CN103407636A - Test tube labeling machine - Google Patents
Test tube labeling machine Download PDFInfo
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- CN103407636A CN103407636A CN2013103786488A CN201310378648A CN103407636A CN 103407636 A CN103407636 A CN 103407636A CN 2013103786488 A CN2013103786488 A CN 2013103786488A CN 201310378648 A CN201310378648 A CN 201310378648A CN 103407636 A CN103407636 A CN 103407636A
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Abstract
The invention discloses a test tube labeling machine aiming to overcome the problem of hand labor. The test tube labeling machine mainly comprises a compression roller mechanism, a main-auxiliary roller mechanism, a clamping device and a laser locking device, wherein the compression roller mechanism mainly comprises a compression roller bracket which is arranged on a compression roller support plate I and a compression roller support plate II, a compression roller and a holding roller which are arranged on the compression roller bracket through bearings, a sliding groove plate I and a sliding groove plate II which are connected with the compression roller support plate I and the compression roller support plate II respectively in a sliding manner, and a travel switch which is fixed on a bottom plate and is in contact with the tail end of the compression roller bracket; the main-auxiliary roller mechanism mainly comprises a main roller, an auxiliary roller and a main roller motor, which are arranged at the front part of the bottom plate through a rack, a rotary shaft which is arranged under the bottom plate through a bearing, and a rotary shaft motor which is connected with the rotary shaft through belt transmission. The test tube labeling machine disclosed by the invention is capable of being matched with multiple bar code printers and labeling products of different diameters, and is simple in structure, convenient to debug and high in labeling efficiency.
Description
Technical field
The present invention relates to a kind of labelled device, more particularly, the present invention relates to a kind of test tube labelling machine.
Background technology
Labelling machine is of a great variety at present, is widely used in medicine trade, daily use chemicals industry, food service industry, beverage industry, electronics and battery industry, petrochemical industry and medical industry etc.It is on the small size materials such as wiring board, automobile precision parts, carton, magazine, battery of mobile phone, medicine, daily use chemicals, to carry out the ideal equipment of the accurate labeling of high precision, makes Product Identifying more attractive in appearance.
Although many kinds of bar code printers are arranged on market, all must first after the label of manually tearing on attaching paper, be attached to again on product, this process is loaded down with trivial details, consuming time, consumption power not only, and bar code paste not attractive in appearance, the conformability of the bar code that also is hard to keep.
Summary of the invention
Problem to be solved by this invention is to overcome hand labor, and a kind of novel test tube labelling machine is provided, and label is attached to quickly and accurately to the assigned address on test tube surface, realize automatic labeling, labeling efficiency is high, and safety, health, convenience, and institute's labeling mark is attractive in appearance, high conformity.
For solving the problems of the technologies described above, the present invention adopts following technical scheme to realize, accompanying drawings is as follows:
A kind of test tube labelling machine, mainly by pressing roll mechanism, the major-minor roller mechanism, the symmetrical laser locking device 18 that is arranged on the fixing device 4 of base plate 5 centers, rear portion and is fixed on frame 13 forms, described pressing roll mechanism is arranged on the both sides at base plate 5 middle parts symmetrically, pressing roll mechanism is mainly by being arranged on pressure roller stay bearing plate 2 No. 1, pressing roller holder 6 on No. 2 pressure roller stay bearing plates 9, by bearing, be arranged on the pressure roller 8 on pressing roller holder 6, hold roller 10, respectively with No. 1 pressure roller stay bearing plate 2, No. 1 coulisse 3 of No. 2 pressure roller stay bearing plate 9 sliding block joints, No. 2 coulisses 7 be fixed on base plate 5 on and the travel switch 1 that contacts with pressing roller holder 6 ends form, described major-minor roller mechanism is mainly by the home roll 12, secondary roller 11, the home roll electrical motor 14 that by frame 13, are arranged on base plate 5 front portions, by bearing, be arranged on the following axis of revolution 16 of base plate 5, form by with transmission, realizing the axis of revolution electrical motor be connected 15 with axis of revolution 16.
Travel switch described in technical scheme 1 is located at pressure roller stay bearing plate 2 one sides No. 1; 3, No. 2 coulisses 7 of described No. 1 coulisse are fixed on the arranged on left and right sides of base plate 5 upper surfaces symmetrically.
Home roll described in technical scheme 12 is realized rotating by the band transmission by the home roll electrical motor 14 on the crossbeam 33 that is arranged on frame 13; Described home roll 12 and described secondary roller 11 all adopt the unequal unsymmetric structure of both sides length; Base plate 5 anteriomedial are provided with notch 17; Axis of revolution 16 is positioned at the below of notch 17; Axis of revolution electrical motor 15 is fixed on the upper surface of base plate 5, and axis of revolution 16 rotates back to the attached paper 38 of admitting a child into a nursery school.
Fixing device described in technical scheme 4 is comprised of overbolt rotating rod 27, overbolt stay bearing plate 28, overbolt 29 and overbolt top board 30; The symmetrical centre that is fixed on base plate 5 rear portions of overbolt stay bearing plate 28; Overbolt 29 passes overbolt stay bearing plate 28 and is threaded with overbolt stay bearing plate 28, and overbolt 29 1 ends are fixedly connected with overbolt top board 30, and the other end is fixedly connected with overbolt rotating rod 27.
The locking device 18 of laser described in technical scheme is comprised of laser 34, spring reverse motion stay bearing plate 35, spring reverse motion 36 and laser pickoff 37; Described spring reverse motion 36 is comprised of spring 42, bearing pin 41 and short cylinder 40, bearing pin 41 front ends are cones 43, bearing pin 41 ends are short cylinders 40, cone 43 is integrated with bearing pin 41, short cylinder 40 is fixedly connected with bearing pin 41, and short cylinder 40 and spring 42 are arranged on respectively the both sides of spring reverse motion stay bearing plate 35; Spring 42 is enclosed within on bearing pin 41, and spring 42 front ends contact with cone 43 bottom surfaces, and spring 42 ends contact with spring reverse motion stay bearing plate 35; Laser 34, spring reverse motion stay bearing plate 35, laser pickoff 37 are fixed on the crossbeam 33 of frame 13 successively, and spring reverse motion 36 is arranged on spring reverse motion stay bearing plate 35 by free-running fit.
Described in technical scheme, be fixed with respectively 22, No. 2 positioning boss 24 of No. 1 positioning boss on No. 1 chassis wall 32 and No. 2 chassis wall 39 upper left sides.
Gap between home roll 12 and secondary roller 11 is less than the diameter of test tube 21; Regulate the distance between secondary roller 11 and home roll 12, the paper delivery position of the upper limb line of assurance test tube 21 and the paper output of bar code printer 20 in the same horizontal line.
Pressure roller described in technical scheme 8 is rotating in poster process together with test tube 21; The described roller 10 control pressure rollers 8 of holding are pushed down test tube 21 downwards; No. 1 pressure roller stay bearing plate 2 slides in the chute of No. 1 coulisse 3 by making, No. 2 pressure roller stay bearing plates 9 slide in the chute of No. 2 coulisses 7, regulate the locus of pressure roller 8 line of centerss, make the line of centers of pressure roller 8 between test tube 21 line of centerss and home roll 12 line of centerss.
Compared with prior art the invention has the beneficial effects as follows:
1. test tube labelling machine of the present invention can improve labelled efficiency effectively, can make the more attractive in appearance of label subsides, and the function of bar code printer is brought into play better;
2. test tube labelling machine of the present invention can be supporting with multiple bar code printer, its practicality is very high, to the bar code printer of every kind of different model, only bar code printer need be positioned by positioning boss and frame, by fixing device, clamp, can carry out the labeling operation;
3. test tube labelling machine of the present invention adopts the laser locking device automatically axis of revolution to be controlled, and prevents that attaching paper is lax, has greatly improved labelled efficiency;
4. test tube labelling machine of the present invention adopts movable secondary roller assembling form, can carry out the labeling processing to the product of different-diameter;
5. test tube labelling machine of the present invention adopts travel switch to control, and when pressing down, pressing roller holder triggers travel switch, thereby makes the home roll motor start-up when pressure roller.Under the effect of travel switch, do not need just can realize starting or stoping of home roll electrical motor by button, easy to operate and efficient;
6. test tube labelling machine of the present invention adopts movable pressure roller assembling form, by the pressure roller stay bearing plate is slided in the chute of coulisse, regulate the locus of pressure roller line of centers and test tube line of centers, make the pressure roller line of centers between test tube line of centers and home roll line of centers, guarantee pressure roller to the moment pressed down and paper output go out bar code the time be carved with in the situation of certain error, do not affect the normal taping process of label, label also can be attached on test tube exactly, so just makes operation more easily, conveniently;
7. test tube labelling machine of the present invention is simple in structure, debugging is convenient, cheap for manufacturing cost, convenient operation.
The accompanying drawing explanation
The present invention is further illustrated below in conjunction with accompanying drawing:
Fig. 1 is the axonometric projection graph that test tube labelling machine structure of the present invention forms;
Fig. 2 is the axonometric projection graph fitted together of test tube labelling machine of the present invention and bar code printer;
Fig. 3 is the axonometric projection graph of home roll and secondary roller assembly relation in test tube labelling machine of the present invention;
Fig. 4 is the axonometric projection graph of fixing device and bar code printer assembly relation in test tube labelling machine of the present invention;
Fig. 5 is the axonometric projection graph that in test tube labelling machine of the present invention, laser locking device structure forms;
Fig. 6 is the axonometric projection graph that the spring reverse motion structure in test tube labelling machine of the present invention forms;
Fig. 7 is the front view of the unsymmetric structure of home roll and secondary roller in test tube labelling machine of the present invention.
In figure: 1. travel switch, 2.1 number pressure roller stay bearing plate, 3.1 number coulisse, 4. fixing device, 5. base plate, 6. pressing roller holder, 7.2 number coulisse, 8. pressure roller, 9.2 number pressure roller stay bearing plate, 10. hold roller, 11. secondary roller, 12. home roll, 13. frame, 14. home roll electrical motor, 15. axis of revolution electrical motor, 16. axis of revolution, 17. notch, 18. laser locking device, 19.1 number chassis wall through hole, 20. bar code printer, 21. test tube, 22.1 number positioning boss, 23.1 number chassis wall arc-shaped slot, 24.2 number positioning boss, 25. secondary roller screw, 26. locating dowel pin, 27. overbolt rotating rod, 28. overbolt stay bearing plate, 29. overbolt, 30. overbolt top board, 31. chopping machine main shaft, 32.1 number chassis wall, 33. crossbeam, 34. laser, 35. spring reverse motion stay bearing plate, 36. spring reverse motion, 37. laser pickoff, 38. attaching paper, 39.2 number chassis wall, 40. short cylinder, 41. bearing pin, 42. spring, 43. cone.
The specific embodiment
Below in conjunction with accompanying drawing, the present invention is explained in detail:
Test tube labelling machine of the present invention, be the corollary apparatus of bar code printer, its objective is that the solution bar code printer can not direct labelled problem.
A kind of test tube labelling machine mainly is comprised of pressing roll mechanism, major-minor roller mechanism, fixing device 4 and laser locking device 18; Pressing roll mechanism is arranged on the both sides at base plate 5 middle parts symmetrically, pressing roll mechanism by 2, No. 2 pressure roller stay bearing plates 9 of No. 1 pressure roller stay bearing plate, pressing roller holder 6, pressure roller 8, hold 10, No. 1 coulisse of roller 3, No. 2 coulisses 7, travel switches 1 and form;
The major-minor roller mechanism is comprised of home roll 12, secondary roller 11, home roll electrical motor 14, axis of revolution 16, axis of revolution electrical motor 15.
Consult Fig. 1 and Fig. 2, two coulisses of pressing roll mechanism, 3, No. 2 coulisses 7 of No. 1 coulisse are fixed on the arranged on left and right sides of base plate 5 upper surfaces symmetrically; 2, No. 2 pressure roller stay bearing plates 9 of No. 1 pressure roller stay bearing plate are arranged on respectively on 3, No. 2 coulisses 7 of No. 1 coulisse, are fixed by bolt; Pressure roller 8 and hold roller 10 and be arranged on 2, No. 2 pressure roller stay bearing plates 9 of No. 1 pressure roller stay bearing plate by pressing roller holder 6, pressure roller 8 is rotating in poster process together with test tube 21; Holding roller 10 is that the operator is used for controlling the control lever that pressure roller 8 is pushed down test tube 21 downwards.By the pressure roller stay bearing plate is slided in the chute of coulisse, regulate the locus of pressure roller 8 line of centerss, make the line of centers of pressure roller 8 between test tube 21 line of centerss and home roll 12 line of centerss, guarantee in the situation that pressure roller 8 to the moment pressed down and bar code printer 20 paper output outgoing label the time be carved with certain error, label also can be attached on test tube 21 exactly.
Consult Fig. 2, Fig. 3 and Fig. 5, frame 13 is comprised of 32, No. 2 chassis wall of No. 1 chassis wall 39 and crossbeam 33, No. 1 chassis wall 32, No. 2 chassis wall 39 are fixed on the both sides of base plate 5 front portions symmetrically, No. 1 chassis wall 32, No. 2 chassis wall 39 are the rectangular plate class formation spare that structure is identical, the upper left corner of No. 1 chassis wall 32 and No. 2 chassis wall 39 is processed be used to No. 1 chassis wall arc-shaped slot 23 and No. 2 chassis wall arc-shaped slots of secondary roller 11 are installed, the right side of No. 1 chassis wall arc-shaped slot 23 and No. 2 chassis wall arc-shaped slots is processed with No. 1 chassis wall through hole 19 and No. 2 chassis wall through holes that home roll 12 is installed, between No. 1 chassis wall arc-shaped slot 23 of No. 1 chassis wall 32 and No. 1 chassis wall through hole 19, be provided with the locating dowel pin through hole that locating dowel pin 26 is installed, locating dowel pin 26 is installed in the locating dowel pin through hole, the two ends of the crossbeam 33 of rectangular cross section are fixedly connected with the middle part of 32, No. 2 chassis wall 39 inboards of No. 1 chassis wall, No. 1 chassis wall 32 and No. 2 chassis wall 39 Parallel Symmetrics, No. 1 chassis wall through hole 19 and No. 2 chassis wall through hole rotation axis conllinear, No. 1 chassis wall arc-shaped slot 23 and No. 2 chassis wall arc-shaped slots align.
Consult Fig. 1, travel switch 1 is arranged on No. 1 pressure roller stay bearing plate 2 sides in left side, and the contact of travel switch 1 is contacted with the end of pressing roller holder 6, and travel switch 1 is bolted on base plate 5.When pressing down, pressing roller holder 6 triggers travel switches 1 when pressure roller 8, thereby home roll electrical motor 14 is started, and by the band transmission, drives home roll 12 and rotates.Under the effect of travel switch 1, do not need to go to realize starting or stoping of home roll electrical motor 14 by button, easy to operate and efficient.
Consult Fig. 1 and Fig. 5, laser locking device 18 is comprised of laser 34, laser pickoff 37, spring reverse motion 36 and spring reverse motion stay bearing plate 35; Fixing device 4 is comprised of overbolt 29, overbolt rotating rod 27, top board 26 and overbolt stay bearing plate 28; Axis of revolution electrical motor 15 is electrical motors of same model with home roll electrical motor 14.
Consult Fig. 1 and Fig. 5, frame 13 is arranged on the position of center line of base plate 5, makes it with respect to base plate 5 left-right symmetric.Consult Fig. 7, home roll 12 and secondary roller 11 adopts unsymmetric structures (take outer roller as the axle core both sides length L 1 of centre portion unequal with L2), home roll 12 is arranged on 32, No. 2 chassis wall 39 of No. 1 chassis wall of frame 13 by bearing, position is above crossbeam 33, wherein secondary roller 11 is comprised of axle core, outer roller and outer layer glue, and the axle core of secondary roller 11 is fixed on frame 13 by secondary roller screw 25.The close bar code printer 20 in the installation site of secondary roller 11, the gap L between home roll 12 and secondary roller 11 (0<L<D, D are the diameter of test tube), home roll 12 is arranged on relative position away from bar code printer 20.Home roll 12 is realized rotating by the band transmission by home roll electrical motor 14.Home roll electrical motor 14 is arranged on the crossbeam 33 of frame 13.For the cap head situation larger than main diameter that adapts to a part of product, home roll 12 and secondary roller 11 adopt unsymmetric structure; Utilize the eccentric cam principle, for secondary roller 11, design No. 1 chassis wall arc-shaped slot 23 and No. 2 chassis wall arc-shaped slots on 32, No. 2 chassis wall 39 of No. 1 chassis wall of frame 13, secondary roller 11 can be moved along No. 1 chassis wall arc-shaped slot 23 and No. 2 chassis wall arc-shaped slots, and then regulate the distance between secondary roller 11 and home roll 12, guarantee simultaneously the upper limb line of test tube 21 and bar code printer 20 paper output the paper delivery position in the same horizontal line, the secondary roller screw 25 that screws both sides is realized fixing to secondary roller 11 just can carrying out the labeling processing to the test tube of different-diameter.
Consult Fig. 3,22, No. 2 positioning boss 24 of No. 1 positioning boss are arranged on frame 13, on 32, No. 2 chassis wall 39 of No. 1 chassis wall, respectively install one, its position, at the paper output place near bar code printer 20, is fixed by screws on 32, No. 2 chassis wall 39 of No. 1 chassis wall.Consult Fig. 4, fixing device 4 is comprised of overbolt 29, overbolt stay bearing plate 28, overbolt rotating rod 27 and overbolt top board 30.Overbolt stay bearing plate 28 is arranged on the position of center line of base plate 5 by bolt, nut, make it with respect to the base plate left-right symmetric, and the lagging dege of close base plate 5, and overbolt stay bearing plate 28 is perpendicular to base plate 5.Overbolt 29 pass overbolt stay bearing plate 28 and with the center of overbolt stay bearing plate 28 for being threaded, overbolt 29 1 ends and overbolt top board 30 are fixed by screw thread, the other end and overbolt rotating rod 27 also are fixed by screw thread.Consult Fig. 2 and Fig. 3, bar code printer 20 is placed on base plate 5, make a side of its paper output withstand 22, No. 2 positioning boss 24 of No. 1 positioning boss, realize location; Consult Fig. 4, rotate overbolt rotating rod 27, overbolt 29 moves forward together with overbolt top board 30, overbolt top board 30 is contacted with the rear surface of bar code printer 20, thereby realizes clamping.
Consult Fig. 1 and Fig. 5, axis of revolution 16 is arranged on the below of notch 17 by bearing, by the band transmission, realizes its rotation by the axis of revolution electrical motor 15 that is arranged on base plate 5 upper surfaces; Attaching paper 38 is reclaimed by axis of revolution 16, and wherein axis of revolution electrical motor 15 is fixed on the upper surface of base plate 5 by bolt, nut, and axis of revolution electrical motor 15 is realized connecting by the band transmission with axis of revolution 16.
Consult Fig. 5 and Fig. 6, laser locking device 18 is comprised of laser 34, spring reverse motion stay bearing plate 35, spring reverse motion 36 and laser pickoff 37.Wherein spring reverse motion 36 is comprised of spring 42, short cylinder 40 and bearing pin 41, bearing pin 41 front ends are cones 43, bearing pin 41 ends connect by screw thread with short cylinder 40, cone 43 is one with bearing pin 41, and short cylinder 40 and spring 42 are arranged on respectively the both sides of spring reverse motion stay bearing plate 35; Spring 42 is enclosed within on bearing pin 41, and spring 42 front ends contact with cone 43 bottom surfaces, and spring 42 ends contact with spring reverse motion stay bearing plate 35.Laser 34, laser pickoff 37 and spring reverse motion stay bearing plate 35 are arranged on the crossbeam 33 of frame 13 by bolt, the position of spring reverse motion stay bearing plate 35 is between laser 34, laser pickoff 37, spring reverse motion 36 is arranged on spring reverse motion stay bearing plate 35 by free-running fit, and the effect by spring 42 makes spring reverse motion 36 hold reset states.Attaching paper 38 is reclaimed by axis of revolution 16 rotations, and the now rotation of axis of revolution 16 not necessarily can make attaching paper 38 keep tensioning state per a moment, and this will affect labelled quality and aesthetic property.When 38 tensioning of attaching paper, the spring 42 of spring reverse motion 36 is in compressive state, the short cylinder 40 of spring reverse motion 36 will block the laser that laser 34 is launched, make laser pickoff 37 can not receive laser, this signal is passed to axis of revolution electrical motor 15, make it keep rotating speed now constant; When attaching paper 38 was lax, spring reverse motion 36 resetted, and the short cylinder 40 of spring reverse motion 36 moves backward, the laser that laser 34 is launched is received by laser pickoff 37, this signal is passed to axis of revolution electrical motor 15, its rotating speed is improved, make attaching paper 38 enter tensioning state.
Consult Fig. 2, bar code printer 20 is placed on to the upper surface of base plate 5, positioned by base plate 5 and positioning boss, clamped by fixing device 4.Test tube 21 is placed between home roll 12 and secondary roller 11, carries out axial location by locating dowel pin 26.When bar code printer 20 Print Label, axis of revolution electrical motor 15 drives axis of revolution 16 and rotates, and makes 38 tensionings of attaching paper.To pressing down pressure roller 8, pressing roller holder 6 triggers travel switch 1, and home roll electrical motor 14 starts, and by the band transmission, home roll 12 is rotated, and test tube 21 rotates under the combined action of home roll 12, secondary roller 11 and pressure roller 8, realize labelling.After label sticked, roller 10 was held in pull-up, and travel switch 1 resets, and home roll electrical motor 14 stops operating, and like this, had completed labelled all processes.
In label application process, if relaxed state appears in attaching paper 38, spring reverse motion 36 resets, the short cylinder 40 of reset attachment 30 moves backward, the laser that laser 34 is launched is received by laser pickoff 37, and this signal is passed to axis of revolution electrical motor 15, makes it improve rotating speed, make attaching paper 38 enter tensioning state, can realize normal labeling.
Claims (9)
1. a test tube labelling machine, mainly be comprised of pressing roll mechanism, major-minor roller mechanism, the symmetrical laser locking device (18) that is arranged on the fixing device (4) of base plate (5) center, rear portion and is fixed on frame (13), it is characterized in that:
Described pressing roll mechanism is arranged on the both sides at base plate (5) middle part symmetrically, pressing roll mechanism is mainly by the pressing roller holder (6) be arranged on No. 1 pressure roller stay bearing plate (2), No. 2 pressure roller stay bearing plates (9), by bearing, be arranged on pressure roller (8) on pressing roller holder (6), hold roller (10), respectively with No. 1 coulisse (3), No. 2 coulisses (7) of No. 1 pressure roller stay bearing plate (2), No. 2 pressure roller stay bearing plates (9) sliding block joint be fixed on travel switch (1) composition that base plate (5) is upper and contact with pressing roller holder (6) end;
Described major-minor roller mechanism is mainly by by frame (13), being arranged on base plate (5) anterior home roll (12), secondary roller (11), home roll electrical motor (14), by bearing, be arranged on the following axis of revolution (16) of base plate (5), form by the axis of revolution electrical motor (15) be connected with the transmission realization with axis of revolution (16).
2. according to a kind of test tube labelling machine claimed in claim 1, it is characterized in that:
Described frame (13) is comprised of No. 1 chassis wall (32), No. 2 chassis wall (39) and crossbeam (33); No. 1 chassis wall (32), No. 2 chassis wall (39) are fixed on the anterior both sides of base plate (5) symmetrically, No. 1 chassis wall (32) is respectively equipped with No. 1 chassis wall arc-shaped slot (23) and No. 2 chassis wall arc-shaped slots with the upper left corner of No. 2 chassis wall (39), No. 1 chassis wall arc-shaped slot (23) is respectively equipped with the right side of No. 2 chassis wall arc-shaped slots No. 1 chassis wall through hole (19) and No. 2 chassis wall through holes that home roll (12) is installed, and is provided with locating dowel pin (26) between No. 1 chassis wall arc-shaped slot (23) and No. 1 chassis wall through hole (19); The two ends of crossbeam (33) are fixedly connected with No. 1 chassis wall (32), the inboard middle part of No. 2 chassis wall (39).
3. according to a kind of test tube labelling machine claimed in claim 1, it is characterized in that:
Described travel switch (1) is located at pressure roller stay bearing plate (2) one sides No. 1; Described No. 1 coulisse (3), No. 2 coulisses (7) are fixed on the arranged on left and right sides of base plate (5) upper surface symmetrically.
4. according to a kind of test tube labelling machine claimed in claim 1, it is characterized in that:
Described home roll (12) is realized rotating by the band transmission by the home roll electrical motor (14) be arranged on crossbeam (33); Described home roll (12) and described secondary roller (11) all adopt the unequal unsymmetric structure of both sides length; Base plate (5) anteriomedial is provided with notch (17), and axis of revolution (16) is positioned at the below of notch (17); Axis of revolution electrical motor (15) is fixed on the upper surface of base plate (5), and axis of revolution (16) rotates back to the attached paper (38) of admitting a child into a nursery school.
5. according to a kind of test tube labelling machine claimed in claim 1, it is characterized in that:
Described fixing device (4) is comprised of overbolt rotating rod (27), overbolt stay bearing plate (28), overbolt (29) and overbolt top board (30);
The symmetrical centre that is fixed on base plate (5) rear portion of overbolt stay bearing plate (28); Overbolt (29) passes overbolt stay bearing plate (28) and is threaded with overbolt stay bearing plate (28), and overbolt (29) one ends are fixedly connected with overbolt top board (30), and the other end is fixedly connected with overbolt rotating rod (27).
6. according to a kind of test tube labelling machine claimed in claim 1, it is characterized in that:
Described laser locking device (18) is comprised of laser (34), spring reverse motion stay bearing plate (35), spring reverse motion (36) and laser pickoff (37);
Described spring reverse motion (36) is comprised of spring (42), bearing pin (41) and short cylinder (40), bearing pin (41) front end is cone (43), bearing pin (41) end is short cylinder (40), cone (43) is integrated with bearing pin (41), short cylinder (40) is fixedly connected with bearing pin (41), and short cylinder (40) and spring (42) are arranged on respectively the both sides of spring reverse motion stay bearing plate (35); It is upper that spring (42) is enclosed within bearing pin (41), and spring (42) front end contacts with cone (43) bottom surface, and spring (42) end contacts with spring reverse motion stay bearing plate (35);
Laser (34), spring reverse motion stay bearing plate (35), laser pickoff (37) are fixed on the crossbeam (33) of frame (13) successively, and spring reverse motion (36) is arranged on spring reverse motion stay bearing plate (35) by free-running fit.
7. according to a kind of test tube labelling machine claimed in claim 2, it is characterized in that:
On described No. 1 chassis wall (32) and No. 2 chassis wall (39) upper left side, be fixed with respectively No. 1 positioning boss (22), No. 2 positioning boss (24).
8. according to a kind of test tube labelling machine claimed in claim 1, it is characterized in that:
Gap between home roll (12) and secondary roller (11) is less than the diameter of test tube (21); Regulate the distance between secondary roller (11) and home roll (12), make the upper limb line of test tube (21) and bar code printer (20) paper output the paper delivery position in the same horizontal line.
9. according to a kind of test tube labelling machine claimed in claim 1, it is characterized in that:
Described pressure roller (8) is rotating in poster process together with test tube (21); Described roller (10) the control pressure roller (8) of holding is pushed down test tube (21) downwards; Regulate the locus of pressure roller (8) line of centers, the line of centers of pressure roller (8) is positioned between test tube (21) line of centers and home roll (12) line of centers.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310378648.8A CN103407636B (en) | 2013-08-27 | 2013-08-27 | Test tube labeling machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310378648.8A CN103407636B (en) | 2013-08-27 | 2013-08-27 | Test tube labeling machine |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN103407636A true CN103407636A (en) | 2013-11-27 |
| CN103407636B CN103407636B (en) | 2015-04-15 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201310378648.8A Expired - Fee Related CN103407636B (en) | 2013-08-27 | 2013-08-27 | Test tube labeling machine |
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| Country | Link |
|---|---|
| CN (1) | CN103407636B (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103786938A (en) * | 2014-01-27 | 2014-05-14 | 吉林大学 | Test tube labeling machine |
| CN103895920A (en) * | 2014-04-28 | 2014-07-02 | 四川沃文特生物技术有限公司 | System for automatically labeling reagent tube |
| CN107685909A (en) * | 2017-09-28 | 2018-02-13 | 广东欧珀移动通信有限公司 | Separator |
| CN108945656A (en) * | 2018-08-23 | 2018-12-07 | 安吉格林包装材料有限公司 | A kind of packing machine Biao Juan paper extraction mechanism |
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| US3725179A (en) * | 1971-09-17 | 1973-04-03 | Paco Winders Inc | Tube labeling and cutting machine |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103786938A (en) * | 2014-01-27 | 2014-05-14 | 吉林大学 | Test tube labeling machine |
| CN103895920A (en) * | 2014-04-28 | 2014-07-02 | 四川沃文特生物技术有限公司 | System for automatically labeling reagent tube |
| CN107685909A (en) * | 2017-09-28 | 2018-02-13 | 广东欧珀移动通信有限公司 | Separator |
| CN108945656A (en) * | 2018-08-23 | 2018-12-07 | 安吉格林包装材料有限公司 | A kind of packing machine Biao Juan paper extraction mechanism |
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| CN103407636B (en) | 2015-04-15 |
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