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    • 22. 发明申请
    • FUEL SUPPLY DEVICE
    • 燃油供应装置
    • WO1996023967A1
    • 1996-08-08
    • PCT/JP1995002241
    • 1995-11-02
    • NIPPONDENSO CO., LTD.YAMASHITA, KeiichiIZUTANI, KoujiOKADA, KingoTAKAHASHI, Hideto
    • NIPPONDENSO CO., LTD.
    • F02M37/22
    • C08G18/161B01D35/027B01D35/0273B01D35/26B01D36/003C09D5/4492F02M37/10F02M37/22F02M37/221F02M2037/225F02M2037/226F02M2037/228F16L11/08F16L11/085Y10T137/7834
    • A lid (102) for closing an opening of a fuel tank (100) is molded from an insulating resin, and a plurality of terminal pins are directly insert-molded in such a manner as to penetrate through the lid (102). A lower housing (126) made of a conductive resin and storing therein a fuel filter element (124) is fused and bonded to the inside of a fuel tank (100) with this lid (102). A fuel pump (110) is supported below the lid (102). When a power source is connected to the fuel pump (110) through an electric connector (150), a fuel is injected from the fuel pump (110) and is filtrated by an injection fuel filter (120). Static electricity occurring in the fuel filter (120) is dissipated through the lower housing (126) made of the conductive resin. According to this construction, build-up of static electricity occurring in the fuel filter (120) can be restricted. Moreover, a plurality of connector terminals can be directly insert-molded to an upper housing closing the container of the fuel filter housing (122), and power can be supplied to the fuel pump by a simple construction.
    • 用于封闭燃料箱(100)的开口的盖(102)由绝缘树脂模制,并且多个端子销以穿透盖(102)的方式直接嵌入成型。 由导电树脂制成并在其中储存有燃料过滤元件(124)的下壳体(126)通过该盖子(102)熔接并结合到燃料箱(100)的内部。 燃料泵(110)支撑在盖(102)的下方。 当电源通过电连接器(150)连接到燃料泵(110)时,从燃料泵(110)喷射燃料并由喷射燃料过滤器(120)过滤。 在燃料过滤器(120)中发生的静电通过由导电树脂制成的下壳体(126)散发。 根据该结构,可以限制燃料过滤器(120)中产生的静电积聚。 此外,多个连接器端子可以直接插入模制到关闭燃料过滤器壳体(122)的容器的上壳体,并且可以通过简单的结构将动力供应到燃料泵。
    • 25. 发明申请
    • DEODORIZING FILTER
    • 净化过滤器
    • WO1996008303A1
    • 1996-03-21
    • PCT/JP1995001800
    • 1995-09-11
    • NIPPONDENSO CO., LTD.KADOWAKI, SatoruTAGUCHI, IkuoOKAMOTO, Kunio
    • NIPPONDENSO CO., LTD.
    • B01D53/04
    • B01D53/02B01D53/0446B01D2253/102B01D2253/108B01D2253/112B01D2253/25B01D2253/304B01D2253/306B01D2253/342B01D2257/304B01D2257/7027B01D2257/90B01D2259/4508B01D2259/4566
    • A flexible porous material formed into a flat plate is used as a porous material (2) carrying adsorbents for adsorbing foul-odor components in gas. Slits (2a, 2b) are alternately formed in front and back sides of this porous material such that the slits are formed to a midway along the thickness in a thickness direction and the porous material is then extended in a plane direction to be formed into pleats wherein a bottom portion of a slit becomes an angle portion thereof. When compared with a flat plate-like material, the pleated porous material formed as above has a filtering area remarkably increased to reduce the flow velocity of air passing through the filter, to thereby reduce remarkably the pressure loss. Therefore, since there is generated extra margin in attainment of a target pressure loss, it is possible to increase the volume of adsorbents carried by the porous material, thereby making it possible to improve deodorizing performance remarkably.
    • 使用形成为平板的柔性多孔材料作为多孔材料(2),其携带用于吸附气体中的臭味成分的吸附剂。 狭缝(2a,2b)交替地形成在该多孔材料的前侧和后侧,使得狭缝沿着厚度方向的厚度形成在中间,并且多孔材料然后在平面方向上延伸以形成褶皱 狭缝的底部成为其角部。 当与平板状材料相比时,如上形成的褶状多孔材料具有显着增加的过滤面积,以减少通过过滤器的空气的流速,从而显着降低压力损失。 因此,由于在获得目标压力损失方面产生额外的余量,因此可以增加多孔材料携带的吸附剂的体积,从而可以显着提高除臭性能。
    • 26. 发明申请
    • ALUMINUM HEAT EXCHANGER
    • 铝热交换器
    • WO1995008089A1
    • 1995-03-23
    • PCT/JP1994001534
    • 1994-09-16
    • NIPPONDENSO CO., LTD.FUKUOKA, MikioAKI, YoshifumiMORISHITA, Ryuzi
    • NIPPONDENSO CO., LTD.
    • F28F09/00
    • B23K1/0012B23K1/20B23K2101/14B23K2103/10F28F9/001F28F19/06F28F2275/122Y10T29/4935
    • An aluminum heat exchanger (1) with improved productivity and reduced production costs is provided by such a construction that its core portion can be self-supported without using any supporting tool during a brazing operation, comprising a core portion (13) comprising in turn aluminum tubes (2) and corrugated fins (5) which are laminated in a plurality of layers, ends of the tubes (2) being inserted into sheet metals (8, 12) and inserts (14) of highly strong iron or stainless steel inserted in U-shaped folded-back portions (18, 19) of the sheet metals (8, 17) while being kept in abutment with outermost-row corrugated fins (5), whereby the plurality of tubes (2) and corrugated fins (5) are pressed against each other from the both sides of the core portion (13) by means of the two inserts (14), thereby preventing the corrugated fins (5) from coming off during a brazing operation.
    • 通过这样的结构提供了具有提高的生产率和降低生产成本的铝热交换器(1),即,在钎焊操作期间,其核心部分可以自支撑而不使用任何支撑工具,其包括芯部(13),其还包括铝 管(2)和波纹状散热片(5),层叠在多层中,管(2)的端部插入金属片(8,12)中,插入高强度铁或不锈钢的插入件(14) 钣金(8,17)的U形折回部分(18,19)同时保持与最外面的波纹状散热片(5)邻接,由此多个管(2)和波纹状散热片(5) 通过两个插入件(14)从芯部(13)的两侧彼此挤压,从而防止波纹状散热片(5)在钎焊操作期间脱落。
    • 28. 发明申请
    • SEMICONDUCTOR TYPE PRESSURE SENSOR
    • 半导体型压力传感器
    • WO1994014042A1
    • 1994-06-23
    • PCT/JP1993001771
    • 1993-12-06
    • NIPPONDENSO CO., LTD.YAMASHITA, Yasuhiro
    • NIPPONDENSO CO., LTD.
    • G01L09/04
    • G01L19/0038G01L19/0084G01L19/0645G01L19/143G01L19/147
    • The output value of this sensor does not vary with temperature and so the nonlinearity of the output due to temperature change can be improved. The sensor comprises a housing (8) provided with a pressure detection chamber (3); a pressure receiving diaphragm (2) in contact with liquid sealed in the pressure detection chamber (3); and a pressure detecting element (4) arranged in the chamber (3) and receiving the pressure of the liquid. The diaphragm (2) has a corrugate (2c) near the fixed end, which comprises a pair of a ridge (2a) and a groove (2b), and a flat part (2d). The ratio of the distance between the ridge (2a) and the groove (2b) to the radius (R) of the diaphragm (2), and the ratio of the radius of the annular flat part (2d) to the radius (R) of the diaphragm (2) are set within given ranges.
    • 该传感器的输出值不随温度变化,因此可以提高由于温度变化引起的输出的非线性。 传感器包括设置有压力检测室(3)的壳体(8)。 与所述压力检测室(3)中密封的液体接触的受压隔膜(2); 以及设置在所述室(3)中并接收所述液体的压力的压力检测元件(4)。 隔膜(2)在固定端附近具有波纹(2c),其包括一对脊(2a)和凹槽(2b)以及平坦部分(2d)。 脊(2a)和槽(2b)之间的距离与隔膜(2)的半径(R)的比率以及环形平坦部分(2d)的半径与半径(R)的比率 的隔膜(2)设定在规定范围内。
    • 29. 发明申请
    • MAGNETORESISTANT ELEMENT AND MANUFACTURING PROCESS THEREOF
    • 磁阻元件及其制造工艺
    • WO1993011569A1
    • 1993-06-10
    • PCT/JP1992001581
    • 1992-12-03
    • NIPPONDENSO CO., LTD.SUZUKI, YasutoshiAO, KenichiUENOYAMA, HirofumiNOGUCHI, HirokiEGUCHI, KojiITO, IchiroYOSHINO, Yoshimi
    • NIPPONDENSO CO., LTD.
    • H01L43/08
    • H01L43/08
    • A magnetoresistant element used for magnetic sensors etc., which is manufactured by so forming a thin film of a ferromagnetoresistant element as to be superimposed on the end part of an aluminum wiring metal provided on a substrate, by connecting electrically the thin film of the ferromagnetoresistant element to the aluminum wiring metal, and by subjecting both of them to a vacuum heat treatment at a temperature of 350-450 DEG C. By the vacuum heat treatment, an Ni-Al alloy is formed in the connection part of the aluminum wiring metal and the thin film of the ferromagnetoresistant element. Subsequently, even if by a plasma CVD process, on the surface of the alloy, formed is a surface protective film made of silicon nitride, the surface of the aluminum wiring metal on the connection part is prevented from the being nitrided by virtue of the Ni-Al alloy. Therefore, the surface of the alloy can be protected by silicon nitride excelling in moisture resistance, and in addition to this, the resistance of the junction of the thin film of the ferromagnetoresistant element and the wiring metal can be suppressed from increasing accompanied by the formation of this surface protective film. Also, to suppress this increase of the junction resistance, it is allowable that the thin film of the ferromagnetoresistant element and the aluminum wiring metal are connected by another conductor metal. As the conductor metal, TiW, TiN, Ti, Zr, etc. are preferable. Also, a second aluminum wiring metal is usable, when the conductor metal is provided on the upper layers side of the thin film of the ferromagnetoresistant element. Further, usable is the surface protective film of a multilayer type, whose lower layer side is a film containing no nitrogen, such as a silicon oxide film, and whose upper layer side is a surface protective film made of silicon nitride.
    • 用于磁传感器等的磁阻元件,其通过以下方式制造:通过将设置在基板上的铝布线金属的端部上叠加形成铁磁阻抗元件的薄膜,通过将铁磁性电阻薄膜 并且在350-450℃的温度下对它们进行真空热处理。通过真空热处理,在铝布线金属的连接部分中形成Ni-Al合金 和铁磁性元件的薄膜。 随后,即使通过等离子体CVD工艺,在合金表面上形成由氮化硅制成的表面保护膜,也可以防止连接部分上的铝布线金属的表面被Ni -Al合金。 因此,合金的表面可以通过氮化硅的耐湿性得到保护,除此之外,可以抑制铁磁性元素的薄膜与布线金属的接合电阻随着形成而增加 的表面保护膜。 此外,为了抑制接合电阻的增加,可以通过另一种导体金属连接铁磁阻抗元件的薄膜和铝布线金属。 作为导体金属,优选TiW,TiN,Ti,Zr等。 此外,当导体金属设置在铁磁性元件的薄膜的上层侧时,可以使用第二铝布线金属。 此外,可以使用下层侧为不含氮的膜的多层型表面保护膜,例如氧化硅膜,上层侧为氮化硅制的表面保护膜。
    • 30. 发明申请
    • INFORMATION READING APPARATUS
    • 信息阅读器
    • WO1993009514A1
    • 1993-05-13
    • PCT/JP1992001395
    • 1992-10-28
    • NIPPONDENSO CO., LTD.YAMADA, Nobuo
    • NIPPONDENSO CO., LTD.
    • G06K07/10
    • G06K7/10742G06K7/10594G06K7/10881
    • This invention aims at reading optical information formed on a specular surface having a high intensity of reflected light of a specular reflection component. Part of the light radiated through a lens is diffused and reflected on a diffusing reflector, and it reaches an image sensor. When a bar code reader is inclined at a predetermined angle, the first radiated light out of the first and second radiated light does not reach the image sensor, but part of the diffused reflected light is reflected on a specular surface and introduced to the image sensor along the above-mentioned optical path. This enables even a bar code formed on a specular surface to be read by a regular reading operation in which such a bar code is read by a bar code reader disposed with its read port in contact with the specular surface.
    • 本发明的目的在于读取形成在具有高反射光反射分量的高强度的镜面上的光学信息。 通过透镜辐射的光的一部分在扩散反射器上扩散并反射,并且到达图像传感器。 当条形码读取器倾斜预定角度时,第一和第二辐射光中的第一辐射光不到达图像传感器,但是部分漫反射光在镜面反射并被引入图像传感器 沿着上述光路。 这使得甚至可以通过常规读取操作来读取形成在镜面上的条形码,其中这样的条形码被设置成与其镜面接触的读取端口的条形码读取器读取。