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    • 21. 发明专利
    • PACKING APPARATUS OF ELECTRONIC PARTS
    • JPH04173504A
    • 1992-06-22
    • JP29299990
    • 1990-10-30
    • TDK CORP
    • MOGI KUNIOKUDO KOJITAKAHASHI KUNIAKIITO TAKESHIIKEDA HIROSHI
    • B65B5/10B65B5/08B65D85/86H05K13/02
    • PURPOSE:To extremely efficiently pack electronic parts without damages, by providing a parts feeder making the parts to be a row in a specified direction and feeding from a delivery outlet, a shooter having an air path, an air feed mechanism of compressed air, and a case-mounting base holding container cases of electronic parts to be exchangeable in turn. CONSTITUTION:In an electronic parts packer charging electronic parts into a container case 6, the delivery outlet 62 of the electronic parts is orderly positioned at the outlet 22 of a shooter 2 and the container case 6 is vertically placed on the base plate of a mounting base 4. Next, the electronic parts are forced to make a row in a specified direction from a parts feeder 1 to feed to the shooter 2. Next, when an air feeder 3 is actuated, compressed air is supplied from an air feed way 23 to a path 21. A plurality of electronic parts are fed from the outlet 22 of shooter 2 by this compressed air. The electronic parts fed from the outlet 22 of shooter 2 are promptly transferred from the delivery outlet 62 of the electronic parts orderly positioned at the outlet 22 to the containing path 60 of the container case 6 to deliver them from the outer most spiral line 60n to the spiral line 60a at the inner peripheral side. The electronic parts can be smoothly transferred along the containing path 60 by this pneumatic means.
    • 22. 发明专利
    • ELECTRONIC COMPONENT AUTOMATIC FEEDER
    • JPH03295300A
    • 1991-12-26
    • JP9732890
    • 1990-04-12
    • TDK CORP
    • TAKAHASHI TETSUOTAKAHASHI KUNIAKIKUDO KOJIMOGI KUNIOIKEDA HIROSHIITO TAKESHI
    • B23P21/00B65D85/86H05K13/00H05K13/02H05K13/04
    • PURPOSE:To prevent a housing case from impeding the movement of a mounting head in the directions of X and Y by a method wherein the mounting head is made to directly take out an electronic component by the use of the housing case in which the electronic component is housed, and a takeout opening through which the electronic component is delivered from the housing path of the housing case is opened upward at a position corresponding to the lower dead point of a nozzle tip attendant on the down movement of the mounting head. CONSTITUTION:When an actuating signal is transmitted to actuate a pressure air feeding mechanism 3, forward + air energized in a direction in which an electronic component is transferred is fed to spiral stripes 13a-13n, an electronic component is moved to a straight line path 130 from the outermost circumference 13n even toward the upper part of the housing case 1 and quickly delivered from the straight line path 13 until it bears against the side wall 14b of a delivery opening 14. A mounting head H moves downward accompanying the movement of the electronic component to the takeout opening 14, the nozzle tip of the mounting head H is made to bear against the electronic component located at the top of the takeout opening 14 at a lower dead point thus sucking the electronic component. Thereafter, the mounting head H moves up instantaneously and transfers the electronic component to a mounting position on a printed board.
    • 23. 发明专利
    • heating furnace
    • 加热炉
    • JP2011117652A
    • 2011-06-16
    • JP2009274570
    • 2009-12-02
    • Tdk CorpTdk株式会社
    • WATANABE HIDEAKIAKIMOTO KATSUMIKAMIYA SOHIROKATAYASU TAKUOITO TAKESHIOMORI MIKIO
    • F27D7/04F27B17/00
    • PROBLEM TO BE SOLVED: To provide a heating furnace uniformizing temperature distribution in a heat treatment space at each stage within a heat treatment chamber. SOLUTION: The heating furnace 1 includes: a hot air circulation flow passage 30 making hot air circulate and flow; and the heat treatment chamber 10 arranged immediately above a heater 21 and a blower 23 and making the hot air in the hot air circulation flow passage 30 branch to and pass through the heat treatment spaces 13a-13e at the respective stages. The upstream side of the heat treatment space 13a-13e at each stage includes: a bent thermal loss control plate 51a-51e projecting longer to the upstream side as a distance from the heater 21 increases; first and second mesh materials 53, 55 through which the hot air introduced to the heat treatment space 13a-13e is made to pass sequentially; and a heat distribution control plate 57 provided between the first and second mesh materials 53, 55 and controlling heat distribution in the horizontal direction of the heat treatment space 13a-13e. COPYRIGHT: (C)2011,JPO&INPIT
    • 要解决的问题:提供一种在热处理室内的各阶段的热处理空间中均匀化温度分布的加热炉。 解决方案:加热炉1包括:使热空气循环和流动的热空气循环流动通道30; 在加热器21的正上方配置的热处理室10和鼓风机23,使热空气循环流路30内的热空气分支并通过各处的热处理空间13a〜13e。 在各处的热处理空间13a-13e的上游侧包括:与加热器21的距离越靠近上游侧突出的弯曲的热损失控制板51a〜51e越大; 使引入热处理空间13a-13e的热空气依次通过的第一和第二网眼材料53,55; 以及设置在第一和第二网眼材料53,55之间并控制热处理空间13a-13e的水平方向上的热分布的热分布控制板57。 版权所有(C)2011,JPO&INPIT
    • 24. 发明专利
    • Apparatus for manufacturing laminate ceramic electronic component
    • 制造层压陶瓷电子元件的装置
    • JP2009246297A
    • 2009-10-22
    • JP2008094088
    • 2008-03-31
    • Tdk CorpTdk株式会社
    • YODOGAWA YOSHIMITAKAHASHI KIKUOITO TAKESHIABE AKIOSHIMAZAKI KIMISUKE
    • H01G4/30H01G4/12
    • PROBLEM TO BE SOLVED: To provide a sheet laminating apparatus capable of highly efficiently laminating green sheets.
      SOLUTION: The sheet laminating apparatus comprises: a lower frame holding outer mold 16 having a green sheet peripheral edge 12a set therein; a lower punch 14 penetrating through the lower frame holding outer mold 16 and opposing a green sheet center 12b; an upper frame holder 20 disposed with the lower frame holding outer mold 16 with the sheet peripheral edge 12a sandwiched; an upper punch 18 penetrating through the upper frame holder 20 and disposed with the lower punch 14 with the sheet center portion 12b sandwiched; a first forcing member 42 for forcing the lower punch 14 toward the upper punch 18 side; and a second forcing member 24 for relatively movably coupling the upper frame holder 20 to the upper punch 18 and forcing the upper frame holder 20 toward the lower frame holding outer mold 16 side, wherein the upper punch 18 and the lower punch 14 disposed with the sheet center portion 12b sandwiched are freely movable relatively in the thickness direction of the green sheet 12 for the upper frame holder 20 and the lower frame holding outer mold 16 disposed with the sheet peripheral edge portion 12a sandwiched.
      COPYRIGHT: (C)2010,JPO&INPIT
    • 要解决的问题:提供能够高效地层压生片的片材层压装置。 解决方案:片材层压装置包括:下框架,其保持设置有生坯片周缘12a的外模具16; 穿过下框架保持外模具16并与生​​片中心12b相对的下冲头14; 上框架保持件20,其设置有夹持有外围边缘12a的下框架保持外模16; 上冲头18穿过上框架保持件20并且与下冲头14一起设置,其中夹层板中心部分12b; 用于迫使下冲头14朝向上冲头18侧的第一迫动构件42; 以及第二推动构件24,用于将上框架保持件20相对于可移动地联接到上冲头18并且迫使上框架保持件20朝向下框架保持外模具16侧,其中上冲头18和下冲头14配置有 被夹持的片材中心部分12b可相对于用于上框架保持件20的生片12的厚度方向相互自由移动,并且夹持有片材周边部分12a的下框架保持外模16。 版权所有(C)2010,JPO&INPIT
    • 25. 发明专利
    • Forming apparatus
    • 成型设备
    • JP2007290029A
    • 2007-11-08
    • JP2006218789
    • 2006-08-10
    • Tdk CorpTdk株式会社
    • SATO TAKASHISATO SADAKIKIKUCHI MASARUGOTO MASASHIITO TAKESHIKATAYASU TAKUO
    • B30B11/00
    • PROBLEM TO BE SOLVED: To provide a forming apparatus which can surely prevent the damage of a molding and a lower punch in the removal of the molding while simplifying a feeder and reducing its weight. SOLUTION: The molding apparatus 1 forms the molding by compressing powder by means of upper punches and lower punches with the cavities of a die filled with the powder by means of the feeder. The forming apparatus 1 comprises a die driving system 34 for moving the die with respect to the lower punches upward and downward, an upper ram driving system 35 for moving the upper punches upward and downward, and a feeder driving system for advancing and withdrawing the feeder. Respective cams of the die driving system 34, the upper ram driving system 35, and the feeder driving system are connected to a main shaft 59 to be driven by a driving motor. The cam of the die driving system 34 has a profile for making the die stop, rise, stop in this order within a required angular range. The cam of the feeder driving system has a profile for making the feeder advance, stop, advance with respect to the cavity in this order within a required angular range. COPYRIGHT: (C)2008,JPO&INPIT
    • 要解决的问题:提供一种成形装置,其可以在简化进料器并减轻其重量的同时,可以可靠地防止模制品和下冲头在去除模制件中的损坏。 解决方案:成型装置1通过借助于上冲头和下冲头压缩粉末而形成模制件,其中通过进料器填充有粉末的模具的空腔。 成形装置1包括用于相对于下冲头向上和向下移动模具的模具驱动系统34,用于向上和向下移动上冲头的上冲头驱动系统35和用于推进和退出进给器的进给器驱动系统 。 模具驱动系统34,上冲头驱动系统35和进给器驱动系统的各个凸轮连接到主轴59,以由驱动电动机驱动。 模具驱动系统34的凸轮具有用于使模具停止,上升,在所需角度范围内以此顺序停止的轮廓。 进料器驱动系统的凸轮具有用于使进给器在所需的角度范围内以相对于腔的方式前进,停止,前进的轮廓。 版权所有(C)2008,JPO&INPIT
    • 26. 发明专利
    • Forming die
    • 成型DIE
    • JP2007196273A
    • 2007-08-09
    • JP2006019523
    • 2006-01-27
    • Tdk CorpTdk株式会社
    • SATO SADAKIGOTO MASASHIKIKUCHI MASARUITO TAKESHIKATAYASU TAKUO
    • B30B11/02
    • B22F3/03B29C43/361B29C2043/3618B29K2105/251
    • PROBLEM TO BE SOLVED: To improve the machinability of a through-hole opening in the outside surface of a forming die and in the surface forming a die hole. SOLUTION: A forming die D1 is provided with a frame body 10 and dies 20, which are arranged inside the frame body 10 and which form a die hole 3. The dies 20 have a first and second parts, which form the die hole 3 and include the surfaces opposing to each other respectively. In the frame body 10, a first through-hole 16, which passes through so that it opens in the outside surface and the inside surface of the frame body 10, is formed. In the first part, a second through-hole 25 continuing to the first through-hole 16 is formed. The second through-hole 25 includes a first region 26 and a second region 27. The first region 26 is opened in the surface of the first part, which opposes to the inside surface of the frame body 10, and is made to be a first cross section. The second region 27 is opened in the surface forming the die hole 3 and made to have a cross section smaller than the first cross section. COPYRIGHT: (C)2007,JPO&INPIT
    • 要解决的问题:提高成形模的外表面和形成模孔的表面中的通孔开口的机械加工性。 解决方案:成型模具D1设置有框架体10和模具20,该框体10和模具20布置在框架体10内部并形成模具孔3.模具20具有形成模具的第一和第二部分 并且分别包括彼此相对的表面。 在框架体10中,形成有通过其在框体10的外表面和内表面开口的第一通孔16。 在第一部分中,形成连续到第一通孔16的第二通孔25。 第二通孔25包括第一区域26和第二区域27.第一区域26在与框架体10的内表面相对的第一部分的表面中敞开,并且被制成第一通孔 横截面。 第二区域27在形成模孔3的表面中开口,并且具有比第一横截面小的横截面。 版权所有(C)2007,JPO&INPIT
    • 27. 发明专利
    • Molding apparatus
    • 成型设备
    • JP2007144477A
    • 2007-06-14
    • JP2005343568
    • 2005-11-29
    • Tdk CorpTdk株式会社
    • SATO SADAKIGOTO MASASHIKIKUCHI MASARUITO TAKESHIKATAYASU TAKUO
    • B30B11/02B28B3/02
    • PROBLEM TO BE SOLVED: To provide a molding apparatus capable of preventing the occurrence of cracks and fractures in a formed body in a process of extracting the formed body from a die, and a molding method. SOLUTION: The molding apparatus 1 is equipped with a control unit 2, a first punch 24, a die 21 having a first surface 21B, and a second punch 34 having a second surface 34A. In the extraction operation from the die 21 of a dielectric formed body 5 from the die 5, the first punch 14 is first slightly moved upward to reduce the pressure to be exerted on a compression molded product 5 to set down to the prescribed pressure. While the pressure to be exerted on a compression molded product 5 is maintained under the prescribed pressure, the first punch 14 and the second punch 34 are moved upward until the second surface 34A of the second punch 34 coincide with the first surface 21B. When control unit 21 judges that the second surface 24A of the second surface 34A coincides with the first surface 21B of the die 21, the control unit drives and controls the first punch 14 by a first driving mechanism 13 such that the pressure acting on the compression molded product 5 reaches zero. COPYRIGHT: (C)2007,JPO&INPIT
    • 要解决的问题:提供一种能够防止在从模具中提取成形体的过程中在成形体中产生裂纹和断裂的成型装置和模制方法。 解决方案:模制设备1配备有控制单元2,第一冲头24,具有第一表面21B的模具21和具有第二表面34A的第二冲头34。 在从模具5的电介质成形体5的模具21的提取操作中,首先将第一冲头14稍微向上移动,以减小施加在压缩成型体5上的压力,使其达到规定的压力。 虽然施加在压缩成型品5上的压力保持在规定的压力下,但是第一冲头14和第二冲头34向上移动直到第二冲头34的第二表面34A与第一表面21B重合。 当控制单元21判定第二表面34A的第二表面24A与模具21的第一表面21B重合时,控制单元通过第一驱动机构13驱动和控制第一冲头14,使得作用在压缩 模制产品5达到零。 版权所有(C)2007,JPO&INPIT
    • 28. 发明专利
    • Apparatus for manufacturing spherical powder, jacket for supplying powder, and method for manufacturing spherical powder
    • 用于制造球形粉末的装置,用于供应粉末的胶囊和制造球形粉末的方法
    • JP2004275880A
    • 2004-10-07
    • JP2003070296
    • 2003-03-14
    • Tdk CorpTdk株式会社
    • SOGABE TOMOHIROKURUMA SEIRAIKANEDA ISAOMIYABE KAZUOITO TAKESHI
    • B01J19/00
    • PROBLEM TO BE SOLVED: To provide an apparatus for manufacturing spherical powder capable of improving the production efficiency of the spherical powder, reducing an equipment maintenance cost, and improving quality, and a method for manufacturing the spherical powder, etc.
      SOLUTION: The outer peripheral side of a burner body 60 for generating a combustion flame F is provided with a jacket 70 which is so arranged as to jet incombustible inert gas (gaseous N
      2 ) which is the carrier gas of raw material powder 100a from an annular nozzle 77 formed on the jacket 70 to the outer side of the combustion flame F. The raw material powder 100a is preferably sprayed with an inclination of a prescribed angle relative to the jetting direction of the combustion flame F.
      COPYRIGHT: (C)2005,JPO&NCIPI
    • 解决的问题:提供一种能够提高球状粉末的生产效率的球形粉末的制造装置,降低设备维护成本和提高质量,以及球形粉末的制造方法等。 >解决方案:用于产生燃烧火焰F的燃烧器主体60的外周侧设置有套管70,该套70被布置为喷射作为载体的不可燃惰性气体(气体N 2 ) 原料粉末100a的气体,从形成在护套70上的环状喷嘴77到燃烧火焰F的外侧。原料粉末100a优选相对于燃烧火焰的喷射方向以规定角度倾斜喷雾 F.版权所有(C)2005,JPO&NCIPI