40results about How to "Restraining the drop in productivity" patented technology

A data recording unit 60 for managing operating situations of a hydraulic excavator 1 comprises a RAM 67 for taking in and storing plural kinds of operational information regarding the hydraulic excavator 1 as operational data, and a CPU 65 for extracting top priority operational data from among the plural kinds of operational data stored in the RAM 67, and transmitting the extracted data to the supervising side via satellite communication. Top priority data among the plural kinds of operational data of the hydraulic excavator, which may bring the hydraulic excavator into rest, can be presented to a supervisor of the hydraulic excavator, etc.

An electric energy storage device which has a connection structure having a high connection reliability and can avoid contact between an outer-packaging body and a connection terminal by a simple structure. The electric energy storage device comprises a battery element (10) stored in an outer-packaging body (20) including a metal layer (21b), a plate-like internal lead (31) connected to the battery element (10), a plate-like external lead (32), a connection terminal (33) for electrically connecting the internal lead (31) and the external lead (32), an inside insulation member (41), and an outside insulation member (43). The electric energy storage device is characterized in that flanges (33T, 33B) on both sides of the connection terminal (33) hold the outside insulation member (43), the outer-packaging body (20), and the inside insulation member (41) in between while pressing them via the plate-like external lead (32) and internal lead (31) and that the outside insulation member (43) and/or the inside insulation member (41) is press-fit between a through shaft (33S) of the connection terminal (33) and the metal layer (21b) of the outer-packaging body (20).

A substrate processing apparatus includes a vacuum chamber; a turntable rotatably provided in the vacuum chamber, on which a circular substrate is to be mounted, and provided with a circular concave portion at a front surface having a larger diameter than that of the substrate, and a circular substrate mounting portion provided in the concave portion having a diameter smaller than that of the concave portion and the substrate at a position higher than a bottom portion of the concave portion, the center of the substrate mounting portion being off center with respect to the center of the concave portion toward an outer peripheral portion side of the turntable; a process gas supplying unit which supplies a process gas to the substrate; and a vacuum evacuation mechanism which evacuates the vacuum chamber.

The invention provides an element installation apparatus and a method thereof.A substrate barcode on a bar-shaped substrate is properly identified, The element installation apparatus (1) clamps a plurality of positions on a circuit substrate (5) along X direction, an electric element (20) is loaded at each stop position, before the element is loaded, the coordinate information of the substrate barcode (B) is obtained through a production programme, and the stop position of the substrate barcode (B) is identified employing a loading head camera (22). The circuit substrate (5) is clamped at the stop position, the substrate barcode is identified employing the loading head camera (22), and element loading action is performed at each stop position.

Disclosed is a vibration-damping reinforcing composition containing 30-300 parts by weight of a butyl rubber, 30-300 parts by weight of an acrylonitrile-butadiene rubber, 100 parts by weight of an epoxy resin, and 0.5-30 parts by weight of an epoxy resin curing agent.

The present disclosure relates to a substrate processing apparatus and a substrate processing method suppressing deterioration of a throughput when a module forming a multi-component is disabled. When a module is disabled, a substrate is provided to a carry-in module capable of placing the wafers most rapidly in the plurality of unit blocks and the substrates are sequentially transported to the module group by the transportation means to be delivered to the carry-out module according to a providing sequence of the substrate to the carry-in module in each of the plurality of unit blocks. In particular, the substrates are extracted from the carry-out module according to a providing sequence of the substrate to the carry-in module and transported to a rear module or a substrate placing part. Thereafter, the substrates are transported to the rear module from the carry-out module or the substrate placing part according to a predetermined sequence in which the substrate is provided to the carry-in module in a normal state.

Some embodiments of the present disclosure provide a technique capable of collecting and removing a coating liquid scattering from a substrate when performing a coating process on the substrate onto which a coating liquid of high viscosity is supplied while rotating the substrate, and capable of suppressing degradation in throughput. In a resist coating apparatus that applies a resist liquid whilerotating a wafer, a coating liquid collecting member that traps a linear coating liquid generated by rotation of the wafer is provided in an exhaust path provided along a circumferential direction ofa cup body, and the coating liquid collecting member is provided with a solvent reservoir. When the wafer is subjected to the back side solvent supply treatment, the solvent that has been cleaved from the wafer falls to the coating liquid collecting member, and is stored in the solvent reservoir. In addition, when the solvent is deposited in the solvent reservoir, it is possible to dissolve and remove the linear coating liquid collected by the coating liquid collecting member during the resist coating process when the subsequent wafer is subjected to the resist coating treatment, thereby suppressing a decrease in productivity.

The invention provides a manufacturing apparatus and a manufacturing method. The method cuts off a QFN substrate in three segments along a plurality of cutting lines set in a latticed shape on a QFN substrate, and comprises the steps of: first, along cutting lines in the length direction of the QFN substrate, cutting the portion having similar thickness with the connecting rod of a lead frame to form a cutting groove; second, along cutting lines in the width direction of the QFN substrate, cutting off the lead frame and sealing resin together; and third, in the cutting groove along the length direction of the QFN substrate, cutting the portion having similar thickness with residual sealing resin. Through only cutting off partial sealing resin in the cutting groove, the method can finally reduce the processing load of processing a QFN substrate uniwafer into a QFN substrate product, and thereby prevent the QFN substrate product from deviating or dispersing from a preset position of a cutting clamp tool.

In the gate electrode forming step according to the present invention, a second metal film (18b) is formed on a first metal film (18a) by adding oxygen or nitrogen to an inert gas atmosphere, and after patterning the first metal film (18a) and the second metal film (18b), a third metal film (18c) is formed by performing plasma treatment using oxygen or nitrogen, thereby forming a gate electrode (18a). Consequently, a needle crystal or granular crystal is prevented from being formed, while suppressing deterioration of production efficiency.

A fuel supply system comprising: a fuel supply facility capable of supplying fuel; a transport machine capable of traveling toward the fuel supply facility; and a central management control facility for acquiring execution permission information, which is information indicating whether fuel can be supplied to the transport machine, the central management control facility being capable of executing a control based on acquired execution permission information; wherein, when the transport machine is to be supplied with fuel, the central management control facility executes an entry-denying control for denying entry by the transport machine into the fuel supply facility when it is determined that fuel supply to the transport machine is not to be permitted on the basis of the execution permission information.

The invention relates to an additional bending device, a post-processing device and an image forming system, which can press or depress a sheet bundle without damaging the end part of the sheet bundleso as to inhibit the reduction of productivity. The additional bending device comprises an additional bending mechanism which clamps a folding seam part of a sheet bundle and presses the sheet bundle. And a moving mechanism for moving the additional bending mechanism in the folding direction of the sheet bundle, wherein the additional bending mechanism includes a pair of pressing members for pressing the folding of the sheet bundle from the thickness direction of the sheet bundle, a pressing mechanism for pressing or releasing the pair of pressing members, and a driving mechanism for drivingthe pressing mechanism. The moving mechanism moves the additional bending mechanism in accordance with the size of the sheet bundle in the folding direction, and the additional bending mechanism presses the sheet bundle from the thickness direction by the pair of pressing members near one end of the sheet bundle, and depresses the pair of pressing members near the other end of the sheet bundle after being moved by the moving mechanism.

The invention provides an electronic component installation device which can avoid mutual interference between electronic components, can convey as many electronic components as possible and can restrain reduction of productivity. The electronic component installation device comprises an installation head unit, a motion system, a component dimension data acquisition part, an installation head dimension data acquisition part, and an installation head control part, wherein the installation head unit comprises multiple installation heads; the motion system makes suction nozzles of the installation heads move; the component dimension data acquisition part acquires component dimension data; the installation head dimension data acquisition part acquires installation head dimension data; and the installation head control part outputs a first control signal based on the component dimension data and the installation head dimension data, so a second electronic component which is supported by a supporting face and has appearance dimensions larger than appearance dimensions of a first electronic component can be separated from the supporting face by a second installation head after the first electronic component supported by the supporting face of an electronic component supply device is separated from the supporting face by a first installation head.

The present invention relates to a method of manufacturing a product having a micro protrusion and recess face structure, including: when manufacturing a product having micro protrusion and recess face structure on a surface by transferring the micro protrusion and recess face structure on the surface of a roll mold, the surface of which is treated by a demolding agent, to a surface of a film (main body of the product): transferring the micro recess face structure to the surface of the film, measuring the infrared spectrum of the surface of the roll mold just after the film is demolded from the mold, and determining whether the condition of the demolding agent on the roll mold is good or bad based on the infrared spectrum of the surface of the roll mold. The present invention provides a method of manufacturing a product having a micro protrusion and recess face structure which can easily monitor the condition of a demolding agent on a surface of a mold online and can suppress a decline in productivity; and a manufacturing device thereof.