive unit, two pairs of pipe face print couple and a liquid reserve tank;
This upper and lower cabinet inside respectively has the room of a hollow out respectively, this lower case is fixedly arranged on board end face avris, the left and right side of upper and lower cabinet is installed with two dovetails and the dovetail groove that plugs respectively, upper case is folded and is established, the sliding lower case apical margin that places, corresponding respectively perforation of the inwall of upper and lower cabinet is provided with a notch, install a slide block in each notch slidably, upper and lower cabinet top section is installed with a locking block and a clamping block respectively, and this locking block is provided with the screw of a perforation;
This underdrive mechanism comprises a punching block axle, a glue shaft, a fixed axis and a gyroaxis, be to run through the slide block of lower case internal face respectively and pass internal face, and hub setting is in room, be arranged with pitch wheel respectively on this punching block axle and the glue shaft, a sheathed fixed block on this punching block axle, affixed first handwheel of this fixed block with screw rod, this screw rod is penetrated by the lower case side wall surface, and it is affixed with this fixed block, a sheathed bevel gear on this gyroaxis, have the screw rod of one second handwheel to penetrate by side wall surface, and with the engagement of the bevel gear of this gyroaxis;
Should go up transmission mechanism and comprise a punching block axle, a glue shaft, a fixed axis and a gyroaxis, run through the slide block of upper case internal face respectively and pass internal face and hub setting in room, the sheathed pitch wheel of difference on this punching block axle and the glue shaft, a sheathed fixed block on this punching block axle, this fixed block side is provided with a groove, there is the screw rod of one the 3rd handwheel to penetrate by the upper case side wall surface, and be equipped in the fixed block, a sheathed bevel gear on this gyroaxis, the screw rod of another the 4th handwheel is penetrated by side wall surface, and with the engagement of the bevel gear of this gyroaxis, this upper case top is provided with the 5th handwheel of a tool screw spindle, the screw spindle of the 5th handwheel passes the screw of this locking block in regular turn, the groove of fixed block, and penetrate in the clamping block of lower case;
This left side, the room that the inside of right cabinet has a hollow out respectively, this cabinet bottom surface, left side be installed with one with right cabinet mutually and the slide of establishing, extend on this slide and be provided with two dovetails, this cabinet bottom surface, left side is provided with the sliding relatively dovetail groove that places dovetail, this left side, corresponding respectively perforation of the end face of right cabinet is provided with a notch, be provided with a slidably slide block in each notch, this left side, right cabinet bottom surface is rotating block of solid welding and a clamping block respectively, this rotating block is provided with the screw of a perforation, the screw rod of one the 6th handwheel is penetrated by left cabinet bottom surface, and this screw rod passes the screw of rotating block in regular turn and penetrates in the clamping block;
This Left Drive machine comprises a punching block axle, a glue shaft, a fixed axis and a gyroaxis, run through the slide block of left cabinet respectively and pass the roof face, and hub setting is in the room of left cabinet, the sheathed pitch wheel of difference on this punching block axle and the glue shaft, a sheathed fixed block on this punching block axle, this fixed block connects the 7th handwheel with screw rod, this screw rod is penetrated by left cabinet outer side surface, and be equipped in the fixed block, a sheathed bevel gear on this gyroaxis, the screw rod of one the 8th handwheel is penetrated by side wall surface, and with the engagement of the bevel gear of this gyroaxis;
This right side transmission mechanism comprises a punching block axle, a glue shaft, a fixed axis and a gyroaxis, run through the slide block of right cabinet respectively and pass the roof face and hub setting in room, the sheathed pitch wheel of difference on this punching block axle and the glue shaft, a sheathed fixed block on this punching block axle, this fixed block connects the 9th handwheel of a tool screw rod, this screw rod is penetrated by right cabinet side wall surface, and be equipped in the fixed block, a sheathed bevel gear on this gyroaxis, the screw rod of one the tenth handwheel is penetrated by side wall surface, and meshes with bevel gear;
This drive unit is fixedly arranged on upper and lower cabinet and left and right cabinet lateral surface respectively, and is connected driving with upper and lower transmission mechanism with the glue shaft of left and right transmission mechanism;
The two pairs of pipe face print couple are stacked mutually in pairs respectively or side by side in upper and lower cabinet or left and right cabinet, comprise two pairs of punching block wheels, two pairs of glued membrane wheels, two pairs of punching block scrapers and two pairs of rubber tire scrapers, be installed in the section of passing of this punching block axle, glue shaft, fixed axis and gyroaxis respectively, this punching block scraper and rubber tire scraper are pressed the wheel face that touches in punching block wheel and glued membrane wheel respectively;
This liquid reserve tank is fixedly arranged on the board top, comprises a cleaning liquid chamber that the ink chamber of printing ink is housed and is equiped with cleaning solution, and the wheel face of this ink chamber and cleaning liquid chamber and this punching block wheel and glued membrane wheel is respectively equipped with woven hose.
Described tubing printing machine is characterized in that:
The punching block wheel below that is stacked and placed on the pipe face print couple last position of this upper and lower cabinet sets firmly the oil sump that a wheel face for the punching block wheel attaches printing ink in it.
Described tubing printing machine is characterized in that:
This left and right cabinet end face and upper and lower cabinet inboard are installed with most catch trays respectively.
Advantage of the present utility model is: on this tubing printing machine utilizes, stacked and left down, the right side also is located at, a lower case and a left side, glued membrane wheel in the right cabinet, transfer printing is also adsorbed the printing ink that punching block is taken turns, and printing ink is printed on the tubing ring side face that passes through by between two corresponding glued membrane wheels, and on the mat, down, a left side, right transmission mechanism drives the glued membrane wheel and the punching block wheel rotates, and control the spacing of each rubber tire and punching block wheel with most handwheels and screw rod thereof, so that print the tubing of various calibers, and maintenance changes the outfit conveniently, again can be easily with pattern or words transfer printing ring side face to tubing.
Below by most preferred embodiment and accompanying drawing tubing printing machine of the present utility model is elaborated, in the accompanying drawing:
Fig. 1 is the schematic diagram of upper and lower cabinet of the utility model preferred embodiment and upper and lower transmission mechanism.
Fig. 2 is the schematic side view of upper and lower cabinet of the utility model preferred embodiment and upper and lower transmission mechanism.
Fig. 3 is the schematic perspective view of the left and right cabinet of the utility model preferred embodiment.
Fig. 4 is the position view of the left and right cabinet of the utility model preferred embodiment bottom the 6th handwheel.
Fig. 5 is the schematic top plan view of the left and right cabinet of the utility model preferred embodiment.
Fig. 6 is the schematic side view of the left and right transmission mechanism of the utility model preferred embodiment.
Fig. 7 is another schematic side view of the left and right transmission mechanism of the utility model preferred embodiment.
Fig. 8 is the schematic top plan view of the utility model preferred embodiment.
Fig. 9 is the front-view schematic diagram of the utility model preferred embodiment.
Figure 10 is the locking schematic diagram of the utility model preferred embodiment catch tray.
The tubing printing machine of the utility model preferred embodiment comprises that the board 10 of a rectangular box, 21,22, one of upper and lower cabinets being located at board 10 end face avris are gone up transmission mechanism 40, underdrive mechanism 30, are located at the right transmission mechanism of 51,52, Left Drive mechanisms of left and right cabinet 60, of board 10 another avris of end face 70, a drive unit, two pairs of pipe face print couple 80 and a liquid reserve tank 90.
As shown in Figure 1, be the upper and lower cabinet 21,22 of the utility model preferred embodiment and the schematic diagram of upper and lower transmission mechanism 40,30.
These upper and lower cabinet 21,22 inside respectively have the room 211,221 of a hollow out respectively, and its left and right wall then is respectively equipped with two screws 212,213 and 222,223, and this lower case 22 is fixedly arranged on board 10 end face avris.The left and right side of upper and lower cabinet 21,22 is installed with corresponding two dovetails 23 and dovetail groove 24 respectively, and dovetail 23 and dovetail groove 24 are pegged graft mutually, makes that upper case 21 is foldedly established, sliding lower case 22 apical margins that place.Corresponding respectively perforation of the inwall of upper and lower cabinet 21,22 is provided with a notch 25, installs a slide block 26 in each notch 25 slidably.Upper and lower cabinet 21,22 top sections are installed with a locking block 27 and a clamping block 28 respectively, and this locking block 27 is provided with the screw 271 of a perforation.
This underdrive mechanism 30 comprises a punching block axle 31, glue shaft 32, a fixed axis 33 and a gyroaxis 34, be to run through the slide block 26 of lower case 22 internal faces respectively and pass internal face, and hub setting is in room 221, be arranged with pitch wheel 311,321 on this punching block axle 31 and the glue shaft 32 respectively, a sheathed fixed block 35 on this punching block axle 31, these fixed block 35 affixed first handwheels 36 with screw rod 361, this screw rod 361 is penetrated by the screw 222 of lower case 22 side wall surfaces, and affixed with fixed block 35.A sheathed bevel gear 341 on this gyroaxis 34, other has one second handwheel 37 to penetrate with the screw 223 of its screw rod 371 by another side wall surface, and meshes with bevel gear 341.As shown in Figure 2, these lower case 22 back sides set firmly a headstock 38 of this drive unit, are provided with a motor 381 in this headstock 38, and the drive link 382 of this motor 381 is affixed with glue shaft 32, to drive glue shaft 32.
As shown in Figure 3, be the stereogram of the left and right cabinet of the utility model preferred embodiment.
The inside of this left and right cabinet 51,52 has the room 511,521 of a hollow out respectively, these left and right cabinet 51,52 front faces and outer side surface are respectively equipped with screw 512,513 and 522,523, these left and right sides cabinet 51,52 bottom surfaces be installed with one with right cabinet 52 slide 53 side by side, extend on this slide 53 and be provided with two dovetails 531, these left side cabinet 51 bottom surfaces are provided with the dovetail groove 514 with respect to dovetail 531, this dovetail groove of mat 514 sliding placing on the dovetail 531 make left cabinet 51 with right cabinet 52 and establish.This left side, right cabinet 51, corresponding respectively perforation of 52 end faces is provided with a notch 54, be provided with a slidably slide block 55 in the notch 154, this left side, right cabinet 51,52 bottom surfaces are rotating block 56 of solid welding and a clamping block 57 respectively, this rotating block 56 is provided with the screw 561 of a perforation, this clamping block 57 is provided with the perforation 571 of a perforation, the screw rod 581 of one the 6th handwheel 58 is penetrated by left cabinet 51 bottom surfaces, as shown in Figure 4, this screw rod 581 passes the screw 561 of rotating block 56 in regular turn and penetrates in the perforation 571 of clamping block 57, these screw rod 581 ends have a ring groove 582, and penetrate by clamping block 57 avris with a screw 572, and be equipped in the ring groove 582 of screw rod 581, make screw rod 581 can not a left side, right displacement still can be rotated.
As shown in Figure 5, be the schematic top plan view of left and right transmission mechanism of the utility model preferred embodiment and cabinet.
This Left Drive mechanism 60 comprises a punching block axle 61, a glue shaft 62, a fixed axis 63 and a gyroaxis 64, the slide block 55 that runs through left cabinet 51 respectively passes the roof face, and hub setting is in the room 511 of left cabinet 51, the sheathed pitch wheel 611 of difference on this punching block axle 61 and the glue shaft 62,621, a sheathed fixed block 65 on this punching block axle 61, this fixed block 65 connects the 7th handwheel 66 with screw rod 661, this screw rod 661 is penetrated by the screw 513 of left cabinet 51 outer side surfaces, and be equipped in the fixed block 65, a sheathed bevel gear 641 on this gyroaxis 64, the screw rod 671 of one the 8th handwheel 67 is penetrated by the screw 512 of side wall surface, and meshes with bevel gear 541.Shown in Fig. 6,7, the sheathed bevel gear 622 of these glue shaft 62 epimeres, left cabinet 51 back sides set firmly a headstock 68 of this drive unit, are provided with a motor 681 in this headstock 68, the drive screw 682 of this motor 681 extends to glue shaft 62 next doors, and meshes with this bevel gear 622.
This right side transmission mechanism 70 comprises a punching block axle 71, glue shaft 72, a fixed axis 73 and a gyroaxis 74, run through the slide block 55 of right cabinet 52 respectively and pass the roof face and hub setting in room 521, the sheathed pitch wheel 711,721 of difference on this punching block axle 71 and the glue shaft 72, a sheathed fixed block 75 on this punching block axle 71, this fixed block 75 connects the 9th handwheel 76 of a tool screw rod 761, this screw rod 761 is penetrated by the screw 523 of right cabinet 52 side wall surfaces, and is equipped in the fixed block 75.The screw rod 771 of 741, one the tenth handwheels 77 of a sheathed bevel gear is penetrated by the screw 522 of side wall surface on this gyroaxis 74, and meshes with bevel gear 741.Shown in Fig. 6,7, the sheathed bevel gear 722 of these glue shaft 72 epimeres, these left side cabinet 52 back sides set firmly another headstock 78 of this drive unit, are provided with a motor 781 in this headstock 78, the drive screw 782 of this motor 781 extends to glue shaft 72 sides, and meshes with bevel gear 722.
Shown in Fig. 8,9, be the schematic top plan view and the front-view schematic diagram of the utility model preferred embodiment.
The two pairs of pipe face print couple 80 are stacked mutually in pairs respectively or side by side in upper and lower cabinet 21,22 and left and right cabinet 51,52, comprise two pairs of punching blocks that are installed in punching block axle 31,41 and 61,71 sections of passing respectively and take turns 81 and 82, two pairs of 83 and 84, two pairs of punching block scrapers 85 and 86 that are installed in fixed axis 33,43 and 63,73 sections of passing respectively of glued membrane wheel that are installed in glue shaft 32,42 and 62,72 sections of passing respectively, and two pairs of rubber tire scrapers 87 and 88 that are installed in gyroaxis 34,44 and 64,74 sections of passing respectively.Be carved with literal and the pattern of desiring to be transferred to tubing on this punching block wheel 81,82, this glued membrane wheel 83,84 is polyurethane (PU) material of medium-soft matter, and this punching block scraper 85,86 and rubber tire scraper 87,88 are pressed the wheel face that touches in punching block wheel 81,82 and glued membrane wheel 83,84 respectively.
This liquid reserve tank 90 is fixedly arranged on board 10 tops, comprises a cleaning liquid chamber 92 that the ink chamber 91 of printing ink is housed and is equiped with cleaning solution, by woven hose 93 printing ink and cleaning solution is sprayed on punching block wheel 81,82 and glued membrane wheel 83,84 wheel faces respectively.The punching block that is positioned at punching block axle 31 is taken turns the oil sump 94 that 81 belows are installed with a tool printing ink, takes turns 81 wheel faces for this punching block and attaches its interior printing ink.Left and right cabinet 51,52 end faces and upper and lower cabinet 21,22 inboards are installed with most catch trays 95 respectively, reclaim unnecessary printing ink and cleaning solution, have defeated 96 segmentations of biography wheel to be fixedly arranged on board 10 end faces, are pivoted with most individual rollers 961 on the transmission rail 96.
More than be the explanation of structure, feature and the relevant position of each assembly of the utility model, and the assembling situation being exactly to do the combination assembling according to relevant position, so no longer add narration, is the explanation of operating principle of the present utility model below.
As Fig. 6, shown in 7, starter 681, after 781, this left side, right transmission mechanism 60,70 glue shaft 62,72 by drive screw 682,782 drive rotation, and with glue shaft 62, the punching block axle 61 of 72 engagements, 71 also along with rotation, as Fig. 9, open liquid reserve tank 90 and disengage printing ink and cleaning solution, and be sprayed on punching block wheel 82 and glued membrane is taken turns 84 wheel faces, as shown in Figure 8, utilizing punching block scraper 86 that printing ink is scraped equably is overlying on punching block and takes turns 82 wheel faces, touch mutually in the process of rotation at punching block wheel 82 and glued membrane wheel 84, punching block wheel 82 can be taken turns pattern on it or words transfer printing on 84 wheel faces at glued membrane, transmitting rail 96 this moment utilizes roller 961 to transport tubing 97 by between the two glued membranes wheel 84, glued membrane wheel 84 again with the pattern on the wheel face and words transfer printing on tubing 97 left sides, on the right side, simultaneously, the cleaning solution that liquid reserve tank 90 disengages can constantly be sprayed at glued membrane and take turns 84 wheel faces, and utilize rubber tire scraper 88 that the printing ink cleaning scraper is removed, prevent that overlapping the reaching of lines blured when glued membrane wheel 84 from heavily covering transfer printing, unnecessary printing ink and cleaning solution then conflux to a left side, right cabinet 51, in the catch tray 95 of 52 end faces.
As shown in Figure 8, this transmission rail 96 can continue to transmit tubing 97 and advance, by last, between the stacked down glued membrane wheel 83, as shown in Figure 9, on being somebody's turn to do, underdrive mechanism 30,40 action, effect all with an above-mentioned left side, right transmission mechanism 60,70 is identical, glued membrane wheel 83 can push up pattern on the wheel face and words transfer printing at tubing 97, on the bottom surface, so no longer explanation, only at more special part explanation, as shown in figure 10, on being somebody's turn to do, the length of down stacked glued membrane wheel 83 is narrower for the broad below of top, the glued membrane of below is taken turns 83 both sides and respectively is provided with a catch tray 95, the catch tray in left side is locked on lower case 22 walls, and the catch tray 95 on right side is sheathed on a support bar 98 ends, and 98 of this support bars are sheathed in the transmission rail 96 extended sleeves 981, not only but mat catch tray 95 is collected discarded cleaning solution, and can extract support bar 98 at any time out, take away the catch tray 95 that is sheathed on the support bar 98, to exchange the glued membrane wheel 83 of below for.
As Fig. 1, shown in 9, because of pattern and the literal difference of printing, must usually change punching block wheel 81 with different pattern and literal, and punching block axle 31,41 with glue shaft 32,42 engagements can't break away from, but this moment turn first handwheel 36 and the 3rd handwheel 46, revolve and move back at screw 222, screw rod 361 in 212,461, and slide block 26 is moved in chute 25, come tractive punching block axle 31,41 and punching block wheel 81 break away to the right and move back, make punching block axle 31, gear 311 on 41,411 break away from the gear 321 of glue shaft 32,421, just can exchange punching block wheel 81 for, also can utilize second handwheel 37, the 4th handwheel 47 and screw rod 371 thereof, 471 with gyroaxis 34, bevel gear 341 on 44,441 engagements, at any time adjust rubber tire scraper 87 and touch the gap, avoid the scratch glued membrane to take turns 83 wheel faces with the pressure that glued membrane is taken turns 83 wheel faces.In addition, for the tubing 97 that cooperates different tube diameters, but turn the 5th handwheel 48, screw spindle 481 in the screw 271 of turn rotating block 27, and cooperate the combination of the dovetail 23 and the dovetail groove 24 of upper and lower cabinet 21,22, and affect upper case 21 in the upper and lower slippage of lower case 22 apical margins, adjust the spacing of two glued membranes wheel 83, so that allow tubing 97 pass through.
Shown in Fig. 5,8, similarly, along with pattern and the literal difference printed, must usually change punching block wheel 82 with different pattern and literal, and punching block axle 61,71 and glue shaft 62,72 engagements can't break away from, but turn the 7th, nine handwheels 66,76, revolve the screw rod 661,761 that moves back in screw 513,523, and cooperate slide block 54 to move in chute 55, tractive punching block axle 61,71 and punching block wheel 82 break away to two and move back, the gear 621,721 that gear 611,711 on the punching block axle 61,71 is broken away from the glue shaft 62,72 just can exchange punching block wheel 82 for.Also can utilize the 8th, ten handwheels 67,77 and screw rod 671,771 thereof and bevel gear 641,741 engagements, adjust rubber tire scraper 88 at any time and touch the gap, avoid the scratch glued membrane to take turns 84 wheel faces with the pressure that glued membrane is taken turns 84 wheel faces.In addition, as shown in Figure 3, for the tubing 97 that cooperates different tube diameters, but turn the 6th handwheel 58, screw rod 581 in the screw 561 of turn rotating block 56, and cooperate the combination of the dovetail 531 and the dovetail groove 514 of left cabinet 51, and affect left cabinet 51 in the left and right slippage in right cabinet 52 left sides, adjust the spacing of glued membrane wheel 84, so that allow tubing 97 pass through.
In sum, tubing printing machine of the present utility model not only can cooperate different tubing, do the printing and the sign of different pattern and literal, and in impressing pattern and literal process, need only just can finish by a machine, must not buy more glued membrane again or paste machine, manpower and the money that prints glued membrane, the utility model can cooperate different situations and need do the adjustment of mobility, reach extraordinary printing effect, and the processing ease of printing machine own, maintenance changes the outfit conveniently, can be easily with the ring side face of pattern transfer to tubing.
Claims (3)
1, a kind of tubing printing machine is characterized in that:
This tubing printing machine comprises a board, is located at the upper and lower cabinet of board end face avris, one go up transmission mechanism, underdrive mechanism, the left and right cabinet that is located at another avris of board end face, a Left Drive mechanism, a right transmission mechanism, a drive unit, two pairs of pipe face print couple and a liquid reserve tank;
This upper and lower cabinet inside respectively has the room of a hollow out respectively, this lower case is fixedly arranged on board end face avris, the left and right side of upper and lower cabinet is installed with two dovetails and the dovetail groove that plugs respectively, upper case is folded and is established, the sliding lower case apical margin that places, corresponding respectively perforation of the inwall of upper and lower cabinet is provided with a notch, install a slide block in each notch slidably, upper and lower cabinet top section is installed with a locking block and a clamping block respectively, and this locking block is provided with the screw of a perforation;
This underdrive mechanism comprises a punching block axle, a glue shaft, a fixed axis and a gyroaxis, be to run through the slide block of lower case internal face respectively and pass internal face, and hub setting is in room, be arranged with pitch wheel respectively on this punching block axle and the glue shaft, a sheathed fixed block on this punching block axle, affixed first handwheel of this fixed block with screw rod, this screw rod is penetrated by the lower case side wall surface, and it is affixed with this fixed block, a sheathed bevel gear on this gyroaxis, have the screw rod of one second handwheel to penetrate by side wall surface, and with the engagement of the bevel gear of this gyroaxis;
Should go up transmission mechanism and comprise a punching block axle, a glue shaft, a fixed axis and a gyroaxis, run through the slide block of upper case internal face respectively and pass internal face and hub setting in room, the sheathed pitch wheel of difference on this punching block axle and the glue shaft, a sheathed fixed block on this punching block axle, this fixed block side is provided with a groove, there is the screw rod of one the 3rd handwheel to penetrate by the upper case side wall surface, and be equipped in the fixed block, a sheathed bevel gear on this gyroaxis, the screw rod of another the 4th handwheel is penetrated by side wall surface, and with the engagement of the bevel gear of this gyroaxis, this upper case top is provided with the 5th handwheel of a tool screw spindle, the screw spindle of the 5th handwheel passes the screw of this locking block in regular turn, the groove of fixed block, and penetrate in the clamping block of lower case;
This left side, the room that the inside of right cabinet has a hollow out respectively, this cabinet bottom surface, left side be installed with one with right cabinet mutually and the slide of establishing, extend on this slide and be provided with two dovetails, this cabinet bottom surface, left side is provided with the sliding relatively dovetail groove that places dovetail, this left side, corresponding respectively perforation of the end face of right cabinet is provided with a notch, be provided with a slidably slide block in each notch, this left side, right cabinet bottom surface is rotating block of solid welding and a clamping block respectively, this rotating block is provided with the screw of a perforation, the screw rod of one the 6th handwheel is penetrated by left cabinet bottom surface, and this screw rod passes the screw of rotating block in regular turn and penetrates in the clamping block;
This Left Drive machine comprises a punching block axle, a glue shaft, a fixed axis and a gyroaxis, run through the slide block of left cabinet respectively and pass the roof face, and hub setting is in the room of left cabinet, the sheathed pitch wheel of difference on this punching block axle and the glue shaft, a sheathed fixed block on this punching block axle, this fixed block connects the 7th handwheel with screw rod, this screw rod is penetrated by left cabinet outer side surface, and be equipped in the fixed block, a sheathed bevel gear on this gyroaxis, the screw rod of one the 8th handwheel is penetrated by side wall surface, and with the engagement of the bevel gear of this gyroaxis;
This right side transmission mechanism comprises a punching block axle, a glue shaft, a fixed axis and a gyroaxis, run through the slide block of right cabinet respectively and pass the roof face and hub setting in room, the sheathed pitch wheel of difference on this punching block axle and the glue shaft, a sheathed fixed block on this punching block axle, this fixed block connects the 9th handwheel of a tool screw rod, this screw rod is penetrated by right cabinet side wall surface, and be equipped in the fixed block, a sheathed bevel gear on this gyroaxis, the screw rod of one the tenth handwheel is penetrated by side wall surface, and meshes with bevel gear;
This drive unit is fixedly arranged on upper and lower cabinet and left and right cabinet lateral surface respectively, and is connected driving with upper and lower transmission mechanism with the glue shaft of left and right transmission mechanism;
The two pairs of pipe face print couple are stacked mutually in pairs respectively or side by side in upper and lower cabinet or left and right cabinet, comprise two pairs of punching block wheels, two pairs of glued membrane wheels, two pairs of punching block scrapers and two pairs of rubber tire scrapers, be installed in the section of passing of this punching block axle, glue shaft, fixed axis and gyroaxis respectively, this punching block scraper and rubber tire scraper are pressed the wheel face that touches in punching block wheel and glued membrane wheel respectively;
This liquid reserve tank is fixedly arranged on the board top, comprises a cleaning liquid chamber that the ink chamber of printing ink is housed and is equiped with cleaning solution, and the wheel face of this ink chamber and cleaning liquid chamber and this punching block wheel and glued membrane wheel is respectively equipped with woven hose.
2, tubing printing machine as claimed in claim 1 is characterized in that:
The punching block wheel below that is stacked and placed on the pipe face print couple last position of this upper and lower cabinet sets firmly the oil sump that a wheel face for the punching block wheel attaches printing ink in it.
3, tubing printing machine as claimed in claim 1 is characterized in that:
This left and right cabinet end face and upper and lower cabinet inboard are installed with most catch trays respectively.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 95213097 CN2231180Y (en) | 1995-06-07 | 1995-06-07 | Printing machine for pipe |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 95213097 CN2231180Y (en) | 1995-06-07 | 1995-06-07 | Printing machine for pipe |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2231180Y true CN2231180Y (en) | 1996-07-17 |
Family
ID=33863092
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 95213097 Expired - Lifetime CN2231180Y (en) | 1995-06-07 | 1995-06-07 | Printing machine for pipe |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2231180Y (en) |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN102218895A (en) * | 2011-04-18 | 2011-10-19 | 新兴铸管股份有限公司 | Automatic printing device of pipe body sign |
| CN103963436A (en) * | 2014-05-28 | 2014-08-06 | 太仓市鑫鹤印刷包装有限公司 | Paper tube printing machine structure |
| CN104553283A (en) * | 2013-10-15 | 2015-04-29 | 南京烽火藤仓光通信有限公司 | Optical cable printer |
| CN106364190A (en) * | 2016-09-28 | 2017-02-01 | 广东永高塑业发展有限公司 | Identification device for pipe |
| CN106585138A (en) * | 2016-11-28 | 2017-04-26 | 广东亿洋管业科技有限公司 | Adjustable structure for oil scraping of pipe code printing |
| CN111267475A (en) * | 2020-04-16 | 2020-06-12 | 枣庄市天一实业有限公司 | Double-wheel synchronous printer |
-
1995
- 1995-06-07 CN CN 95213097 patent/CN2231180Y/en not_active Expired - Lifetime
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102218895A (en) * | 2011-04-18 | 2011-10-19 | 新兴铸管股份有限公司 | Automatic printing device of pipe body sign |
| CN102218895B (en) * | 2011-04-18 | 2013-01-02 | 新兴铸管股份有限公司 | Automatic printing device of pipe body sign |
| CN104553283A (en) * | 2013-10-15 | 2015-04-29 | 南京烽火藤仓光通信有限公司 | Optical cable printer |
| CN103963436A (en) * | 2014-05-28 | 2014-08-06 | 太仓市鑫鹤印刷包装有限公司 | Paper tube printing machine structure |
| CN106364190A (en) * | 2016-09-28 | 2017-02-01 | 广东永高塑业发展有限公司 | Identification device for pipe |
| CN106585138A (en) * | 2016-11-28 | 2017-04-26 | 广东亿洋管业科技有限公司 | Adjustable structure for oil scraping of pipe code printing |
| CN111267475A (en) * | 2020-04-16 | 2020-06-12 | 枣庄市天一实业有限公司 | Double-wheel synchronous printer |
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