CN101463537A - Oil bath built-in type sample dyeing Machine - Google Patents
Oil bath built-in type sample dyeing Machine Download PDFInfo
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- CN101463537A CN101463537A CNA2008102340708A CN200810234070A CN101463537A CN 101463537 A CN101463537 A CN 101463537A CN A2008102340708 A CNA2008102340708 A CN A2008102340708A CN 200810234070 A CN200810234070 A CN 200810234070A CN 101463537 A CN101463537 A CN 101463537A
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- carbon brush
- copper ring
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Abstract
The invention provides a built-in oil bath type sample dyeing machine. The invention is characterized in that the machine comprises a sealed hydro cylinder which is filled with heating oil, a plurality of dyeing cup heating seats which are internally provided with dyeing cups and dyeing cup fixing devices, one of the dyeing cups is provided with a temperature sensor, the hydro cylinder is connected with a kingbolt and is internally provided with an electric heating tube, the kingbolt is provided with a control device which can control the electric heating tube to work. The built-in oil bath type sample dyeing machine of the invention has the advantages of energy saving, environmental protection and high production efficiency.
Description
Technical field
The present invention relates to a kind of model machine that dyes, especially relate to a kind of oil bath built-in type sample dyeing Machine.
Background technology
Dye-works at dyeing, clothing factories etc. generally use a kind of model machine that dyes of rotary glycerine heating now, in use there is a large amount of oil smoke to evaporate, niff is arranged, environmental pollution is serious, and power consumption is big, the expense of glycerine is also very high, do normal temperature to the various conditions of high temperature and dye test but it is of many uses, good level-dyeing property, and with once doing the test of different bath raioes in the test, also can put into or take out and dye cup in the different time, the production efficiency height, because also be widely used, model machine is dyed in the ultraviolet ray that occurs recently environmental protection, energy-conservation, beat look advantage accurately, but can not do the test of different bath raioes with test once, also can not put into or take out and dye cup in the different time.
Summary of the invention
Technical problem to be solved by this invention provides a kind of not only environmental protection and energy saving, production efficiency but also the high model machine that dyes.
The invention provides a kind of oil bath built-in type sample dyeing Machine, it is characterized in that: comprise an airtight oil cylinder, oil cylinder is interior for adding deep fat, on oil cylinder, can be provided with a plurality of glass heated seats of dying, dye to place in glass heated seats and dye cup and dye a glass fixture, one of them dyes and is provided with temperature sensor in the cup, oil cylinder links to each other with rotary main shaft, described main shaft is provided with first copper ring and second copper ring with spindle insulating, the first heating collector ring and the second heating collector ring, the first signal carbon brush, the secondary signal carbon brush, heating live wire carbon brush, heating zero line carbon brush respectively with first copper ring, second copper ring, the first heating collector ring slidably contacts with the second heating collector ring, in the signal Access Control computer of the first signal carbon brush and secondary signal carbon brush, heating live wire carbon brush, heating zero line carbon brush respectively with add electrothermal relay and link to each other, the other end of the first heating collector ring and the second heating collector ring connects heating wires respectively and links to each other, heating wires is connected to and is positioned at in-oil cylinder electric heating tube, at first copper ring, second copper ring, between the first heating collector ring and the second heating collector ring both sides reach first insulating washer is set, second insulating washer, the 3rd insulating washer, the 4th insulating washer, pentasyllabic quatrain edge packing ring, be provided with insulating bushing in described rotary main shaft periphery, described temperature sensor is connected at first copper ring and second copper ring by temperature sensor lead.The beneficial effect that the present invention reached is:
1. environmental protection because during heat-conducting oil heating and air separate, do not exist the oil smoke volatilization to pollute.
2. energy-conservation, the infrared lamp that infrared ray dyes model machine is the high temperature light-emitting component, and the surface of the light tube maximum temperature reaches about 1080 degrees centigrade, heat radiation is many, energy resource consumption is big, and oil bath built-in type sample dyeing Machine is the low-temperature heat element, and the temperature of general conduction oil has only about 150 degrees centigrade, cup is high about 20 degrees centigrade than dying, it in the body of sealing insulation and body separate by air, it is little to dispel the heat, so energy savings, and do not need often to add conduction oil.
3. the production efficiency height with the test that can do different bath raioes in once testing, also can be put in different or take out and dye cup, therefore can many people share a machine.
4. beating look accurate, dyes machine and be directly to measure and dye glass an interior temperature, do not resemble oil-bath type and dye the indirect measurement of model machine and bring thermometric inaccurate.
5. long service life.
Description of drawings
Fig. 1 is an oil bath built-in type sample dyeing Machine structural representation of the present invention.
The specific embodiment
A kind of oil bath built-in type sample dyeing Machine provided by the invention, it is characterized in that: comprise an airtight oil cylinder, oil cylinder is interior for adding deep fat 15, on oil cylinder, can be provided with a plurality of glass heated seats 21 of dying, dye to place in glass heated seats 21 and dye cup and dye a glass fixture, one of them dyes and is provided with temperature sensor 30 in the cup, oil cylinder links to each other with rotary main shaft 29, described main shaft is provided with first copper ring 3 and second copper ring 5 with spindle insulating, the first heating collector ring 7 and the second heating collector ring 10, the first signal carbon brush 28, secondary signal carbon brush 27, heating live wire carbon brush 26, heating zero line carbon brush 25 respectively with first copper ring 3, second copper ring 5, the first heating collector ring 7 slidably contacts with the second heating collector ring 10, in the signal Access Control computer 24 of the first signal carbon brush 28 and secondary signal carbon brush 27, heating live wire carbon brush 26, heating zero line carbon brush 25 respectively with add electrothermal relay 23 and link to each other, the other end of the first heating collector ring 7 and the second heating collector ring 10 connects heating wires 16 respectively and links to each other, heating wires 16 is connected to and is positioned at in-oil cylinder electric heating tube 14, at first copper ring 3, second copper ring 5, between the first heating collector ring 7 and the second heating collector ring, 10 both sides reach first insulating washer 2 is set, second insulating washer 4, the 3rd insulating washer 6, the 4th insulating washer 8, pentasyllabic quatrain edge packing ring 11, be provided with insulating bushing 22 in described rotary main shaft 29 peripheries, described temperature sensor 30 is connected at first copper ring 3 and second copper ring 5 by temperature sensor lead 13.
Described oil cylinder peripheral hardware organic heat-insulating shell 17.17 places are provided with cooling blower 18 at described organizational security temperature shell.
The axle head with first copper ring 3 and second copper ring 5 at described rotary main shaft 29 is provided with assembly jack panel 1.
At described glass heated seats 21 continuous at least one corrugated expansion pipe 9 that are connected to that dye.
The described glass fixture of dying is for dying glass fixing spring 20.
Its course of work of oil bath built-in type sample dyeing Machine of the present invention is: the stainless steel that will wait to try look dyes cup and advances to dye in glass heated seats 21, dye glass fixing spring 20 and will dye the cup location, shut gate, opening computer normally moves by machine, at this moment be bearing in two main shafts 29 on the rolling bearing 12 and driven rotation by belt transmission by motor, main shaft 20 drives and fasteningly dyes 21 rotations of glass heated seats on it, at this moment stainless steel dyes the dye liquor temperature of cup in 19 and by fastening temperature sensor 30 on it temperature signal is become the signal of telecommunication, through temperature sensor lead 13 pass to rotate together with main shaft 29 and and first copper ring 3 and second copper ring 5 of spindle insulating on, send the temperature signal of copper ring to the first signal carbon brush 28 and secondary signal carbon brush 27, the first signal carbon brush 28 and secondary signal carbon brush 27 send temperature signal to control computer 24, control computer 24 compares according to the test technology parameter of temperature signal that dyes glass interior dye liquor and setting, commander adds 23 pairs of heating of electrothermal relay live wire carbon brush 26 and carries out controlled power supply, heating live wire carbon brush 26 with electrical energy transfer give be close to it on and main shaft 29 rotate together but and first the heating relay ring 7 and second and heat relay ring 10 of main shaft 29 insulation, the heating relay ring is given electric heating tube 14 with main shaft 29 insulation and with the heating wires 16 of rotation therewith with electrical energy transfer by being installed in the main shaft 29 with electric energy, to conduction oil 15 heating, conduction oil 15 is by dying cup and the rotation of base 21 and the mobilization of gravity, with heat energy evenly pass to dye the cup 19, the volume-variation of expanding with heat and contract with cold because of conduction oil 15 by with dye corrugated expansion pipe 9 that glass heated seats 21 links to each other and solve by himself strain, make whole dye the cup and heated seats 21 can not be out of shape because of expanding with heat and contract with cold of conduction oil 15, regard different bath raioes or early put delayed release and dyed cup at 19 o'clock, dye liquor temperature in these glasss will be different with the temperature in the cup for measuring temperature, when temperature is lower than the cup for measuring temperature temperature, the conduction oil that cause is flowing temperature everywhere equates, the temperature difference of these dye liquors and conduction oil 15 will be bigger than the temperature difference of cup for measuring temperature and conduction oil 15, therefore, conduction oil passes to these heats that dye cup will be more than cup for measuring temperature, through insulation a period of time, be generally and can surpass 8 minutes, respectively dying a glass interior temperature will equate.Cooling blower 18 is to dye when cup needs fast cooling to open, and by the force air cooling, cooling blower 18 is not opened when generally doing constant temperature dyeing, to save heat energy.
Claims (5)
1. oil bath built-in type sample dyeing Machine, it is characterized in that: comprise an airtight oil cylinder, oil cylinder is interior for adding deep fat (15), on oil cylinder, can be provided with a plurality of glass heated seats (21) of dying, dye to place in glass heated seats (21) and dye cup and dye a glass fixture, one of them dyes and is provided with temperature sensor (30) in the cup, oil cylinder links to each other with rotary main shaft (29), described main shaft is provided with first copper ring (3) and second copper ring (5) with spindle insulating, the first heating collector ring (7) and the second heating collector ring (10), the first signal carbon brush (28), secondary signal carbon brush (27), heating live wire carbon brush (26), the heating zero line carbon brush (25) respectively with first copper ring (3), second copper ring (5), the first heating collector ring (7) slidably contacts with the second heating collector ring (10), in the signal Access Control computer (24) of the first signal carbon brush (28) and secondary signal carbon brush (27), heating live wire carbon brush (26), heating zero line carbon brush (25) respectively with add electrothermal relay (23) and link to each other, the other end of the first heating collector ring (7) and the second heating collector ring (10) connects heating wires (16) respectively and links to each other, heating wires (16) is connected to and is positioned at in-oil cylinder electric heating tube (14), in first copper ring (3), second copper ring (5), between the first heating collector ring (7) and second heating collector ring (10) both sides reach first insulating washer (2) is set, second insulating washer (4), the 3rd insulating washer (6), the 4th insulating washer (8), pentasyllabic quatrain edge packing ring (11), be provided with insulating bushing (22) in described rotary main shaft (29) periphery, described temperature sensor (30) is connected at first copper ring (3) and second copper ring (5) by temperature sensor lead (13).
2. oil bath built-in type sample dyeing Machine according to claim 1 is characterized in that: described oil cylinder peripheral hardware organic heat-insulating shell (17), locate to be provided with cooling blower (18) at described organizational security temperature shell (17).
3. oil bath built-in type sample dyeing Machine according to claim 1 is characterized in that: the axle head with first copper ring (3) and second copper ring (5) at described rotary main shaft (29) is provided with assembly jack panel (1).
4. oil bath built-in type sample dyeing Machine according to claim 1 is characterized in that: at described continuous at least one corrugated expansion pipe (9) that is connected to of a glass heated seats (21) that dyes.
5. oil bath built-in type sample dyeing Machine according to claim 1 is characterized in that: the described glass fixture of dying is for dying a glass fixing spring (20).
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
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CNA2008102340708A CN101463537A (en) | 2008-11-20 | 2008-11-20 | Oil bath built-in type sample dyeing Machine |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
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CNA2008102340708A CN101463537A (en) | 2008-11-20 | 2008-11-20 | Oil bath built-in type sample dyeing Machine |
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CN101463537A true CN101463537A (en) | 2009-06-24 |
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CNA2008102340708A Pending CN101463537A (en) | 2008-11-20 | 2008-11-20 | Oil bath built-in type sample dyeing Machine |
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Cited By (3)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN102268794A (en) * | 2010-06-07 | 2011-12-07 | 夏筛根 | Infrared sample machine |
CN102268792A (en) * | 2010-06-07 | 2011-12-07 | 夏筛根 | Infrared universal machine |
CN103668834A (en) * | 2013-11-20 | 2014-03-26 | 赢世科技(厦门)有限公司 | Textile mini-type dyeing machine |
-
2008
- 2008-11-20 CN CNA2008102340708A patent/CN101463537A/en active Pending
Cited By (3)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN102268794A (en) * | 2010-06-07 | 2011-12-07 | 夏筛根 | Infrared sample machine |
CN102268792A (en) * | 2010-06-07 | 2011-12-07 | 夏筛根 | Infrared universal machine |
CN103668834A (en) * | 2013-11-20 | 2014-03-26 | 赢世科技(厦门)有限公司 | Textile mini-type dyeing machine |
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Open date: 20090624 |