40results about How to "Increased electron emission area" patented technology

This invention relates to a flat display of slant grid-control structure and its manufacturing method including a closed vacuum cavity composed of an anode glass panel, a cathode glass panel and glass frame around it, in which, an anode conductive layer is set on the anode glass panel and a fluorescent powder layer is prepared on the anode conductive layer, a supporting wall structure and attached elements of a getter is set between the anode glass panel and the cathode glass panel, a grid lead layer, carbon nanometer tubes and a slant grid-control structure are set on the cathode glass panel to control efficiency of the grid structure and increase the electronic emission efficiency and quantity to increase image quality of the device.

The flat panel display includes following parts: sealed vacuum cavity composed of glass faceplate of anode, glass faceplate of cathode, and glassed-in frame; anode conductive layer on the glass faceplate of anode, and phosphor layer on the anode conductive layer; the support wall structure between the glass faceplate of anode and the glass faceplate of cathode, and accessorial components for getter; cathode conductive layer, Nano carbon tube, and beveled circular truncated cone grid controlled cathode structure setup on the glass faceplate of cathode. The invention raises efficiency and quantity of electron emission of cathode in Nano carbon tube, reduces operating voltage of grid electrode so as to be in favor of preparing flat device in high quality. Advantages are: stable and reliable fabricating procedure, simple technique, low fabricating cost, and ordinary structure.

The invention relates to a flat-panel display of a tilted grid-controlled concave arc vertebra-type cathode structure and the making process thereof, comprising: sealed vacuum cavity composed of anode glass panel, cathode glass panel, and peripheral glass frame; anode conducting layer on the anode glass panel and fluorescent powder layer prepared on the anode conducting layer; supporting wall structure and degassing agent auxiliary component between the anode glass panel and cathode glass panel; and grid lead layer, carbon nanotube and tilted grid-controlled concave arc vertebra-type cathode structure on the cathode glass panel; and it can raise electron emission efficiency of carbon nanotube and improve display brightness and has advantages of stable and reliable making course, simple making process, low making cost, and simple structure.

The invention relates to a flat panel display with hat-shaped bottom grid-controlled cathode structure and its manufacturing process, which includes a sealed vacuum chamber composed of an anode glass panel, a cathode glass panel and surrounding glass frames; layer and the phosphor layer prepared on top of the anode conductive layer; the supporting wall structure and getter accessory components between the anode glass panel and the cathode glass panel, and the grid lead layer, carbon nanotubes and cap type on the cathode glass panel Bottom-gate-controlled cathode structure; it can reduce the working voltage of the grid, improve the display brightness of the overall device, and reduce the working current of the grid. It has the advantages of stable and reliable manufacturing process, simple manufacturing process, low manufacturing cost and simple structure.

The invention relates to a flat-panel display of a forked side bottom grid-controlled structure and the making process thereof, comprising: sealed vacuum cavity composed of anode glass panel, cathode glass panel, and peripheral glass frame; anode conducting layer on the anode glass panel and fluorescent powder layer prepared on the anode conducting layer; supporting wall structure and degassing agent auxiliary component between the anode glass panel and cathode glass panel; and grid lead layer, carbon nanotube and forked side bottom grid-controlled structure on the cathode glass panel; and it can further increase operating current of anode and reduce operating voltage of grid structure, and has advantages of stable and reliable making course, simple making process, low making cost, and simple structure.

This is a flat displayer of arrow shape grid cathode structure and its production process. It includes a sealed vacuum chamber formed by a anodic glass panel, a cathode glass panel and surrounded glass frame; on the anodic glass panel is a conducting layer coated with fluorescent; on the cathode glass panel are a grid down-lead layer, carbon nanotube and arrow shape grid structure; a supporting wall between the anodic and cathode panel and a getter; which is capable of increasing electron ejecting amount and efficiency of the nanotube and decreasing the working voltage of the rid and increasing the display brightness.

The invention relates to a flat-panel display of a double-sided sunken inner cathode grid-controlled structure and the making process thereof, comprising: sealed vacuum cavity composed of anode glass panel, cathode glass panel, and peripheral glass frame; anode conducting layer on the anode glass panel and fluorescent powder layer prepared on the anode conducting layer; supporting wall structure and degassing agent auxiliary component between the anode glass panel and cathode glass panel; and grid lead layer, carbon nanotube and double-sided sunken inner cathode grid-controlled cathode structure on the cathode glass panel; and it can reduce operating voltage of grid and improve display brightness and has advantages of stable and reliable making course, simple making process, low making cost, and simple structure.

The invention relates to a flat-panel display of a double-pointed side grid-controlled cathode structure and the making process thereof, comprising: sealed vacuum cavity composed of anode glass panel, cathode glass panel, and peripheral glass frame; anode conducting layer on the anode glass panel and fluorescent powder layer prepared on the anode conducting layer; supporting wall structure and degassing agent auxiliary component between the anode glass panel and cathode glass panel; and grid lead layer, carbon nanotube and double-pointed side grid-controlled cathode structure on the cathode glass panel; and it can enlarge electron emission area of carbon nanotube cathode and improve control function of grid and has advantages of stable and reliable making course, simple making process, low making cost, and simple structure.

The invention relates to a flat-panel display of a tilted lower grid-controlled flat cathode structure and the making process thereof, comprising: sealed vacuum cavity composed of anode glass panel, cathode glass panel, and peripheral glass frame; anode conducting layer on the anode glass panel and fluorescent powder layer prepared on the anode conducting layer; and grid lead layer, carbon nanotube and tilted lower grid-controlled flat cathode structure on the cathode glass panel; supporting wall structure and degassing agent auxiliary component between the anode glass panel and cathode glass panel; and it can improve whole display brightness and resolution and has advantages of stable and reliable making course, simple making process, low making cost, and simple structure.

This is a flat displayer of step shape side grid cathode structure and its production process. It includes a sealed vacuum chamber formed by a anodic glass panel, a cathode glass panel and surrounded glass frame; on the anodic glass panel is a conducting layer coated with fluorescent; a supporting wall between the anodic and cathode panel and a getter; on the cathode glass panel are a grid down-lead layer, carbon nanotube and step shape side grid structure, which is capable of decreasing working voltage of the grid and increasing the control function and efficiency.

This is a flat displayer of I shape side grid cathode structure and its production process. It includes a sealed vacuum chamber formed by a anodic glass panel, a cathode glass panel and surrounded glass frame; on the anodic glass panel is a conducting layer coated with fluorescent; a supporting wall between the anodic and cathode panel and a getter; on the cathode glass panel are a grid down-lead layer, carbon nanotube and I shape side grid structure, which is capable of increasing the electron ejecting area and efficiency of the nanotube and increasing the control function of the grid.

The flat panel display includes following parts: sealed vacuum cavity composed of glass faceplate of anode, glass faceplate of cathode, and glassed-in frame; anode conductive layer on the glass faceplate of anode, and phosphor layer on the anode conductive layer; the support wall structure between the glass faceplate of anode and the glass faceplate of cathode, and accessorial components for getter; cathode conductive layer, Nano carbon tube, and beveled circular truncated cone grid controlled cathode structure setup on the glass faceplate of cathode. The invention raises efficiency and quantity of electron emission of cathode in Nano carbon tube, reduces operating voltage of grid electrode so as to be in favor of preparing flat device in high quality. Advantages are: stable and reliable fabricating procedure, simple technique, low fabricating cost, and ordinary structure.

This is a flat displayer of V shape overlaping cathode structure and its production process. It includes a sealed vacuum chamber formed by a anodic glass panel, a cathode glass panel and surrounded glass frame; on the anodic glass panel is a conducting layer coated with fluorescent; a supporting wall between the anodic and cathode panel and a getter; on the cathode glass panel are a grid down-lead layer, carbon nanotube and V shape overlapping cathode structure, which is capable of increasing the efficiency and area of electron ejection by the nanotube and the display quality.

The invention relates to a flat-panel display of a inclined-plane flat grid structure and the making process thereof, comprising: sealed vacuum cavity composed of anode glass panel, cathode glass panel, and peripheral glass frame; anode conducting layer on the anode glass panel and fluorescent powder layer prepared on the anode conducting layer; cathode conducting layer, carbon nanotube and inclined-plane flat grid structure on the cathode glass panel; supporting wall structure and degassing agent auxiliary component between the anode glass panel and cathode glass panel, and it can further improve control function of grid, reduce operating voltage of grid, and besides, raise electron emission efficiency and number of emitted electrons of carbon nanotube cathode, and has advantages of stable and reliable making course, simple making process, low making cost, and simple structure.

The invention relates to a flat panel display with an explosive star cathode structure and its manufacturing process, comprising a sealed vacuum chamber composed of an anode glass panel, a cathode glass panel and surrounding glass frames; an anode conductive layer is arranged on the anode glass panel and Phosphor layer prepared on top of the anode conductive layer; grid lead layer, carbon nanotubes and burst star cathode structure on the cathode glass panel; support wall structure and getter attachment between the anode glass panel and cathode glass panel The component can further improve the electron emission efficiency of the carbon nanotube cathode, reduce the gate operating voltage, and help improve the display image quality of the device. It has the advantages of stable and reliable manufacturing process, simple manufacturing process, low manufacturing cost and simple structure.

This is a flat displayer of triangle shape low grid cathode structure and its production process. It includes a sealed vacuum chamber formed by a anodic glass panel, a cathode glass panel and surrounded glass frame; on the anodic glass panel is a conducting layer coated with fluorescent; a supporting wall between the anodic and cathode panel and a getter; on the cathode glass panel are a grid down-lead layer, carbon nanotube and triangle shape low grid structure, which is capable of increasing the control function and efficiency of the grid, and increasing the electron ejecting area of the nanotube and display brightness.

This invention relates to one gear grating control plane display process, which comprises the following parts: cathode glass panel, cathode glass panel and circle glass frame to form sealed vacuum chamber; fluorescence layer on anode electrode layer with anode conductive layer on anode glass panel; supportive wall structure and air detrained assistant elements between anode glass panel and cathodeglass panel; control grating electrode, carbon nanometer tube cathode and emission structure on cathode glass panel.

This is a flat displayer of V shape overlaping cathode structure and its production process. It includes a sealed vacuum chamber formed by a anodic glass panel, a cathode glass panel and surrounded glass frame; on the anodic glass panel is a conducting layer coated with fluorescent; a supporting wall between the anodic and cathode panel and a getter; on the cathode glass panel are a grid down-lead layer, carbon nanotube and V shape overlapping cathode structure, which is capable of increasing the efficiency and area of electron ejection by the nanotube and the display quality.

This is a flat displayer of bent shape low grid cathode structure and its production process. It includes a sealed vacuum chamber formed by a anodic glass panel, a cathode glass panel and surrounded glass frame; on the anodic glass panel is a conducting layer coated with fluorescent; on the cathode glass panel are a grid down-lead layer, carbon nanotube and bent shape low grid structure; a supporting wall between the anodic and cathode panel and a getter; which is capable of increasing the electron ejecting area of the nanotube and decreasing the working voltage of the rid.

This is a flat displayer of star shape grid cathode structure and its production process. It includes a sealed vacuum chamber formed by a anodic glass panel, a cathode glass panel and surrounded glass frame; on the anodic glass panel is a conducting layer coated with fluorescent; on the cathode glass panel are a grid down-lead layer, carbon nanotube and star shape grid structure; a supporting wall between the anodic and cathode panel and a getter; which is capable of increasing electron ejecting efficiency of the nanotube and decreasing the working voltage of the rid and increasing the display quality.

This invention relates to one gear grating control plane display process, which comprises the following parts: cathode glass panel, cathode glass panel and circle glass frame to form sealed vacuum chamber; fluorescence layer on anode electrode layer with anode conductive layer on anode glass panel; supportive wall structure and air detrained assistant elements between anode glass panel and cathode glass panel; control grating electrode, carbon nanometer tube cathode and emission structure on cathode glass panel.

The invention relates to a flat panel display of cathode structure of branch controlled inverted arch and a fabrication process thereof, and the flat panel display comprises a sealed vacuum chamber formed by an anodic glass panel, a cathodic glass panel and peripheral glass enclosure frames, a supporting wall structure and an getter auxiliary element, wherein the anodic glass panel is provided with an anodic conductive layer and a fluorescent powder layer prepared on the anodic conductive layer and the supporting wall structure and the getter auxiliary element are arranged between the anodic glass panel and the cathodic glass panel, and the cathodic glass panel is provided with a grid lead wire layer, a carbon nanometer tube and the cathode structure of branch controlled inverted arch. The invention is capable of increasing the electronic emission area and the electronic emission efficiency of a cathode of the carbon nanometer tube and reducing grid voltage, and has the advantages of stable and reliable manufacturing process, simple fabrication process, low manufacturing cost and simple structure.

The invention relates to a flat-panel display with inclined flat grid structure and its manufacturing process, comprising a sealed vacuum chamber composed of an anode glass panel, a cathode glass panel and surrounding glass frames; an anode conductive layer is arranged on the anode glass panel; Phosphor layer on top of the anode conductive layer; cathode conductive layer, carbon nanotubes and beveled flat grid type structure on the cathode glass panel; support wall structure and getter accessory elements between the anode glass panel and the cathode glass panel, The control function of the grid can be further enhanced, the working voltage can be reduced, and the electron emission efficiency and electron emission quantity of the carbon nanotube cathode can be improved at the same time, and the invention has the advantages of stable and reliable manufacturing process, simple manufacturing process, low manufacturing cost and simple structure.

The flat panel display includes following parts: sealed vacuum cavity composed of glass faceplate of anode, glass faceplate of cathode, and glassed-in frame; anode conductive layer on the glass faceplate of anode, and phosphor layer on the anode conductive layer; the support wall structure between the glass faceplate of anode and the glass faceplate of cathode, and accessorial components for getter; lead wire layer of grid electrode, Nano carbon tube, and dual fork type cathode emission structure in side control setup on the glass faceplate of cathode. The invention enhances control function and control efficiency of grid structure, and raises efficiency and area of electron emission of cathode in Nano carbon tube. Advantages are: stable and reliable fabricating procedure, simple technique, low fabricating cost, and ordinary structure.

The invention relates to a double-fork type side-controlled cathode emission flat-panel display and its manufacturing process, including a sealed vacuum chamber composed of an anode glass panel, a cathode glass panel and surrounding glass frames; an anode set on the anode glass panel A conductive layer and a phosphor layer prepared on the anode conductive layer; a support wall structure and an accessory component of a getter between the anode glass panel and the cathode glass panel; a grid lead layer, carbon nanotubes and Bifurcated side-controlled cathode emission structure; it can further enhance the control function and control efficiency of the gate structure, improve the electron emission area and emission efficiency of the carbon nanotube cathode, and has the advantages of stable and reliable manufacturing process, simple manufacturing process, low manufacturing cost, and structural The advantage of simplicity.

The invention relates to a flat-panel display of an annular twist angled lower grid-controlled cathode structure and the making process thereof, comprising: sealed vacuum cavity composed of anode glass panel, cathode glass panel, and peripheral glass frame; anode conducting layer on the anode glass panel and fluorescent powder layer prepared on the anode conducting layer; supporting wall structure and degassing agent auxiliary component between the anode glass panel and cathode glass panel; and grid lead layer, carbon nanotube and annular twist angled lower grid-controlled cathode structure on the cathode glass panel; and it can reduce operating voltage of grid and raise electron emission efficiency of carbon nanotube cathode, and has advantages of stable and reliable making course, simple making process, low making cost, and simple structure.

This is a flat displayer of arc low grid multi-faces cathode structure and its production process. It includes a sealed vacuum chamber formed by a anodic glass panel, a cathode glass panel and surrounded glass frame; on the anodic glass panel is a conducting layer coated with fluorescent; a supporting wall between the anodic and cathode panel and a getter; on the cathode glass panel are a grid down-lead layer, carbon nanotube and arc low grid multi-faces structure, which is capable of increasing the efficiency of electron ejection by the nanotube and decreasing the working voltage of the grids.

The invention relates to a flat panel display with a ring prong angle lower grid-controlled cathode structure and its manufacturing process, including a sealed vacuum chamber composed of an anode glass panel, a cathode glass panel and surrounding glass frames; it is arranged on the anode glass panel The anode conductive layer and the phosphor layer prepared on the anode conductive layer; the support wall structure between the anode glass panel and the cathode glass panel and the accessory components of the getter; there are grid lead layers, carbon nanotubes on the cathode glass panel And the lower grid-controlled cathode structure of ring prong angle; can reduce the working voltage of the grid, improve the electron emission efficiency of the carbon nanotube cathode, and has the advantages of stable and reliable manufacturing process, simple manufacturing process, low manufacturing cost and simple structure.

The invention relates to a flat-panel display of a sharp-angled lower grid-controlled cathode structure and the making process thereof, comprising: sealed vacuum cavity composed of anode glass panel, cathode glass panel, and peripheral glass frame; anode conducting layer on the anode glass panel and fluorescent powder layer prepared on the anode conducting layer; supporting wall structure and degassing agent auxiliary component between the anode glass panel and cathode glass panel; and grid lead layer, carbon nanotube and sharp-angled lower grid-controlled cathode structure on the cathode glass panel; and it can effectively reduce operating voltage of grid structure and raise electron emission efficiency of carbon nanotube and has advantages of stable and reliable making course, simple making process, low making cost, and simple structure.

The invention relates to a flat panel display with a ring prong angle lower grid-controlled cathode structure and its manufacturing process, including a sealed vacuum chamber composed of an anode glass panel, a cathode glass panel and surrounding glass frames; it is arranged on the anode glass panel The anode conductive layer and the phosphor layer prepared on the anode conductive layer; the support wall structure between the anode glass panel and the cathode glass panel and the accessory components of the getter; there are grid lead layers, carbon nanotubes on the cathode glass panel And the lower grid-controlled cathode structure of ring prong angle; can reduce the working voltage of the grid, improve the electron emission efficiency of the carbon nanotube cathode, and has the advantages of stable and reliable manufacturing process, simple manufacturing process, low manufacturing cost and simple structure.