CN206186548U - Divide page heat -transfer seal bar code printer - Google Patents
Divide page heat -transfer seal bar code printer Download PDFInfo
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- CN206186548U CN206186548U CN201621242839.7U CN201621242839U CN206186548U CN 206186548 U CN206186548 U CN 206186548U CN 201621242839 U CN201621242839 U CN 201621242839U CN 206186548 U CN206186548 U CN 206186548U
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- paging
- drive
- rubber roll
- paper
- paper feed
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Abstract
The utility model discloses a divide page heat -transfer seal bar code printer, including frame, control panel, paper feed mechanism and printing mechanism. Paper feed mechanism and printing mechanism are all installed in the frame, and control panel controls the work of paper feed mechanism and printing mechanism. Paper feed mechanism includes transport mechanism, paging mechanism and paper feeding mechanism in proper order, transport mechanism and paper feeding mechanism are connected, the paging mechanism is located transport mechanism's top, the printing mechanism with paper feeding mechanism adjacent, the below of printing mechanism is equipped with main motor, main motor with paper feeding mechanism connect. The utility model discloses combine the paging device to realize the function of single paper feed printing the in -process, the biggest printable 350g's card tablet or drop to through transmission photoelectric sensor discernment paper feed length, thus accurate print job, the print speed is fast, and the effect is good.
Description
Technical field
The utility model is related to printer to equip field, especially a kind of paging type thermal transfer printing bar code mechanism.
Background technology
At present, the common thermal transfer bar-code printer of in the market can only print cylinder material, and the defect of cylinder material exists
In, rear card or drop have been printed still in bending, it is not easy to collect and uses.
And the card or drop of printing roll type, its paper sheet thickness is limited to 300 grams or less, to the card of printing bar code
The paper requirement of board or drop is very high, and printing limitation is big.
The content of the invention
The purpose of this utility model is to provide a kind of paging type thermal transfer for being capable of the single card of print page bar or drop
Printing bar code mechanism.
What the utility model was solved is that the common thermal transfer bar-code printer of in the market can only print cylinder material, and
Rear card or drop have been printed still in bending, have been not easy to the problem collected and use；In addition, common thermal transfer printer
Limitation to paper thickness characteristic is big.
The utility model solve its technical problem use technical scheme be：
Paging type thermal transfer printing bar code mechanism, including frame, control panel, paper feed mechanism and printing mechanism；It is described
Paper feed mechanism and printing mechanism be mounted in frame；Described control panel control paper feed mechanism and the work of printing mechanism
Make.
Described paper feed mechanism includes connecting gear, paging mechanism and paper advance mechanism successively；Described connecting gear with give
Mechanism of paper is connected；Described paging mechanism is located at the top of the connecting gear；Described connecting gear includes backstand, first
Power transmission shaft, second driving shaft, the first drive, the second drive and transmission belt；The first described drive is arranged on first and passes
On moving axis, described the second drive is arranged on second driving shaft, the first described drive of described transmission belt connection and
Second drive；Described paging mechanism includes paging device and the side plate played a supportive role positioned at the paging device both sides；Institute
The paper advance mechanism stated is including two support frames be arrangeding in parallel, the paper feed pressure roller on support frame, positioned at paper feed pressure roller lower section
Paper feed rubber roll and the drive installed in paper feed pressure roller and paper feed rubber roll end, connection drive transmission belt.
Described printing mechanism is adjacent with described paper advance mechanism, including support and rack-mount printing motor.
Main motor is provided with below the printing mechanism, described main motor is connected with described paper advance mechanism.
Further, the first described power transmission shaft is arranged on backstand, and described backstand is fixedly mounted in frame；
Described second driving shaft is arranged in frame and the one end of second driving shaft is provided with the 3rd drive；Described enters letterweight
Roller includes the first pressure roller and the second pressure roller；Described paper feed rubber roll includes the first rubber roll and the second rubber roll；First rubber roll
One end installs the 4th drive, and the other end installs synchronizing wheel；The one end of second rubber roll installs the 5th drive；It is described
The 3rd drive, the 4th drive and the 5th drive are located at profit between the same side, and the 3rd drive and the 4th drive
Connected with the first transmission belt, connected using the second transmission belt between the 4th drive and the 5th drive.
Further, the synchronizing wheel on the first rubber roll on described main motor and the paper advance mechanism is connected using Timing Belt
Connect；The first described rubber roll and the second rubber roll are arranged in frame.
Further, the first described rubber roll is located at the lower section of the first pressure roller, and the second rubber roll is located at the lower section of the second pressure roller,
The position of the first rubber roll and the first pressure roller is corresponding with the second rubber roll and the second pressure roller, and between the first rubber roll and the first pressure roller
And second gap for forming transmission between rubber roll and the second pressure roller.
Further, described gap location is provided with paper guiding device, and the paper guiding device installs transmission near the end of printing mechanism
Photoelectric sensor；The side plate of described paging device both sides extends to paper advance mechanism, and described paper guiding device is arranged on side plate
On extension.
Further, the groove of insertion from top to bottom is provided with inside described paging device, described groove is divided into slippage slot
With two sections of regulating tank；Paging top flat, regulation spring and regulating bolt are installed successively in described groove.
Further, described groove is located at directly over the output end of transmission belt.
Further, described paging top flat assembly is in slippage slot and paging top flat upper end is cased with regulation spring；Described
Regulating bolt and regulation spring assembly are in regulating tank；Transition platform, the paging top are provided between the slippage slot and regulating tank
The upper end of piece is provided with limit card block, and described regulation spring is restricted between transition platform and limit card block.
Further, described control panel includes mainboard and circuit for controlling motor plate；Described mainboard respectively with main electricity
Machine and circuit for controlling motor plate are electrically connected, and described circuit for controlling motor plate is electrically connected with printing motor, described transmission photoelectricity
Sensor is electrically connected with circuit for controlling motor plate.
The beneficial effects of the utility model are：
The utility model devises two work drive motors, and paper feed and printing operation are controlled respectively.Paper feed operation utilizes main electricity
Machine drives the synchronous axial system of transmission belt and paper feed rubber roll, it is ensured that paper feed is smooth.Paging device above transmission belt has regulation paper feed
The effect of thickness, realizes individual paper feed.Paper guiding device is provided between paper feed rubber roll and paper feed pressure roller, it is ensured that paper enters paper feed rubber roll
And the gap between paper feed pressure roller will not shift.Transmission photoelectric sensor is installed in the end of paper guiding device, photoelectric transfer is transmitted
After sensor senses that paper enters, the optical signal of change is converted into electric signal transmission and gives circuit for controlling motor plate, motor control
Circuit board sends the running of signal activation printing mechanism again, starts printing motor work.Main motor always under the control of mainboard not
Disconnected paper feed, paper feed to paper guiding device senses signal, starts print routine, and the paper that the paper that printing is finished subsequently is advanced is moved
Walk, circulation printing is realized with this.
Solving at present thermal transfer bar-code printer on the market by structure design of the present utility model can only print volume
The problem of cylinder material, and also solve the problems, such as card or the drop bending after printing.The utility model is in print procedure
The function of single paper feed is realized with reference to paging device, maximum can print the card or drop of 350g, and by transmiting photoelectric sensor
Recognize into paper length, so that accurately print job, soon, effect is good for print speed.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model.
Fig. 2 is one of scheme of installation between each mechanism of the utility model.
Fig. 3 is two of the scheme of installation between each mechanism of the utility model.
Fig. 4 is the paper advance mechanism schematic diagram of the utility model.
Fig. 5 is the structural representation of the paging device of the utility model.
Fig. 6 is the control panel control schematic diagram of the utility model.
Specific embodiment
The utility model is described in further detail with reference to the accompanying drawings and examples.
As shown in figure 1, the utility model paging type thermal transfer printing bar code mechanism includes frame 1, control panel, paper feed
Mechanism and printing mechanism.Paper feed mechanism and printing mechanism are mounted in frame 1.Control panel controls paper feed mechanism and printer
The work of structure.
Paper feed mechanism includes connecting gear 2, paging mechanism 3 and paper advance mechanism 4 successively.Connecting gear 2 connects with paper advance mechanism 4
Connect, paging mechanism 3 is located at the top of connecting gear 2.The effect of connecting gear 2 is that paper is delivered to paper advance mechanism 4 one by one, point
The effect of page mechanism 3 is to play to realize single paper feed, adjusts the function of print paper thickness, and paper advance mechanism 4 has adjustment paper
Position in order to printing effect.
As shown in Fig. 2 connecting gear 2 includes backstand 20, the first power transmission shaft 21, second driving shaft 25, the first drive
22nd, the second drive 24 and transmission belt 23.First drive 22 is arranged on the first power transmission shaft 21, and the second drive 22 is arranged on
On second driving shaft 21, transmission belt 23 connection the first drive 22 and the second drive 24.First power transmission shaft 21 is arranged on tensioning
Seat 20 on, backstand 20 is fixedly mounted in frame 1, second driving shaft 25 be arranged on frame 1 on and second driving shaft 25 one
End is provided with the 3rd drive 26.Backstand 20 is provided with adjustable bolt, by adjustable bolt adjust the first power transmission shaft 21 with
Spacing between second driving shaft 25, controlling transmission is carried out with 23 tensioning degree with this.
As shown in Figure 3, Figure 4, paper advance mechanism 4 includes two support frames 48 be arrangeding in parallel, entering on support frame 48
Letterweight roller, the paper feed rubber roll below paper feed pressure roller and the drive installed in paper feed pressure roller and paper feed rubber roll end, company
Connect the transmission belt of drive.Paper feed pressure roller includes the first pressure roller 47 and the second pressure roller 44, and paper feed rubber roll includes the He of the first rubber roll 45
Second rubber roll 43.The one end of the first rubber roll 45 installs the 4th drive 40, and the other end installs synchronizing wheel 46, the second rubber roll 43
One end installs the 5th drive 42.First rubber roll 45 and the second rubber roll 43 are arranged in frame 1.
The 3rd drive 26 on second driving shaft 25, on the 4th drive 40 and the second rubber roll 43 on the first rubber roll 45
The 5th drive 42 be located at and connected using the first transmission belt 27 between the same side, and the 3rd drive 27 and the 4th drive 40
Connect, connected using the second transmission belt 41 between the 4th drive 40 and the 5th drive 42.Therefore, connecting gear 2 and dexter feeder
It is to be connected using the first transmission belt 27 between structure 4.
First rubber roll 43 is located at the lower section of the first pressure roller 44, and the second rubber roll 45 is located at the lower section of the second pressure roller 47, the first glue
The position of the pressure roller 44 of roller 43 and first is corresponding with the second rubber roll 45 and the second pressure roller 47, and the first rubber roll 43 and the first pressure roller
The gap of transmission is formed between 44 and between the second rubber roll 45 and the second pressure roller 47.Gap location is provided with paper guiding device 6, paper guiding device 6
Transmission photoelectric sensor is installed near the end of printing mechanism.
Printing mechanism 5 is adjacent with paper advance mechanism 4, including support 50 and the printing motor 51 on support 50.Printing
Mechanism 5 runs print job as print module.
The lower section of printing mechanism 5 is provided with main motor 7, and main motor 7 is connected with paper advance mechanism 4.That is main motor 7 and paper advance mechanism
The synchronizing wheel 46 on the first rubber roll 45 on 4 is connected using Timing Belt 8.
So, the interaction relation between paper advance mechanism 4 and connecting gear 2 is such.Main motor 7 starts, using synchronization
With 8 rotations for having driven synchronizing wheel 46, synchronizing wheel 46 drives the first rubber roll 45 to rotate, due to the 4th of the other end of the first rubber roll 45 the
Drive 40 is connected with the 5th drive 42 and the 3rd drive 26 simultaneously, therefore, the rotation of the first rubber roll 45 drives indirectly again
The rotation of the second rubber roll 43 and second driving shaft 25, the second rotary shaft 25 has driven the first rotary shaft 25 again by transmission belt 23
Rotation.So, connecting gear 2 constantly carries out transportation work, band of the paper advance mechanism 4 in main motor under the drive of main motor 7
Printing mechanism printing is entered in continuous paper feeding under dynamic.
As shown in Figure 3 and Figure 5, paging mechanism 3 includes paging device 31 and plays a supportive role positioned at the both sides of paging device 31
Side plate 30.The side plate 30 of the both sides of paging device 31 extends to paper advance mechanism 4, and paper guiding device 6 is arranged on the extension of side plate 30.
The groove of insertion from top to bottom is provided with inside paging device 31, groove is located at directly over the output end of transmission belt 23.
Groove is divided into 315 two sections of slippage slot 315 and regulating tank.Paging top flat 312, regulation spring 311 and regulation are installed successively in groove
Bolt 310.The assembly of paging top flat 312 is in slippage slot 315 and the upper end of paging top flat 312 is cased with regulation spring 311, regulating bolt
310 and regulation the assembly of spring 311 in regulating tank 314.Transition platform 316, paging are provided between slippage slot 315 and regulating tank 314
The upper end of top flat 312 is provided with limit card block 3120, regulation spring 311 be restricted to transition platform 316 and limit card block 3120 it
Between.Paging device 31 is to adjust paper sheet thickness by paging top flat 312.Concrete operations are, real by rotating regulating bolt 310
Show moving down or upper shifting for paging top flat 312.Regulating bolt 310 is moved down, and paging top flat 312 is also moved down, and is moved in regulating bolt 310,
Paging top flat 312 is moved in the reset function using the regulation spring 311 at the end that is installed on it.
As shown in fig. 6, control panel includes mainboard 10 and circuit for controlling motor plate 12.Mainboard 10 respectively with main motor 9 and
Circuit for controlling motor plate 12 is electrically connected, circuit for controlling motor plate 12 with printing motor 13 electrically connect, transmission photoelectric sensor 11 with
Circuit for controlling motor plate 12 is electrically connected.Mainboard 10 sends enabling signal to main motor 9, while mainboard 10 also sends a synchronous control
Signal processed is to circuit for controlling motor plate 12 so that the control printing motor 13 of circuit for controlling motor plate 12 is protected when working with main motor 9
Hold same rotating speed.Transmission photoelectric sensor 11 will sense that the change of optical signal is converted into electric signal transmission to circuit for controlling motor
Plate 12, startup printing motor 13 works after circuit for controlling motor plate 12 receives electric signal.
Mainboard 10 is powered, and sends enabling signal, and main motor 9 is started working, and main motor 9 has driven connecting gear 2 and paper feeding
The running of mechanism 4, meanwhile, mainboard 10 also gives 12 1 synchronizing signals of circuit for controlling motor plate, the rotating speed of synchronous main motor 9 and beats
Print the rotating speed of motor 13.The effect of the transmission photoelectric sensor 11 of the front end of paper guiding device 6 is will to sense paper movement and produce light
The change of signal is converted into electric signal, then transmits photoelectric sensor 11 again by electric signal transmission to circuit for controlling motor plate 12,
After circuit for controlling motor plate 12 receives electric signal, printing motor 13 is started immediately and is worked.The control main motor 9 of mainboard 10 is continuous
Work, so as to drive the uninterrupted operating of connecting gear 2 and paper advance mechanism 4, paper is constantly along transmission belt 23 and paper guiding device 6
Into printing mechanism.After the transmission photoelectric sensor 11 of the front end of paper guiding device 6 senses paper feed signal, circuit for controlling motor plate 12
Start printing motor 13 to work, the unprinted paper that the paper that printing is finished subsequently constantly is advanced is substituted, and prints motor 13
It is idle when circuit for controlling motor plate 12 does not receive the electric signal of the transmission transmission of photoelectric sensor 11, is carried out with this
The circulation print job for repeating.
Operation principle of the present utility model is：
Printing paper (card or drop) is placed in transmission belt 23, is switched on power, and gives mainboard 10 1 signals of startup, main
Motor 9 is operated, and connecting gear 2 and paper advance mechanism 4 work asynchronously, and printing paper is sent into dexter feeder by the transmission belt 23 of connecting gear 2
Structure 4, under the rotation of paper feed rubber roll, printing paper is constantly moved forward.Paper feed pressure roller ensures the planarization of printing paper, paper guiding device 6
With guiding paper feed direction, the effect for preventing printing paper from offseting.When printing paper be moved to transmission photoelectric sensor 11 sense into
After paper signal, the electric signal after conversion is passed to circuit for controlling motor plate 12, circuit for controlling motor by transmission photoelectric sensor 11
Plate 12 starts printing motor 13 after receiving electric signal, into print job.It is defeated at its when printing paper is conveyed in transmission belt 23
The paging device 31 for going out the top installation of end can be one by one transmitted to paper advance mechanism 4 printing paper of fixed thickness, more than the thickness
The printing paper of degree is excluded, and will be unable to enter paper advance mechanism 4.
Claims (9)
1. a kind of paging type thermal transfer bar-code printer, it is characterised in that including frame, control panel, paper feed mechanism and printing
Mechanism；Described paper feed mechanism and printing mechanism is mounted in frame；Described control panel control paper feed mechanism and printing
The work of mechanism；
Described paper feed mechanism includes connecting gear, paging mechanism and paper advance mechanism successively；Described connecting gear and dexter feeder
Structure is connected；Described paging mechanism is located at the top of the connecting gear；Described connecting gear includes backstand, the first transmission
Axle, second driving shaft, the first drive, the second drive and transmission belt；The first described drive is arranged on the first power transmission shaft
On, the second described drive is arranged on second driving shaft, described the first drive and second of described transmission belt connection
Drive；Described paging mechanism includes paging device and the side plate played a supportive role positioned at the paging device both sides；Described
Paper advance mechanism includes two support frames be arrangeding in parallel, the paper feed pressure roller on support frame, entering below paper feed pressure roller
Paper rubber roll and the drive installed in paper feed pressure roller and paper feed rubber roll end, the transmission belt of connection drive；
Described printing mechanism is adjacent with described paper advance mechanism, including support and rack-mount printing motor；
Main motor is provided with below the printing mechanism, described main motor is connected with described paper advance mechanism.
2. paging type thermal transfer bar-code printer according to claim 1, it is characterised in that the first described power transmission shaft
On backstand, described backstand is fixedly mounted in frame；Described second driving shaft is arranged in frame and the
The one end of two power transmission shafts is provided with the 3rd drive；Described paper feed pressure roller includes the first pressure roller and the second pressure roller；Described
Paper feed rubber roll includes the first rubber roll and the second rubber roll；The one end of first rubber roll installs the 4th drive, and the other end is installed
Synchronizing wheel；The one end of second rubber roll installs the 5th drive；The 3rd described drive, the 4th drive and the 5th is passed
Driving wheel is located between the same side, and the 3rd drive and the 4th drive using the connection of the first transmission belt, the 4th drive and the
Connected using the second transmission belt between five drives.
3. paging type thermal transfer bar-code printer according to claim 2, it is characterised in that described main motor and institute
The synchronizing wheel stated on the first rubber roll on paper advance mechanism is connected using Timing Belt；The first described rubber roll is arranged on the second rubber roll
In frame.
4. paging type thermal transfer bar-code printer according to claim 2, it is characterised in that described the first rubber roll position
In the lower section of the first pressure roller, the second rubber roll is located at the lower section of the second pressure roller, the position and the second glue of the first rubber roll and the first pressure roller
Roller and the second pressure roller are corresponding, and biography is formed between the first rubber roll and the first pressure roller and between the second rubber roll and the second pressure roller
Defeated gap.
5. paging type thermal transfer bar-code printer according to claim 4, it is characterised in that described gap location is provided with
Paper guiding device, the paper guiding device installs transmission photoelectric sensor near the end of printing mechanism；The side plate of described paging device both sides
Paper advance mechanism is extended to, described paper guiding device is arranged on the extension of side plate.
6. paging type thermal transfer bar-code printer according to claim 1, it is characterised in that inside described paging device
The groove of insertion from top to bottom is provided with, described groove is divided into two sections of slippage slot and regulating tank；Installed successively in described groove
Paging top flat, regulation spring and regulating bolt.
7. paging type thermal transfer bar-code printer according to claim 6, it is characterised in that described groove is located at and passes
Directly over the output end of defeated band.
8. paging type thermal transfer bar-code printer according to claim 6, it is characterised in that described paging top flat dress
It is embedded in slippage slot and paging top flat upper end is cased with adjusting spring；Described regulating bolt and regulation spring assembly are in regulating tank；Institute
State and transition platform is provided between slippage slot and regulating tank, the upper end of the paging top flat is provided with limit card block, described regulation bullet
Spring is restricted between transition platform and limit card block.
9. paging type thermal transfer bar-code printer according to claim 5, it is characterised in that described control panel bag
Include mainboard and circuit for controlling motor plate；Described mainboard is electrically connected with main motor and circuit for controlling motor plate respectively, described electricity
Machine control board is electrically connected with printing motor, and described transmission photoelectric sensor is electrically connected with circuit for controlling motor plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621242839.7U CN206186548U (en) | 2016-11-21 | 2016-11-21 | Divide page heat -transfer seal bar code printer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621242839.7U CN206186548U (en) | 2016-11-21 | 2016-11-21 | Divide page heat -transfer seal bar code printer |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206186548U true CN206186548U (en) | 2017-05-24 |
Family
ID=58726732
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621242839.7U Active CN206186548U (en) | 2016-11-21 | 2016-11-21 | Divide page heat -transfer seal bar code printer |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206186548U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109725513A (en) * | 2019-02-26 | 2019-05-07 | 天津光电通信技术有限公司 | A kind of reversed paper feed pallet of novel two-sided laser printer |
-
2016
- 2016-11-21 CN CN201621242839.7U patent/CN206186548U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109725513A (en) * | 2019-02-26 | 2019-05-07 | 天津光电通信技术有限公司 | A kind of reversed paper feed pallet of novel two-sided laser printer |
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