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    • 41. 发明授权
    • Switch structure
    • 开关结构
    • US06809273B2
    • 2004-10-26
    • US10611152
    • 2003-07-01
    • Masahiro ItoYasuhiko Yamazaki
    • Masahiro ItoYasuhiko Yamazaki
    • H01H900
    • H01H13/70H01H2003/466H01H2219/014H01H2219/062H01H2221/016H01H2221/09
    • A switch structure comprising a switch element (5, 59, 61) performing circuit switching operation by pushing and a push button section (3) attached rotationally movably to a supporting member (7, 91) and having a push rod section (25, 77, 81) pushing the switch element and integrally formed thereto, wherein a switching operation is performed when the push button section (3) is rotationally moved by pushing and push rod section pushes the switch element, wherein the push rod section is provided with a flexible portion (27) able to bend when pushed, and wherein a guide section (47, 57, 49) is provided which comes into contact with the push rod section to bend the flexible portion and, at the same time, guides the push rod section to push the switch element in the normal direction when the push button section is rotationally moved by pushing.
    • 一种开关结构,包括通过推动执行电路切换操作的开关元件(5,59,61)和可旋转地移动地附接到支撑构件(7,91)并且具有推杆部分(25,77)的按钮部分 ,81)推动所述开关元件并一体形成,其中当所述按钮部分(3)通过推动推杆部分推动所述开关元件旋转地移动时执行切换操作,其中所述推杆部分设置有柔性 能够在被推压时弯曲的部分(27),并且其中设置有与推杆部分接触以弯曲柔性部分的引导部分(47,57,49),并且同时引导推杆部分 当按钮部分通过推动旋转地移动时,将开关元件按正常方向推动。
    • 43. 发明授权
    • Magnetic recording medium and method of making the same
    • 磁记录介质及其制作方法
    • US06202926B1
    • 2001-03-20
    • US09244986
    • 1999-02-04
    • Masahiro ItoShohei MimuraMasao ShigetaTsutomu Chou
    • Masahiro ItoShohei MimuraMasao ShigetaTsutomu Chou
    • G06K708
    • G06K19/06196
    • A magnetic recording medium, and methods of making and reading the same, including on at least a portion of a substrate an irreversible recording layer which contains an irreversible recording material undergoing an irreversible change of saturation magnetization upon heating. The invention involves the steps of previously heating the irreversible recording layer to form an initial heated region in which a plurality of heated bars whose saturation magnetization has been irreversibly changed are arrayed in a bar code pattern, and converting unheated bars disposed between the heated bars into a heated state for changing the array pattern of heated bars, thereby recording the information.
    • 一种磁记录介质及其制造和读取方法,在至少一部分基板上包含不可逆记录层,该不可逆记录层含有在加热时经历饱和磁化强度不可逆变化的不可逆记录材料。 本发明涉及以下步骤:预先加热不可逆记录层以形成初始加热区域,其中饱和磁化强度已经不可逆地改变的多个加热棒被以条形码图案排列,并且将设置在加热棒之间的未加热条转换为 用于改变加热棒的阵列图案的加热状态,从而记录信息。
    • 44. 发明授权
    • Air passage switching system for air conditioner
    • 空调通风切换系统
    • US06193600B1
    • 2001-02-27
    • US09379873
    • 1999-08-24
    • Masahiro ItoKousei Banno
    • Masahiro ItoKousei Banno
    • B24D1300
    • B60H1/00678B60H2001/00714
    • An air passage switching system includes a case forming an air passage having an opening portion, and a butterfly door for opening and closing the opening. The door includes a door body portion made of a material having a high rigidity, and a seal member attached to the door body. The seal member is made of an elastic material, and is formed into a thin-plate shape to extend from an outer peripheral portion of the door body portion toward an outer side. The seal member of the door is press-fitted to a case seal surface around the opening portion along a seal line (D), so that the opening portion is closed. The door is set in such a manner that an inner peripheral curvature radius (RC2) of a corner portion of the case seal surface on the seal line is larger than an outer peripheral curvature radius (RD) of the seal member on the corner portion. Thus, the air passage switching system prevents air leak due to a deformation of the seal member while being produced in low cost.
    • 空气通道切换系统包括形成具有开口部分的空气通道的壳体和用于打开和关闭开口的蝶形门。 门包括由高刚性材料制成的门体部分和安装在门体上的密封构件。 密封构件由弹性材料制成,并且形成为从门体部的外周部向外侧延伸的薄板状。 门的密封构件沿着密封线(D)压配合到围绕开口部分的壳体密封表面,使得开口部分被封闭。 门的设置使密封线上的壳体密封面的角部的内周曲率半径(R C2 )大于外周曲率半径(R D )。 因此,空气通道切换系统能够以低成本制造密封构件的变形而防止空气泄漏。
    • 45. 发明授权
    • Zinc oxide ceramics and method for producing the same
    • 氧化锌陶瓷及其制造方法
    • US6146552A
    • 2000-11-14
    • US22609
    • 1998-02-12
    • Atsushi IgaHideyuki OkinakaMasahiro Ito
    • Atsushi IgaHideyuki OkinakaMasahiro Ito
    • C04B35/453H01C7/112H01B1/06
    • H01C7/112C04B35/453
    • Zinc oxide ceramics and a method for producing the same are provided wherein zinc oxide varistors for low and high voltages having excellent electric characteristics and high reliability upon DC loading and surge can be obtained in high yield by low-temperature sintering. 0.2 to 20 parts by weight of a mixed powder of bismuth oxide, titanium oxide and antimony oxide is treated in advance at a temperature of 850.degree. C. or less. The synthetic powder thus obtained is added to 100 parts by weight of ZnO material powder to produce ceramics. By using the ceramics for a zinc oxide varistor, a zinc oxide varistor for a low or high voltage can be produced in high yield, which can be sintered at a low temperature and is excellent in electric characteristics and reliability upon DC loading and surge. Aluminum is sprayed on both sides of a sintered body so that an aluminum layer is formed. Copper is sprayed on the aluminum layer so that an electrode is formed. A lead wire is bonded to the electrode. Then, portions of the molded bodies other than the lead wire are coated and insulated so that the zinc oxide varistor can be obtained.
    • 提供氧化锌陶瓷及其制造方法,其中通过低温烧结可以以高产率获得具有优异的电特性和DC负载和浪涌的高可靠性的低电压和高电压的氧化锌变阻器。 预先在850℃以下的温度下处理0.2〜20重量份的氧化铋,氧化钛和氧化锑的混合粉末。 将由此获得的合成粉末加入到100重量份的ZnO材料粉末中以制备陶瓷。 通过使用该氧化锌变阻器的陶瓷,可以高产率地制造低压或高压的氧化锌变阻器,其可以在低温下烧结,并且在DC负载和浪涌时的电特性和可靠性优异。 在烧结体的两面上喷涂铝,形成铝层。 将铜喷在铝层上,形成电极。 引线与电极结合。 然后,除了引线之外的部分成型体被涂覆和绝缘,从而可以获得氧化锌非线性电阻。
    • 46. 发明授权
    • Liquid crystal display device with pixel electrode overlapping drain
wiring
    • 液晶显示装置与像素电极重叠排列接线
    • US5936685A
    • 1999-08-10
    • US607493
    • 1996-02-27
    • Masahiro ItoSusumu Ohi
    • Masahiro ItoSusumu Ohi
    • G02F1/1337G02F1/1362G02F1/1343
    • G02F1/136286G02F2001/13373
    • A gate electrode is disposed on a transparent insulating substrate, a gate wiring is connected to the gate electrode, and source and drain electrodes are disposed on a semiconductor thin film which is disposed on the gate electrode interposing an insulating film formed on the gate electrode, thereby forming a thin film transistor. In an active matrix type liquid crystal display device using this thin film transistor, a transparent pixel electrode connected to the source electrode is formed on the insulating film, and in a region where a drain wiring is adjacent to the transparent pixel electrode, the drain wiring is disposed under the insulating film on which the transparent pixel electrode is formed, whereby a lateral direction electric field caused by the drain wiring is reduced and reverse tilt region due to the lateral direction electric field is narrowed. Therefore, a penetration of a disinclination to the transparent pixel electrode is controlled so that an increase in an opening ratio can be achieved.
    • 栅电极设置在透明绝缘基板上,栅极布线与栅电极连接,源电极和漏电极设置在半导体薄膜上,该半导体薄膜设置在栅电极上,该绝缘膜上形成有形成在栅电极上的绝缘膜, 从而形成薄膜晶体管。 在使用该薄膜晶体管的有源矩阵型液晶显示装置中,在绝缘膜上形成与源电极连接的透明像素电极,在漏极配线与透明像素电极相邻的区域中, 设置在其上形成有透明像素电极的绝缘膜下方,由漏极布线引起的横向电场减小,并且由于横向电场引起的反向倾斜区域变窄。 因此,控制透明像素电极的渗透渗透,从而可以实现开口率的增加。
    • 47. 发明授权
    • Data receiving device
    • 数据接收装置
    • US5710800A
    • 1998-01-20
    • US558325
    • 1995-11-15
    • Masahiro Ito
    • Masahiro Ito
    • H04L13/18G06F13/38G10H7/00H04L29/14G06F13/00
    • G06F13/385
    • A data receiving device, applicable to a system which receives data sequentially transmitted thereto in a non-periodical manner under control of a host CPU, is configured by a receiving circuit, a counter circuit, a memory circuit and register circuits. A plurality of input data are sequentially supplied to the receiving circuit, so that the receiving circuit produces a strobe signal when receiving each input data. The counter circuit measures a receiving interval of time between moments of receiving two input data which are consecutively received by the receiving circuit. The memory circuit has specific storage capacity for storing predetermined sets of main data and time data, wherein the main data are extracted from the receiving circuit and the time data correspond to the receiving interval of time. Herein, the main data are stored with being related to the time data. If the storage capacity of the memory circuit is fully occupied by the predetermined sets of main data and time data, the memory circuit is put in a read state, so that the main data and time data are transferred to the register circuits in turn. The host CPU controls output timings by which the main data and time data are respectively outputted from the register circuits, so that the system can receive the main data together with the time data in a desired manner.
    • 数据接收装置由接收电路,计数器电路,存储器电路和寄存器电路构成,适用于在主机CPU的控制下以非周期的方式顺序发送的数据的系统。 多个输入数据被顺序提供给接收电路,使得接收电路在接收每个输入数据时产生选通信号。 计数器电路测量接收由接收电路连续接收的两个输入数据的时刻之间的接收时间间隔。 存储器电路具有用于存储预定的主数据集和时间数据的特定存储容量,其中从接收电路提取主数据,并且时间数据对应于接收时间间隔。 这里,与时间数据相关地存储主数据。 如果存储器电路的存储容量被预定的主数据集和时间数据完全占用,则存储电路被置于读取状态,使得主数据和时间数据依次传送到寄存器电路。 主机CPU控制从寄存器电路分别输出主数据和时间数据的输出定时,使得系统可以以期望的方式与时间数据一起接收主数据。
    • 48. 发明授权
    • Data transmission apparatus
    • 数据传输装置
    • US5598555A
    • 1997-01-28
    • US364359
    • 1994-12-27
    • Masahiro Ito
    • Masahiro Ito
    • G06F1/14H03M9/00
    • H03M9/00G06F1/14
    • A data transmission apparatus has a timer circuit disposed to have time data input thereto. The time data specifies a time interval of transmission of main data which forms parallel data together with the time data. The timer circuit counts the time interval specified by the time data input thereto to generate a time-up signal upon completion of counting the time interval, and has next one of the time data input thereto upon generation of the time-up signal. A transmission clock-generating circuit frequency-divides a predetermined system clock to generate a transmission clock signal, and is responsive to the time-up signal delivered from the timer circuit, for correcting the phase of the transmission clock signal. A serial data transmission circuit is responsive to the time-up signal delivered from the timer circuit, for having the parallel data input thereto, and for converting the parallel data into serial data, based on the transmission clock signal delivered from the transmission clock-generating circuit, to deliver the serial data.
    • 数据传输装置具有设置成具有输入时间数据的定时器电路。 时间数据指定与时间数据一起形成并行数据的主数据的发送的时间间隔。 定时器电路对由输入的时间数据指定的时间间隔进行计数,以在完成对时间间隔的计数之后产生时间上升信号,并且在产生时间信号时具有输入到其中的下一个时间数据。 传输时钟产生电路对预定的系统时钟进行频率分频以产生传输时钟信号,并且响应于从定时器电路传送的时间信号,以校正传输时钟信号的相位。 串行数据传输电路响应于从定时器电路传送的时间信号,用于使并行数据输入到其中,并且用于将并行数据转换为串行数据,基于从发送时钟产生的传输时钟信号 电路,提供串行数据。