CN204472132U - A kind of Medical efficient image printing machine - Google Patents
A kind of Medical efficient image printing machine Download PDFInfo
- Publication number
- CN204472132U CN204472132U CN201420873411.7U CN201420873411U CN204472132U CN 204472132 U CN204472132 U CN 204472132U CN 201420873411 U CN201420873411 U CN 201420873411U CN 204472132 U CN204472132 U CN 204472132U
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- China
- Prior art keywords
- transfer printing
- hot transfer
- colour film
- destination media
- printing colour
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Abstract
The utility model discloses a kind of Medical efficient image printing machine, it comprises printer housing, destination media storage device is provided with in printer housing, hot transfer printing colour film storage device, hot transfer printing colour film driving mechanism, destination media driving mechanism, heating crystal, hot transfer printing colour film is positioned at the top of heating crystal, and destination media is positioned at the top of hot transfer printing colour film; Also comprise cutting knife, control mainboard, the interior oven dry assembly being located at printer enclosure interior and be located at printer housing outlet above outer oven dry assembly; Printer housing comprises left side plate, controls mainboard and is arranged on installing rack; Interior oven dry assembly comprises the oven dry fan be arranged on outside a side plate; Interior oven dry assembly also comprises the heat-conducting plate being arranged on the above-mentioned installing rack back side, and mounting heater on heat-conducting plate installs the fin for dispelling the heat above heater; Outer oven dry assembly, comprises main frame, and described main frame comprises electroheat member, confession wind part, wind deflector and connects machine plate.
Description
Technical field
The utility model relates to a kind of medical printer, is specifically related to a kind of medical image thermal transfer printer.
Background technology
Current laser or thermal printing technique make film level be perfectly clear, but they have a defect to be exactly the image that they can only print GTG, colored image is required for increasing in the market, comprise three-dimensional reconstruction, comprise and send the new diagnostic techniques of special CT etc. all to depend on color diagnostic techniques, current film printing technology can not accomplish this point, if in conjunction with more existing civilian printing techniques, colored image can be printed, but it is very unstable, and have a lot of drawback, and although laser film printing technique precision is very high, but can not chromatic image be formed, and not environmentally,
Meanwhile, the frequency of utilization of the film printer of existing hospital is very high, is all oepration at full load substantially, and this working method is mainly in order to increase work efficiency; But reality is, most of film image needs certain air dry process after printing, and this obviously have impact on the efficiency of whole printer; Meanwhile, the environment of hospital comparatively seals, and its humidity is relatively large, and this situation often affects our printer, and inside is too moist in use, then causes the premature breakdown of parts, affects print quality and printing effect.
Utility model content
Technical problem to be solved in the utility model is for above-mentioned deficiency of the prior art, provides a kind of Medical efficient image printing machine, and it can print the stable image of uniform in color reliably on destination media; The print quality of whole printer is more stable, and printing effect is higher, without the need to waiting for dry process.
The utility model solves the technical scheme that its technical problem adopts: a kind of Medical efficient image printing machine, is characterized in that: comprise printer housing, is provided with destination media storage device, in order to store destination media in described printer housing; Hot transfer printing colour film storage device, in order to store hot transfer printing colour film; Hot transfer printing colour film driving mechanism, advances for driving hot transfer printing colour film; Destination media driving mechanism, advances for driving destination media or retreats; Heating crystal, hot transfer printing colour film is positioned at the top of heating crystal, and destination media is positioned at the top of hot transfer printing colour film, and described heating crystal is used for heat hot transfer printing colour film, the coloured dye heat sublimation on hot transfer printing colour film, thus is transferred on destination media; Cutting knife, is arranged on the outlet of described printer housing, in order to cut off destination media; Control mainboard, with hot transfer printing colour film driving mechanism, destination media driving mechanism, heat crystal and cutting knife is connected, for controlling hot transfer printing colour film driving mechanism, destination media driving mechanism, heating crystal and cutting knife work;
Also comprise the outer oven dry assembly above the interior oven dry assembly being located at printer enclosure interior and the outlet being located at printer housing; Described printer housing comprises left side plate, and described control mainboard is arranged on installing rack; Described interior oven dry assembly comprises the oven dry fan be arranged on outside a side plate, and on described side plate, air vent is offered in corresponding position of drying fan; Described interior oven dry assembly also comprises the heat-conducting plate being arranged on the above-mentioned installing rack back side, mounting heater on heat-conducting plate, installs the fin for dispelling the heat above heater; In above-mentioned fin, multiple fin is arranged in parallel along the direction vertical with drying fan;
Described outer oven dry assembly, comprises main frame, and described main frame comprises electroheat member, confession wind part, wind deflector and connects machine plate; Described main frame is arranged on the outside of described printer housing by connecting machine plate; Described electroheat member is fixed on the air outlet place of wind deflector, the described air inlet being fixed on wind deflector for wind part; Described is constant current blower fan for wind part; Described electroheat member is PTC thermal sensitive ceramics device; Described electroheat member is installed several temperature sensors, the temperature that described temperature sensor detects reaches design temperature, cuts off the power supply of electroheat member; Described constant current blower fan comprises constant current fan blade, and constant current fan blade is arranged in rotating shaft, and this rotating shaft is driven by alternating current generator; The air inlet of described wind deflector is also provided with air intake protection network.
Further: described hot transfer printing colour film storage device comprises hot transfer printing colour film winding wheel and hot transfer printing colour film unreeling wheel, described hot transfer printing colour film is arranged on die unreeling wheel and hot transfer printing colour film winding wheel, and described hot transfer printing colour film is above heating crystal; Described hot transfer printing colour film driving mechanism comprises hot transfer printing colour film drive motors, and described hot transfer printing colour film drive motors is connected with hot transfer printing colour film winding wheel by transmission device.
Described destination media storage device comprises a destination media storage wheel, described destination media storage wheel is provided with destination media, described destination media is after destination media driving wheel, above heating crystal and hot transfer printing colour film, then described printer housing outlets is stretched out, described destination media driving mechanism comprises destination media drive motors, and described destination media drive motors is connected with destination media driving wheel by transmission device.
Further: described constant current fan blade is fixed in rotating shaft by rubber adapter sleeve; Rotating shaft is connected by clamping yielding coupling with alternating current generator, and alternating current generator is fixed on motor mounting plate by long spiro nail side, and long spiro nail supports at end miniature bearing, and miniature bearing is fixing on the supporting plate; Described PTC thermal sensitive ceramics device has two-way independently bringing-up section, is respectively bringing-up section and lower bringing-up section, is communicated with 220v alternating current by heating power supply line; Described upper bringing-up section and lower bringing-up section are separately installed with temperature sensor.
A kind of Medical efficient image printing machine described in the utility model, it has the following advantages:
1, the utility model utilizes the evolution of heat of heating crystal, makes the coloured dye heat sublimation of the hot transfer printing colour film be arranged in above heating crystal, and the coloured dye particle deposition of heat sublimation, on destination media, forms multicolour pattern; Hot transfer printing colour film of the present utility model is provided with trichromatic coloured dye, respectively the original monochrome image that three looks are separated is transferred on destination media successively, make it present uniform in color and stablize and the high coloured image of bright-colored degree.The utility model has the advantage of that the image color printed is uniform and stable, and bright-colored degree is high, there is layer of transparent protective layer simultaneously, both achieved medical printing new technology to the demand of colour, achieve again the image equalization that civilian image do not accomplish and reuse;
2, the utility model is printer configuration outer oven dry assembly and interior oven dry assembly, and outer oven dry assembly is used for the real-time oven dry in print procedure, and after ensureing printing, film is without the need to drying, and directly give patient, efficiency is very high; Interior oven dry assembly is the ability that printer enclosure interior provides hot-air seasoning, therefore, it is possible to keep enclosure interior dry, ensures print quality and printing effect;
3, outer oven dry assembly of the present utility model realizes drying function by constant current blower fan and PTC thermal sensitive ceramics device, by wind deflector assured uniform, hot blast is blowed to outlet of printer direction, can dry in real time, ensures that final film is directly finished product, without the need to drying; By air transfers heat, material is heated evenly, overall leveling; Interior oven dry assembly of the present utility model, by mounting heater and radiator on the heat-conducting plate controlling the mainboard back side, by drying fan, hot blast being circulated in enclosure interior simultaneously, realizing drying, ensure that the drying of the internal environment of printer housing, avoid because of components and parts moisture damage.
Accompanying drawing explanation
Fig. 1 is the overall structure schematic diagram of a kind of detailed description of the invention of the utility model;
Fig. 2 is the constant current blower fan structure schematic diagram that the utility model dries assembly outward;
Fig. 3 is the PTC thermal sensitive ceramics device structural representation that the utility model dries assembly outward.
Description of reference numerals:
1-controls mainboard, 2-installing rack, and 4-dries fan, 5-heat-conducting plate, 6-heater, 7-fin;
11-constant current fan blade, 12-wind deflector, 13-connects machine plate, 14-installing hole, 15-supporting plate, 17-PTC thermal sensitive ceramics device, 18-air intake protection network;
20-cutting knife, 21-printer housing, 22-destination media storage wheel, 23-destination media, 24-destination media driving wheel, 25-heats crystal, the hot transfer printing colour film of 26-, 27-printer housing outlets, 28 hot transfer printing colour film winding wheels, 29-hot transfer printing colour film unreeling wheel;
51-alternating current generator, 52-clamps yielding coupling, 53-gripper shoe, 54-constant current fan blade, 55-rubber adapter sleeve, 56-miniature bearing, 57-rotating shaft, 58-motor mounting plate;
61-mounting seat, 62-temperature sensor, 63-corrugated fins aluminium flake, the upper bringing-up section of 64-, bringing-up section under 65-, 66-support rivet, 67-installing hole, 68-heating power supply line.
Detailed description of the invention
Below in conjunction with drawings and Examples, the utility model detailed description of the invention is described:
Fig. 1 ~ Fig. 3 shows detailed description of the invention of the present utility model, and as shown in the figure, a kind of Medical efficient image printing of the utility model machine, comprises printer housing, be provided with destination media storage device, in order to store destination media in described printer housing; Hot transfer printing colour film storage device, in order to store hot transfer printing colour film; Hot transfer printing colour film driving mechanism, advances for driving hot transfer printing colour film; Destination media driving mechanism, advances for driving destination media or retreats; Heating crystal, hot transfer printing colour film is positioned at the top of heating crystal, and destination media is positioned at the top of hot transfer printing colour film, and described heating crystal is used for heat hot transfer printing colour film, the coloured dye heat sublimation on hot transfer printing colour film, thus is transferred on destination media; Cutting knife, is arranged on the outlet of described printer housing, in order to cut off destination media; Control mainboard, with hot transfer printing colour film driving mechanism, destination media driving mechanism, heat crystal and cutting knife is connected, for controlling hot transfer printing colour film driving mechanism, destination media driving mechanism, heating crystal and cutting knife work;
Also comprise the outer oven dry assembly above the interior oven dry assembly being located at printer enclosure interior and the outlet being located at printer housing; Described printer housing comprises left side plate, and described control mainboard is arranged on installing rack; Described interior oven dry assembly comprises the oven dry fan be arranged on outside a side plate, and on described side plate, air vent is offered in corresponding position of drying fan; Described interior oven dry assembly also comprises the heat-conducting plate being arranged on the above-mentioned installing rack back side, mounting heater on heat-conducting plate, installs the fin for dispelling the heat above heater; In above-mentioned fin, multiple fin is arranged in parallel along the direction vertical with drying fan;
Described outer oven dry assembly, comprises main frame, and described main frame comprises electroheat member, confession wind part, wind deflector and connects machine plate; Described main frame is arranged on the outside of described printer housing by connecting machine plate; Described electroheat member is fixed on the air outlet place of wind deflector, the described air inlet being fixed on wind deflector for wind part; Described is constant current blower fan for wind part; Described electroheat member is PTC thermal sensitive ceramics device; Described electroheat member is installed several temperature sensors, the temperature that described temperature sensor detects reaches design temperature, cuts off the power supply of electroheat member; Described constant current blower fan comprises constant current fan blade, and constant current fan blade is arranged in rotating shaft, and this rotating shaft is driven by alternating current generator; The air inlet of described wind deflector is also provided with air intake protection network.
Preferably, described hot transfer printing colour film storage device comprises hot transfer printing colour film winding wheel and hot transfer printing colour film unreeling wheel, described hot transfer printing colour film is arranged on die unreeling wheel and hot transfer printing colour film winding wheel, and described hot transfer printing colour film is above heating crystal; Described hot transfer printing colour film driving mechanism comprises hot transfer printing colour film drive motors, and described hot transfer printing colour film drive motors is connected with hot transfer printing colour film winding wheel by transmission device.
Described destination media storage device comprises a destination media storage wheel, described destination media storage wheel is provided with destination media, described destination media is after destination media driving wheel, above heating crystal and hot transfer printing colour film, then described printer housing outlets is stretched out, described destination media driving mechanism comprises destination media drive motors, and described destination media drive motors is connected with destination media driving wheel by transmission device.
Preferably, described constant current fan blade is fixed in rotating shaft by rubber adapter sleeve; Rotating shaft is connected by clamping yielding coupling with alternating current generator, and alternating current generator is fixed on motor mounting plate 58 by long spiro nail side, and long spiro nail 57 supports at end miniature bearing 56, and miniature bearing is fixed in gripper shoe 53; Described PTC thermal sensitive ceramics device has two-way independently bringing-up section, is respectively bringing-up section 64 and lower bringing-up section 65, is communicated with 220v alternating current by heating power supply line 68; Described upper bringing-up section and lower bringing-up section are separately installed with temperature sensor.
By reference to the accompanying drawings the utility model preferred embodiment is explained in detail above, but the utility model is not limited to above-mentioned embodiment, in the ken that those of ordinary skill in the art possess, can also make a variety of changes under the prerequisite not departing from the utility model aim.
Do not depart from design of the present utility model and scope can make many other and change and remodeling.Should be appreciated that the utility model is not limited to specific embodiment, scope of the present utility model is defined by the following claims.
Claims (3)
1. a Medical efficient image printing machine, is characterized in that: comprise printer housing, is provided with destination media storage device, in order to store destination media in described printer housing; Hot transfer printing colour film storage device, in order to store hot transfer printing colour film; Hot transfer printing colour film driving mechanism, advances for driving hot transfer printing colour film; Destination media driving mechanism, advances for driving destination media or retreats; Heating crystal, hot transfer printing colour film is positioned at the top of heating crystal, and destination media is positioned at the top of hot transfer printing colour film, and described heating crystal is used for heat hot transfer printing colour film, the coloured dye heat sublimation on hot transfer printing colour film, thus is transferred on destination media; Cutting knife, is arranged on the outlet of described printer housing, in order to cut off destination media; Control mainboard, with hot transfer printing colour film driving mechanism, destination media driving mechanism, heat crystal and cutting knife is connected, for controlling hot transfer printing colour film driving mechanism, destination media driving mechanism, heating crystal and cutting knife work;
Also comprise the outer oven dry assembly above the interior oven dry assembly being located at printer enclosure interior and the outlet being located at printer housing; Described printer housing comprises left side plate, and described control mainboard is arranged on installing rack (2); Described interior oven dry assembly comprises the oven dry fan (4) be arranged on outside a side plate, and on described side plate, air vent is offered in corresponding position of drying fan; Described interior oven dry assembly also comprises the heat-conducting plate (5) being arranged on the above-mentioned installing rack back side, mounting heater (6) on heat-conducting plate, installs the fin (7) for dispelling the heat above heater; In above-mentioned fin, multiple fin is arranged in parallel along the direction vertical with drying fan;
Described outer oven dry assembly, comprises main frame, and described main frame comprises electroheat member, confession wind part, wind deflector and connects machine plate; Described main frame is arranged on the outside of described printer housing by connecting machine plate; Described electroheat member is fixed on the air outlet place of wind deflector, the described air inlet being fixed on wind deflector for wind part; Described is constant current blower fan for wind part; Described electroheat member is PTC thermal sensitive ceramics device; Described electroheat member is installed several temperature sensors, the temperature that described temperature sensor detects reaches design temperature, cuts off the power supply of electroheat member; Described constant current blower fan comprises constant current fan blade, and constant current fan blade is arranged in rotating shaft, and this rotating shaft is driven by alternating current generator; The air inlet of described wind deflector is also provided with air intake protection network (18).
2. a kind of Medical efficient image printing machine as claimed in claim 1, it is characterized in that: described hot transfer printing colour film storage device comprises hot transfer printing colour film winding wheel and hot transfer printing colour film unreeling wheel, described hot transfer printing colour film is arranged on die unreeling wheel and hot transfer printing colour film winding wheel, and described hot transfer printing colour film is above heating crystal; Described hot transfer printing colour film driving mechanism comprises hot transfer printing colour film drive motors, and described hot transfer printing colour film drive motors is connected with hot transfer printing colour film winding wheel by transmission device;
Described destination media storage device comprises a destination media storage wheel, described destination media storage wheel is provided with destination media, described destination media is after destination media driving wheel, above heating crystal and hot transfer printing colour film, then described printer housing outlets is stretched out, described destination media driving mechanism comprises destination media drive motors, and described destination media drive motors is connected with destination media driving wheel by transmission device.
3. a kind of Medical efficient image printing machine as claimed in claim 1 or 2, is characterized in that: described constant current fan blade is fixed in rotating shaft by rubber adapter sleeve; Rotating shaft is connected by clamping yielding coupling with alternating current generator, alternating current generator is fixed on motor mounting plate (58) by long spiro nail side, long spiro nail (57) supports with miniature bearing (56) in end, and miniature bearing is fixed in gripper shoe (53); Described PTC thermal sensitive ceramics device has two-way independently bringing-up section, is respectively bringing-up section (64) and lower bringing-up section (65), is communicated with 220v alternating current by heating power supply line (68); Described upper bringing-up section and lower bringing-up section are separately installed with temperature sensor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420873411.7U CN204472132U (en) | 2014-12-26 | 2014-12-26 | A kind of Medical efficient image printing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420873411.7U CN204472132U (en) | 2014-12-26 | 2014-12-26 | A kind of Medical efficient image printing machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204472132U true CN204472132U (en) | 2015-07-15 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420873411.7U Expired - Fee Related CN204472132U (en) | 2014-12-26 | 2014-12-26 | A kind of Medical efficient image printing machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204472132U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107443932A (en) * | 2016-03-30 | 2017-12-08 | 精工爱普生株式会社 | The control method of printing equipment and printing equipment |
-
2014
- 2014-12-26 CN CN201420873411.7U patent/CN204472132U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107443932A (en) * | 2016-03-30 | 2017-12-08 | 精工爱普生株式会社 | The control method of printing equipment and printing equipment |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150715 Termination date: 20171226 |
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| CF01 | Termination of patent right due to non-payment of annual fee |