73results about How to "Curb complication" patented technology

A method is provided to enhance the connection reliability in three-dimensional mounting while considering the warping of packages. Opening diameters of the openings provided corresponding to protruding electrodes, respectively, are set so as to gradually decrease from the central portion toward the outer peripheral portion of a carrier substrate, and the opening diameters of openings provided corresponding to the protruding electrodes, respectively, are set so as to gradually decrease from the central portion toward the outer peripheral portion of another carrier substrate.

In a power supply device, there has been a problem that when a bus bar module to which batteries are connected varies in length, it becomes difficult to attach a cover member. The bus bar module (6) comprises: a plurality of bus bars for connecting adjacent batteries in a battery assembly body to each other, the battery assembly body being formed by stacking a plurality batteries; a main body portion (8) having the bus bars attached thereto and being stacked on the battery assembly body; a plurality of alignment projections (29) provided on the main body portion; and a plurality of locking portions (30). The cover member (1) is installed adjacent to the bus bar module along the stacked direction (X) of the batteries and comprises: a plurality of cover portions (10) for covering each of the bus bars; and an elastic deformation portion (14) for coupling the adjacent cover portions so as to be able to be mutually displaced. Each of the cover portions comprises: an alignment opening (11) into which each of the alignment projections is inserted; and a locking receiving portion (12) by which each of the locking portions is locked. The alignment opening is shaped so as to be able to be inserted even when the positions of the alignment projections move along the direction (X), thereby solving the above problem.

Disclosed is an L2 cache (202) provided with a first port (211) for inputting commands from a CPU (201); a third port (213) for inputting commands from a DMAC (205); a bit decision unit (71) in which it is determined whether or not the data of an address specified in the command is stored in the L2 cache (202) when a command is input to the third port (213); and a DMAC access controller (63) in which processing is conducted to maintain the coherency of the data stored in a memory (204) and the stored data when a command is input to the third port (213) and the decision by the bit decision unit (71) is that the command is stored, and the input command is output to a memory (204) as the command output from the DMAC (205).

The purpose of the present invention is to provide a plant cultivation apparatus with which increased equipment complexity is limited and adverse effects on constituent members are prevented while the apparatus is also capable of automatically sprinkling leaf surfaces with a chosen timing and number of repetitions and capable of improving production efficiency. The apparatus is provided with: multiple cultivation shelves (121) for housing multiple cultivation trays (110); a transport means (130) for conveying the cultivation trays (110); and a sprinkling means (140) for sprinkling a sprinkling liquid on the plant leaf surfaces. The sprinkling means is disposed on the cultivation tray (110) conveyance path or at the conveyance destination and is provided with: an isolating member (141) for forming a partitioned space; and sprinkling nozzles (143) for sprinkling the sprinkling liquid toward the interior of the space.

A method is provided to realize a three-dimensional mounting structure of different types of packages. By bonding protruding electrodes onto lands, which are formed on a first carrier substrate, second and third carrier substrates are mounted on the first carrier substrate such that ends of the second and third carrier substrates are arranged above a semiconductor chip.

In a cylinder (23) of a compression mechanism (20), an intake passage (40) passing through the cylinder (23) in the radial direction thereof is formed. There is provided in a sealed container (10) a coupling member (43) having a tip end face facing the periphery of the intake passage (40) in the outer face of the cylinder (23) and a base end to which an intake pipe (42) is mounted. The tip end face of the coupling member (43) serves as a flat sealed face. A concave groove (23a) is formed in a peripheral part around the intake passage (40) in the outer face of the cylinder (23) and an O ring (45) is fitted therein. The O ring (45) is pressed against the tip end face of the coupling member (43), sealing a gap between the cylinder (23) and the coupling member (43).

According to the present invention, there is provided an unbalanced correction method for a rotor, and the unevenness of the structure of the rotor can be corrected by a simple method. The adjustment method of the unbalance of the rotor includes a first adjustment step of adjusting an imbalance of the rotor (10) at any one of the adjustment positions (BP1) on the circumference of the plane (PL1); a second adjustment step of adjusting, The adjustment of the imbalance of the rotor (10) at any one of the adjustment positions (BP2) on the circumference of the plane (PL2); and a third adjustment step, after the first adjustment step and the second adjustment step, The imbalance of the rotor (10) is adjusted at any one of the adjustment positions (BP3) on the circumference of the plane (PL1). The third adjustment step is performed on a substantially planar plane in which the radius of the adjustment position (BP3) is smaller than the radius of the adjustment position (BP1) and (BP2).

The invention provides a reeling device capable of improving the quality of batteries. A cathode sheet conveying mechanism for conveying electrode sheets (6) comprises a cutting mechanism (81) for cutting off the electrode sheets (6), a sheet feeding mechanism (82) for holding the electrode sheets (6) during the cutting process and delivering the electrode sheets (6) to a reeling mechanism (65) after the cutting process, and a detection sensor (91) for detecting a boundary part (D) between an active substance coated part (51) and an active material non-coated part (52) of the electrode sheets (6). When a certain distance L between the cutting mechanism (81) and the sheet feeding mechanism (82) is maintained, the cutting mechanism (81) and the sheet feeding mechanism (82) are integrally moved. Therefore, the predetermined position (M1) of the electrode sheets (6) is positioned as a holding position for the sheet feeding mechanism (82) and the predetermined position (M2) of the electrode sheets (6) is positioned as a cutting position for the cutting mechanism (81) with the boundary part (D) as a reference.

An embodiment of a liquid supplying apparatus for supplying a processing liquid to a process object includes: a processing liquid cartridge including: a reservoir chamber for storing the processing liquid; an ejecting port for ejecting the processing liquid stored in the reservoir chamber; a pusher unit for pushing the processing liquid stored in the reservoir chamber outward through the ejecting port; and a replenishing port for replenishing the processing liquid into the reservoir chamber; a standby unit having a standby area where the processing liquid cartridge is standing-by; a transport mechanism that transports the processing liquid cartridge between the standby unit and a location where the processing liquid cartridge supplies the processing liquid to the process object; and an actuating mechanism provided in the transport mechanism that drives the pusher unit to push the processing liquid stored in the reservoir chamber.

In the power supply device, there is a problem that it is difficult to attach the cover member when the length of the bus bar module connecting the battery varies. The present invention aims to solve the above-mentioned problems by a method in which, as opposed to a battery assembly in which a plurality of batteries are stacked has a plurality of bus bars connecting adjacent batteries to each other, the bus bar is mounted and stacked on the battery. The main body part (8) on the assembly, the bus bar module (6) with a plurality of positioning protrusions (29) and a plurality of locking parts (30) arranged on the main body part, the above-mentioned cover part (1) has multiple The stacking direction (X) of each battery is arranged in a row, and covers a plurality of covering parts (10) of each bus bar, and an elastic deformation part (14) that displaceably connects the adjacent covering parts to each other, and the covering parts respectively have The positioning hole (11) through which the above-mentioned positioning protrusion is inserted, and the locking receiving part (12) which is locked by the above-mentioned locking part. A shape that can be inserted.

In a cylinder (23) of a compression mechanism (20), an intake passage (40) passing through the cylinder (23) in the radial direction thereof is formed. There is provided in a sealed container (10) a coupling member (43) having a tip end face facing the periphery of the intake passage (40) in the outer face of the cylinder (23) and a base end to which an intake pipe (42) is mounted. The tip end face of the coupling member (43) serves as a flat sealed face. A concave groove (23a) is formed in a peripheral part around the intake passage (40) in the outer face of the cylinder (23) and an O ring (45) is fitted therein. The O ring (45) is pressed against the tip end face of the coupling member (43), sealing a gap between the cylinder (23) and the coupling member (43).

A motor includes rotation means having a first member arranged as a rotatable unitary block with an outer circumference side rotor and a second member arranged as a rotatable unitary block with an inner circumference side rotor. The first member and the second member forms a pressure chamber inside the inner circumference side rotor. By supplying a work fluid into the pressure chamber, it is possible to change the relative phase between the inner circumference side rotor and the outer circumference side rotor.