TW484163B - Apparatus for removing contaminants - Google Patents

Abstract

An apparatus for removing contaminants from a display device is disclosed. In one embodiment, an auxiliary chamber is adapted to be coupled to a surface of a display device such that contaminants within the display device can travel from the display device into the auxiliary chamber. A getter is disposed in the auxiliary chamber. The getter is adapted to capture the contaminants once the contaminants travel from the display device into the auxiliary chamber. In other embodiments, the getter is disposed in the border region surrounding the active area of the display.

Description

Field of the Invention: The present invention relates to the fields of Ping Er Geng Qian Ge, Ge Jin, Jiu Zai, and particularly to an auxiliary room and a display device that improve the ability to remove dyes. Description of conventional technical background: Devices, such as flat-panel display devices, usually use f leld emission-type display during operation. 2 A field emitter on a cathode directly faces the corresponding prime area on the panel. Emitting electrons. In this device, the panel panel must be kept free of pollutants (ie the active environment). The cathode travels to the panel without obstruction. On the other hand, if it exists in the active environment between the cathode and the panel, some mounted emitters may cause damage. Fig. 1 of the prior art shows a side cross-sectional view of a conventional pollutant removing device 100. In the conventional technology, FIG. 1 has a frame 106 fixed to a back plate or cathode display of a panel 104 and a vacuum environment device. The electrons in a region between a pixel or a sub-image electrode can be used to set a certain pollutant. A display of the field-seeking method uses I 0 2 for display. The active environment is the area between the cathode 1 q 2 and the panel 104. The field emitter, usually as shown in Fig. 08, is coupled to the cathode 102 and placed in an active environment. In the conventional method of FIG. 1 of the prior art, an adsorbent material II 0 is also coupled to the cathode and is disposed in an active environment. The adsorbent material is granulated in order to suck the pollutants remaining in the active environment after a vacuum extraction process. The adsorbent material is also used to absorb pollutant particles generated during the operation of the display device. Unfortunately, the traditional method of Figure 1 of the conventional technology has obvious shortcomings.

1 V. Description of the invention (2) Point. It cannot be used because it is set in the active environment. That is, the conventional technical material H0 makes the space used by the area Π2 device. In addition, it may affect field dynamics such as field emitters. This conventional technique puts the sorbent material 110 in live 108, exposes it to toxic and aspirating environments, and field emitters 108 Often because it is very close to the attachment material 110. As a result, damage may occur. 1. Reduce the quality of the adsorbent material 110. Now refer to FIG. 2 of the conventional technology, a display device for a method of removing matter 丨 〇 〇 卞 Gula k people <Side view sectional view. In this method, the officer is directly coupled to the active ring. 罟 nn1nn She Guca is in Ώ 兄. The extraction tube is used to make the display device 100 easier to evacuate, and therefore to remove contaminants. Similarly, this traditional method has serious shortcomings. Directly to gg — strong inversion, Λ Λ ^ presents and glides at the active environment of the device 100, and will be # 得 _; . In addition, the high complexity of mounting the tube directly to the display device 100 adds extra cost to the manufacturing process. In addition, mounting the tube directly on the display device 100 increases the potential for defects in the display device 100. Qing Zai Cha sees the conventional technology, FIG. 2 ′ The traditional tube, such as tube 丨 丨 4, significantly changes and adds the “envelope” of the display device 100. The display layer of the display device 100 is generally related to the space occupied by the display device 00. In FIG. 2 of the prior art, the shell layer of the display device i 〇〇 is shown as a dotted line i i 6. Due to the protruding tube 114, a larger &amp; field must be allocated to the display device 100 for operation. It can be seen from the figure of the conventional technology brother that the added area or the shell layer 116 required by the tube 11 4 may constrain or limit the location and environment of the display device. Γ ^ Moon Dagger

484163 V. Description of the invention (3) Next, please refer to FIG. 3 of the conventional technology, which shows a side cross-sectional view of a display device 100 using another method for removing contaminants. In this method, the official 118 is also directly installed in the active environment of the display device 100. Every time it becomes another disadvantage, the officer 11 8 extends to the edge of the display device. The tube 118 of the conventional technique often interferes with the sealing process of fixing the cathode 102 to the panel 104. A more specific example is a laser density. The laser beam must touch the entire outer wall of the display device. In the configuration shown in Figure 3 of the prior art, the tube 118 may block thunder. As a result, a part of the outer wall of the display device 100 is made &quot; shadowing &quot;. Therefore, the effect of the ciphertext between the cathode 102 and the panel 104 or the sealing process must be changed to conform to the tube 8. , Σ Therefore, a device is necessary to remove contaminants from a display device without affecting the amount of available space in the display. In addition, it meets the previous requirements, but it is necessary to not install the display device in the 1-auxiliary room. It meets the aforementioned requirements, but it is not a J-core, and it is one of the auxiliary rooms of the overall size of the display device. It is even more necessary to use a device that is capable of removing dirt or modified materials. Summary of the Invention: The present invention provides-devices, and-display devices that affect the amount of available space in the display device. The present invention is a dyestuff rather than a chamber, which meets the aforementioned requirements, and then occupies again-&amp; for an auxiliary adsorbent material. The present invention is: the device is not exposed to toxic. # Τ 不 I will provide an auxiliary room, together with the aforementioned needs to add or change the overall size of the display device. This invention also

484163 V. Description of the invention (4) A device is provided to specifically remove pollutants. In one embodiment, the assistant chamber is coupled to an adsorbent that displays the display device. When the adsorbent material is placed in the display device, the field emitter can be placed on the surface of the display device after adjusting the surface of the display device. The adjustment of the adjustment display device can improve the ability to remove pollutants. In the present invention and one side, one of the auxiliary chamber shells cannot be evaporated in the other and travels around the table of the display device to the auxiliary device to attract the pollutants to attract This shows the space for device movement. Use. In the embodiment, this. After applying this adjustment procedure to produce a display surface for producing the surface 5, the present surface is produced. In the embodiment, a device provided at the center of the adsorbent material is used to combine the auxiliary on a display surface to make the display room. The auxiliary is loaded with pollutants by the display. If the area requires this additional empty invention, in one example, one of the devices of the present invention adjusts the surface of the auxiliary room to connect the auxiliary room with a auxiliary room to indicate the auxiliary room. this. Therefore, the available assistant room can be used as a display device because the dirt in the display surface is included in the auxiliary invention. . The auxiliary dye can be placed in the auxiliary room. In addition to adsorption, it can be increased by, for example, a method to connect an auxiliary room. First, adjust a display device's rear surface. The display assembly. Second, the present invention adjusts the adjusted rear surface. For example, the adjusted rear surface of the adjusted rear chamber of the display device is provided with an auxiliary chamber including a cylindrical outer cylindrical ring disposed around the cylindrical casing conductive element. In another embodiment, an auxiliary chamber is provided to cover a barium flash. The present invention also provides a number of devices that enhance the ability to remove pollutant particles.

1012-3317-PF-ptd Page 9 484163 I t V. Description of the Invention (5) In one embodiment, a metal film is used to form a surface with low thermal emissivity to enhance the ability to remove pollutants. In another embodiment, a carbon-cooked (f e 11) structure is used to enhance the pollutant removal capability. In another embodiment, a pre-flash (p r e-f 1 a s h e d) sorbent capsule is used. Another embodiment proposes the use of a radio frequency (RF) coil to selectively activate the adsorbent material. In another embodiment, various planar vaporizable adsorbent configurations are used. In order to make the above and other objects, features, and advantages of the present invention more comprehensible, several preferred embodiments are exemplified below and described in detail in conjunction with the accompanying drawings. Brief description of the drawings: FIG. 1 of the conventional technology is a side sectional view of a display device using a conventional method for reducing pollutants; FIG. 2 of the conventional technology is a display device using another method for reducing pollutants Side view cross-sectional view; FIG. 3 of the prior art is a side cross-sectional view of a display device having a tube protruding toward an edge of the display device; FIG. 4 is a display according to an embodiment of the present invention A side cross-sectional view of the device, the display device has an auxiliary room coupled; FIG. 5 is a perspective view of an embodiment according to the present invention, as shown in FIG. 4; FIG. 6A is a view according to the present invention. One embodiment, the intention of the adsorbent material arranged on a bunch of filaments, FIG. 6B is an embodiment of the present invention, arranged in a lattice manner

1012-3317-PF-ptd Page 10 484163 V. Description of the invention (6) Schematic diagram of the adsorbent material on an array of filaments; Figure 6C is an embodiment of the present invention, provided in a plurality of separated bundled filaments Schematic diagram of the adsorbent material on the top; Figure 6D is a schematic diagram of the adsorbent material disposed on a plurality of filaments arranged in a separated lattice according to an embodiment of the present invention; 'Figure 7 is one of the present invention A side cross-sectional view of a display device according to one embodiment, the display device has an auxiliary room coupled with the auxiliary room, wherein the auxiliary room has a tube sprayed from the inside; FIG. 8 is a side view of a display device according to an embodiment of the present invention A cross-sectional view, the display device has an auxiliary room coupled with the auxiliary room, wherein the auxiliary room has a curved pipe sprayed from the inside; FIG. 9 is a side cross-sectional view of a display device according to an embodiment of the present invention, the display device An auxiliary room with a coupling, wherein the auxiliary room has a sealed tube sprayed from the inside; FIG. 10 is a side cross-sectional view of a display device according to an embodiment of the present invention, the display device has a coupling one Auxiliary chamber 5 wherein the auxiliary chamber is sealed with a plug; a display of an auxiliary room is shown, a display is adjusted, a display device is adjusted, a display of an auxiliary room is adjusted, a display of an auxiliary room is shown, FIG. 11 is an embodiment according to the present invention,

P The flowchart of the steps of the previous display device surface; Figure 12 is a flowchart of the steps of placing the surface according to an embodiment of the present invention; Figure 13 is the surface of the display according to an embodiment of the present invention. A flowchart of the steps; FIG. 14 is a flowchart according to an embodiment of the present invention.

Ι012-33Π-Ρ? · Ρΐ (1 Page 11 484163 V. Description of the invention (7) Flow chart of the steps of combining the rear surface with a display device to adjust the rear surface; Fig. 15 is an embodiment according to the present invention , Which shows a flowchart of the steps of bonding an auxiliary room to the surface of a display device using an adhesive; FIG. 16A is a side sectional view showing a display device according to an embodiment of the present invention, the display device There is an auxiliary chamber 5 coupled in a compressed state, wherein the auxiliary chamber has a variable volume; FIG. 16B is a side sectional view showing a display device according to an embodiment of the present invention, the display device has a coupling in an expanded state An auxiliary room, wherein the auxiliary room has a variable volume;

Figure 17A is a perspective view showing an auxiliary room including a cylindrical shell according to an embodiment of the present invention; Figure 17B is a side sectional view showing an auxiliary room according to an embodiment of the present invention Figure 17, the auxiliary chamber includes a cylindrical shell; Figure 17C is a bottom view of an auxiliary chamber according to an embodiment of the present invention, the auxiliary chamber includes a spiral non-evaporable adsorbent (NEG) material; 17D is a perspective view showing an auxiliary room according to an embodiment of the present invention, and the auxiliary room is connected to the surface of a display;

FIG. 17E is a perspective view showing an auxiliary room according to an embodiment of the present invention, the auxiliary room includes a cylindrical casing and a tube; FIG. 17F is a side view of an auxiliary room according to an embodiment of the present invention A sectional view, the auxiliary chamber includes a cylindrical casing and a high-voltage anode feed-through; FIG. 18 is a side view of an auxiliary chamber according to an embodiment of the present invention

1012-3317-? F-ptd Page 12 484163 V. Description of the invention (8) A sectional view of the auxiliary room provided with a flash; Figure i 9 is a side view showing a display device according to an embodiment of the present invention A cross-sectional view of the display device having an auxiliary chamber coupled with a low-emissivity surface and a high-emissivity surface; FIG. 20 is a side cross-sectional view of a display device according to an embodiment of the present invention. The display device has a low-emissivity surface and a high-emissivity surface. FIG. 2A is a cross-sectional side view of a display device according to an embodiment of the present invention. The display device has an auxiliary room coupled to the display device. And the auxiliary room is provided with a carbon structure; FIG. 2B is a side sectional view showing a display device according to an embodiment of the present invention, and the display device is provided with a carbon felt structure; FIG. According to an embodiment of the present invention, a top cross-sectional view of an auxiliary chamber is shown. The auxiliary chamber is provided with a support body and two adsorbents. FIG. 23A shows a pre-flash adsorbent capsule according to an embodiment of the present invention. Side sectional view FIG. 23B is a side cross-sectional view of a pre-flash adsorbent capsule according to one embodiment of the present invention, and the pre-flash adsorbent capsule is disposed in an auxiliary chamber; FIG. 23C is a pre-flash adsorbent capsule according to an embodiment of the present invention. A top cross-sectional view of a flash sorbent capsule, the pre-flash sorbent capsule is provided in an auxiliary chamber, the auxiliary chamber including a supporting structure of a pile; FIG. 23D is a pre-flash sorbent capsule according to an embodiment of the present invention A top sectional view, the pre-flash adsorbent capsule is disposed in an auxiliary chamber, the auxiliary chamber including a rib supporting structure;

1012-3317-??-ptd Page 13 484163 V. Description of the invention (9) Figure 24 is a schematic diagram of a component according to an embodiment of the present invention. The component includes a radio frequency (RF) coil and is arranged in a In the auxiliary room, FIG. 25 is a schematic diagram of a display according to an embodiment of the present invention, and the display is provided with two adsorbents; FIG. 2A is a side view of an adsorbent according to an embodiment of the present invention Sectional view, wherein the adsorbent is composed of an aluminum-barium alloy; FIG. 26B is a perspective I diagram of an adsorbent according to an embodiment of the present invention, wherein the adsorbent includes a nickel substrate having a channel; FIG. 26C FIG. 26D is a perspective view of an adsorbent according to an embodiment of the present invention, wherein the adsorbent includes a nickel substrate having a circular cavity; FIG. 26D is a side sectional view of a display according to an embodiment of the present invention. The display is provided with two adsorbents; FIG. 2E is a side cross-sectional view of a display according to an embodiment of the present invention; a surface view, the display is provided with three adsorbents; In addition, 0 symbols are not drawn according to size Ming: [Known technology] 1 0 0 ~ display device; 10 6 ~ frame sealing; I 0 8 ~ field emitter; II 2 ~ area; 10 2 ~ cathode; I 0 4 ~ panel; II 0 ~ adsorption Agent material; 114 ~ tube; 11 8 ~ tube;

1012-3317-PF-ptd Page 14 484163 V. Description of the Invention (Example) 4 0 0 ~ display device; 4 0 4 ~ panel; 4 0 8 ~ auxiliary room; 4 1 2 ~ opening; 6 0 2 ~ lattice-like filament; 604a, 604b, 606a, 700 ~ tube; 900 ~ sealed end of tube; 170 ~ auxiliary room; 1 7 2 ~ display glass; 1 7 3 ~ non-evaporable adsorbent 1 7 4 ~ conducting element; 176 ~ conducting wire; 178 ~ tube; 1 8 1 ~ barium flash; 1 8 3 ~ filament; 1 8 7 ~ bottom plate; 1 9 1 ~ conducting cable; 1 9 3 ~ opening; 2 0 1 ~ back plate; 203 ~ peripheral seal; 205 ~ auxiliary chamber; 207 ~ adsorbent; 402 ~ cathode; 406 ~ frame; 410 ~ sorbent; 6 0 ~ Bundle filaments; 60 6b ~ separated bundle filaments; 7 02 ~ tube ends; 1 0 0 ~ plug plugs; 1 7 1 ~ cylindrical shell; EG) material; 1 7 5 ~ insulators; 177 ~ power supply; 1 8 0 ~ auxiliary room; 1 8 2 ~ opening; 1 84- 1 85 ~ electric feedthrough; 1 8 8 ~ housing; 192 ~ spring-loaded contacts; 2 0 0 ~ flat display; 2 0 2 ~ panel; 204 ~ vacuum notch; 206 ~ opening; 2 0 8 High emissivity surface;

1012-3317-PF.ptd Page 15 484163 23 0 ~ preflash adsorbent capsule; 231 ~ shell 23 2 ~ support structure 234 ~ thin plug; 2 3 6 ~ preflash adsorbent capsule 23 8 ~ wall shelf; 2 4 0 ~ components; 24 2 ~ high-frequency coils; 2 5 0 ~ displays; 2 6 0 ~ plane evaporable adsorbents, 26 2 ~ aluminum-barium alloy (BaAl4) materials 2 6 4 ~ nickel substrates; 2 6 7 ~ barium materials Thin film ⑽ ~ Non-evaporable adsorbent (Shell material film J Z7〇 ~ Detailed description of the preferred embodiment of the flat panel display ... Now several more detailed descriptions of the present invention will be given. Although 鈇 4% of the examples, and with the accompanying drawings It is used to limit the hair; ί "? The preferred embodiment is disclosed, but within the spirit and scope of its co-operation, it can still be done = modification and retouching without departing from the scope of the patent application of the present invention. Description of the invention (11) 2 0 9 ~ low emissivity surface 2 1 2 ~ carbon felt structure; 2 2 0 ~ support; 222 ~ support body; 2 2 4 ~ adsorbent; 2 1 0 ~ metal film 214 ~ Display device 2 2 1 ~ Extension member 2 2 3 ~ Auxiliary chamber; 229 ~ tube 233 ~ lid; 235 ~ pre-flash adsorbent material 2 3 7 ~ auxiliary room; 239 ~ cover; 2 4 1 ~ low RF coil; 2 4 3-2 4 4 ~ adsorbent; 25 1-252 ~ non-evaporable adsorbent; 2 6 1 ~ nickel foil layer; 2 6 3 ~ nickel box layer; 2 6 5 ~ nickel film; 2 6 8 ~ barium material film; many details are listed in the purpose, features and advantages of the invention. However, this is easy to understand. For details, those skilled in the art of the present invention may not have components and circuits that are not included in the present 2: any "information", the process, please refer to Figure 4, for clarity: detailed description. Auxiliary chamber 408:, :: 1; side cross-sectional view of device 4 ° 〇, with a back plate or cathode 402 fixed to — = 二 = 例 〒, using a frame 406 as an example ' However, the present invention is also applicable. Although in this embodiment, the case where the seal τ and the panel 404 are fixedly connected together: == method: = to set the cathode to a 400 series-a flat display device ^ The display device of this volume is reduced or What to block the two pollutants. This ^, 400 can include various devices, such as Qiming's display structure, etc., to be able to clearly show the table *, so it is not shown in the t = domain and between In the present example, the 'auxiliary chamber 408 is coupled to the display device 40, and in: II. However, the present invention can also be applied to the implementation of the auxiliary chamber contact with the display = any part other than the back plate or the cathode 402 For example, the display shows the first Ti; the invention shows that an auxiliary chamber 4 ° ~ fits on one of the two pages of the cloth 400. More specifically, in Figure 4: the auxiliary chamber 408 is coupled to the cathode 402 outer surface. In this embodiment, an adsorbent 410 is provided in 408. Also, in this embodiment, the auxiliary-408 is disposed above the small openings, which usually extend from the surface of the cathode 402 to the life of the display device 400 as shown in 4i2 to 412. The auxiliary chamber 408 is placed on the small opening 412, and the display device 40 and the pollutants in the second-moving environment can travel to the auxiliary chamber 408 through the opening 412, and / is adsorbed by 484163 I. V. Description of the invention (13) Agent 4 1 0 attracts. Please refer to FIG. 5, which shows a perspective view of this embodiment. In this embodiment, the 'auxiliary chamber 408 extends over the entire length of the cathode 402 (that is, from one side of the cathode 402 to the other side), and the auxiliary chamber is disposed above the plurality of holes 4 1 2 extending through the cathode 402. . Although this embodiment enumerates such a configuration, the present invention is also applicable to various other configurations. Other configurations include, for example, the auxiliary palace 408 is only partially extended through the surface of the cathode 402, the auxiliary chamber 408 is provided to cover a larger portion of the surface of the cathode 402, and the auxiliary chamber 408 is provided to cover the more A small percentage of the surface of the cathode 402 and so on. In addition, the present invention is also applicable to

The chamber is coupled to one embodiment of the cathode 402. Seeing Figure 4 again, the auxiliary room 4 008 in this embodiment has a very low wheel f2 :: 2 is different from the known technology device (see the auxiliary room 408 of the second example of the iU in the conventional technology 2). There is no significant increase or change in Λ inch. Therefore, the “shell” of the display device 40 ° (such as „6”) Yawei is not able to use the position and environment of the device 40 0 due to the increase of the auxiliary room 408.

In this embodiment, the auxiliary person # _ 408 of the auxiliary material can be made of various materials or materials. In other cases: the auxiliary chamber 408 is made of glass, such as an oxide. Although the Ermeng material structure here is applicable to Erte made of any other material, the material, plastic, etc. of the present invention. With ceramic filling materials, the main subsidies include metals and composite materials. For example, in the use of ceramic materials? The resulting embodiment has several advantages. In the embodiment of the material, the auxiliary chamber 犠 is extruded 4 ^ 4163 V. Description of the invention (14). In another embodiment using a ceramic material, the auxiliary is made by a mold. In another embodiment where a ceramic material is used, the chamber 408 is made by a stamping process. In another subsidy using ceramic materials, the auxiliary chamber 408 is made by laminating. These previously made women; J1 made the configuration of the auxiliary room 408, reducing the auxiliary room and increasing the strength of the auxiliary foot. In addition, in one embodiment, the auxiliary chamber is made of a material to improve the heat distribution. The improved heat distribution material is described in the adsorbent activation process detailed below. Specifically, the average heat distribution of Toray, the ceramic research auxiliary room 408 is not susceptible to severe reaction, such as the thermal stress generated when the adsorbent is activated. Due to the implementation of this' ~ ceramic and non-ceramic For example, unless specifically noted, the two-pack theory is related to both ceramic and non-ceramic embodiments. Please refer to Figure 4 for the discussion of this. This embodiment is set in the auxiliary room 408. Different from the traditional method When the adsorbent is set in the auxiliary room, the embodiment will not reduce or affect the space size in the active environment, and its active environment can be used for devices such as field emitters. In addition, the adsorption is set in the auxiliary = When the agent 4 0, this embodiment does not expose the active environment, and the emitter 108, to the toxic and dangerous adsorbent material 4 丨 0. Although this embodiment lists such a configuration, the present invention also Applicable to one embodiment, in which the additional adsorbent is set at or close to the display environment. In one embodiment, the 'adsorbent 410 is composed of an evaporable adsorbent, such as barium, titanium, etc. In another embodiment Adsorbent "a non-square configuration Lang adsorbent hair. In one embodiment, the adsorbent 4l0 barium ring (Barium

1012-3317 ~? F · p t d p.19 484163

V. Description of the invention (15) rings) composition. In another embodiment, the sorbent 410 comprises a vaporizable and non-vaporizable sorbent composition. It is understandable that in certain embodiments of the invention the adsorbent 410 must be activated. The present invention is applicable to any conventional process for activating an adsorbent. Now referring to FIG. 6A, a schematic diagram of an adsorbent material disposed on a bundle of filaments 600 according to an embodiment of the present invention is shown. 'In this embodiment, an adsorbent material, such as barium, is coated on a filament. In this embodiment, the bundled filament 600 is made of tantalum, however, this embodiment is also applicable to various other filament materials, such as titanium, tungsten, titanium alloy, and the like. When exposed to heat ', the bundled filament 600 causes the coated adsorbent material to emit, "flash" or sublimate to the inner surface of the auxiliary chamber 408. In this embodiment, the bundled filament 600 is exposed to a radio frequency heat source and a laser heat source as heat sources. 'Please refer to FIG. 6A again' This embodiment can obtain several substantial advantages. The flashing or heating of the β-inch 5-beam filament 600 spreads the adsorbent material widely and evenly on the inner surface of the auxiliary chamber 408. That is, many conventional methods "project" the adsorbent material only when they are close to the origin of the adsorbent material. Therefore, the bundled filament 600 provides a substantial emission improvement over the conventional sorbent distribution method. The bundled filament 60 0 can also be designed to be very long and twisted, filling the internal space of 408, thereby providing more adsorbent material than existing adsorbent source devices. In addition, after the sorbent material has been emitted, the filament continues in the 'auxiliary chamber'. The filament and the inner surface of the auxiliary chamber 408 can emit absorbing materials. The presence of the filament increases the surface area that can be covered by the adsorbent, since 'μ improves the adsorption capacity of this embodiment. In addition, the bundled filament 600 can quickly add this,

1012-3317-PF-ptd

484163 V. Description of the invention (16) Heat, flash, or sublimation, and spread the heat evenly to the inner surface of the auxiliary chamber 408, so that the auxiliary chamber 408 and the cathode 402 are exposed to the smallest thermal shock. As another advantage of the embodiment of Fig. 6A, the bundled filament 600 can be prepared as a one-time accessory and placed in the auxiliary room 408 when needed. This manufacturing flexibility provides a substantial improvement over conventional adsorbent sources. In addition, 'because of the extremely small mass (and the resulting minimal heat transfer), the bundled filament 600 can be placed in the auxiliary chamber 408 directly on the surface of the cathode 402 and / or directly against the auxiliary chamber 408 on the inner surface. The variability of the position of the bundled filament 600 has substantially reduced the burden caused by the installation of the adsorbent source by the sperm bee required by the conventional adsorbent dispersion method. Referring now to FIG. 6B, a schematic diagram of an adsorbent material disposed on a filament arranged in a lattice manner according to an embodiment of the present invention is shown. The filaments are arranged in a lattice manner 'to produce a "lattice-shaped filament I⑽2, in which the rows and columns of the lattice-like filaments 62 are not in contact with each other at their respective intersections. This embodiment and FIG. 6A The arrangement and function of the embodiment are similar. That is, the adsorbent material 5 such as barium 5 is coated on the filament. In this embodiment, the lattice-shaped filament 602 is made of tantalum. However, this embodiment is also applicable to various other Filament materials, such as titanium, tungsten, button titanium alloys, etc. When exposed to heat, the filament 6 2 makes the coated adsorbent material emit or "flash" |? Ν ",,." The inner surface of the chamber 4 0 8. However, in this embodiment, the Japanese girl 'ko' silk 602 is used to be exposed to a current for heating. In order to allow the full-length current to pass through, the rows and columns of the lattice-shaped filaments 602 will not be in contact with each other at their respective cross points. The embodiment of FIG. 6A has eight advantages.

1012-3317-PF-ptd Page 21

6C and 6D beam lights. The adsorption in the example of 5 a second adsorbent, Figure 6C, two more bundle-shaped and first separated schematic crystal filaments. As a result, a combination such as a chamber has an adsorbent material provided on a plurality of wires 60 4a, 6 04b, 60 6a, 60 6b according to another embodiment of the present invention.

In this embodiment, the auxiliary chamber 408 is provided with a multi-beam or agent-coated filament. In this way, a first filament (e.g. 604a or 60 6a), which can be activated separately in a different zone, can be activated at the factory (e.g. 604b or 60 6b) later in situ. The materials can be changed as needed. Although the specific filament is shown in Fig. 6D, the present invention is applicable to a given auxiliary filament, and the present invention is also applicable to a combination of one of the filaments having a lattice shape in the same auxiliary chamber. Referring to Fig. 4, the auxiliary chamber 408 in this embodiment does not have an extended tube. That is, for example, the auxiliary room 408 is connected to the display device 400 in a vacuum environment. In such an embodiment, any additional vacuum extraction process is not necessary. Therefore, the present invention is applicable to an embodiment in which the auxiliary chamber 408 does not include a tube.

Referring to Fig. 7, another embodiment of the present invention is shown. In the present embodiment, the auxiliary chamber 40 8 in FIG. 5 includes a tube 70 0. Unlike a conventional device in which a tube is directly connected to an active environment of a display device, the tube of the present invention is connected to an auxiliary room 408. The tube 700 is used in the extraction process to evacuate the active environment of the display device 400 and the auxiliary room 408. More specifically, the end 702 of the tube 700 is connected to a vacuum source (not shown). The vacuum source evacuates the active environment of the auxiliary room 408 and the display device 400 through the tube 700. In this embodiment, the tube 700 extends from the auxiliary chamber 408 so as not to cross the display

484163 V. Description of the invention (18) The edge of the device 400. More specifically, in the embodiment of FIG. 7, the tube 700 emits "inwardly" (that is, toward the middle portion of the display device 400) relative to outward emission (that is, directly toward the display device 400). A boundary of 〇). Therefore, different from the traditional tube configuration (such as the tube of the conventional technology in Fig. 3), the tube 7 0 in this embodiment will not be fixed with, for example, the cathode 4 0 2 and the panel 4 0 4. Interference during the sealing process. In addition, unlike the traditional tube configuration (such as the tube U 4 of the conventional technology in Figure 2), the tube 700 can maintain a small external profile, and therefore it will not significantly change or increase the "shell of the display device 400" Floor". Therefore, the tube 7 Q which has a small outer contour and emits inward does not restrict or limit the position and environment that the display device 400 can use. The present invention is also applicable to the embodiment in which the tube 700 does not emit to the middle portion of the display device 400. Please refer to FIG. 7 again. In this embodiment, the tube 700 is made of metal. More specifically, 'In the embodiment of Fig. 7, the tube 700 is made of a soft metal, such as nickel, copper, aluminum, and the like. Although this embodiment lists these soft gold, the present invention is also applicable to using various other kinds of metals. Similarly, the embodiment is also applicable to glass, ceramics, or tubes. Opening the metal material structure Please refer to FIG. 7 again. The tube 700 can be made of metal to obtain the strength of the process and increase the drop strength. Also, metal—easy to manufacture and couple to the auxiliary chamber 408. For example, in the auxiliary room 4 :::, the tube 700 is also made of metal, and a welding process can ensure that the tube 7 === becomes auxiliary = 8. The present invention is also applicable to various other joining processes: Fixing to a metal or non-metal auxiliary chamber. For example, 'In the auxiliary room 4 2

1012-3317-PF.ptd Page 23 4841 (χ3 V. Description of the invention (19) Made of ceramic material, e # 7ΛΛ ^ ^ 7. Applicable made of glass-in the example, on the tube. 411 封Or brazed to ceramic auxiliary chamber 408

Please refer to the gQ point now. In FIG. 4 of FIG. 8 ... it is shown that the tube 700 is made of metal. Another advantage is that the tube is folded: The tube 700 is made of a bendable metal. Vacuum source. Therefore, 1. In order to make the end 702 of the tube 700 easily convert to the position and positioning of the first aid or the official assistance room 408, the tube 700 can fold the passageway. In addition: at: the source or other device to the end of the tube? ° After the vacuum process of @ 〇π, @ π I, after taking the vacuum process, the official 700 can be bent as shown in Figure 7 I //, and when doing so [this embodiment can be maintained-lower outer wheel 'The display obviously changes or increases the "shell of the display device 400": the tube 70 of this embodiment can be set to extend beyond the display = device two ^, one to the point of being exhausted to a vacuum source. However, in Prior to the vacuum extraction process, the tube 700 may be bent to ensure that the tube 700 does not interact with, for example, if ::: In the case where the tube 7 ° is made of glass-in the embodiment, Erliu is heated and then bent to Next, please refer to FIG. 9, which shows another embodiment of the present invention, which is that the tube 700 extending from the auxiliary chamber 408 has a sealed end goo. ”When the auxiliary chamber 4 08 is displayed and the display device 4. A vacuum environment is maintained in each of the activities. In an embodiment of the invention, the sealed end 900 can be sealed by any method. In one embodiment in which the tube 700 is made of glass, a heating pass is used to obtain a sealed end 900. When the tube 700 is constructed of metal, this embodiment uses an adiabatic sealing process to form a sealed end 90 °. The adiabatic process includes, for example, a mechanical rolling process and the like. With this adiabatic sealing process, this embodiment does not

10! 2-3317 ~ P? -Ptd Page 24 484163 V. Description of the Invention (20) The components of the display device 400 and / or the auxiliary chamber 408 may be exposed to dangerous thermal loads or thermal shocks. In addition, this adiabatic sealing process results in a minimal residual tube extending from the auxiliary chamber 408 '. Referring now to FIG. 0, the auxiliary chamber 408 in this embodiment does not extend out of the pipe. In contrast, the auxiliary chamber 408 is sealed with a plug seal 1,000. In this embodiment, after a vacuum extraction process, a plug using melting quartz glass or indium as an example is used to seal the auxiliary chamber. As shown in Figures 1-5, the use of a plug seal 1 000, this embodiment can maintain a relatively small outer contour, and therefore will not significantly change or increase the display device 400 Floor". Moreover, the plug seal can be used anywhere in the auxiliary chamber. Therefore, the small outline sealing plug 1000 does not restrict or limit the position and environment that the display device 4000 can use. Referring now to Fig. U, a flowchart 1100 showing the steps for joining an auxiliary chamber 408 to a cathode 402, including Figs. 4-5, and Fig. 7-if. Some types of sealing materials, such as low-temperature sealing glass, do not adhere well to flat surfaces. That is, under certain circumstances, using this sealed glass substrate, the sealing or bonding between the two faces may be mechanical rather than chemical. ^ Haiben Second ^ provides a method to join a smooth surface (such as cathode 4 〇2 Eryi Λ40 ° other surface) and another smooth surface (for example, auxiliary ;: set οοί shown in step 1102, the first example of adjustment is to adjust the surface of the display set 40 0-to produce one of the display device 400 adjustment The rear surface of the display device 400 of the second embodiment of the second embodiment is the display device 400 and the surface of the display device 400. Then, the rear surface of the display device 400 is adjusted with a delta auxiliary room 40 8. Step 1102 An embodiment of the process will be

Page 25, 484163 V. Description of the invention (21) On the back, the first, the first, the first, the second, and the second, the details of the «producer; the book's adjustments and adjustments: two-room ... The supplemented surface is supplemented. Two sides; in this embodiment, the adjusted rear surface of the auxiliary is used for the lower surface of the two. However, one embodiment of the process of step U04 in the auxiliary chamber is to set the adjusted rear surface of * 400. Steps. j will be discussed in detail when discussing the 13th graph in the subsequent results. In step 1106, the beam is rectified and the shape is 5 Pa, &amp; Example ,, s 5 auxiliary room 4 0 8 The main display does not include an adjusted rear surface of the device 400. The tune of 4 to «occurs in, for example, a vacuum 5 so that it is not necessary to be in the auxiliary room. Step 1 = possible. However, this embodiment is also applicable to bonding any 408 to the cathode 402 in a non-vacuum ring, and then to extract the active environment of the auxiliary room 408 and the display device 400 by joining to the auxiliary room 408 ^. One example of the process of applying the vacuum to the vacuum is to apply the paste, which will be discussed later in Fig. 14-, step ^ 1 1 0 6 ^ ^ θ τ-and detailed. In addition, the present invention is also applicable to an embodiment in which only the surface of the display device 400 is adjusted, and the surface of the auxiliary chamber 408 is adjusted. Or just refer to FIG. 12 and it shows a flow chart of the steps for adjusting one of the display devices 4200. As listed in step 12 02, the surface is too high. ♦ For the steam application, glass is used on the surface of the display device 400. More specifically, a half stuffed. Step 1 2 0 2

In the present embodiment, the adhesive-free glass is used on the surface of the double-400 display. Therefore, the glass can be preglazed in a vacuum 5 without being preglazed in the air, so that the movable elements of the display device do not vaporize and are exposed to any toxic adhesive. In one embodiment, the green &amp; non-absorbable substance is floated in isopropyl alcohol (IPA). Then, the glassy isanolide was exemplified.

1012-3317-PF.pid Page 26 484163 V. Description of the invention (22) "Coated" on the surface of the display device 40 0 at a desired position. Next, in step 1204, the surface of the display device 400 is subjected to a heating step to promote the evaporation of isopropyl alcohol. The evaporation of isopropanol leaves a glassy coating on the surface of the display device 400. This heating takes place in a vacuum oven or a high-temperature inert gas. When doing so, the sensitive moving elements of the display device 400 will not be exposed to any toxic adhesive, and the moving elements of the display device 400 will not be exposed to a harmful and unwanted oxygen environment. Referring now to Fig. 13, a flow chart showing the steps for adjusting one of the surfaces of the auxiliary chamber 408 is 1300. As listed in step 1 302, this embodiment uses glass on the surface of the auxiliary chamber 408. More specifically, in this embodiment, a glassy material is used for the lower surface of the auxiliary chamber 408 where the auxiliary chamber 408 is in contact with the display device 400. Secondly, in step 1304, the present embodiment uses the heating auxiliary chamber 408 to pre-glaze the glass to the lower surface of the auxiliary chamber 408, so that the glass is coupled to the lower surface. Referring now to Fig. 14, a flowchart showing the steps of combining the adjusted surface of an auxiliary room 408 to the adjusted surface of a display device 40 0 1 400 is shown. As listed in step 402, in this embodiment, the adjusted rear surface of the display device 400 and the adjusted rear surface of the auxiliary room 408 are set to contact each other. Next, in step 1404, this embodiment exposes the adjusted rear surface of the display device 400 and the adjusted rear surface of the auxiliary room 408 to a heat source, so that the adjusted rear surface of the display device 400 and the auxiliary room 408 The adjusted surface is combined. In this embodiment, the adjusted rear surface of the display device 400 and the adjusted rear surface of the auxiliary room 408 are exposed to a laser heat source. Although this implementation

1012-3317-??, ptd page 27 484163 V. Description of the invention (23)-The heating method is listed in the example, but the adjusted surface of the hairpin &gt; The person who does not install 400 G is exposed to various heating methods such as radio frequency heat source, oven heat source, etc. In addition, the adjusted surface and auxiliary surface of the vertical display device 400 are as follows: The surface is exposed to a heat source in an inert environment, so that the heat does not damage the mobile phone. In one embodiment using a laser-combined display device: auxiliary: chamber 408, this combination can be accomplished without using a suspension of isopropyl alcohol and low vitreous glass. Low, iron Now please refer to Fig. 15 ', which shows the flow chart of this step. In the present embodiment of the present invention, the surface of the second step and the surface of the auxiliary chamber 408 are listed as-rough ^, as shown in step 502, and the surface of the display device 400 is used. Such as process, a mechanical process, a laser process, etc. 1 〇 A chemical pass! In ::! The surface of __ creates undulations, so that: Λ is too easy, 仃. In the present embodiment, the surface that has been chemically roughened and exposed to a temperature of 400 is exposed to an acid etching process. ', The display includes, for example, the display device 400, and knows that the surface of the river is sanded or frosted. Laser phase right = ~ Knowing includes, for example, shooting the display device _ 袓 袓 to leave a scar or pit on the surface. * t in a lightning stroke, SC in 5 °, and 4 in IS: etc .: the surface is used, for example,-chemically, etched, etc. The mechanical roughening process includes, 484163 V. Description of the invention (24) 'For example, sandblasting or frosting the surface of the auxiliary chamber 40 8. The laser roughening process includes, for example, exposing the surface of the auxiliary chamber 408 to a laser to leave a scar or pit on the surface. ^ In step 1506, this embodiment uses an adhesive to combine the roughened surface of the display device 400 and the roughened surface of the auxiliary chamber 408. This embodiment is applicable to any kind of adhesive to complete step 1506. The present invention is also applicable to an embodiment in which only the surface of the display device 400 is roughened or only the surface of the auxiliary chamber 408 is roughened. In addition, according to the present invention, the surface of the display device 400 is adjusted with broken glass, and the surface of the auxiliary room 408 is roughened as described above, or the surface of the display device 400 is roughened as described above. The surface of the auxiliary chamber 408 is adjusted by glass. / Now referring to FIG. 16A, which shows another embodiment of the present invention, i.e. an auxiliary room 4 08 'has a variable volume. More specifically, in the auxiliary chamber 408 in the eighth, there is an expandable portion 160. In Fig. 16A, Beco &quot; 1 = points 1600 is in -compressed state. In this embodiment, \ includes-a bellows-like structure, which is kept in a compressed state when the display device 400 extracts the direct-operated trowel (air knife and air seal). Therefore, the present invention; Fei Feifeng (that is, the true external contour, as described in detail above.), Restraint-lower now please see Figure 16B, showing a bulging shape. Therefore, the auxiliary room The volume is increased. Because the auxiliary room has a variable volume-the auxiliary room. In operation, this embodiment is provided. The embodiment provides a vacuum extraction and sealing (ie, vacuum sealing) with an extension of 400, γ, display device 4 The volume of 〇8 '. Then the adsorbent 410 is activated (for example, the flashover M% plus the auxiliary chamber 408, returns to the compressed state, so that the display device 400, ", and then assist to the smaller required

l ° 12-3317-PF.rtd Page 29 484163 V. Description of the invention (25) The surface of the adhering agent will be deposited (flash and finally maintain the required lower outer contour. In this embodiment, the flame is absorbed), To improve the outer profile of the sorbent material distribution. No. 2 Figure 1A-17C shows an embodiment of the present invention, where = to? Including the cylindrical shell &quot;! . In one embodiment, the alloy has a thermal expansion coefficient of 171 outside the cylindrical shape and is made of steel. However, the present invention is applicable to various other kinds of metals. The present invention is also applicable to a low expansion alloy, which is close to the display glass.

In the embodiment shown in Figures 17B-HC, the adsorbent is composed of a spiral non-evaporable adsorbent (NEG) material 173. A conductive element 174 is disposed in the middle of each cylindrical housing i71 and extends through an insulator 175 which forms a seal between the cylindrical housing 17m and the conductive element 174. The conductive element 74 is electrically connected to one end of the NEG material 73. The other end of the non-evaporable adsorbent material 73 is electrically connected to the cylindrical case 171. A current is passed through the conductive element 174 and the NEG material 173 to the cylindrical case 171, and the NEG material 173 is heated to activate the NEg material 173. In the embodiment shown in Fig. 17D, a row of auxiliary chambers 70 are joined to the display glass 172. An opening (not shown) extends from the display glass 172 below each auxiliary room 170. In one embodiment, each auxiliary chamber 70 is bonded to the display broken glass 172 with a metal solder, soldered glass, or other heated or abrasive adhesive. However, the present invention is applicable to other methods of joining the auxiliary chamber 170 to the display glass 172. Please refer to FIG. 17 D. In one embodiment, the power source 7 7 passes through the conductive wire.

484163 V. Description of the invention (26) 1 7 6 is electrically connected to the cylindrical case 1 7 1 and the conductive element 1 7 4. The NEG material 173 in each cylindrical case 171 is activated by being powered. Although this embodiment uses series connection as shown in FIG. 17D, the present invention is applicable to an embodiment in which each of the cylindrical housing 171 and the conductive element 174 are connected in parallel to the power source 77. In an embodiment in which each cylindrical case 1 71 is connected in parallel to a power source i 7 7, the cylindrical case 1 7 1 can be activated individually. Still referring to FIG. 17D, in one embodiment, each cylindrical casing 1 71 has a reduced degree of contraction. In a particular embodiment, each cylindrical housing has a height of about 0.5 cm and a diameter of about 1 cm. In the present embodiment, the NEG material having a thickness of more than 500 square millimeters and a thickness of .0 millimeters is provided in the cylindrical case 171. Since the cylindrical casing is made of metal and has a relatively small size compared to the conventional device, the present invention is more different than the large glass auxiliary chamber of the conventional technology. The heading affects mechanical properties (such as compliance, seal strength, etc.). The embodiment shown in Figures 17A-17D allows for

Periodic activation of electric heating. In addition, the examples and examples shown in FIGS. 7A to 7D can be reactivated during the expiration date of the display. Thus, for example, NEG material 173 can be reactivated between consumer expiry dates of the display. For example, 丄 NEG material 1 73 can be used during battery charging, and "reactivated when the display starts to charge." In this way, the vacuum degree is strengthened periodically, and the long-term vacuum degree formed by the &amp; seal penetration due to the heat generated by the t-body is reduced to compensate ^, which can extend the effective period of the display. / k 1 In an alternative embodiment, the tube 178 extends from a circular outer shape Λ and 丄. An embodiment of the towel, the tube i 78 is an exhaust port for crimpabie, m wind is used to connect the auxiliary room 170 and the auxiliary room 1 7

1012-3317-PF-ptd Page 31 484163

5. Description of the invention (27) The bonded display device is evacuated. As shown in FIG. 17F, in another embodiment, a conductive cable 191 extending through the opening 193 of the display glass 172 provides a high voltage (anode) feedthrough. In one embodiment, the contacts carried by the impulse 1 9 2 are joined to the conductive cable 19. Now referring to FIG. 18, an embodiment is shown, including a barium flasher 1 8 provided in the auxiliary chamber 1 8 0. 1. In the present embodiment, the barium flash lamp 1 81 includes a barium material provided on the filament 1 8 3. In one embodiment, the filament 1 8 3 is a bundled filament, such as the bundled filament 60 in FIG. 6A. Another option of the filaments 83 can also be arranged in a lattice-like arrangement to form an r-lattice-like filament ", such as the lattice-like filament 602 in Fig. 6B. In this embodiment, the filament 183 is made of tungsten. However, this embodiment is also applicable to various other filament materials, such as titanium, tantalum, tungsten, tantalum-titanium alloy, and the like. Continued to Figure 18, reading wire 1 8 3. In one embodiment, please refer to FIG. 18 again. In one embodiment, the auxiliary chamber 1 800 includes a sieve-shaped bottom plate 1 8 7 including an opening 1 8 2 passing through the bottom plate. The opening 1 8 2 allows contaminant particles to move into the auxiliary chamber 80. In one embodiment, the bottom plate 187 is coated with glass before being assembled to the casing 188. Once the auxiliary chamber 18 () is assembled, the 'filament 183 is maintained in the auxiliary chamber 180. This makes the auxiliary room _80 Gu Ansu in a display device, because the filament 183 is maintained in the auxiliary room 18o during transportation and when the auxiliary room 18o is connected to the display glass. The electric reading through 184 and the electric reading through 185 are electrically connected to the lamp J. The electric feeding through 184 and the electric feeding through 185 are welded to the auxiliary room 180. In addition, the electrical feedthrough 1 84 -1 85 can also be brazed to the auxiliary room i8Q. In one embodiment, the auxiliary chamber 80 is ceramic or broken glass. In addition, the auxiliary room

484163 V. Description of the invention (28) It can also be metal, with a coating of insulating material, such as ceramics. In one embodiment, a DC current of 6-12 volts is applied to the electrical feedthrough 1 84-1 8 5 for activation. When the current is energized to the electrical feedthrough 1 84-1 85, the Yan wire 183 emits or "flashes" the coated barium material to the inner surface of the auxiliary chamber 18 and the surface 0. Although the embodiment in FIG. 18 only shows a single flashlight However, the present invention is also applicable to an embodiment in which the filament is divided into two or more flashlights. Using two flashes allows one flash to be operated when combined, and allows the customer to operate a second flash. This embodiment can obtain several substantial advantages, which have been discussed in the embodiments of Figures 4-6D. ^ Knowing the flash of barium adsorption Brahma] produces gas that is harmful to the active area of the display. In this embodiment, the barium sorbent is activated when the display is pumped into the air. In this way, the gas generated by the lock sorbent is evacuated, and the harmful effects of the gas generated by the barium sorbent are eliminated and eliminated. Referring to FIG. 19, a flat display 200 is shown, including a back plate 201, a face plate 202, a peripheral seal 202, a vacuum notch 204, and an auxiliary chamber 205. The openings 20 6 extend through the back plate 201. The high emissivity surface 209 allows heat to be dissipated from the low emissivity surface 20 8. In a specific embodiment, the high-emissivity surface 2-0 is a glass surface without a coating, and the low-emissivity surface 208 is a glass surface coated with a metal thin film 210. See Figure 19 for details. The adsorbent 207 is located in the auxiliary chamber 20 5 and a layer of adsorbent material is deposited on the low-emissivity surface 208 at the activation: and attached M 2 0 ^ ^ Aj As shown by arrow 2 11, the heat generated by the combustion adsorbent 2 0 7 is conducted outward from the back surface of the auxiliary chamber 2 0 5. This makes the low emissivity surface 208

-33- 5. Description of Invention (29) 4 Plus is reduced to a minimum. Fig. 20 shows an embodiment in which the low-emissivity surface 208 is located in the boundary region around the active region in the I state. A thin layer of adsorbent material was formed on the low-emissivity surface 208 on the activated sorbent 2007 and 207. The heat generated by the adsorbent 2 07 passes through the high-emissivity surface 209, and the display is transmitted outward, and the low-emissivity surface 208 is transmitted. See Figures 19-20, the right one without # 如 由 ^ adsorbent. Since the flash 22 22 member 7 = column 2 ^ and the appendix 2 0 7 is a lock-dry cry B Wei Daoshan appendix 207, the heat generated by the outward conduction is apparent: phase i ::! 8 'makes the low-emissivity surface 208 ^. 31 / m relatively low temperature on the surface where the barium rhenium film is deposited, and the resulting barium thin film is porous and has good adsorption properties. …, 21A 21B Figure 'shows the display device 214 and a large surface area structure 212—a hybrid 罝 includes a surface area structure 2i2 is a foreign one. In this embodiment, the large watch-㈣I ΐ «near the appendix 2 07 -Carbon felt structure. In this example, the adsorbent 207 俜 and Fu Mu are placed in an auxiliary chamber m, as shown in the attached figure. The charcoal viewing structure 212 may be set at the boundary F ^ φ of the active area, or may be set at the display 20 7 when flashing, not shown in the carbon felt structure 21B. Adsorbent Carbon felt structure 21 2 provides a large layer of formed-layer adsorbent material film. material. Therefore, the adsorbent material has a high-temperature and vacuum-resistant adsorption capacity. The use of carbon felt has a good surface area and good examples, because the space in the boundary area is shown in the big picture. Figure 22 shows a support 22q, two 1 near each end of the flutter body 220: -The extension member 221 flanked by f. In this implementation

V. Description of the invention (30) ^ Zhongli support 2 2 0 is constructed by spot welding cable. The extension member 2 2 1 is used to roll the body 222 of the support body 20 into the support body 220, so that the support body 220 can be easily inserted into a support 223. The support body 220 is appropriately positioned in the auxiliary room 223, and the extension plant = / ox 221 can be Expanded to contact the side surface of the auxiliary chamber 223. The tension provided by the extension structure ^ firmly holds the support in place. The adsorbent is bonded to the #support> support 2 20 so that the adsorbent 2 24 is suspended in the auxiliary chamber 223. In one embodiment, the adsorbent 224 is a barium adsorbent. However, the present invention is suitable for adsorbents composed of other materials. Please also refer to FIG. 22, when the adsorbent 224 is suspended in the auxiliary chamber 223, it is attached; 2 2 4 ^ is isolated from the official and the auxiliary chamber glass. Use of the support μ0 row: the need to occupy the agent to join an adsorbent. It is common in the conventional technology to generate gas when heated with a and idle back adhesives. Therefore, in the present technology, the adsorbent component generally generates gas due to the heating of the adhesive.% 1 = one or two. The use of the present invention can avoid the adsorbent component in the conventional technology / which consumes the curing time of the adhesive.

&amp; _31 The steamed sorbent (NEG) has a surface volume, which is much lower than the volume valley of NEG. The present invention provides reactivation of NEG when the surface is saturated. When NEG is reactivated, the 'absorbed gas' permeates to the volume, and returns to the room temperature surface volume. After receiving N P for many times, 7 + person standing t ^, after Dangu turned ㈣ 0, all of NEG's volume can be used. NFr / a / ,,: Reactivation system heats NEG to a room / dish for a predetermined period of time. This embodiment uses a laser for reactivation. However, the present invention is applicable to other adding methods. In the case of #W r A A — ^ ...

A single pass of a laser into the entire area passes the MG in about 20 seconds.

484163 V. Description of the invention (31) Heating to a temperature of about 90 degrees Celsius. In one embodiment, xt * is between the burn-in and the initial use period of the display. When the temperature of the gas produced by Tian Xianbu 7L is still high, the NEG series is segmented. Reactivation A ^ ^ &gt; One to 〇 This reactivation can continue during the life of the display. Referring now to FIG. 23A, the pre-flash adsorbent capsule 23o includes a shell 2 3 1 ′ where the support structure 2 3 2 extends in the shell. In- every eighth the supporting structure 232 is a rib. In addition, the supporting structure can also be a pile of 2 and 23 into the second shell—23 ″ to form a fence between the two. In _implementation; "in the cover ^, 溥 metal plate. In the fence, the pre-flash sorbent material 235 is a thin film extension, the inner surface of the shell 2 3 1 and the support structure 2 3 2. In an embodiment = ' The housing 231 and the support structure 232 are made of metal. However, the present invention is suitable for the housing 231, the support structure 232, and a cover, such as glass, which are made of other materials. A thin plug 234 is provided in the cover 23 3 to be hit ^ 1¾¾ \ F * Gan | Iron or / and other removal methods to expose the inside of the pre-flash sorbent capsule 2 3 0 = t 'The present invention is suitable for a cover, wherein the cover does not include a thin plug, the epidermis' melts or other removal Methods to expose the interior of the pre-flash adsorbent gel.

2 3A

The W-barium absorbing and pre-flashing sorbent capsule 230 can be formed by flashing an interrogator &amp; applicator to the inside of the housing 231 in a vacuum chamber. Barium sorbents from a long distance N burning season is better.妙 、 你 # 9Q1 AL μ 傻 ’盍 233 is placed on the case 231 and sealed to the case 2 31. Then 5 &amp; 敕 recognized that Fanzheng's pre-flash adsorbent capsules were removed from the vacuum chamber, and W Yu is-1 (not shown). The pre-flash adsorbent capsule 230 can also be set in the boundary area around the active area.焉 See Figure 2 3 A ’to remove thin plugs by breaking, melting or other methods

1012-3317-PF-ptQ Page 36 V. Description of the invention (32) Plug 2 to expose pre-flash capsule 230. In the case of "j" and the Fuqi capsule 230 to activate pre-flash sorbent radiation heating or radiofrequency bedan in a case of 'thin embolism 234 series-low temperature embolism, thunder embolization 234, or 1 mile ^, the present invention is also applicable to The stone with a metal antenna moves one: Gama is combined with a high thermal expansion metal, an anti-crushing chamber, or a thin plug 234 using a steel ball with a magnetic Θ portion. Fig. 23B shows that it is in the auxiliary chamber 23'7, middle'a;% example, in which a pre-flash adsorbent capsule 2326 structure. In too with #. The unnecessary tube 229 is also provided in the auxiliary room 237, and the support structure 232 is formed in the auxiliary room 237. Pre:? Attached:? The lion is disposed on the inner surface of the auxiliary chamber m. The pre-flashing adsorbent material 235 on the ledge 238 and the company 2 is pressed against the inner surface of the auxiliary chamber 237. Structuring on 232. The cover 23 9 stays on the wall frame as above to form a seal. In this embodiment, the cover 239 is a seal glass of about 2 mm thick. : The invention is applicable to covers made of other materials. X. The present invention is applicable to a thin plug provided in the cover 239. See Fig. 23B '. Although any different method may be used to seal the lid 239 to the auxiliary chamber 237, a glass-breaking seal is used in this embodiment. The support structure 23 2 may be a post 232 as shown in Fig. 23C, or a rib 23 2 '' as shown in Fig. 23D. However, the present invention is also applicable to support structures of other shapes.

P See also Section 23B ^ ® to break, melt, or otherwise make an opening in the cover 239 to complete activation. This makes the preflash adsorbent material 2 3 5 burst. By flashing an adsorbent in the vacuum ring, the flashing operation can be performed under ideal conditions. This results in a high-quality pre-flash adsorbent material 2 3 5 with good adsorption capacity.

1012-3317-PF.ptd Page 37% 4163 V. Description of the invention (33) Now refer to Figure 24, which shows a component 2 4 0, including a low radio frequency (RF) coil 2 4 1, a high radio frequency The coil 2 4 2 and the auxiliary room 2 5 are provided. Adsorbents 2 43 -244. The module 24 0 may be disposed on the side of the display device. The second area ’or the r I? Coil 2 41-2 4 2 may be located outside the auxiliary room. In one embodiment, the RF coil 241 and the RF coil 242 are phase-array antennas, so that when the low RF coil 2 41 and the high RF coil 2 4 2 are charged, a constructive interference region and a destructive interference region are generated. / In an embodiment, the adsorbent 243 is in a constructive interference region, and the = adhesive 244 is in a -destructive interference region. This allows RF radiation from the high RF line 2: i and the low RF coil 242 to selectively activate the adsorbent. The remaining adsorbent 244 can be activated later. In one embodiment, the adsorbent 2 43 is a barium adsorbent, and the adsorbent 244 is made of NEG material. This allows selective activation of the barium sorbent 243 without activating the sorbent. In one embodiment, a laser or other heating device is used to activate the sorbent 244 later. = 25Figure shows an embodiment including not less than ^ adsorbents 251 and 252 provided in the display 250. Both the adsorbent 251 and the adsorbent 25 2 are fu-sheng, the source (not shown in the figure), so that the adsorbent 251 and the adsorbent 25 2 can be selected to have L 4. In the conventional embodiment, 'When the display is still hot and the display elements are heated to produce a gas ratio, the adsorbent 251 is sealed in the display until it is turned on. The adsorbent 231 is maintained at the activation temperature (for example, 500 degrees Celsius), and the other parts of the device are cooled to room temperature. This provides the maximum capacity for absorption-oxidation of people-carbon oxide and water vapor. Please refer to FIG. 25 again. The adsorbent may be broken when the display is still in the waste. 484163 V. Description of the invention (34) Activated later. In the embodiment, the adsorbent 252 is activated by heating the adsorbent 252 to about 500 degrees Celsius for about ten minutes. During the lifetime of the display, the activation of the adsorbent 2 5 2 provides the necessary pressure within the display. Referring now to FIG. 26A, a flat vaporizable adsorbent 26o is shown, including a nickel layer 26i, in which a barium-free alloy (4) material 2 62 is disposed on the nickel foil layer 261. The nickel foil layer 26 3 is disposed on the aluminum-barium alloy (BaAi〇 # 料 262). Now referring to FIG. 26B, a planar evaporable adsorbent 26 is shown, which is an embodiment including a nickel matrix 2 64. In this embodiment In the embodiment, a nickel matrix 2 g 4 is formed to generate a plurality of parallel channels in the nickel matrix 2 64. An aluminum-barium alloy (BaAL) material 2 62 is provided in each channel. A nickel film 263 is provided so as to be pressed against a barium alloy material. 2 6 2 above. In the embodiment shown in FIG. 2 C, the planar evaporable adsorbent 26 is composed of a nickel matrix 2 6 4 ′ having a circular cavity. The aluminum-barium alloy material 2 6 2 It is arranged in each circular cavity. The nickel film 265 'is pressed on the aluminum-barium alloy material 262. Although the cavity shown is a circular cavity, the present invention is also applicable to other shapes, such as rectangular, triangular, etc. In the conventional embodiment, the nickel matrix 2 64 and the nickel matrix 2 64 are formed by stamping, electroforming, or other forming methods to form a nickel sheet. Then, the aluminum-barium alloy material 262 is set in a powder-gold process, or Aluminum barium alloy material 26 2 is punched to a thin plate, and the surface is smoothed with a scalpel. In one embodiment As shown in the first cavity 26A-26C to the 〇.〇〇1 〇〇1〇 inches wide, the 〇〇〇1 0 · 010 to the central range of the depth.

1012-3317-??. "D brother 39 pages 484163 V. Description of the invention (35) A ~ 'is located in a flat display 2 70. In this embodiment, the plane of Figure 2 6 A can be evaporated and adsorbed. The agent 2 6 0, the plane evaporable adsorbent 26 6 'in Fig. 2 B, or the plane evaporable adsorbent 2 6 0 in Fig. 2 C, is shown by light and ink (laser or infrared Radiation) plane evaporable adsorbent 260, aluminum-barium alloy material 2 6 2 flash-fires, forming a thin film of barium material 2 6 7. The exothermic reaction is BaAi4 + 4Ni — _Ba + 4NiAl. Furthermore, the present invention is applicable to other than barium Materials, such as lithium.

In the embodiment shown in FIG. 26E, the two planar evaporable adsorbents 26 are disposed opposite to each other in the flat display 270 ,. In this embodiment, the flat evaporable adsorbent 26 0 in FIG. 26A is used, and the flat evaporable adsorbent 2 in FIG. 26B may be attached with _ 彳 2 6 0 • 'or the flat evaporable adsorbent 2 in FIG. 2 6 C. gq ,,. In this embodiment, the two-plane evaporable adsorbent 26 is simultaneously activated, and a thin film of barium material 268 is produced. Using two planes opposite to each other to evaporate the adsorbent 260, a barium material film 268 obtained is twice the size of the barium material thinner 2 67 as shown in FIG. 26D. The embodiment shown in Figs. 26B and 26C allows sequential heating (flashing) of the deposit of the aluminum-barium alloy material 262. By sequentially heating the deposits of the aluminum-barium alloy material 262, a low deposition rate can be obtained. This allows the renewable materials 267 and 268 to be made of thin film. The individual deposits of the aluminum-barium alloy material 262 are sequentially heated, and the film is gradually deposited at a low deposition rate. This minimizes the heating (sintering) of the thin film, and avoids the related absorption volume reduction. ^ Please refer to Figs. 26A-26E again. "In one embodiment, the deposit of the aluminum barium material 262 in the initial use period of the display The variable degree of the gas generated by heating when the device is opened is compensated in sequence. When using it is not necessary. Hum 163 ^ Description of the invention (36) ---------- ^ Non-evaporable sorbent (neg) 2 ^ Initial heating of the display element produces two gases. The agent can flash to show that it is activated, and the plane can evaporate. For example, when Yun Ting provides customers with a suction, so 'the present invention provides a decoration ... to assist the display without affecting the display device t can be extended = :: display display Yin Yin decontamination subsidy room to achieve the aforementioned characteristics, 7 乜Used space. The invention also provides an adhesive material. The present invention 2 exposes a part of the display device to a toxic, and does not significantly increase or change the supply: the auxiliary room, to achieve the foregoing characteristics of improving the overall size of the particle removal device. The present invention also uses several ^ to define the present invention. Any mature feathers: The examples are disclosed as above, but within the spirit and scope, they can still be ^ 2 = artists without departing from the present invention. The scope of protection shall be subject to the modification of the attached application II. Therefore, what is defined by the scope of the patent of the present invention shall prevail.

Page 41

Claims (1)

484163 Case number 89114898 January 4It 6. Application scope 1. A device for removing pollutants from a display device, including an adsorbent, wherein the adsorbent is used to attract the pollutants from the display device. 2. The device according to item 1 of the scope of patent application, further comprising: an auxiliary room coupled to a surface of the display device, so that contaminants in the display device can travel from the display device to the auxiliary room, The adsorbent is disposed in the auxiliary chamber. When the pollutant travels from the display device to the auxiliary chamber, the adsorbent is used to attract the pollutant. 3. The device according to item 1 or 2 of the patent application scope, wherein the auxiliary chamber comprises a cylindrical casing. 4. The device according to item 2 of the scope of patent application, wherein the adsorbent is a non-evaporable adsorbent material. 5. The device according to item 2 of the scope of patent application, wherein the adsorbent comprises a spiral non-evaporable adsorbent material. 6. The device according to item 3 of the scope of patent application, further comprising: a conductive element disposed in the middle of the cylindrical casing. 7. The device according to item 2 of the scope of patent application, wherein the auxiliary chamber is made of metal. 8. The device according to item 7 of the scope of patent application, further comprising: a power source coupled to the conductor element and coupled to the cylindrical shell, the power source is used to provide a current to activate the adsorbent. 9. The device according to item 8 of the scope of patent application, further comprising: a plurality of tubes coupled to the cylindrical casing, the tubes being coupled to a vacuum source when the cylindrical casing draws a vacuum. 1 〇 The device according to item 9 of the scope of patent application, wherein the tube includes 1012-3317-PFl.ptc Page 42 484163 Said ΛM 891URQR Sixth, the scope of the patent application-a wrinkled air outlet 11 Second, as described in the seventh scope of the patent application, it is used to invest in at least one $ &amp; 'Where the M you &quot; extends above the second hole of the deer to the display room of the display dream I Hai auxiliary room to make the display of the device in the display device I set β = 5 + Zhuanghai surface, hole into the auxiliary room. &quot; Membership through the device as described in the scope of the patent application-South Dianmo feedthrough; and more: a contact carried by the elastic n, connected to the high voltage &gt; 13. The dress described in item 2 of the scope of patent application is set on a filament. / ° A adsorbent 14. The device as described in item 13 of the scope of patent application, arranged in a lattice-like manner. Yatsusaki Filament 15 · The bundles are arranged in a bundle as described in item 13 of the scope of patent application. -A "Hai filament 1 6 · The device as described in item 2 of the scope of patent application, wherein the adsorbent is disposed on a plurality of separated filaments, and the filaments are located in the auxiliary chamber. The device described in the above item, wherein the adsorbent is a vaporizable adsorbent. Wherein the vaporizable which is adsorbed therein, the auxiliary 1 8 · The adsorbent issued by the device according to item 17 of the patent application scope is composed of barium "一" 、、、 小 丄 &amp; job-2 0 · If the application scope of the patent application item 19 includes: 1 9 · The device agent described in the patent application scope item 丨 4 includes a coating on the The lock on the filament. * Device 1012-3317-PFl.ptc described on page 43 484163 No. 89114898 Amendment VI. Patent application scope Silk floor, which is provided with an opening on the floor; a casing is provided on the floor to form a fence; first An electric feedthrough extends from the housing and is electrically connected to the lamp. A second electric feedthrough extends from the housing and is electrically connected to the filament. The device for removing pollutants further includes a glass material disposed on the bottom plate, and the glass material is used to couple the auxiliary chamber to the surface of the display device. 22. The device according to item 2 of the scope of patent application, further comprising: * a metal film, which is selectively arranged in the auxiliary chamber, and the metal film is used to receive the activated adsorbent material of the adsorbent. 23. The device described in item 2 of the scope of patent application, more package = sub-carbon felt structure, Xiao Yi receives the activation of the adsorbent :: two auxiliary chambers 24. The device described in item 2 of scope of patent application, ^ Including a plurality of side surfaces, the device further includes a plurality of extension supports' lightly attached to the adsorbent, the support u: surface, members, the extension members are used to engage the auxiliary chamber of the auxiliary agent The adsorbent is suspended in the auxiliary chamber and stopped 2 5. The device described in item 丨 of the scope of the applied patent ^ = adsorbent material that absorbs fluorine and non-evaporable adsorbent f is then reactivated, so that it is absorbed The gas diffuses into the ^ and ^, but also includes 26. As described in item 1 or 2 of the scope of patent application 1012-3317-PFl.ptc Page 44 484163 _Case No. 89114898_Year Date__ VI. The scope of patent application includes: a shell; a cover extends over the shell, and a sealed fence is formed between the shell and the lid. And wherein the adsorbent is composed of a pre-flash adsorbent material and is arranged in the sealed enclosure. 27. The device according to item 26 of the scope of patent application, further comprising: a low-temperature plug which is arranged in the cover to be melted. 2 8. The device according to item 26 of the scope of patent application, further comprising: a plug provided in the cover, the plug having a plurality of antenna connections. 29. The device according to item 26 of the scope of patent application, further comprising: a plug disposed in the cover, the plug having a metal coupled with a high thermal expansion. 30. The device according to item 2 of the scope of patent application, further comprising: a cover extending over a part of the auxiliary chamber to form a sealed enclosure, wherein the adsorbent is made of a pre-flash adsorbent material, Set in the sealed enclosure. 31. The device according to item 30 of the scope of patent application, wherein the pre-flash adsorbent material is constituted by a lock. 32. The device described in claim 30, wherein the cover is made of glass. 3 3. The device according to item 1 of the scope of patent application, wherein the adsorbent further comprises a first adsorbent and a second adsorbent, and the apparatus further comprises: 1012-3317-PFl.ptc Page 45 484163 _Case No. 89114898 _ Amendment _ Sixth, the scope of patent application-a first coil, which is arranged close to the first adsorbent and the second adsorbent; a second coil Is arranged close to the first adsorbent and the second adsorbent, and the first coil and the second coil are used to energize to release energy and activate the first adsorbent respectively. 34. The device according to item 33 of the scope of patent application, wherein the first adsorbent is composed of a barium adsorbent, and wherein the second adsorbent is composed of a non-evaporable adsorbent. 3 5. The device according to item 1 of the scope of patent application, wherein the adsorbent includes a first adsorbent and a second adsorbent, and the first adsorbent and the second adsorbent are connected to a power source, so The first adsorbent and the second adsorbent can be selectively activated. 3 6. The device according to item 1 of the scope of patent application, wherein the adsorbent is activated by a laser. 37. The device according to item 1 of the scope of patent application, wherein the adsorbent further comprises: a first foil layer; an aluminum-barium alloy material coating; and a second foil layer disposed on the aluminum-barium alloy coating Layer above. 3 8. The device according to item 1 of the scope of patent application, wherein the adsorbent further comprises: a substrate having a plurality of channels; an evaporable adsorbent material disposed in the plurality of channels; and a thin film disposed On top of the vaporizable adsorbent material. 1012-3317-PFl.ptc Page 46 89114RQR 6. The scope of the patent application is amended 3 9 · The device as described in item 1 of the patent scope, wherein the adsorbent further includes: a matrix 'having a plurality of mold cavities; A barium alloy material is disposed in the plurality of mold cavities; and a thin film is disposed on the aluminum barium alloy material. 40. The device according to item 丨 or item 4 of the patent application scope, wherein the display device has a panel and a back plate coupled to form a fence, and the adsorbent is disposed in the fence; the The device further includes: a metal thin film selectively disposed in the fence to form a low-emissivity surface, and the low-emissivity surface is used to receive the activated adsorbent material of the adsorbent. 41. The device according to item 40 of the scope of patent application, wherein the adsorbent is composed of lithium. 4 2 The device as described in the first item of the patent scope of Shenyan ', wherein the display device comprises a panel and a back plate which are connected together to form a fence, and the adsorbent is arranged in the fence; the The device further includes: a large surface area structure arranged in the circular column, the large surface area structure is used for receiving the activated adsorbent material of the adsorbent. 43. The device according to item 42 of the scope of patent application, wherein the structure of the large surface area includes a carbon domain structure. 44. The device according to item 40 of the scope of patent application, wherein the absorbent is composed of barium. 4 5 · The device according to item 1 of Shen Qing's patent scope, wherein the display device includes a panel and a back plate coupled to form a fence, and the 1012-3317-PFl.ptc Page 47 I—1 484163 Case No. 89114898 Amendment VI. The patent application scope of the adsorbent is a non-evaporable adsorbent installed in the fence; the adsorbent is activated to absorb gas and then reactivated. So that the absorbed gas diffuses into the adsorbent. 46. The device as described in claim 33, wherein the display device includes a panel and a back plate coupled to form a fence, and the adsorbent is disposed in the fence. 4 7. The device according to item 1 of the scope of patent application, wherein the adsorbent is a coating of an evaporable adsorbent material; and the device further comprises: a first foil layer; a second foil layer disposed on the Evaporable sorbent material coating. 48. The device as described in claim 47, wherein the vaporizable adsorbent coating is composed of an aluminum-barium alloy. 4 9. A device for removing pollutants from a display device, comprising: a substrate having a plurality of mold cavities; an aluminum-barium alloy material disposed in the plurality of mold cavities; and a thin film disposed in the aluminum-barium alloy material on. 50. The device for removing contaminants by a display device as described in the scope of the patent application in item 39 or 49, wherein the mold cavities are circular. 51. The device for removing pollutants by a display device as described in the scope of the patent application No. 39 or 49, wherein the mold cavities are square. 52. The device for removing pollutants by a display device as described in the scope of patent application No. 39 or 49, wherein the mold cavities are pipes. 1012-3317-PFl.ptc Page 48