CN106847646B - Small arc mixes the active display of the tilting long fan chimb cathode construction straggly of silver gate - Google Patents

Small arc mixes the active display of the tilting long fan chimb cathode construction straggly of silver gate Download PDF

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Publication number
CN106847646B
CN106847646B CN201710000929.8A CN201710000929A CN106847646B CN 106847646 B CN106847646 B CN 106847646B CN 201710000929 A CN201710000929 A CN 201710000929A CN 106847646 B CN106847646 B CN 106847646B
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layer
negative electrode
tiltedly
base
layers
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CN106847646A (en
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李玉魁
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Fuyang zhanqianli Intellectual Property Operation Co., Ltd
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Jinling Institute of Technology
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    • H—ELECTRICITY
    • H01—ELECTRIC ELEMENTS
    • H01J—ELECTRIC DISCHARGE TUBES OR DISCHARGE LAMPS
    • H01J1/00—Details of electrodes, of magnetic control means, of screens, or of the mounting or spacing thereof, common to two or more basic types of discharge tubes or lamps
    • H01J1/02—Main electrodes
    • H01J1/30—Cold cathodes, e.g. field-emissive cathode
    • H01J1/304—Field-emissive cathodes
    • H—ELECTRICITY
    • H01—ELECTRIC ELEMENTS
    • H01J—ELECTRIC DISCHARGE TUBES OR DISCHARGE LAMPS
    • H01J31/00—Cathode ray tubes; Electron beam tubes
    • H01J31/08—Cathode ray tubes; Electron beam tubes having a screen on or from which an image or pattern is formed, picked up, converted, or stored
    • H01J31/10—Image or pattern display tubes, i.e. having electrical input and optical output; Flying-spot tubes for scanning purposes
    • H01J31/12—Image or pattern display tubes, i.e. having electrical input and optical output; Flying-spot tubes for scanning purposes with luminescent screen
    • H01J31/123—Flat display tubes
    • H—ELECTRICITY
    • H01—ELECTRIC ELEMENTS
    • H01J—ELECTRIC DISCHARGE TUBES OR DISCHARGE LAMPS
    • H01J9/00—Apparatus or processes specially adapted for the manufacture, installation, removal, maintenance of electric discharge tubes, discharge lamps, or parts thereof; Recovery of material from discharge tubes or lamps
    • H01J9/02—Manufacture of electrodes or electrode systems
    • H01J9/022—Manufacture of electrodes or electrode systems of cold cathodes
    • H01J9/025—Manufacture of electrodes or electrode systems of cold cathodes of field emission cathodes
    • H—ELECTRICITY
    • H01—ELECTRIC ELEMENTS
    • H01J—ELECTRIC DISCHARGE TUBES OR DISCHARGE LAMPS
    • H01J9/00—Apparatus or processes specially adapted for the manufacture, installation, removal, maintenance of electric discharge tubes, discharge lamps, or parts thereof; Recovery of material from discharge tubes or lamps
    • H01J9/02—Manufacture of electrodes or electrode systems
    • H01J9/18—Assembling together the component parts of electrode systems
    • H01J9/185—Assembling together the component parts of electrode systems of flat panel display devices, e.g. by using spacers

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  • Engineering & Computer Science (AREA)
  • Manufacturing & Machinery (AREA)
  • Adjustable Resistors (AREA)

Abstract

The present invention relates to the active display that a kind of small arc to mix the tilting long fan outer flange face cathode construction straggly of silver gate, including tight closing plate put down by upper resistance to compression, the vacuum chamber that tight closing plate and clear glass frame is formed is put down in lower resistance to compression；The phosphor powder layer for having the high light-transmissive film layer of anode low-resistance, the anode expansion silver bar layer being connected with the high light-transmissive film layer of anode low-resistance and preparation on tight closing plate on the high light-transmissive film layer of anode low-resistance is put down in upper resistance to compression；Being put down in lower resistance to compression on tight closing plate has small arc to mix the tilting long fan outer flange face cathode construction straggly of silver gate；The black wall subsidiary component of getter and rectangle in vacuum chamber.With the advantages of reliable, the luminous gray scale performance-adjustable of manufacture craft is excellent, anode current is big, luminosity is high.

Description

Small arc mixes the active display of the tilting long fan chimb cathode construction straggly of silver gate
Technical field
The invention belongs to nanometer science and technology field, display technology field, vacuum science and technical field, integrated circuit The field that intersects in science and technology field, microelectronics science and technology field and photoelectron science and technology field, is related to And the making to plane Flied emission active display, and in particular to the plane Flied emission active display of carbon nanotube cathod Make, be related specifically to the active display that a kind of small arc mixes the tilting long fan chimb face cathode construction straggly of silver gate.
Background technology
CNT is a kind of semi-conducting material with particular feature, and has successfully been fabricated to field emission light-emitting The cold cathode of display.The effect of extraneous strong electric field intensity is only relied on, CNT can just launch a large amount of electronics, this It is formed the operating current of field emission light-emitting display.Carbon nano-tube material obtains in manufacture craft, making apparatus etc. Considerable progress, this also causes the research of field emission light-emitting display to obtain very big acceleration.In the Flied emission of three-stage structure In active display, a gate pole is simply with the addition of between the anode and cathode, so as to form the display with three electrodes Device.Because the distance between gate pole and negative electrode are close, so less gate voltage can just reach CNT and carry out field electricity Electric-field intensity needed for son transmitting, thus considerably reduces the operating voltage of field emission light-emitting display, also reduces field Launch the power attenuation of active display.But just because of the addition of gate structure so that the system of field emission light-emitting display Work becomes some complexity, and there is also many technical barriers to be badly in need of solving.For example, first, the integrated making of negative electrode-gate pole. Because the distance of negative electrode and gate pole is very near, so both structures, in manufacturing process, its manufacture craft can mutually produce shadow Ring；It is slightly careless, it is possible to cause carbon nanotube cathod can not try electronics, it is thorough that this also allows for field emission light-emitting display Fail at bottom.Current negative electrode-gate structure makes respectively, is obvious the defects of the making pattern.Second, CNT The making problem of layer.Due to the Poor structure of carbon nanotube layer, cause in the presence of gate voltage, can not just form carbon at all Nanotube carries out critical value necessary to field-electron emission, and also there will be no field emission light-emitting display currents naturally； Due to the bad making of carbon nanotube layer, not all CNT is caused all to carry out field-electron emission, some carbon is received The electron amount that mitron is launched is seldom, and the CNT more having is at all with regard to without progress field-electron emission；Due to CNT Layer prepares area very little, causes no sufficient amount of CNT to carry out field-electron emission, also can not just form big field Launch the operating current of active display.3rd, gate structure problem.After gate voltage is applied with, carbon nanotube layer can not Electron emission is carried out, or the quantity of CNT institute launching electronics does not change with the change of gate work voltage, this says Bright gate structure is very suitable.In addition, in the manufacturing process of Flied emission active display, should try every possible means reduces field Launch the manufacturing cost of active display.
The content of the invention
Goal of the invention：In order to overcome defect present in prior art and deficiency, the present invention provides a kind of manufacture craft can Gray scale performance-adjustable lean on, luminous is excellent, anode current is big, luminosity is high mixes silver gate tiltedly with small arc Put the active display of long fan chimb face cathode construction straggly.
Technical scheme：In order to solve the above technical problems, small arc provided by the invention mixes the tilting long fan chimb of silver gate The active display of cathode construction straggly, including tight closing plate put down by upper resistance to compression, tight closing plate and clear glass frame institute structure is put down in lower resistance to compression Into vacuum chamber；Putting down in upper resistance to compression has the high light-transmissive film layer of anode low-resistance, is connected with the high light-transmissive film layer of anode low-resistance on tight closing plate The phosphor powder layer of anode expansion silver bar layer and preparation on the high light-transmissive film layer of anode low-resistance；Being put down in lower resistance to compression on tight closing plate has Small arc mixes the tilting long fan chimb face cathode construction straggly of silver gate；The black wall of getter and rectangle in vacuum chamber is attached Element.
The backing material that described small arc mixes the tilting long fan chimb face cathode construction straggly of silver gate is glass, can be with Tight closing plate is put down for soda-lime glass, Pyrex, that is, lower resistance to compression；The insulation paste layer shape of the printing on tight closing plate is equalled in lower resistance to compression Into black dull non-presentation layer；The silver slurry layer of printing in black dull non-presentation layer forms negative electrode expansion silver bar layer；Negative electrode expands silver bar layer On printing insulation paste layer formed negative electrode tiltedly fan one layer of base；It is right cylinder shape that negative electrode, which tiltedly fans one layer of base, and negative electrode tiltedly fans base One layer of lower surface is circular flat, on extended cathode silver bar layer, negative electrode tiltedly fan the upper surface of one layer of base for circular flat, And negative electrode tiltedly fan the upper surface of one layer of base and negative electrode tiltedly fan one layer of base lower surface it is parallel, negative electrode tiltedly fans the upper surface of one layer of base Area is equal to the lower surface area that negative electrode tiltedly fans one layer of base, and the radius of circle that negative electrode tiltedly fans one layer of rounded upper surface of base is oblique equal to negative electrode The radius of circle of one layer of rounded lower surface of base is fanned, negative electrode tiltedly fans one layer of central vertical axis of base and puts down tight closing plate perpendicular to lower resistance to compression, cloudy The upper surface of extremely oblique one layer of base of fan is centrally located at negative electrode and tiltedly fanned in one layer of central vertical axis of base, and negative electrode tiltedly fans the following table of one layer of base Face is centrally located at negative electrode and tiltedly fanned in one layer of central vertical axis of base, and the lateral surface that negative electrode tiltedly fans one layer of base is upright barrel surface； Negative electrode, which is tiltedly fanned, has delthyrium in one layer of base, the silver slurry layer of printing forms one layer of vertical extended layer of negative electrode in delthyrium；Negative electrode one The vertical extended layer of layer and negative electrode expansion silver bar layer are interconnected；The silver slurry layer that negative electrode tiltedly fans the printing of one layer of upper surface of base forms the moon The layer plane extended layer of pole one；The layer plane extended layer of negative electrode one is disc shape and tiltedly fanned on one layer of upper surface of base positioned at negative electrode, negative electrode The radius of circle of one layer plane extended layer is equal to the half that negative electrode tiltedly fans one layer of rounded upper surface radius of circle of base, and one layer of negative electrode is flat The circle of face extended layer is centrally located at negative electrode and tiltedly fanned in one layer of central vertical axis of base；One layer of the layer plane extended layer of negative electrode one and negative electrode Vertical extended layer is interconnected；The insulation paste layer formation negative electrode that negative electrode tiltedly fans the printing of one layer of upper surface of base tiltedly fans two layers of base； The lower surface that negative electrode tiltedly fans two layers of base is tiltedly fanned on one layer of upper surface of base for circular flat, positioned at negative electrode, and negative electrode tiltedly fans two layers of base Lower surface outward flange and negative electrode tiltedly fan the upper surface outward flange flush of one layer of base, and negative electrode is tiltedly fanned two layers of central vertical axis of base and hung down Directly tight closing plate is put down in lower resistance to compression, negative electrode tiltedly fans two layers of central vertical axis of base, and that one layer of central vertical axis of base is tiltedly fanned with negative electrode is mutually overlapping Close, the lower surface that negative electrode tiltedly fans two layers of base is centrally located at negative electrode and tiltedly fanned in two layers of central vertical axis of base, and negative electrode tiltedly fans two layers of base Upper surface be that the inverted conical face of two layers of inner recess of base is tiltedly fanned to negative electrode, tiltedly fans two layers of central vertical axis of base close to negative electrode Upper surface position it is highly low and tiltedly fan that the upper surface position height of two layers of central vertical axis of base is high, and negative electrode is tiltedly fanned away from negative electrode The upper surface that two layers of base is centrally located at negative electrode and tiltedly fanned in two layers of central vertical axis of base, and the lateral surface that negative electrode tiltedly fans two layers of base is straight Vertical barrel surface；Negative electrode, which is tiltedly fanned, has the layer plane extended layer of negative electrode one that bottom is exposed in circular port, circular port in two layers of base； The insulation paste layer formation negative electrode that negative electrode tiltedly fans the printing on two layers of base tiltedly fans three layers of base；It is inclined ring that negative electrode, which tiltedly fans three layers of base, Length is fan-shaped, is tiltedly fanned on two layers of upper surface of base positioned at negative electrode, and it is flat tight perpendicular to lower resistance to compression that negative electrode tiltedly fans three layers of central vertical axis of base Closing plate, negative electrode tiltedly fans three layers of central vertical axis of base and negative electrode is tiltedly fanned one layer of central vertical axis of base and coincided, and negative electrode tiltedly fans base Three layers of lower surface is centrally located at negative electrode and tiltedly fanned in three layers of central vertical axis of base, and the upper surface that negative electrode tiltedly fans three layers of base is inversion The upper level that circular conical surface, close negative electrode tiltedly fan three layers of central vertical axis of base is low and tiltedly fans three layers of center of base away from negative electrode and hangs down The upper level of straight axis is high, and the upper surface that negative electrode tiltedly fans three layers of base is centrally located at negative electrode and tiltedly fans three layers of central vertical axis of base On, the lateral surface that negative electrode tiltedly fans three layers of base is the cambered surface of inclined outwardly convex；Negative electrode, which is tiltedly fanned in three layers of base, has circular port, circle In shape hole, the layer plane extended layer of negative electrode one of bottom is exposed；The silver slurry layer that negative electrode tiltedly fans the printing of three layers of upper surface of base forms the moon Three layers of pole inclined-plane extended layer；Three layers of inclined-plane extended layer of negative electrode are located at negative electrode and tiltedly fanned on three layers of upper surface of base, and three layers of inclined-plane of negative electrode prolong Stretch layer and be covered with negative electrode and tiltedly fan three layers of upper surface of base, the outward flange of three layers of inclined-plane extended layer of negative electrode and negative electrode tiltedly fan three layers of upper surface of base Outward flange flush；Three layers of inclined-plane extended layer of negative electrode and the layer plane extended layer of negative electrode one are interconnected；Prolong on three layers of inclined-plane of negative electrode The insulation paste layer formation negative electrode for stretching the printing on layer tiltedly fans four layers of base；It is inclined ring length sector, position that negative electrode, which tiltedly fans four layers of base, In on three layers of inclined-plane extended layer of negative electrode, negative electrode tiltedly fans four layers of central vertical axis of base and puts down tight closing plate perpendicular to lower resistance to compression, and negative electrode is oblique Fan four layers of central vertical axis of base and negative electrode are tiltedly fanned one layer of central vertical axis of base and coincided, and negative electrode tiltedly fans the lower surface of four layers of base It is centrally located at negative electrode tiltedly to fan in four layers of central vertical axis of base, negative electrode tiltedly fans the upper surface of four layers of base as inverted conical face, close The upper level that negative electrode tiltedly fans four layers of central vertical axis of base is low and tiltedly fan the upper of four layers of central vertical axis of base away from negative electrode Apparent height is high, and the upper surface that negative electrode tiltedly fans four layers of base is centrally located at negative electrode and tiltedly fanned in four layers of central vertical axis of base, and negative electrode is oblique The lateral surface for fanning four layers of base is the cambered surface of inclined outwardly convex；Negative electrode is tiltedly fanned to be existed in circular port, circular port cruelly in four layers of base Expose the layer plane extended layer of negative electrode one of bottom；The silver slurry layer that negative electrode tiltedly fans the printing of four layers of upper surface of base forms four layers of negative electrode tiltedly Face extended layer；Four layers of inclined-plane extended layer of negative electrode are located at negative electrode and tiltedly fanned on four layers of upper surface of base, and four layers of inclined-plane extended layer of negative electrode are covered with Negative electrode tiltedly fans four layers of upper surface of base, and the outward flange of four layers of inclined-plane extended layer of negative electrode and negative electrode tiltedly fan the outward flange of four layers of upper surface of base Flush；Four layers of inclined-plane extended layer of negative electrode and the layer plane extended layer of negative electrode one are interconnected；On four layers of inclined-plane extended layer of negative electrode The insulation paste layer of printing forms negative electrode and tiltedly fans five layers of base；Negative electrode tiltedly fans five layers of base on four layers of inclined-plane extended layer of negative electrode, cloudy Extremely tiltedly fan five layers of central vertical axis of base put down tight closing plate perpendicular to lower resistance to compression, and negative electrode tiltedly fans five layers of central vertical axis of base and negative electrode Tiltedly fan one layer of central vertical axis of base coincides, and the lower surface that negative electrode tiltedly fans five layers of base is centrally located at negative electrode and tiltedly fans five layers of center of base On vertical axis, upper surface that negative electrode tiltedly fans five layers of base is plane, and negative electrode tiltedly fans the upper surface of five layers of base, and to be centrally located at negative electrode oblique Fan in five layers of central vertical axis of base；The metal level that negative electrode tiltedly fans the etching on three layers of lateral surface of base forms the low undertaking electrode of negative electrode Layer；The low electrode layer of accepting of negative electrode is arc surfaced, is looped around negative electrode and tiltedly fans on three layers of lateral surface of base, the low arc for accepting electrode layer of negative electrode Face top edge tiltedly fans base three layers of upper surface direction and, negative electrode low undertaking annular for the class with the rectangle that caves inward towards negative electrode The cambered surface lower edge of electrode layer tiltedly fans base three layers of lower surface direction towards negative electrode and is annular, negative electrode is low accept electrode layer and Three layers of inclined-plane extended layer of negative electrode are connected；The low three layers of inclined-plane extended layer of electrode layer and negative electrode of accepting of negative electrode are interconnected；Negative electrode is oblique The metal level for fanning the etching on four layers of lateral surface of base forms the high undertaking electrode layer of negative electrode；Negative electrode is high accept electrode layer be arc surfaced, It is looped around negative electrode tiltedly to fan on four layers of lateral surface of base, the high cambered surface top edge for accepting electrode layer of negative electrode is tiltedly fanned towards negative electrode on four layers of base Surface direction and be annular, the high cambered surface lower edge for accepting electrode layer of negative electrode tiltedly fanned towards negative electrode four layers of lower surface of base direction, And be the class annular with the rectangle that caves inward, the high four layers of inclined-plane extended layer of electrode layer and negative electrode of accepting of negative electrode are connected；Negative electrode Height is accepted four layers of inclined-plane extended layer of electrode layer and negative electrode and is interconnected；The insulation paste layer of printing in black dull non-presentation layer is formed Gate pole tiltedly fans one layer of base；The lower surface that gate pole tiltedly fans one layer of base is plane, in black dull non-presentation layer；Gate pole tiltedly fans one layer of base In exist and expose that negative electrode tiltedly fans one layer of base, negative electrode tiltedly fans two layers of base, negative electrode tiltedly fans three layers of base, negative electrode in circular port, circular port Tiltedly four layers of base of fan, negative electrode tiltedly fan the low undertaking electrode layer of five layers of base, negative electrode and the high undertaking electrode layer of negative electrode；Gate pole tiltedly fans one layer of circle of base Shape hole is hollow disc in the section that gate pole tiltedly fans the upper and lower surface formation of one layer of base；Gate pole tiltedly fans the printing of one layer of upper surface of base Silver slurry layer formed gate pole mix arc electrode lower floor；Gate pole mixes arc electrode lower floor for inclined arc surfaced to lower recess, position Tiltedly fanned on one layer of upper surface of base in gate pole, gate pole mixes the front end of arc electrode lower floor and gate pole tiltedly fans the inner side of one layer of circular port of base Wall flush, do not fan that one layer of circular port of base is prominent tiltedly to gate pole, gate pole mixes the rear end of arc electrode lower floor, and to be directed away from gate pole oblique Fan base one layer of circular port direction, the front height that gate pole mixes arc electrode lower floor is low and rear height is high；Gate pole mixes arc electrode The insulation paste layer of printing in lower floor forms gate pole and tiltedly fans two layers of base；Gate pole tiltedly fans the silver slurry layer of the printing of two layers of upper surface of base Form gate pole and mix lower floor in arc electrode；It is the inclined arc surfaced to raise up that gate pole, which mixes lower floor in arc electrode, and gate pole mixes The front end of lower floor is towards circular port direction in miscellaneous arc electrode and rear end is directed away from circular port direction, and gate pole mixes in arc electrode The front height of lower floor is low and rear height is high, and gate pole mixes the front end of lower floor and gate pole in arc electrode and mixes arc electrode lower floor It is connected；Gate pole, which mixes lower floor and gate pole in arc electrode and mixes arc electrode lower floor, to be interconnected；Gate pole tiltedly fans two layers of upper surface of base The silver slurry layer that prints again form layer after gate pole mixes in arc electrode；Layer is inclined convex after gate pole mixes in arc electrode The arc surfaced risen, after gate pole mixes in arc electrode the front end of layer towards circular port direction and rear end is directed away from circular port direction, The front height of layer is low after gate pole mixes in arc electrode and rear height is high, the front end and door of layer after gate pole mixes in arc electrode The rear end that pole mixes lower floor in arc electrode is connected；Layer and gate pole mix lower floor's phase in arc electrode after gate pole mixes in arc electrode It is intercommunicated；Gate pole mixes arc electrode lower floor and gate pole mixes the insulation paste layer formation door of the printing of lower floor upper surface in arc electrode Extremely tiltedly fan three layers of base；The silver slurry layer formation gate pole that gate pole tiltedly fans the printing on three layers of base mixes front layer in arc electrode；Gate pole mixes Front layer is the inclined arc surfaced to lower recess in arc electrode, and gate pole mixes the front end of front layer in arc electrode towards circular port side To and rear end is directed away from circular port direction, the front height that gate pole mixes front layer in arc electrode is high and rear height is low, gate pole Mix the rear end of front layer in arc electrode, gate pole mixes layer after the rear end of lower floor and gate pole in arc electrode mix in arc electrode Front end is connected；Gate pole mixes front layer, gate pole in arc electrode and mixes layer after lower floor and gate pole in arc electrode mix in arc electrode It is interconnected；The insulation paste layer that gate pole mixes the printing on layer after front layer and gate pole in arc electrode mix in arc electrode forms door Extremely tiltedly fan four layers of base；Gate pole tiltedly fans three layers of base, gate pole tiltedly fans four layers of base and gate pole tiltedly fans the silver slurry layer shape of the printing on two layers of base Mix arc electrode upper strata into gate pole；It is the inclined arc surfaced to raise up that gate pole, which mixes arc electrode upper strata, and gate pole mixes arc electricity The front end on pole upper strata and circular port madial wall flush, not prominent to circular port, gate pole mixes the rear end direction on arc electrode upper strata Away from circular port direction, the front height that gate pole mixes arc electrode upper strata is low and rear height is high, and gate pole mixes arc electrode upper strata The front end for mixing front layer in arc electrode with gate pole is connected, and gate pole mixes the rear end on arc electrode upper strata and gate pole mixes arc electricity The rear end of layer is connected after in extremely；Gate pole mixes arc electrode upper strata and gate pole mixes front layer in arc electrode and is interconnected；Gate pole Mix arc electrode upper strata and gate pole mixes rear layer in arc electrode and is interconnected；The insulation paste layer of printing in black dull non-presentation layer Form gate pole and tiltedly fan five layers of base；The lower surface that gate pole tiltedly fans five layers of base is plane, in black dull non-presentation layer；Gate pole tiltedly fans base The silver slurry layer of the printing of five layers of upper surface forms gate pole expansion silver bar layer；Gate pole expands silver bar layer and gate pole mixes arc electrode upper strata Rear end, the rear end of layer is connected after gate pole mixes in arc electrode；Gate pole expansion silver bar layer, gate pole mix arc electrode upper strata Layer is interconnected after mixing with gate pole in arc electrode；The insulation paste layer that gate pole mixes the printing on arc electrode upper strata forms gate pole Tiltedly six layers of base of fan；CNT is prepared on the low undertaking electrode layer of negative electrode and the high undertaking electrode layer of negative electrode.
Tight closing plate is put down for lower resistance to compression in the fixed position that small arc mixes the tilting long fan chimb face cathode construction straggly of silver gate； The low electrode layer of accepting of negative electrode can be argent, nickel, molybdenum, tin, aluminium, copper, chromium；Negative electrode is high accept electrode layer can be argent, Nickel, molybdenum, tin, aluminium, copper, chromium.
Present invention simultaneously provides the preparation method of the active display, comprise the following steps：
1) making of tight closing plate is put down in resistance to compression under：Scribing is carried out to flat soda-lime glass, lower resistance to compression is formed and puts down tight closing plate；
2) making of black dull non-presentation layer：Put down in lower resistance to compression and insulation paste is printed on tight closing plate, after toasted, sintering process Form black dull non-presentation layer；
3) making of negative electrode expansion silver bar layer：Silver paste is printed in black dull non-presentation layer, is formed after toasted, sintering process Negative electrode expands silver bar layer；
4) negative electrode tiltedly fans the making of one layer of base：Insulation paste, toasted, sintering process are printed on negative electrode expansion silver bar layer Negative electrode is formed afterwards tiltedly fans one layer of base；
5) making of the vertical extended layer of one layer of negative electrode：Tiltedly fanned in negative electrode and silver paste is printed in one layer of delthyrium of base, toasted, burning One layer of vertical extended layer of negative electrode is formed after tying technique；
6) making of the layer plane extended layer of negative electrode one：One layer of upper surface printing silver paste of base, toasted, sintering are tiltedly fanned in negative electrode The layer plane extended layer of negative electrode one is formed after technique；
7) negative electrode tiltedly fans the making of two layers of base：One layer of upper surface printing insulation paste of base, toasted, sintering are tiltedly fanned in negative electrode Negative electrode is formed after technique and tiltedly fans two layers of base；
8) negative electrode tiltedly fans the making of three layers of base：Tiltedly fanned in negative electrode and insulation paste, toasted, sintering process are printed on two layers of base Negative electrode is formed afterwards tiltedly fans three layers of base；
9) making of three layers of inclined-plane extended layer of negative electrode：Three layers of upper surface printing silver paste of base, toasted, sintering are tiltedly fanned in negative electrode Three layers of inclined-plane extended layer of negative electrode are formed after technique；
10) negative electrode tiltedly fans the making of four layers of base：Insulation paste, toasted, burning are printed on three layers of inclined-plane extended layer of negative electrode Negative electrode, which is formed, after knot technique tiltedly fans four layers of base；
11) making of four layers of inclined-plane extended layer of negative electrode：Four layers of upper surface printing silver paste of base, toasted, burning are tiltedly fanned in negative electrode Four layers of inclined-plane extended layer of negative electrode are formed after tying technique；
12) negative electrode tiltedly fans the making of five layers of base：Insulation paste, toasted, burning are printed on four layers of inclined-plane extended layer of negative electrode Negative electrode, which is formed, after knot technique tiltedly fans five layers of base；
13) the low making for accepting electrode layer of negative electrode：Tiltedly fanned in negative electrode and prepare a metal nickel dam on three layers of lateral surface of base, The low undertaking electrode layer of negative electrode is formed after etching；
14) the high making for accepting electrode layer of negative electrode：Tiltedly fanned in negative electrode and prepare a metal nickel dam on four layers of lateral surface of base, The high undertaking electrode layer of negative electrode is formed after etching；
15) gate pole tiltedly fans the making of one layer of base：Insulation paste, toasted, sintering process are printed in black dull non-presentation layer Gate pole is formed afterwards tiltedly fans one layer of base；
16) gate pole mixes the making of arc electrode lower floor：One layer of upper surface printing silver paste of base, toasted, burning are tiltedly fanned in gate pole Gate pole, which is formed, after knot technique mixes arc electrode lower floor；
17) gate pole tiltedly fans the making of two layers of base：Mix in gate pole and insulation paste is printed in arc electrode lower floor, toasted, burning Gate pole, which is formed, after knot technique tiltedly fans two layers of base；
18) gate pole mixes the making of lower floor in arc electrode：Two layers of upper surface of base printing silver pastes are tiltedly fanned in gate pole, toasted, Gate pole is formed after sintering process and mixes lower floor in arc electrode；
19) making of layer after gate pole mixes in arc electrode：Two layers of upper surface of base are tiltedly fanned in gate pole and print silver paste again, through drying Layer after gate pole mixes in arc electrode is formed after roasting, sintering process；
20) gate pole tiltedly fans the making of three layers of base：Mix arc electrode lower floor in gate pole and gate pole mixes in arc electrode in lower floor Surface printing insulation paste, gate pole is formed after toasted, sintering process and tiltedly fans three layers of base；
21) gate pole mixes the making of front layer in arc electrode：Tiltedly fanned in gate pole and silver paste is printed on three layers of base, toasted, sintering Gate pole is formed after technique and mixes front layer in arc electrode；
22) gate pole tiltedly fans the making of four layers of base：Mix layer after front layer and gate pole in arc electrode mix in arc electrode in gate pole Upper printing insulation paste, gate pole is formed after toasted, sintering process and tiltedly fans four layers of base；
23) gate pole mixes the making on arc electrode upper strata：Gate pole tiltedly fans three layers of base, gate pole tiltedly fans four layers of base and gate pole is tiltedly fanned Two layers of base is upper to print silver paste, and forming gate pole after toasted, sintering process mixes arc electrode upper strata；
24) gate pole tiltedly fans the making of five layers of base：Insulation paste, toasted, sintering process are printed in black dull non-presentation layer Gate pole is formed afterwards tiltedly fans five layers of base；
25) making of gate pole expansion silver bar layer：Five layers of upper surface printing silver paste of base, toasted, agglomerant are tiltedly fanned in gate pole Gate pole expansion silver bar layer is formed after skill；
26) gate pole tiltedly fans the making of six layers of base：Mix in gate pole and insulation paste is printed on arc electrode upper strata, toasted, burning Gate pole, which is formed, after knot technique tiltedly fans six layers of base；
27) small arc mixes the cleaning of the tilting long fan chimb face cathode construction straggly of silver gate：Yin Men is mixed to small arc The surface for controlling tilting long fan chimb face cathode construction straggly carries out cleaning treatment, removes impurity and dust；
28) making of carbon nanotube layer：CNT is printed on the low undertaking electrode layer of negative electrode and the high undertaking electrode of negative electrode On layer, carbon nanotube layer is formed；
29) processing of carbon nanotube layer：Carbon nanotube layer is post-processed, improves its field emission characteristic；
30) making of tight closing plate is put down in resistance to compression on：Scribing is carried out to flat soda-lime glass, in formation resistance to compression put down tight closing plate；
31) making of the high light-transmissive film layer of anode low-resistance：The tin indium oxide film on tight closing plate surface is put down to being covered in upper resistance to compression Layer performs etching, and forms the high light-transmissive film layer of anode low-resistance；
32) making of anode expansion silver bar layer：Put down in upper resistance to compression and silver paste is printed on tight closing plate, after toasted, sintering process Form anode expansion silver bar layer；
33) making of phosphor powder layer：Fluorescent material is printed on the high light-transmissive film layer of anode low-resistance, is formed after toasted technique glimmering Light bisque；
34) display devices are assembled：Getter is fixed on the non-display area that upper resistance to compression puts down tight closing plate；Then, Tight closing plate is put down into upper resistance to compression, lower resistance to compression is put down the black wall of tight closing plate and clear glass frame and rectangle and is assembled together, fixed with clip；
35) display devices encapsulate：The display devices assembled are packaged with technique and forms finished parts.
Specifically, the step 32 is specifically that the non-display area that tight closing plate is put down in upper resistance to compression prints silver paste, through overbaking (highest baking temperature：150oC, highest baking temperature retention time：5 minutes) after, it is placed in sintering furnace and is sintered (most High sintering temperature：532 oC, maximum sintering temperature retention time：10 minutes).
Specifically, the step 33 is to print fluorescent material on the high light-transmissive film layer of anode low-resistance for putting down tight closing plate in upper resistance to compression, It is then placed within baking oven and is toasted (highest baking temperature：135oC, highest baking temperature retention time：8 minutes).
Specifically, the step 35 is to carry out following packaging technology to the display devices assembled：By display device Part is put into baking oven and toasted；It is put into sintering furnace and is sintered；Device exhaust, sealed-off are carried out on exhaust station；Disappear roasting Getter bake on machine and disappeared, pin is finally installed additional and forms finished parts.
Beneficial effect：The present invention possesses following significant progressive：
First, in described small arc mixes the tilting long fan chimb face cathode construction straggly of silver gate, made small curved Arc mixes silver-colored gate pole.Gate pole mixes arc electrode upper strata and gate pole mixes arc electrode lower floor and the field-electron emission of carbon nanotube layer is risen Major regulatory effect, and gate pole mixes lower floor in arc electrode, gate pole mixes front layer and gate pole in arc electrode and mixed in arc electrode Layer then serves the effect of assistant regulating and controlling electric field and transfer gate electrode potential afterwards.Apply gate pole on silver-colored gate pole when mixing in small arc After voltage, powerful electric-field intensity will be formed in CNT layer surface, carbon nanotube emission can not only be forced to go out largely Cathode electronics, and the number of CNT institute launching electronics quantity can change with the change of gate voltage size, this A little phenomenons all embody small arc and mix strong performance of control of the silver-colored gate pole to carbon nanotube layer.
Secondly, in described small arc mixes the tilting long fan chimb face cathode construction straggly of silver gate, made tilting Long fan chimb face negative electrode straggly.Negative electrode it is low accept electrode layer cambered surface top edge tiltedly fanned towards negative electrode three layers of upper surface of base direction, And be the class annular with the rectangle that caves inward, cambered surface lower edge tiltedly fans base three layers of lower surface direction towards negative electrode and is annulus Shape；The high cambered surface top edge for accepting electrode layer of negative electrode tiltedly fans base four layers of upper surface direction towards negative electrode and is annular, under cambered surface Base four layers of lower surface direction is tiltedly fanned towards negative electrode and is the class annular with the rectangle that caves inward in edge.This namely shows, tiltedly Putting long fan chimb face negative electrode straggly has very big cathode electrode edge, peculiar in field emission light-emitting display so as to utilize " fringe field enhancing " phenomenon so that more electricity can be launched by being made in the CNT of cathode electrode marginal position Son.This is for lifting the luminosity of field emission light-emitting display, the luminous gray scale of improvement field emission light-emitting display can adjust Performance, the anode current of increase field emission light-emitting display are all highly beneficial.
3rd, in described small arc mixes the tilting long fan chimb face cathode construction straggly of silver gate, CNT system It is standby to be accepted in the low undertaking electrode layer of negative electrode and negative electrode height on electrode layer.Electrode layer and the high undertaking electrode of negative electrode are accepted because negative electrode is low Layer all has very big surface area, and this namely make it that the making area of carbon nanotube layer is expanded, and can participate in field electricity The quantity of carbon nanotubes of son transmitting is increasing.The quantity of carbon nanotubes that field-electron emission can be carried out increases, and forms big field Emission current i.e. natural thing.Meanwhile small arc mixes silver-colored gate pole and tilting long fan chimb face negative electrode straggly Two kinds of structures have carried out integrated making.These behaves all efficiently contribute to improve the luminosity of field emission light-emitting display, Improve the big operating current of field emission light-emitting display.
In addition, in the manufacturing process that small arc mixes the tilting long fan chimb face cathode construction straggly of silver gate, not Using special making material, special making apparatus is not also utilized, so as to further reduce field emission light-emitting display Manufacturing cost.
Except the technical problem of invention described above solution, form the technical characteristic of technical scheme and by these skills Caused by the technical characteristic of art scheme outside advantage, small arc of the invention mixes the tilting long fan chimb negative electrode knot straggly of silver gate The other technical characteristics and these technologies included in other technologies problem that the active display of structure can solve, technical scheme The advantages of characteristic strip comes, it will be described in more detail with reference to accompanying drawing.
Brief description of the drawings
Fig. 1 is the longitudinal direction that single small arc mixes the tilting long fan chimb cathode construction straggly of silver gate in the embodiment of the present invention Structural representation；
Fig. 2 is the transversary that small arc mixes the tilting long fan chimb cathode construction straggly of silver gate in the embodiment of the present invention Schematic diagram；
Fig. 3 is the luminescence display that small arc mixes the tilting long fan chimb cathode construction straggly of silver gate in the embodiment of the present invention The structural representation of device；
In figure：Lower resistance to compression puts down tight closing plate 1, black dull non-presentation layer 2, negative electrode expansion silver bar layer 3, negative electrode and tiltedly fans one layer 4 of base, the moon The vertical extended layer 5 in one layer of pole, the layer plane extended layer 6 of negative electrode one, negative electrode tiltedly fan two layer 7 of base, negative electrode tiltedly fans three layer 8 of base, negative electrode three Layer inclined-plane extended layer 9, negative electrode tiltedly fans four layer 10 of base, negative electrode four layers of inclined-plane extended layer 11, negative electrode tiltedly fan five layer 12 of base, negative electrode is low holds The high undertaking electrode layer 14 of receiving electrode layer 13, negative electrode, gate pole tiltedly fans one layer 15 of base, gate pole mixes arc electrode lower floor 16, gate pole is tiltedly fanned Layer 19, gate pole tiltedly fan three layer 20 of base, gate pole after two layer 17 of base, gate pole mix lower floor 18 in arc electrode, gate pole mixes in arc electrode Mix that front layer 21, gate pole in arc electrode tiltedly fan four layer 22 of base, gate pole mixes arc electrode upper strata 23, gate pole tiltedly fans five layer 24 of base, door Pole expansion silver bar layer 25, gate pole tiltedly fan six layer 26 of base, tight closing plate 28, the high printing opacity of anode low-resistance are put down in carbon nanotube layer 27, upper resistance to compression Film layer 29, anode expansion silver bar layer 30, phosphor powder layer 31, getter 32, clear glass frame 33, the black wall 34 of rectangle.
Embodiment
The present invention is further described with reference to the accompanying drawings and examples, but the invention is not limited in this implementation Example.
The small arc of the present embodiment mix the tilting long fan chimb cathode construction straggly of silver gate active display such as Fig. 1, Shown in Fig. 2 and Fig. 3, including tight closing plate 28 put down by upper resistance to compression, the vacuum that tight closing plate 1 and clear glass frame 33 are formed is equalled in lower resistance to compression Room；The sun for having the high light-transmissive film layer 29 of anode low-resistance, light-transmissive film layer high with anode low-resistance 29 to be connected on tight closing plate 28 is put down in upper resistance to compression The phosphor powder layer 31 of pole expansion silver bar layer 30 and preparation on the high light-transmissive film layer 29 of anode low-resistance；Tight closing plate is put down in lower resistance to compression There is small arc to mix the tilting long fan chimb face cathode construction straggly of silver gate on 1；Getter 32 and rectangle in vacuum chamber The black subsidiary component of wall 34.
The backing material that small arc mixes the tilting long fan chimb face cathode construction straggly of silver gate is glass, can be sodium calcium Tight closing plate 1 is put down in glass, Pyrex, that is, lower resistance to compression；The insulation paste layer that the printing on tight closing plate 1 is put down in lower resistance to compression is formed secretly Black non-presentation layer 2；The silver slurry layer of printing in black dull non-presentation layer 2 forms negative electrode expansion silver bar layer 3；Negative electrode expansion silver bar layer 3 On printing insulation paste layer formed negative electrode tiltedly fan base one layer 4；It is right cylinder shape that negative electrode, which tiltedly fans one layer 4 of base, and negative electrode is tiltedly fanned The lower surface that one layer 4 of base is circular flat, on extended cathode silver bar layer, and the upper surface that negative electrode tiltedly fans one layer 4 of base is circle Plane and negative electrode tiltedly fan the upper surface of one layer 4 of base and negative electrode tiltedly fan one layer 4 of base lower surface it is parallel, negative electrode tiltedly fans base one layer 4 Upper surface area be equal to the lower surface area that negative electrode tiltedly fans one layer 4 of base, negative electrode tiltedly fans the radius of circle of one layer of 4 rounded upper surface of base The radius of circle of one layer of 4 rounded lower surface of base is tiltedly fanned equal to negative electrode, negative electrode tiltedly fans one layer of 4 central vertical axis of base perpendicular to lower resistance to compression Put down tight closing plate 1, the upper surface that negative electrode tiltedly fans one layer 4 of base is centrally located at negative electrode and tiltedly fanned in one layer of 4 central vertical axis of base, and negative electrode is oblique The lower surface of one layer 4 of base of fan is centrally located at negative electrode and tiltedly fanned in one layer of 4 central vertical axis of base, and negative electrode tiltedly fans the outside of one layer 4 of base Face is upright barrel surface；Negative electrode, which is tiltedly fanned, has delthyrium in one layer 4 of base, the silver slurry layer of printing forms one layer of negative electrode in delthyrium Vertical extended layer 5；The vertical extended layer 5 of one layer of negative electrode and negative electrode expansion silver bar layer 3 are interconnected；Negative electrode tiltedly fans one layer of 4 upper table of base The silver slurry layer of the printing in face forms the layer plane extended layer 6 of negative electrode one；The layer plane extended layer 6 of negative electrode one is disc shape and is located at the moon Extremely tiltedly on one layer of 4 upper surface of fan base, the radius of circle of the layer plane extended layer 6 of negative electrode one tiltedly fans one layer of 4 circular upper table of base equal to negative electrode The half of face radius of circle, the circle of the layer plane extended layer 6 of negative electrode one are centrally located at negative electrode and tiltedly fan one layer of 4 central vertical axis of base On；The layer plane extended layer 6 of negative electrode one and the vertical extended layer 5 of one layer of negative electrode are interconnected；Negative electrode tiltedly fans the print of one layer of 4 upper surface of base The insulation paste layer of brush forms negative electrode and tiltedly fans base two layer 7；Negative electrode tiltedly fan the lower surface of two layer 7 of base for circular flat, positioned at negative electrode Tiltedly on fan base one layer of 4 upper surface, negative electrode tiltedly fans the lower surface outward flange of two layer 7 of base and negative electrode is tiltedly fanned outside the upper surface of one layer 4 of base Edge flush, negative electrode tiltedly fan two layer of 7 central vertical axis of base and put down tight closing plate 1 perpendicular to lower resistance to compression, and negative electrode is tiltedly fanned in two layer 7 of base Heart vertical axis and negative electrode are tiltedly fanned one layer of 4 central vertical axis of base and coincided, and the lower surface that negative electrode tiltedly fans two layer 7 of base is centrally located at Negative electrode is tiltedly fanned in two layer of 7 central vertical axis of base, and negative electrode tiltedly fans the upper surface of two layer 7 of base tiltedly to be fanned to negative electrode inside two layer 7 of base The inverted conical face of depression, the upper surface position for tiltedly fanning close to negative electrode two layer of 7 central vertical axis of base it is highly low and away from negative electrode Tiltedly the upper surface position height of fan two layer of 7 central vertical axis of base is high, and the upper surface that negative electrode tiltedly fans two layer 7 of base is centrally located at negative electrode Tiltedly in fan two layer of 7 central vertical axis of base, the lateral surface that negative electrode tiltedly fans two layer 7 of base is upright barrel surface；Negative electrode tiltedly fans base two The layer plane extended layer 6 of negative electrode one that bottom is exposed in circular port, circular port be present in layer 7；Negative electrode tiltedly fans the print on two layer 7 of base The insulation paste layer of brush forms negative electrode and tiltedly fans base three layer 8；It is that inclined ring length is fan-shaped, oblique positioned at negative electrode that negative electrode, which tiltedly fans three layer 8 of base, Fan on two layer of 7 upper surface of base, negative electrode tiltedly fans three layer of 8 central vertical axis of base and puts down tight closing plate 1 perpendicular to lower resistance to compression, and negative electrode tiltedly fans base Three layer of 8 central vertical axis and negative electrode are tiltedly fanned one layer of 4 central vertical axis of base and coincided, and negative electrode tiltedly fans the lower surface of three layer 8 of base It is centrally located at negative electrode tiltedly to fan in three layer of 8 central vertical axis of base, the upper surface that negative electrode tiltedly fans three layer 8 of base is inverted conical face, leaned on The upper level that nearly negative electrode tiltedly fans three layer of 8 central vertical axis of base is low and tiltedly fans three layer of 8 central vertical axis of base away from negative electrode Upper level it is high, the upper surface that negative electrode tiltedly fans three layer 8 of base is centrally located at negative electrode and tiltedly fanned in three layer of 8 central vertical axis of base, The lateral surface that negative electrode tiltedly fans three layer 8 of base is the cambered surface of inclined outwardly convex；Negative electrode, which is tiltedly fanned in three layer 8 of base, has circular port, circle In shape hole, the layer plane extended layer 6 of negative electrode one of bottom is exposed；The silver slurry layer that negative electrode tiltedly fans the printing of three layer of 8 upper surface of base is formed Three layers of inclined-plane extended layer 9 of negative electrode；Three layers of inclined-plane extended layer 9 of negative electrode are located at negative electrode and tiltedly fanned on three layer of 8 upper surface of base, and three layers of negative electrode is tiltedly Face extended layer 9 is covered with negative electrode and tiltedly fans three layer of 8 upper surface of base, and the outward flange of three layers of inclined-plane extended layer 9 of negative electrode and negative electrode tiltedly fan base three The outward flange flush of 8 upper surface of layer；Three layers of inclined-plane extended layer 9 of negative electrode and the layer plane extended layer 6 of negative electrode one are interconnected；Negative electrode The insulation paste layer of printing on three layers of inclined-plane extended layer 9 forms negative electrode and tiltedly fans base four layer 10；Negative electrode tiltedly fans base four layer 10 to incline Oblique ring grows sector, on three layers of inclined-plane extended layer 9 of negative electrode, and negative electrode tiltedly fans four layer of 10 central vertical axis of base perpendicular to lower anti- Tight closing plate 1 is flattened, negative electrode tiltedly fans four layer of 10 central vertical axis of base and negative electrode is tiltedly fanned one layer of 4 central vertical axis of base and coincided, The lower surface that negative electrode tiltedly fans four layer 10 of base is centrally located at negative electrode and tiltedly fanned in four layer of 10 central vertical axis of base, and negative electrode tiltedly fans four layers of base The upper level that 10 upper surface tiltedly fans four layer of 10 central vertical axis of base for inverted conical face, close to negative electrode is low and remote cloudy Extremely tiltedly the upper level of fan four layer of 10 central vertical axis of base is high, and the upper surface that negative electrode tiltedly fans four layer 10 of base is centrally located at negative electrode Tiltedly in fan four layer of 10 central vertical axis of base, the lateral surface that negative electrode tiltedly fans four layer 10 of base is the cambered surface of inclined outwardly convex；It is cloudy Extremely tiltedly the layer plane extended layer 6 of negative electrode one that bottom is exposed in circular port, circular port be present in four layer 10 of base of fan；Negative electrode tiltedly fans base The silver slurry layer of the printing of four layer of 10 upper surface forms four layers of inclined-plane extended layer 11 of negative electrode；Four layers of inclined-plane extended layer 11 of negative electrode are positioned at the moon Extremely tiltedly on four layer of 10 upper surface of fan base, four layers of inclined-plane extended layer 11 of negative electrode are covered with negative electrode and tiltedly fan four layer of 10 upper surface of base, negative electrode four The outward flange of layer inclined-plane extended layer 11 and negative electrode tiltedly fan the outward flange flush of four layer of 10 upper surface of base；Four layers of inclined-plane extension of negative electrode Layer 11 and the layer plane extended layer 6 of negative electrode one are interconnected；The insulation paste layer shape of printing on four layers of inclined-plane extended layer 11 of negative electrode Base is tiltedly fanned into negative electrode five layer 12；Negative electrode tiltedly fans base five layer 12 on four layers of inclined-plane extended layer 11 of negative electrode, and negative electrode tiltedly fans five layers of base 12 central vertical axis put down tight closing plate 1 perpendicular to lower resistance to compression, and negative electrode tiltedly fans five layer of 12 central vertical axis of base and negative electrode tiltedly fans base One layer of 4 central vertical axis coincides, and the lower surface that negative electrode tiltedly fans five layer 12 of base is centrally located at negative electrode and tiltedly fans five layer of 12 center of base On vertical axis, upper surface that negative electrode tiltedly fans five layer 12 of base is plane, and the upper surface that negative electrode tiltedly fans five layer 12 of base is centrally located at the moon Extremely tiltedly in fan five layer of 12 central vertical axis of base；The metal level formation negative electrode that negative electrode tiltedly fans the etching on three layer of 8 lateral surface of base is low Accept electrode layer 13；The low electrode layer 13 of accepting of negative electrode is arc surfaced, is looped around negative electrode and tiltedly fans on three layer of 8 lateral surface of base, and negative electrode is low The cambered surface top edge for accepting electrode layer 13 tiltedly fans base three layer of 8 upper surface direction towards negative electrode and for the rectangle that caves inward Class annular, the low cambered surface lower edge for accepting electrode layer 13 of negative electrode tiltedly fan base three layer of 8 lower surface direction towards negative electrode and are annulus Shape, the low three layers of inclined-plane extended layer 9 of electrode layer 13 and negative electrode of accepting of negative electrode are connected；Negative electrode is low to accept three layers of electrode layer 13 and negative electrode Inclined-plane extended layer 9 is interconnected；The metal level that negative electrode tiltedly fans the etching on four layer of 10 lateral surface of base forms the high undertaking electrode of negative electrode Layer 14；Negative electrode is high to be accepted electrode layer 14 and is arc surfaced, is looped around negative electrode and tiltedly fans on four layer of 10 lateral surface of base, and negative electrode is high to accept electrode The cambered surface top edge of layer 14 tiltedly fans base four layer of 10 upper surface direction towards negative electrode and is annular, and negative electrode is high to accept electrode layer 14 Cambered surface lower edge tiltedly fanned towards negative electrode base four layer of 10 lower surface direction and for the rectangle that caves inward class annular, negative electrode Height is accepted four layers of inclined-plane extended layer 11 of electrode layer 14 and negative electrode and is connected；Prolong on the high four layers of inclined-plane of electrode layer 14 and negative electrode of accepting of negative electrode Layer 11 is stretched to be interconnected；The insulation paste layer of printing in black dull non-presentation layer 2 forms gate pole and tiltedly fans base one layer 15；Gate pole is tiltedly fanned The lower surface that one layer 15 of base is plane, in black dull non-presentation layer 2；Gate pole, which is tiltedly fanned in one layer 15 of base, has circular port, circle Expose that negative electrode tiltedly fans one layer 4 of base, negative electrode tiltedly fans two layer 7 of base, negative electrode tiltedly fans three layer 8 of base, negative electrode tiltedly fans four layer 10 of base, cloudy in hole Extremely tiltedly five layer 12 of base of fan, negative electrode are low accepts electrode layer 13 and the high undertaking electrode layer 14 of negative electrode；Gate pole tiltedly fans one layer of 15 circular port of base The section that one layer of 15 upper and lower surface formation of base is tiltedly fanned in gate pole is hollow disc；Gate pole tiltedly fans the printing of one layer of 15 upper surface of base Silver slurry layer formed gate pole mix arc electrode lower floor 16；It is the inclined cambered surface to lower recess that gate pole, which mixes arc electrode lower floor 16, Shape, tiltedly fan on one layer of 15 upper surface of base positioned at gate pole, gate pole mixes the front end of arc electrode lower floor 16 and gate pole tiltedly fans base one layer 15 The madial wall flush of circular port, not fan one layer of 15 circular port of base tiltedly to gate pole prominent, after gate pole mixes arc electrode lower floor 16 End is directed away from gate pole and tiltedly fans one layer of 15 circular port direction of base, and the front height that gate pole mixes arc electrode lower floor 16 is low and rear end is high Degree is high；The insulation paste layer formation gate pole that gate pole mixes the printing in arc electrode lower floor 16 tiltedly fans base two layer 17；Gate pole tiltedly fans base The silver slurry layer of the printing of two layer of 17 upper surface forms gate pole and mixes lower floor 18 in arc electrode；Gate pole mixes lower floor 18 in arc electrode The inclined arc surfaced to raise up, gate pole mix the front end of lower floor 18 in arc electrode towards circular port direction and rear end direction Away from circular port direction, the front height that gate pole mixes lower floor 18 in arc electrode is low and rear height is high, and gate pole mixes arc electrode The front end of middle lower floor 18 mixes arc electrode lower floor 16 with gate pole and is connected；Gate pole mixes lower floor 18 and gate pole in arc electrode and mixed Arc electrode lower floor 16 is interconnected；The silver slurry layer printed again the formation gate pole that gate pole tiltedly fans two layer of 17 upper surface of base mixes arc electricity Layer 19 after in extremely；Layer 19 is the inclined arc surfaced to raise up after gate pole mixes in arc electrode, after gate pole mixes in arc electrode The front end of layer 19 is directed away from circular port direction towards circular port direction and rear end, after gate pole mixes in arc electrode before layer 19 End is highly low and rear height is high, and the front end of layer 19 and gate pole mix lower floor 18 in arc electrode after gate pole mixes in arc electrode End is connected afterwards；Layer 19 and gate pole mix lower floor 18 in arc electrode and are interconnected after gate pole mixes in arc electrode；Gate pole mixes The insulation paste layer formation gate pole that arc electrode lower floor 16 and gate pole mix the printing of the upper surface of lower floor 18 in arc electrode tiltedly fans base three Layer 20；The silver slurry layer that gate pole tiltedly fans the printing on three layer 20 of base forms gate pole and mixes front layer 21 in arc electrode；Gate pole mixes arc electricity Extremely middle front layer 21 is the inclined arc surfaced to lower recess, and gate pole mixes the front end of front layer 21 in arc electrode towards circular port side To and rear end is directed away from circular port direction, the front height that gate pole mixes front layer 21 in arc electrode is high and rear height is low, door Pole mixes the rear end of front layer 21 in arc electrode, gate pole mixes the rear end of lower floor 18 and gate pole in arc electrode and mixed in arc electrode The front end of layer 19 is connected afterwards；Gate pole, which mixes front layer 21, gate pole in arc electrode and mixes lower floor 18 and gate pole in arc electrode, to be mixed Layer 19 is interconnected after in arc electrode；Gate pole mixes the printing on layer 19 after front layer 21 and gate pole in arc electrode mix in arc electrode Insulation paste layer formed gate pole tiltedly fan base four layer 22；Gate pole tiltedly fans three layer 20 of base, gate pole tiltedly fans four layer 22 of base and gate pole is tiltedly fanned The silver slurry layer of printing on two layer 17 of base forms gate pole and mixes arc electrode upper strata 23；It is inclined that gate pole, which mixes arc electrode upper strata 23, The arc surfaced to raise up, gate pole mix the front end on arc electrode upper strata 23 and circular port madial wall flush, not dashed forward to circular port Go out, the rear end that gate pole mixes arc electrode upper strata 23 is directed away from circular port direction, and the front end that gate pole mixes arc electrode upper strata 23 is high To spend low and rear height is high, gate pole mixes the front end that arc electrode upper strata 23 mixes front layer 21 in arc electrode with gate pole and is connected, Gate pole mixes the rear end on arc electrode upper strata 23 and gate pole mix in arc electrode after the rear end of layer 19 be connected；Gate pole mixes arc Electrode upper strata 23 and gate pole mix front layer 21 in arc electrode and are interconnected；Gate pole mixes arc electrode upper strata 23 and gate pole mixes arc electricity Layer 19 is interconnected after in extremely；The insulation paste layer of printing in black dull non-presentation layer 2 forms gate pole and tiltedly fans base five layer 24；Gate pole Tiltedly the lower surface of five layer 24 of base of fan for plane, in black dull non-presentation layer 2；Gate pole tiltedly fans the printing of five layer of 24 upper surface of base Silver slurry layer forms gate pole expansion silver bar layer 25；Gate pole expansion silver bar layer 25 and gate pole mix the rear end on arc electrode upper strata 23, door The rear end of layer 19 is connected after pole mixes in arc electrode；Gate pole expansion silver bar layer 25, gate pole mix arc electrode upper strata 23 and door Layer 19 is interconnected after pole mixes in arc electrode；The insulation paste layer that gate pole mixes the printing on arc electrode upper strata 23 forms gate pole Tiltedly six layer 26 of fan base；CNT is prepared on the low undertaking electrode layer 13 of negative electrode and the high undertaking electrode layer 14 of negative electrode.
Tight closing plate is put down for lower resistance to compression in the fixed position that small arc mixes the tilting long fan chimb face cathode construction straggly of silver gate 1；The low electrode layer 13 of accepting of negative electrode can be argent, nickel, molybdenum, tin, aluminium, copper, chromium；The high electrode layer 14 of accepting of negative electrode can be gold Belong to silver, nickel, molybdenum, tin, aluminium, copper, chromium.
The preparation method of the active display of the present embodiment is as follows：
1) making of tight closing plate is put down in resistance to compression under：Scribing is carried out to flat soda-lime glass, lower resistance to compression is formed and puts down tight closing plate；
2) making of black dull non-presentation layer：Put down in lower resistance to compression and insulation paste is printed on tight closing plate, after toasted, sintering process Form black dull non-presentation layer；
3) making of negative electrode expansion silver bar layer：Silver paste is printed in black dull non-presentation layer, is formed after toasted, sintering process Negative electrode expands silver bar layer；
4) negative electrode tiltedly fans the making of one layer of base：Insulation paste, toasted, sintering process are printed on negative electrode expansion silver bar layer Negative electrode is formed afterwards tiltedly fans one layer of base；
5) making of the vertical extended layer of one layer of negative electrode：Tiltedly fanned in negative electrode and silver paste is printed in one layer of delthyrium of base, toasted, burning One layer of vertical extended layer of negative electrode is formed after tying technique；
6) making of the layer plane extended layer of negative electrode one：One layer of upper surface printing silver paste of base, toasted, sintering are tiltedly fanned in negative electrode The layer plane extended layer of negative electrode one is formed after technique；
7) negative electrode tiltedly fans the making of two layers of base：One layer of upper surface printing insulation paste of base, toasted, sintering are tiltedly fanned in negative electrode Negative electrode is formed after technique and tiltedly fans two layers of base；
8) negative electrode tiltedly fans the making of three layers of base：Tiltedly fanned in negative electrode and insulation paste, toasted, sintering process are printed on two layers of base Negative electrode is formed afterwards tiltedly fans three layers of base；
9) making of three layers of inclined-plane extended layer of negative electrode：Three layers of upper surface printing silver paste of base, toasted, sintering are tiltedly fanned in negative electrode Three layers of inclined-plane extended layer of negative electrode are formed after technique；
10) negative electrode tiltedly fans the making of four layers of base：Insulation paste, toasted, burning are printed on three layers of inclined-plane extended layer of negative electrode Negative electrode, which is formed, after knot technique tiltedly fans four layers of base；
11) making of four layers of inclined-plane extended layer of negative electrode：Four layers of upper surface printing silver paste of base, toasted, burning are tiltedly fanned in negative electrode Four layers of inclined-plane extended layer of negative electrode are formed after tying technique；
12) negative electrode tiltedly fans the making of five layers of base：Insulation paste, toasted, burning are printed on four layers of inclined-plane extended layer of negative electrode Negative electrode, which is formed, after knot technique tiltedly fans five layers of base；
13) the low making for accepting electrode layer of negative electrode：Tiltedly fanned in negative electrode and prepare a metal nickel dam on three layers of lateral surface of base, The low undertaking electrode layer of negative electrode is formed after etching；
14) the high making for accepting electrode layer of negative electrode：Tiltedly fanned in negative electrode and prepare a metal nickel dam on four layers of lateral surface of base, The high undertaking electrode layer of negative electrode is formed after etching；
15) gate pole tiltedly fans the making of one layer of base：Insulation paste, toasted, sintering process are printed in black dull non-presentation layer Gate pole is formed afterwards tiltedly fans one layer of base；
16) gate pole mixes the making of arc electrode lower floor：One layer of upper surface printing silver paste of base, toasted, burning are tiltedly fanned in gate pole Gate pole, which is formed, after knot technique mixes arc electrode lower floor；
17) gate pole tiltedly fans the making of two layers of base：Mix in gate pole and insulation paste is printed in arc electrode lower floor, toasted, burning Gate pole, which is formed, after knot technique tiltedly fans two layers of base；
18) gate pole mixes the making of lower floor in arc electrode：Two layers of upper surface of base printing silver pastes are tiltedly fanned in gate pole, toasted, Gate pole is formed after sintering process and mixes lower floor in arc electrode；
19) making of layer after gate pole mixes in arc electrode：Two layers of upper surface of base are tiltedly fanned in gate pole and print silver paste again, through drying Layer after gate pole mixes in arc electrode is formed after roasting, sintering process；
20) gate pole tiltedly fans the making of three layers of base：Mix arc electrode lower floor in gate pole and gate pole mixes in arc electrode in lower floor Surface printing insulation paste, gate pole is formed after toasted, sintering process and tiltedly fans three layers of base；
21) gate pole mixes the making of front layer in arc electrode：Tiltedly fanned in gate pole and silver paste is printed on three layers of base, toasted, sintering Gate pole is formed after technique and mixes front layer in arc electrode；
22) gate pole tiltedly fans the making of four layers of base：Mix layer after front layer and gate pole in arc electrode mix in arc electrode in gate pole Upper printing insulation paste, gate pole is formed after toasted, sintering process and tiltedly fans four layers of base；
23) gate pole mixes the making on arc electrode upper strata：Gate pole tiltedly fans three layers of base, gate pole tiltedly fans four layers of base and gate pole is tiltedly fanned Two layers of base is upper to print silver paste, and forming gate pole after toasted, sintering process mixes arc electrode upper strata；
24) gate pole tiltedly fans the making of five layers of base：Insulation paste, toasted, sintering process are printed in black dull non-presentation layer Gate pole is formed afterwards tiltedly fans five layers of base；
25) making of gate pole expansion silver bar layer：Five layers of upper surface printing silver paste of base, toasted, agglomerant are tiltedly fanned in gate pole Gate pole expansion silver bar layer is formed after skill；
26) gate pole tiltedly fans the making of six layers of base：Mix in gate pole and insulation paste is printed on arc electrode upper strata, toasted, burning Gate pole, which is formed, after knot technique tiltedly fans six layers of base；
27) small arc mixes the cleaning of the tilting long fan chimb face cathode construction straggly of silver gate：Yin Men is mixed to small arc The surface for controlling tilting long fan chimb face cathode construction straggly carries out cleaning treatment, removes impurity and dust；
28) making of carbon nanotube layer：CNT is printed on the low undertaking electrode layer of negative electrode and the high undertaking electrode of negative electrode On layer, carbon nanotube layer is formed；
29) processing of carbon nanotube layer：Carbon nanotube layer is post-processed, improves its field emission characteristic；
30) making of tight closing plate is put down in resistance to compression on：Scribing is carried out to flat soda-lime glass, in formation resistance to compression put down tight closing plate；
31) making of the high light-transmissive film layer of anode low-resistance：The tin indium oxide film on tight closing plate surface is put down to being covered in upper resistance to compression Layer performs etching, and forms the high light-transmissive film layer of anode low-resistance；
32) making of anode expansion silver bar layer：Put down in upper resistance to compression and silver paste is printed on tight closing plate, after toasted, sintering process Form anode expansion silver bar layer；The non-display area that tight closing plate is put down in upper resistance to compression prints silver paste, and through overbaking, (highest toasts temperature Degree：150oC, highest baking temperature retention time：5 minutes) after, it is placed in sintering furnace and is sintered (maximum sintering temperature： 532 oC, maximum sintering temperature retention time：10 minutes)；
33) making of phosphor powder layer：Fluorescent material is printed on the high light-transmissive film layer of anode low-resistance, is formed after toasted technique glimmering Light bisque；Fluorescent material is printed on the high light-transmissive film layer of anode low-resistance that tight closing plate is put down in upper resistance to compression, is then placed within baking oven and carries out Toast (highest baking temperature：135oC, highest baking temperature retention time：8 minutes)；
34) display devices are assembled：Getter is fixed on the non-display area that upper resistance to compression puts down tight closing plate；Then, Tight closing plate is put down into upper resistance to compression, lower resistance to compression is put down the black wall of tight closing plate and clear glass frame and rectangle and is assembled together, fixed with clip；
35) display devices encapsulate：Following packaging technology is carried out to the display devices assembled：By display device Part is put into baking oven and toasted；It is put into sintering furnace and is sintered；Device exhaust, sealed-off are carried out on exhaust station；Disappear roasting Getter bake on machine and disappeared, pin is finally installed additional and forms finished parts.

Claims (6)

1. a kind of small arc mixes the active display of the tilting long fan chimb cathode construction straggly of silver gate, including vacuum chamber and position In the getter in vacuum chamber and the black wall of rectangle, the vacuum chamber puts down tight closing plate by upper resistance to compression, tight closing plate is put down in lower resistance to compression and transparent Instrument bezel forms, and putting down in upper resistance to compression has the high light-transmissive film layer of anode low-resistance, is connected with the high light-transmissive film layer of anode low-resistance on tight closing plate The phosphor powder layer of anode expansion silver bar layer and preparation on the high light-transmissive film layer of anode low-resistance；Being put down in lower resistance to compression on tight closing plate has Small arc mixes the tilting long fan chimb face cathode construction straggly of silver gate, it is characterised in that：Tight closing plate conduct is put down in the lower resistance to compression Small arc mixes the substrate of the tilting long fan chimb face cathode construction straggly of silver gate, and the material of the substrate is soda-lime glass or boron Silica glass；The insulation paste layer that the printing on tight closing plate is put down in lower resistance to compression forms black dull non-presentation layer；Print in black dull non-presentation layer The silver slurry layer of brush forms negative electrode expansion silver bar layer；The insulation paste layer of printing on negative electrode expansion silver bar layer forms negative electrode and tiltedly fans base One layer；It is right cylinder shape that negative electrode, which tiltedly fans one layer of base, and the lower surface that negative electrode tiltedly fans one layer of base is circular flat, positioned at extended cathode On silver bar layer, the upper surface that negative electrode tiltedly fans one layer of base is circular flat and negative electrode tiltedly fans the upper surface of one layer of base and negative electrode is tiltedly fanned The lower surface that one layer of base is parallel, and the upper surface area that negative electrode tiltedly fans one layer of base is equal to the lower surface face that negative electrode tiltedly fans one layer of base Product, the radius of circle that negative electrode tiltedly fans one layer of rounded upper surface of base are equal to the radius of circle that negative electrode tiltedly fans one layer of rounded lower surface of base, negative electrode Tiltedly fan one layer of central vertical axis of base puts down tight closing plate perpendicular to lower resistance to compression, and the upper surface that negative electrode tiltedly fans one layer of base is centrally located at negative electrode Tiltedly in fan one layer of central vertical axis of base, the lower surface that negative electrode tiltedly fans one layer of base is centrally located at negative electrode tiltedly to fan one layer of center of base vertical On axis, the lateral surface that negative electrode tiltedly fans one layer of base is upright barrel surface；Negative electrode, which is tiltedly fanned in one layer of base, has delthyrium, delthyrium The silver slurry layer of interior printing forms one layer of vertical extended layer of negative electrode；The vertical extended layer of one layer of negative electrode mutually interconnects with negative electrode expansion silver bar layer It is logical；The silver slurry layer that negative electrode tiltedly fans the printing of one layer of upper surface of base forms the layer plane extended layer of negative electrode one；The layer plane of negative electrode one extends Layer is tiltedly fanned base one layer upper surface on for disc shape and positioned at negative electrode, and the radius of circle of the layer plane extended layer of negative electrode one is oblique equal to negative electrode The half of one layer of rounded upper surface radius of circle of base is fanned, the circle of the layer plane extended layer of negative electrode one is centrally located at negative electrode and tiltedly fans base one In layer central vertical axis；The layer plane extended layer of negative electrode one and the vertical extended layer of one layer of negative electrode are interconnected；Negative electrode tiltedly fans base one The insulation paste layer of the printing of layer upper surface forms negative electrode and tiltedly fans two layers of base；The lower surface that negative electrode tiltedly fans two layers of base is circular flat Face, tiltedly fan on one layer of upper surface of base positioned at negative electrode, negative electrode tiltedly fans the lower surface outward flange of two layers of base and negative electrode tiltedly fans one layer of base Upper surface outward flange flush, negative electrode tiltedly fan two layers of central vertical axis of base and put down tight closing plate perpendicular to lower resistance to compression, and negative electrode tiltedly fans base Two layers of central vertical axis and negative electrode are tiltedly fanned one layer of central vertical axis of base and coincided, and negative electrode tiltedly fans the lower surface center of two layers of base Tiltedly fanned positioned at negative electrode in two layers of central vertical axis of base, the upper surface that negative electrode tiltedly fans two layers of base is that two layers of inside of base are tiltedly fanned to negative electrode The upper surface position that the inverted conical face of depression, close negative electrode tiltedly fan two layers of central vertical axis of base is highly low and oblique away from negative electrode Fan that the upper surface position height of two layers of central vertical axis of base is high, the upper surface that negative electrode tiltedly fans two layers of base is centrally located at negative electrode and tiltedly fanned In two layers of central vertical axis of base, the lateral surface that negative electrode tiltedly fans two layers of base is upright barrel surface；Negative electrode is tiltedly fanned to be deposited in two layers of base In circular port, circular port, the layer plane extended layer of negative electrode one of bottom is exposed；Negative electrode tiltedly fans the insulation of the printing on two layers of base Pulp layer forms negative electrode and tiltedly fans three layers of base；Negative electrode tiltedly fans three layers of base and is that inclined ring length is fan-shaped, is tiltedly fanned on two layers of base positioned at negative electrode On surface, negative electrode tiltedly fans three layers of central vertical axis of base and puts down tight closing plate perpendicular to lower resistance to compression, and it is vertical that negative electrode tiltedly fans three layers of center of base Axis and negative electrode are tiltedly fanned one layer of central vertical axis of base and coincided, and the lower surface that negative electrode tiltedly fans three layers of base is centrally located at negative electrode and tiltedly fanned In three layers of central vertical axis of base, the upper surface that negative electrode tiltedly fans three layers of base is tiltedly fanned in three layers of base for inverted conical face, close to negative electrode The upper level of heart vertical axis is low and the upper level height of three layers of central vertical axis of base is tiltedly fanned away from negative electrode, and negative electrode is oblique The upper surface of three layers of base of fan is centrally located at negative electrode and tiltedly fanned in three layers of central vertical axis of base, and the lateral surface that negative electrode tiltedly fans three layers of base is The cambered surface of inclined outwardly convex；Negative electrode, which is tiltedly fanned, has one layer of the negative electrode that bottom is exposed in circular port, circular port in three layers of base Plane extended layer；The silver slurry layer that negative electrode tiltedly fans the printing of three layers of upper surface of base forms three layers of inclined-plane extended layer of negative electrode；Three layers of negative electrode Inclined-plane extended layer is located at negative electrode and tiltedly fanned on three layers of upper surface of base, and three layers of inclined-plane extended layer of negative electrode are covered with negative electrode and tiltedly fan three layers of upper table of base Face, the outward flange of three layers of inclined-plane extended layer of negative electrode and negative electrode tiltedly fan the outward flange flush of three layers of upper surface of base；Three layers of negative electrode is tiltedly Face extended layer and the layer plane extended layer of negative electrode one are interconnected；The insulation paste layer shape of printing on three layers of inclined-plane extended layer of negative electrode Four layers of base is tiltedly fanned into negative electrode；It is inclined ring length sector, on three layers of inclined-plane extended layer of negative electrode that negative electrode, which tiltedly fans four layers of base, negative electrode Tiltedly fan four layers of central vertical axis of base put down tight closing plate perpendicular to lower resistance to compression, and negative electrode tiltedly fans four layers of central vertical axis of base and negative electrode is oblique Fan one layer of central vertical axis of base coincides, and the lower surface that negative electrode tiltedly fans four layers of base is centrally located at negative electrode and tiltedly fans four layers of center of base and hangs down In straight axis, four layers of central vertical axis of base are tiltedly fanned in the upper surface that negative electrode tiltedly fans four layers of base for inverted conical face, close to negative electrode Upper level is low and the upper level height of four layers of central vertical axis of base is tiltedly fanned away from negative electrode, and negative electrode tiltedly fans the upper of four layers of base Centre of surface is located at negative electrode and tiltedly fanned in four layers of central vertical axis of base, and the lateral surface that negative electrode tiltedly fans four layers of base is inclined convex The cambered surface risen；Negative electrode, which is tiltedly fanned, has the layer plane extended layer of negative electrode one that bottom is exposed in circular port, circular port in four layers of base；It is cloudy Extremely tiltedly the silver slurry layer of the printing of four layers of upper surface of fan base forms four layers of inclined-plane extended layer of negative electrode；Four layers of inclined-plane extended layer of negative electrode are located at Negative electrode is tiltedly fanned on four layers of upper surface of base, and four layers of inclined-plane extended layer of negative electrode are covered with negative electrode and tiltedly fan four layers of upper surface of base, and four layers of negative electrode is tiltedly The outward flange of face extended layer and negative electrode tiltedly fan the outward flange flush of four layers of upper surface of base；Four layers of inclined-plane extended layer of negative electrode and negative electrode One layer plane extended layer is interconnected；The insulation paste layer of printing on four layers of inclined-plane extended layer of negative electrode forms negative electrode and tiltedly fans base five Layer；Negative electrode tiltedly fans five layers of base on four layers of inclined-plane extended layer of negative electrode, and negative electrode tiltedly fans five layers of central vertical axis of base under Tight closing plate is put down in resistance to compression, and negative electrode tiltedly fans five layers of central vertical axis of base and negative electrode is tiltedly fanned one layer of central vertical axis of base and coincided, cloudy The lower surface of extremely oblique five layers of base of fan is centrally located at negative electrode and tiltedly fanned in five layers of central vertical axis of base, and negative electrode tiltedly fans the upper table of five layers of base Face is plane, and the upper surface that negative electrode tiltedly fans five layers of base is centrally located at negative electrode and tiltedly fanned in five layers of central vertical axis of base；Negative electrode is tiltedly fanned The metal level of etching on three layers of lateral surface of base forms the low undertaking electrode layer of negative electrode；The low electrode layer of accepting of negative electrode is arc surfaced, ring It is wound on negative electrode tiltedly to fan on three layers of lateral surface of base, the low cambered surface top edge for accepting electrode layer of negative electrode tiltedly fans three layers of upper table of base towards negative electrode Face direction and for the rectangle that caves inward class annular, negative electrode it is low accept electrode layer cambered surface lower edge tiltedly fanned towards negative electrode Base three layers of lower surface direction and be annular, the low three layers of inclined-plane extended layer of electrode layer and negative electrode of accepting of negative electrode are connected；Negative electrode is low Three layers of inclined-plane extended layer of electrode layer and negative electrode are accepted to be interconnected；Negative electrode tiltedly fans the metal level shape of the etching on four layers of lateral surface of base Electrode layer is accepted into negative electrode is high；Negative electrode is high to be accepted electrode layer and is arc surfaced, is looped around negative electrode and tiltedly fans on four layers of lateral surface of base, negative electrode The cambered surface top edge that height accepts electrode layer tiltedly fans base four layers of upper surface direction towards negative electrode and is annular, and negative electrode is high to accept electricity The cambered surface lower edge of pole layer tiltedly fans base four layers of lower surface direction and, the moon annular for the class with the rectangle that caves inward towards negative electrode High undertaking four layers of inclined-plane extended layer of electrode layer and negative electrode are connected；Negative electrode is high to accept four layers of inclined-plane extended layer of electrode layer and negative electrode It is interconnected；The insulation paste layer of printing in black dull non-presentation layer forms gate pole and tiltedly fans one layer of base；Gate pole tiltedly fans one layer of base Lower surface is plane, in black dull non-presentation layer；Gate pole, which is tiltedly fanned to exist in circular port, circular port in one layer of base, exposes negative electrode Tiltedly one layer of base of fan, that negative electrode tiltedly fans two layers of base, negative electrode tiltedly fans three layers of base, negative electrode tiltedly fans four layers of base, negative electrode tiltedly fans five layers of base, negative electrode is low Accept electrode layer and the high undertaking electrode layer of negative electrode；Gate pole tiltedly fans one layer of circular port of base and tiltedly fans the upper and lower surface shape of one layer of base in gate pole Into section be hollow disc；The silver slurry layer formation gate pole that gate pole tiltedly fans the printing of one layer of upper surface of base mixes arc electrode lower floor； Gate pole mixes arc electrode lower floor and tiltedly fanned to the arc surfaced of lower recess, positioned at gate pole on one layer of upper surface of base to be inclined, and gate pole mixes The front end of Za Hu electrodes lower floor and gate pole tiltedly fan the madial wall flush of one layer of circular port of base, after gate pole mixes arc electrode lower floor End is directed away from gate pole and tiltedly fans one layer of circular port direction of base, gate pole mix arc electrode lower floor front height is low and rear height It is high；The insulation paste layer formation gate pole that gate pole mixes the printing in arc electrode lower floor tiltedly fans two layers of base；Gate pole is tiltedly fanned on two layers of base The silver slurry layer of the printing on surface forms gate pole and mixes lower floor in arc electrode；It is inclined convex that gate pole, which mixes lower floor in arc electrode, The arc surfaced risen, gate pole mixes the front end of lower floor in arc electrode towards circular port direction and rear end is directed away from circular port direction, The front height that gate pole mixes lower floor in arc electrode is low and rear height is high, and gate pole mixes the front end and door of lower floor in arc electrode Pole mixes arc electrode lower floor and is connected；Gate pole, which mixes lower floor and gate pole in arc electrode and mixes arc electrode lower floor, to be interconnected；Gate pole Tiltedly the silver slurry layer printed again of two layers of upper surface of fan base forms layer after gate pole mixes in arc electrode；After gate pole mixes in arc electrode Layer be the inclined arc surfaced to raise up, gate pole mix in arc electrode afterwards the front end of layer towards circular port direction and rear end court To away from circular port direction, the front height of layer is low after gate pole mixes in arc electrode and rear height is high, and gate pole mixes arc electrode In after the front end of layer mix the rear end of lower floor in arc electrode with gate pole and be connected；Layer and gate pole after gate pole mixes in arc electrode Mix lower floor in arc electrode to be interconnected；Gate pole mixes arc electrode lower floor and gate pole mixes the printing of lower floor upper surface in arc electrode Insulation paste layer formed gate pole tiltedly fan three layers of base；The silver slurry layer formation gate pole that gate pole tiltedly fans the printing on three layers of base mixes arc electricity Extremely middle front layer；It is the inclined arc surfaced to lower recess that gate pole, which mixes front layer in arc electrode, and gate pole mixes front layer in arc electrode Front end is directed away from circular port direction towards circular port direction and rear end, and the front height that gate pole mixes front layer in arc electrode is high And rear height is low, gate pole mixes the rear end of front layer in arc electrode, gate pole mixes the rear end of lower floor and gate pole in arc electrode The front end of layer is connected after mixing in arc electrode；Gate pole mixes front layer, gate pole in arc electrode and mixes lower floor and door in arc electrode Layer is interconnected after pole mixes in arc electrode；Gate pole mixes the printing on layer after front layer and gate pole in arc electrode mix in arc electrode Insulation paste layer formed gate pole tiltedly fan four layers of base；Gate pole tiltedly fans three layers of base, gate pole tiltedly fans four layers of base and gate pole tiltedly fans two layers of base On printing silver slurry layer formed gate pole mix arc electrode upper strata；It is the inclined arc to raise up that gate pole, which mixes arc electrode upper strata, Face shape, gate pole mix front end and the circular port madial wall flush on arc electrode upper strata, and gate pole mixes the rear end court on arc electrode upper strata To away from circular port direction, the front height that gate pole mixes arc electrode upper strata is low and rear height is high, and gate pole mixes on arc electrode The front end that layer mixes front layer in arc electrode with gate pole is connected, and gate pole mixes the rear end on arc electrode upper strata and gate pole mixes arc The rear end of layer is connected after in electrode；Gate pole mixes arc electrode upper strata and gate pole mixes front layer in arc electrode and is interconnected；Door Pole mixes arc electrode upper strata and gate pole mixes rear layer in arc electrode and is interconnected；The insulation paste of printing in black dull non-presentation layer Layer forms gate pole and tiltedly fans five layers of base；The lower surface that gate pole tiltedly fans five layers of base is plane, in black dull non-presentation layer；Gate pole is tiltedly fanned The silver slurry layer of the printing of five layers of upper surface of base forms gate pole expansion silver bar layer；Gate pole expands silver bar layer and gate pole mixes on arc electrode The rear end of layer is connected after the rear end of layer, gate pole mix in arc electrode；Gate pole expansion silver bar layer, gate pole mix on arc electrode Layer is interconnected after layer and gate pole mix in arc electrode；The insulation paste layer that gate pole mixes the printing on arc electrode upper strata forms door Extremely tiltedly fan six layers of base；CNT is prepared on the low undertaking electrode layer of negative electrode and the high undertaking electrode layer of negative electrode.
2. small arc according to claim 1 mixes the luminescence display of the tilting long fan chimb cathode construction straggly of silver gate Device, it is characterised in that：Under the fixed position that described small arc mixes the tilting long fan chimb face cathode construction straggly of silver gate is Tight closing plate is put down in resistance to compression；The low electrode layer of accepting of negative electrode is argent, nickel, molybdenum, tin, aluminium, copper or chromium；The high electrode layer of accepting of negative electrode is gold Belong to silver, nickel, molybdenum, tin, aluminium, copper or chromium.
3. small arc according to claim 1 mixes the active display of the tilting long fan chimb cathode construction straggly of silver gate Preparation method, it is characterised in that comprise the following steps：
1) making of tight closing plate is put down in resistance to compression under：Scribing is carried out to flat soda-lime glass, lower resistance to compression is formed and puts down tight closing plate；
2) making of black dull non-presentation layer：Put down in lower resistance to compression and insulation paste is printed on tight closing plate, formed after toasted, sintering process Black dull non-presentation layer；
3) making of negative electrode expansion silver bar layer：Silver paste is printed in black dull non-presentation layer, negative electrode is formed after toasted, sintering process Expand silver bar layer；
4) negative electrode tiltedly fans the making of one layer of base：Expanded in negative electrode and insulation paste is printed on silver bar layer, shape after toasted, sintering process One layer of base is tiltedly fanned into negative electrode；
5) making of the vertical extended layer of one layer of negative electrode：Tiltedly fanned in one layer of delthyrium of base in negative electrode and print silver paste, toasted, agglomerant One layer of vertical extended layer of negative electrode is formed after skill；
6) making of the layer plane extended layer of negative electrode one：One layer of upper surface printing silver paste of base, toasted, sintering process are tiltedly fanned in negative electrode The layer plane extended layer of negative electrode one is formed afterwards；
7) negative electrode tiltedly fans the making of two layers of base：One layer of upper surface printing insulation paste of base, toasted, sintering process are tiltedly fanned in negative electrode Negative electrode is formed afterwards tiltedly fans two layers of base；
8) negative electrode tiltedly fans the making of three layers of base：Tiltedly fanned in negative electrode and insulation paste is printed on two layers of base, shape after toasted, sintering process Three layers of base is tiltedly fanned into negative electrode；
9) making of three layers of inclined-plane extended layer of negative electrode：Three layers of upper surface printing silver paste of base, toasted, sintering process are tiltedly fanned in negative electrode Three layers of inclined-plane extended layer of negative electrode are formed afterwards；
10) negative electrode tiltedly fans the making of four layers of base：Insulation paste, toasted, agglomerant are printed on three layers of inclined-plane extended layer of negative electrode Negative electrode is formed after skill and tiltedly fans four layers of base；
11) making of four layers of inclined-plane extended layer of negative electrode：Four layers of upper surface printing silver paste of base, toasted, agglomerant are tiltedly fanned in negative electrode Four layers of inclined-plane extended layer of negative electrode are formed after skill；
12) negative electrode tiltedly fans the making of five layers of base：Insulation paste, toasted, agglomerant are printed on four layers of inclined-plane extended layer of negative electrode Negative electrode is formed after skill and tiltedly fans five layers of base；
13) the low making for accepting electrode layer of negative electrode：Tiltedly fanned in negative electrode and prepare a metal nickel dam on three layers of lateral surface of base, etched The low undertaking electrode layer of negative electrode is formed afterwards；
14) the high making for accepting electrode layer of negative electrode：Tiltedly fanned in negative electrode and prepare a metal nickel dam on four layers of lateral surface of base, etched The high undertaking electrode layer of negative electrode is formed afterwards；
15) gate pole tiltedly fans the making of one layer of base：Print insulation paste in black dull non-presentation layer, shape after toasted, sintering process One layer of base is tiltedly fanned into gate pole；
16) gate pole mixes the making of arc electrode lower floor：One layer of upper surface printing silver paste of base, toasted, agglomerant are tiltedly fanned in gate pole Gate pole is formed after skill and mixes arc electrode lower floor；
17) gate pole tiltedly fans the making of two layers of base：Mix in gate pole and insulation paste, toasted, agglomerant are printed in arc electrode lower floor Gate pole is formed after skill and tiltedly fans two layers of base；
18) gate pole mixes the making of lower floor in arc electrode：Two layers of upper surface printing silver paste of base, toasted, sintering are tiltedly fanned in gate pole Gate pole is formed after technique and mixes lower floor in arc electrode；
19) making of layer after gate pole mixes in arc electrode：Two layers of upper surface of base, which are tiltedly fanned, in gate pole prints silver paste again, toasted, Layer after gate pole mixes in arc electrode is formed after sintering process；
20) gate pole tiltedly fans the making of three layers of base：Mix arc electrode lower floor in gate pole and gate pole mixes lower floor upper surface in arc electrode Insulation paste is printed, forming gate pole after toasted, sintering process tiltedly fans three layers of base；
21) gate pole mixes the making of front layer in arc electrode：Tiltedly fanned in gate pole and silver paste, toasted, sintering process are printed on three layers of base Gate pole is formed afterwards mixes front layer in arc electrode；
22) gate pole tiltedly fans the making of four layers of base：Mix in gate pole and printed after front layer and gate pole in arc electrode mix in arc electrode on layer Brush insulation paste, gate pole is formed after toasted, sintering process and tiltedly fans four layers of base；
23) gate pole mixes the making on arc electrode upper strata：Gate pole tiltedly fans three layers of base, gate pole tiltedly fans four layers of base and gate pole tiltedly fans base two Silver paste is printed on layer, forming gate pole after toasted, sintering process mixes arc electrode upper strata；
24) gate pole tiltedly fans the making of five layers of base：Print insulation paste in black dull non-presentation layer, shape after toasted, sintering process Five layers of base is tiltedly fanned into gate pole；
25) making of gate pole expansion silver bar layer：Five layers of upper surface of base printing silver pastes are tiltedly fanned in gate pole, after toasted, sintering process Form gate pole expansion silver bar layer；
26) gate pole tiltedly fans the making of six layers of base：Mix in gate pole and insulation paste, toasted, agglomerant are printed on arc electrode upper strata Gate pole is formed after skill and tiltedly fans six layers of base；
27) small arc mixes the cleaning of the tilting long fan chimb face cathode construction straggly of silver gate：It is oblique to mix silver gate to small arc The surface for putting long fan chimb face cathode construction straggly carries out cleaning treatment, removes impurity and dust；
28) making of carbon nanotube layer：CNT is printed on the low undertaking electrode layer of negative electrode and the high undertaking electrode layer of negative electrode, Form carbon nanotube layer；
29) processing of carbon nanotube layer：Carbon nanotube layer is post-processed, improves its field emission characteristic；
30) making of tight closing plate is put down in resistance to compression on：Scribing is carried out to flat soda-lime glass, in formation resistance to compression put down tight closing plate；
31) making of the high light-transmissive film layer of anode low-resistance：The tin indium oxide film layer that tight closing plate surface is put down to being covered in upper resistance to compression is entered Row etching, forms the high light-transmissive film layer of anode low-resistance；
32) making of anode expansion silver bar layer：Put down in upper resistance to compression and silver paste is printed on tight closing plate, formed after toasted, sintering process Anode expansion silver bar layer；
33) making of phosphor powder layer：Fluorescent material is printed on the high light-transmissive film layer of anode low-resistance, fluorescent material is formed after toasted technique Layer；
34) display devices are assembled：Getter is fixed on the non-display area that upper resistance to compression puts down tight closing plate；Then, will be upper Tight closing plate is put down in resistance to compression, lower resistance to compression is put down the black wall of tight closing plate and clear glass frame and rectangle and is assembled together, and is fixed with clip；
35) display devices encapsulate：The display devices assembled are packaged with technique and forms finished parts.
4. small arc according to claim 3 mixes the active display of the tilting long fan chimb cathode construction straggly of silver gate Preparation method, it is characterised in that：The step 32 is that the non-display area that tight closing plate is put down in upper resistance to compression prints silver paste, by drying After roasting, it is placed in sintering furnace and is sintered, highest baking temperature 150oC, 5 minutes highest baking temperature retention times, most The oC of high sintering temperature 532,10 minutes maximum sintering temperature retention times.
5. small arc according to claim 3 mixes the active display of the tilting long fan chimb cathode construction straggly of silver gate Preparation method, it is characterised in that：The step 33 is printed on the high light-transmissive film layer of anode low-resistance for putting down tight closing plate in upper resistance to compression Fluorescent material, it is then placed within baking oven and is toasted, highest baking temperature 135oC, 8 minutes highest baking temperature retention times.
6. small arc according to claim 3 mixes the active display of the tilting long fan chimb cathode construction straggly of silver gate Preparation method, it is characterised in that：The packaging technology of the step 35 is that display devices are put into baking oven to be toasted；Put Enter in sintering furnace and be sintered；Device exhaust, sealed-off are carried out on exhaust station；Getter bake on roasting machine and disappeared, most Install pin additional afterwards and form finished parts.
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