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    • 61. 发明申请
    • ORGANISM STATE MEASURING DEVICE AND RELAXATION INSTRUCTING DEVICE
    • 有机状态测量装置和放松指示装置
    • WO1998010699A1
    • 1998-03-19
    • PCT/JP1997003108
    • 1997-09-04
    • SEIKO EPSON CORPORATIONAMANO, KazuhikoUEBABA, KazuoISHIYAMA, Hitoshi
    • SEIKO EPSON CORPORATION
    • A61B05/02
    • A61B5/721A61B5/0205A61B5/022A61B5/024A61B5/0816A61B5/7232A61B5/7239A61B5/7257A61B5/726
    • A device is known for measuring the respiration rate of a subject based on his/her electrocardiographic complex or pulse wave. However, when or if the subject is doing exercising or acting normally, an electromyographic complex is superposed on the electrocardiographic complex, and the body movement component is superposed on the pulse wave, this leading to an error in measurement. An improvement is needed to cope with this problem. A personal computer is provided which comprises a watch-type portable portion adapted to be worn by the subject and a device main body (330). Connected to the portable portion is a photo-electric type pulse sensor adapted to be mounted at the base portion of a finger to measure the pulse wave pattern. In addition, an acceleration sensor is also provided on the portable portion to detect the body movement spectrum of the subject. The device main body (330) applies a window function to the pulse wave and removes the body movement spectrum from the frequency spectrum of the pulse wave by removing the acceleration component. It is possible to generate the respiration rate and variation rate thereof.
    • 已知一种基于他/她的心电图复合物或脉搏波来测量受试者的呼吸速率的装置。 然而,当或者如果受试者正在锻炼或正常行动时,肌电复合体叠加在心电图复合体上,并且身体运动分量叠加在脉搏波上,这导致测量误差。 需要改进来应对这个问题。 提供一种个人计算机,其包括适于由被摄体佩戴的表型便携式部件和装置主体(330)。 连接到便携部分的是光电式脉冲传感器,其适于安装在手指的基部以测量脉搏波形。 此外,还在便携式部分上设置加速度传感器,以检测被检体的身体运动光谱。 装置主体(330)对脉搏波施加窗口功能,并通过去除加速度分量从脉搏波的频谱中去除身体移动频谱。 可以产生呼吸速率及其变化率。
    • 62. 发明申请
    • METHOD FOR COATING SEMICONDUCTOR ELEMENT WITH RESIN, COATING RESIN, AND LIQUID CRYSTAL DISPLAY DEVICE
    • 用树脂,涂料树脂和液晶显示装置涂覆半导体元件的方法
    • WO1998007065A1
    • 1998-02-19
    • PCT/JP1997002763
    • 1997-08-07
    • SEIKO EPSON CORPORATIONMURAMATSU, Eiji
    • SEIKO EPSON CORPORATION
    • G02F01/1333
    • H01L21/56H01L2924/0002H01L2924/00
    • A method for coating semiconductor element with resin by which a semiconductor element can be easily and quickly coated with a coating resin. In the method for coating the semiconductor element (2) used for a liquid panel (1) with a coating resin (14), the resin (14) is molded in a sheet-like state and the resin (14) is put around the element (2), and then, the element (2) and its periphery are moisture-proofed by coating them with the resin (14) and hardening the resin (14). Such a resin that is cured through a chemical reaction caused by heating, an ultraviolet-curing resin, etc., can be used as the coating resin (14). When a through hole (16) or recessed section is provided at the central part of the resin (14) and the resin (14) is put on the element (2) by sliding or putting the hole (16) or recessed section on the element, the position of the resin (14) can be fixed against the element (2).
    • 一种用树脂涂覆半导体元件的方法,通过该方法半导体元件可以容易且快速地涂覆涂覆树脂。 在用涂料树脂(14)涂覆用于液体面板(1)的半导体元件(2)的方法中,树脂(14)被模制成片状状态,树脂(14)被放置在 元件(2),然后通过用树脂(14)涂覆元件(2)及其周边来防潮,并固化树脂(14)。 可以使用通过加热引起的化学反应固化的树脂,紫外线固化树脂等作为涂料树脂(14)。 当在树脂(14)的中心部分设有通孔(16)或凹入部分,并且通过将孔(16)或凹入部分滑入或放置在所述元件(2)上而将元件(2)放置在所述元件 树脂(14)的位置可以固定在元件(2)上。
    • 64. 发明申请
    • METHOD FOR TRANSFERRING CONDUCTOR PATTERN TO FILM CARRIER, MASK USED FOR THE METHOD AND FILM CARRIER
    • 用于传输导体图案到薄膜载体的方法,用于方法和薄膜载体的掩模
    • WO1997050121A1
    • 1997-12-31
    • PCT/JP1997001889
    • 1997-06-04
    • SEIKO EPSON CORPORATIONYUZAWA, Hideki
    • SEIKO EPSON CORPORATION
    • H01L21/60
    • H01L23/49572H01L21/4821H01L2223/54473H01L2924/0002H05K1/0266H01L2924/00
    • A method for transferring a conductor pattern to a film carrier for mounting electronic parts thereon, wherein a mask pattern is preliminarily transferred to the film carrier coated with a photoresist by using a mask having the conductor pattern and two or more conductor pattern alignment marks, the deviation between the transferred positions of the alignment marks on a reference coordinate system of the film carrier and a designed position is measured, the position of the mask relative to the film carrier is adjusted, and the mask pattern is transferred to the film carrier. A mask with a conductor pattern and two or more conductor pattern alignment marks used for executing the above-mentioned method is also disclosed. In addition, a film carrier in which two or more conductor pattern alignment marks for film are transferred to the surface of a conductor layer in addition to the conductor pattern is also disclosed.
    • 一种用于将导体图案转印到用于在其上安装电子部件的胶片载体的方法,其中通过使用具有导体图案的掩模和两个或多个导体图案对准标记,将掩模图案预先转印到涂覆有光致抗蚀剂的胶片载体上, 测量胶片载体的基准坐标系上的对准标记的转印位置与设计位置之间的偏差,调整掩模相对于胶片载体的位置,并将掩模图案转印到胶片载体上。 还公开了具有导体图案的掩模和用于执行上述方法的两个或多个导体图案对准标记。 此外,还公开了除了导体图案之外还将两个或更多个用于膜的导体图案对准标记转印到导体层的表面的膜载体。
    • 66. 发明申请
    • LIQUID CRYSTAL DISPLAY PANEL AND METHOD OF MANUFACTURING THE SAME
    • 液晶显示面板及其制造方法
    • WO1997044705A1
    • 1997-11-27
    • PCT/JP1997001684
    • 1997-05-19
    • SEIKO EPSON CORPORATIONKATAGAMI, Satoru
    • SEIKO EPSON CORPORATION
    • G02F01/1345
    • G02F1/133345G02F1/1345
    • A transparent electrode (11) the number of which corresponds to that of a picture element is formed on a liquid crystal display region on an inner surface of a liquid crystal panel substrate (10), and external connecting terminals (12) at free end portions of a plurality of leader lines (18) conductively connected to this transparent electrode on the outer side of the liquid crystal display region. On the inner surface of the liquid crystal panel substrate on which the transparent electrode, leader lines and external connecting terminals are formed, an acrylic thermosetting resin is applied to the whole area thereof to a small thickness by a spin-coating method to form a transparent insulating film (16). A polyimide resin is then applied to the portion of the liquid crystal display region which is on an outer surface of this transparent insulating film, and the resultant layer of polyimide resin is fired to form an orientation film (14). When this orientation film is rubbed by a rubbing roller, rubbing unevenness rarely occurs since the leader lines and external connecting terminals are covered with the transparent insulating film, so that the display unevenness on a liquid display panel decreases.
    • 在液晶面板基板(10)的内表面上的液晶显示区域上形成数量相当于像素的透明电极(11),在液晶面板基板(10)的内表面上形成有外部连接端子(12) 在液晶显示区域的外侧与该透明电极导电连接的多个引出线(18)。 在其上形成有透明电极,引出线和外部连接端子的液晶面板基板的内表面上,通过旋转涂布法将丙烯酸类热固性树脂施加到其整个区域,以小的厚度形成透明 绝缘膜(16)。 然后将聚酰亚胺树脂施加到在该透明绝缘膜的外表面上的液晶显示区域的部分上,并将所得到的聚酰亚胺树脂层烧成以形成取向膜(14)。 当该定向膜被摩擦辊摩擦时,由于引导线和外部连接端子被透明绝缘膜覆盖,所以很少发生摩擦不均匀,使得液体显示面板上的显示不均匀性降低。
    • 67. 发明申请
    • LIGHT SOURCE LAMP UNIT, LIGHT SOURCE DEVICE, AND PROJECTION DISPLAY DEVICE
    • 光源灯单元,光源设备和投影显示设备
    • WO1997038560A1
    • 1997-10-16
    • PCT/JP1997001067
    • 1997-03-27
    • SEIKO EPSON CORPORATIONMIYASHITA, KiyoshiSHINOHARA, KazutoHABA, ShinjiYAJIMA, AkitakaUSHIYAMA, Tomiyoshi
    • SEIKO EPSON CORPORATION
    • H05B41/16
    • H04N9/315G03B21/2053G09G3/3406H04N9/3141H04N9/3155H05B37/03H05B41/36
    • A light source device (100) is provided with a light source lamp unit (1) which is detachably attached to the device (100) and a CPU (101) which constitutes the drive control means of the lamp unit. The CPU (101) detects the information about the electric power and service life of a lamp and whether the lamp is new or old carried by the lamp information carrying section (5) of the unit (1) and, when the lamp is turned on, counts the cumulative operating hour of the lamp. The CPU (101) compares the detected service life with the cumulative operating hour and, when the service life has expired, forcibly turns off the lamp. The CPU (101) also warns the user of the necessity of replacing the lamp by displaying a warning a fixed period of time short of the expiration of the service life. Since the information about the kind and characteristics of the lamp is carried by the lamp information carrying section (5) of the unit (1), the light source device (100) can appropriately discriminate and control the turning on/off and service life of a lamp even when a different kind of light source lamp unit is used.
    • 光源装置(100)设置有可拆卸地附接到装置(100)的光源灯单元(1)和构成灯单元的驱动控制装置的CPU(101)。 CPU(101)检测关于灯的电力和使用寿命的信息以及灯单元(1)的灯信息传送部分(5)是否是新的或旧的,并且当灯被接通时 ,计算灯的累积运行时间。 CPU(101)将检测到的使用寿命与累积运行时间进行比较,并且当使用寿命期满时,强制关闭灯。 CPU(101)还通过在比使用寿命期满的固定时间段内显示警告来警告用户更换灯的必要性。 由于关于灯的种类和特性的信息由单元(1)的灯信息传送部(5)承载,所以光源装置(100)可以适当地区分和控制打开/关闭和使用寿命 即使使用不同种类的光源灯单元也是一种灯。
    • 68. 发明申请
    • DEVICE FOR SUPPORTING ROTATING SHAFT AND SMALL-SIZED MOTOR
    • 支持旋转轴和小尺寸电机的设备
    • WO1997030507A1
    • 1997-08-21
    • PCT/JP1997000393
    • 1997-02-13
    • SEIKO EPSON CORPORATIONSAITO, KohichiKAWABATA, Seiji
    • SEIKO EPSON CORPORATION
    • H02K05/16
    • H02K5/1672H02K5/08H02K5/145H02K5/225
    • A device for supporting a rotating shaft, which comprises a reduced number of parts, is easy to assemble, and has accurate dimensions. A small-sized motor can be provided using the supporting device. The supporting device (1) comprises a bracket (2) having a nearly circular shape, a peripheral wall (3), and a bearing section (4) formed integrally with the bracket to support the end of the rotating shaft of a rotor in the center. The bearing section (4) has a hole (41) for receiving the rotating shaft. The hole (41) has an inner surface (42) which comes into contact with the rotating shaft and a bottom face (43) which comes into contact with the end face of the rotating shaft. In addition, the main body (2) has a pair of through holes (5) for passing lead wires and is manufactured by injection molding of a liquid crystal polymer.
    • 用于支撑旋转轴的装置,其包括数量减少的部件,易于组装,并且具有精确的尺寸。 可以使用支撑装置提供小型电动机。 支撑装置(1)包括具有近似圆形形状的托架(2),周壁(3)和与托架一体地形成的支承部分(4),以支撑转子的旋转轴的端部 中央。 轴承部分(4)具有用于容纳旋转轴的孔(41)。 孔(41)具有与旋转轴接触的内表面(42)和与旋转轴的端面接触的底面(43)。 此外,主体(2)具有一对用于通过引线的通孔(5),并且通过注射成型液晶聚合物来制造。
    • 69. 发明申请
    • DISPLAY STRUCTURE WITH SOLAR CELL, AND ELECTRONIC DEVICES AND TIMEPIECE POWERED BY SOLAR CELL
    • 具有太阳能电池的显示结构和由太阳能电池供电的电子设备和定时器
    • WO1997027520A1
    • 1997-07-31
    • PCT/JP1997000119
    • 1997-01-21
    • SEIKO EPSON CORPORATIONHIDAI, YoshihiroSUGIYAMA, Noriaki
    • SEIKO EPSON CORPORATION
    • G04B19/06
    • H01L31/055G04B19/12G04C10/02H01L31/048Y02E10/52
    • A display structure with a solar cell, comprising a solar cell (16) having a light receiving surface (16a) formed in its display portion; a light-transmitting plate (17) with a predetermined light transmissivity, arranged on the front side of the light-receiving surface; and a coating (20) formed on the back of the light-transmitting plate to secure at least a predetermined amount of electricity generated by the solar cell. Because the coating is formed on the back of the light-transmitting plate, it is not necessary to form a coating on the light-receiving surface of the solar cell, which in turn eliminates the need to consider the compatibility with the light receiving surface and also the need to discard or replace the whole solar cell when a coating has a defect. Because the coating is formed on the back of the light-transmitting plate, the surface that receives incident external light is a smooth surface of the coating, so that light reflection and dispersion of the incident light can be reduced. This in turn improves the utilization of the external light. Further, the provision of the coating on the back of the light-transmitting plate prevents the occurrence of interference fringes (Newton rings).
    • 一种具有太阳能电池的显示结构,包括:太阳能电池(16),其在其显示部分中形成有受光面(16a); 具有预定透光率的透光板(17),布置在光接收表面的前侧; 以及形成在所述透光板的背面上的涂层(20),以至少确保由所述太阳能电池产生的预定量的电力。 由于涂层形成在透光板的背面,因此不需要在太阳能电池的受光面上形成涂层,这又消除了考虑与光接收表面的相容性的需要, 当涂层有缺陷时,还需要丢弃或更换整个太阳能电池。 由于涂层形成在透光板的背面,所以接收入射的外部光的表面是涂层的光滑表面,从而可以减少入射光的光反射和分散。 这反过来又提高了外部光的利用率。 此外,在透光板的背面设置涂层防止干涉条纹(牛顿环)的发生。
    • 70. 发明申请
    • HEALTH CARE DEVICE AND EXERCISE SUPPORTING DEVICE
    • 健康护理设备和锻炼支持设备
    • WO1997022295A1
    • 1997-06-26
    • PCT/JP1996003674
    • 1996-12-18
    • SEIKO EPSON CORPORATIONAMANO, KazuhikoUEBABA, KazuoISHIYAMA, Hitoshi
    • SEIKO EPSON CORPORATION
    • A61B05/02
    • A61B5/6822A61B5/024A61B5/02416A61B5/02438A61B5/0255A61B5/11A61B5/222A61B5/4035A61B5/7239G06F19/00
    • A health care device with which the user of the device knows the user's own health condition without being attended by any doctor or nurse. Of course, a third person can give an instruction to the user to measure the health condition or a third person can inform the user of the health condition. A pulse sensor (4) measures the plethysmogram at the finger tip of the user and an acceleration sensor (5) calculates the acceleration from the motion of the user's body. The outputs of the sensors (4 and 5) are converted into digital signals by means of a sensor interface (6). A CPU (1) judges whether or not the user is exercising based on the acceleration read from the interface (6). Then the CPU (1) finds the acceleration pulse of the user by capturing the pulse wave before and after the exercise. Thereafter, the CPU (1) calculates the ratio of amplitude at the inflection points included in the waveform of the acceleration pulse wave before and after the exercise, evaluates the exercise of the user from the amplitude ratio, and displays the results of evaluation on a display.
    • 一种医疗设备,该设备的用户在没有任何医生或护士参与的情况下知道用户自己的健康状况。 当然,第三个人可以向用户发出指示来测量健康状况,或者第三人可以通知用户健康状况。 脉搏传感器(4)测量用户指尖的体积描记图,加速度传感器(5)根据用户身体的运动计算加速度。 传感器(4和5)的输出通过传感器接口(6)转换成数字信号。 CPU(1)基于从接口(6)读取的加速度来判断用户是否正在锻炼。 然后,CPU(1)通过捕获运动前后的脉搏波来找到用户的加速度脉冲。 此后,CPU(1)计算运动前后加速度脉搏波波形中包含的拐点处的振幅比,根据振幅比来评价使用者的运动,并将评价结果显示在 显示。