| 序号 | 专利名 | 申请号 | 申请日 | 公开（公告）号 | 公开（公告）日 | 发明人 |
|---|---|---|---|---|---|---|
| 1 | 抑制触敏覆盖层中牛顿环的颗粒隔层 | CN86102584 | 1986-04-14 | CN1007848B | 1990-05-02 | 戴维·劳伦斯·埃珀森 |
| 最好用棕色铝氧粉(含近96%的氧化铝)的微细颗粒涂敷在触敏覆盖层的两个透明层之间，以便消除该覆盖层被轻按时可能发生的牛顿环的形成。 | ||||||
| 2 | 组合式触敏型数据输入装置 | CN87103331 | 1987-05-02 | CN87103331A | 1987-11-11 | 彼得·弗雷德里克·巴比; 杰克·拉塔·盖洛韦 |
| 本发明是与阴极射线管荧光屏配用的触敏型数据输入装置。该装置有一个松松支撑着一个结实明亮的衬底板的环形企口。温度膨胀系数与衬底板不同的后透明薄板元件松松地夹持在后衬底板上以防止因热膨胀不同而引起的变形。一个透明前元件与后透明薄板毗邻贴近配置，彼此相隔一段距离，它们各自的毗邻表面上有彼此正交配置的导电条。在往前元件上施力时，该各导电条就产生电气接触。一个两面涂敷有弹性粘合材料的垫片，防止污染物进入透明的前后元件之间的部位。 | ||||||
| 3 | 抑制触敏覆盖层中牛顿环的颗粒隔层 | CN86102584 | 1986-04-14 | CN86102584A | 1987-03-25 | 戴维·劳伦斯·埃珀森 |
| 最好用棕色铝氧粉(含近96％的氧化铝)的微细颗粒涂敷在触敏覆盖层的两个透明层之间，以便消除该覆盖层被轻按时可能发生的牛顿环的形成。 | ||||||
| 4 | Resistant film type transparent touch panel | JP6475298 | 1998-02-27 | JPH11250764A | 1999-09-17 | NODA KAZUHIRO; SATOU HIROTOSHI; MURAKAMI YUKIO; TANIMURA KOUTAROU; FURUKAWA SHUJI |
| PROBLEM TO BE SOLVED: To provide a resistant film type transparent touch panel with higher transparency, visibility, and abrasion resistance without generating Newton rings. SOLUTION: This touch panel is provided with a touch side transparent electrode T with a thin-film layer 2 of silicone oxide having a film thickness of 20 to 55 nm interposed as an intermediate layer and display side transparent electrode D so as to be faced with each other through insulating spacers 6. In this case, the surfaces of transparent thin film electrodes 3 and 5 of ITO (indium tin oxide) or the like laminated on the upper surface of the touch side and/or the display side have a rough surface 7, which has uncountable numbers of fine irregularities having center line average roughness (Ra) of 0.05 to 2 μm, and its maximum height (Rmax) of 0.6 t 2.5 μm. | ||||||
| 5 | JPH02503611A - | JP50498188 | 1988-06-01 | JPH02503611A | 1990-10-25 | |
| 6 | Film switch assembly for cathode ray tube and its mounting means | JP23997283 | 1983-12-21 | JPS59138039A | 1984-08-08 | JIYATSUKU JIYAKOUBASU HIRUHOOS; DONARUDO GUREI SUTEIRII |
| 7 | Portable information terminal allowing inputting operation with one hand | US09816613 | 2001-03-23 | US20020000922A1 | 2002-01-03 | Hajime Hosaka; Kosuke Komatsu |
| A superior portable information terminal of the palm size having a keyboard unit wherein the portable information terminal includes a polyhedral structure having a number of component faces including a first component face which accommodates a display screen and a second component face provided adjacent the first component face and having an inputting key set including a number of key tops arranged in a zigzag pattern. Each of the key tops has a rib-like projection formed along a peripheral edge thereof. In an operation condition wherein a user holds the portable information terminal with one hand and observes the display screen, the user can perform key inputting operation using the fingertips of the hand with which the body of the apparatus is held. Further, the user can search for the location of any key through the sense of touch on the rib-like projection or projections obtained from a fingertip. | ||||||
| 8 | Contrast enhancing transparent touch panel device | US147627 | 1988-01-22 | US4958148A | 1990-09-18 | Jan B. Olson |
| A contrast enhancing, substantially transparent touch panel device comprises a static element, a dynamic element and a microweave screen of a fine mesh of fine dark-colored filaments embedded within a clear adhesive layer and incorporated as an integral part of the dynamic element of the panel. Preferably there is no air gap between the front of the device and the conductive surface of the dynamic element. The device can comprise at least one layer of transparent colored coating for light attentuation, color-selective light filtering, and tint correction. | ||||||
| 9 | Touch-operated see-through coordinate input unit | US83686 | 1987-08-07 | US4745241A | 1988-05-17 | Mikio Furukawa; Kazutoki Tahara; Yosuke Kunishi |
| In the inventive touch-operated see-through coordinate input unit, the contacting wires embedded in the upper and lower substrate sheets in a relative perpendicular disposition are divided into groups each of at least two of the adjacent wires and the wires belonging to the same group are bonded to the same electrode. When the upper sheet is depressed with a finger tip or stylus point at a crossing point of the wires on the upper and lower sheets, electrical contact can be obtained at two points or more between wires so that, different from conventional coordinate input units in which electrical contact is obtained at only a single point by a pushing stroke, the reliability of the input operation can be greatly improved also with decreased fatigue of the operator in continuous working of long time. | ||||||
| 10 | Touch-operated see-through coordinate input unit | US869099 | 1986-05-30 | US4725696A | 1988-02-16 | Mikio Furukawa; Kazutoki Tahara; Yosuke Kunishi |
| In the inventive touch-operated see-through coordinate input unit, the contacting wires embedded in the upper and lower substrate sheets in a relative perpendicular disposition are divided into groups each of at least two of the adjacent wires and the wires belonging to the same group are bonded to the same electrode. When the upper sheet is depressed with a finger tip or stylus point at a crossing point of the wires on the upper and lower sheets, electrical contact can be obtained at two points or more between wires so that, different from conventional coordinate input units in which electrical contact is obtained at only a single point by a pushing stroke, the reliability of the input operation can be greatly improved also with decreased fatigue of the operator in continuous working of long time. | ||||||
| 11 | Method for forming a hemispherically shaped switch assembly | US524956 | 1983-08-19 | US4598472A | 1986-07-08 | James R. Schlunz; Donald G. Stillie |
| A hemispherically shaped membrane switch assembly for attaching to generally hemispherical surfaces such as cathode ray tubes is disclosed. Also disclosed are a method and apparatus for forming the assembly. The assembly is comprised of two layers of transparent film having spaced-apart conductors on the internal surfaces of both layers. The internal surfaces are separated by spacing means, the spacing means being discontinuous at the switch sites. The conductors on the two layers cross and are spaced apart at the switch sites. The assembly is hemispherically formed to the same radius as the hemispherical surface on which the assembly is to be mounted. The assembly mounts flush to the hemispherical surface and conforms uniformly to its surface thus reducing distortion and parallax. | ||||||
| 12 | Interactive display system with touch data entry | US97012 | 1979-11-23 | US4310839A | 1982-01-12 | Kurt R. Schwerdt |
| An interactive tabular display system having thin membrane switches positioned on the display surface around the periphery. The switches are categorized as select or function depending on the particular application software program in use. Touching one of the select switches causes a cursor to be displayed in the row adjacent to that switch; automatically, the cursor incrementally advances across that row sequentially underlining data items. When the switch is opened, the data item underlined is displayed in reverse video and additional data related to that item is displayed elsewhere on the display. The switches are provided with backlighting to provide illuminated touch points for use in dimly lit operational rooms. | ||||||
| 13 | Membrane-type touch panel employing a photo-resist insulating grid anti-short means | US743991 | 1976-11-22 | US4066852A | 1978-01-03 | George Edward Zenk |
| A location sensitive touch panel for use on a rigid substrate. The substrate carries a first set of conductive strips. A resilient plastic membrane overlaying it carries a second set of conductive strips orthogonal to and spaced from the first set. Finger pressure can cause electrical contact between any one of the first set of strips and any one of the second set of strips. The substrate may be either flat or curved, with the membrane conforming to its contour. | ||||||
| 14 | HIGH STRENGTH TOUCH PANEL AND METHOD OF MANUFACTURING THE SAME | EP98947797.1 | 1998-10-09 | EP1030333B1 | 2006-03-22 | HASHIMOTO, Takao, Nissha Printing Co., Ltd; KUSUDA, Yasuji, Nissha Printing Co., Ltd |
| A resistive film touch panel (8) wherein an upper electrode sheet (1) having an upper electrode (111) on one face of a flexible transparent film (9) and a hard coating layer (12) on the other face and a lower electrode sheet (2) having a lower electrode (121) confronting the upper electrode on one face of a glass substrate (10) are opposed to each other through a spacer (13) between the upper and lower electrodes and the upper and lower electrodes are bonded at their peripheries with an adhesive layer (3). The transparent film and the hard coating layer are fused at their edge portions, and a surface portion of the side edge face of the glass substrate is a compressive stress layer (10a). | ||||||
| 15 | HIGH STRENGTH TOUCH PANEL AND METHOD OF MANUFACTURING THE SAME | EP98947797.1 | 1998-10-09 | EP1030333A1 | 2000-08-23 | HASHIMOTO, Takao, Nissha Printing Co., Ltd; KUSUDA, Yasuji, Nissha Printing Co., Ltd |
In a resistance film type touch panel (8), an upper electrode sheet (1) having upper electrodes (111) on one face of a flexible transparent film (9) and a hard coat layer (12) on the other face of the film, and a lower electrode sheet (2) having lower electrodes (121) confronting to the upper electrodes on one face of a glass substrate (10) are arranged to face each other via a distance formed by spacers (13) between the upper electrodes and the lower electrodes confronting the upper electrodes, and respective peripheries of the upper electrodes and the lower electrodes confronting the upper electrodes are bonded by an adhesive layer (3), with the transparent film and the hard coat layer being fused at respective end parts thereby constituting a compressive stress layer (10a) at a surface layer part of each side end face of the glass substrate. |
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| 16 | Laminated films | EP90110294.7 | 1990-05-30 | EP0400625A2 | 1990-12-05 | Yaguchi, Atsunori, c/o Idemitsu Petrochemic Co Ltd |
A laminated film contains a base film having a conductive layer on one side thereof and a layer obtained by curing a curable phosphazene composition coated on the other side thereof. The laminated film is suitable for use in a touch panel having a switching function when pressing an operating section of the touch panel, the operating section being made from the cured layer of the phosphazene composition. The laminated film has a remarkably balanced combination of the properties, i.e., adhesion, surface hardness and appearance on the coat surface (shrinkage upon curing). |
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| 17 | Improvements relating to keyboards | EP83301417.8 | 1983-03-15 | EP0090542B1 | 1990-06-13 | Fuller, Maurice Donald; Joyce, David Brian |
| 18 | A membrane switch assembly for cathode ray tubes and mounting thereof | EP83307522 | 1983-12-09 | EP0113211A3 | 1986-05-21 | Hilhorst, Jacques Jacobus; Stillie, Donald Gray |
A transparent membrane switch assembly (10) and mounting means (118) for mounting the assembly (10) to a cathode ray tube (CRT) (68) are disclosed. The assembly (10, 10') is comprised of two layers (12, 16) of transparent film having spaced-apart parallel double fineline conductors (20) deposited on the internal surfaces (14, 18) of both layers (12, 16). The mounting means (118) comprise extension (114) protruding from the perimeter (116) of at least one of the layers of film, and a patch of a coupled fastening assembly (120) attached to each extension (114). Each fastening assembly comprises two separable parts, an outer surface (124) of one part being attachable to a side surface of a CRT when the switch assembly is registered with the CRT face. |
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| 19 | A spherically shaped switch assembly öand apparatus and method for forming same | EP84305307.5 | 1984-08-03 | EP0135333A2 | 1985-03-27 | Keahey, Sammie Gray; Schlunz, James Randall; Stillie, Donald Gray |
A spherically shaped membrane switch assembly (10) for attaching to generally spherical surfaces such as cathode ray tubes (12) is disclosed. Also disclosed are a method and apparatus for forming layers of flexible film used in the assembly 10. The assembly is comprised of two layers (20, 22) of transparent film having spaced-apart conductors (28) on the internal surfaces (24, 26) of both layers (20, 22). The internal surfaces (24, 26) are separated by spacing means (32), the spacing means (32) being discontinuous at the switch sites (30). The conductors (28) on the two layers (20, 22) cross and are spaced apart at the switch sites (30). The layers of the assembly (10) are spherically formed to the same radius as the spherical surface on which the assembly (10) is to be mounted. The assembly layers are formed by placing at least one film layer between two parallel retaining layers (122, 124) of thermoplastic film. The retaining layers (122. 124) are held between convex and concave surfaces while heat is applied to at least one of the retaining layers until the assembly layer attains the desired spherical shape. The assembly (10) mounts flush to the spherical surface and conforms uniformly to its surface thus reducing distortion and parallax. |
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| 20 | Portable information terminal capable of inputting operation with one hand | JP2000081927 | 2000-03-23 | JP2001265490A | 2001-09-28 | HOSAKA HAJIME; KOMATSU HIROSUKE |
| PROBLEM TO BE SOLVED: To provide an excellent portable information terminal in a palm size which is provided with a keyboard unit. SOLUTION: A portable information terminal constituted as a polyhedral structure is provided with a first constituting face on which a display screen is housed and a second constituting face formed so as to be adjacent to the first constituting face on which an input key group constituted of plural key tops arrayed so as to be staggered is disposed, and linear protrusions are formed in the outer periphery of each key top. In a working state that a display screen is viewed with the portable information terminal held in one hand, it is possible to perform a key input by using the finger tips of a hand interposing the terminal main body, and to retrieve the place of each key based on the sense of touch of the linear protrusions obtained from the tips of fingers. COPYRIGHT: (C)2001,JPO | ||||||
