46results about How to "Supplied inexpensively" patented technology

The present invention relates to a control algorithm constructing device that constructs a control algorithm controlling the motion of a robot, and a controller that controls the motion of the robot in accordance with the constructed control algorithm, with the purpose of reducing the cost and time taken to create the control algorithm as compared with the conventional method such as an MZP method to solve a mechanical equation, in which the control algorithm is constructed by a recurrent neural network (RNN) including a neuron generating an output with an analogue lag with respect to an input, the coefficients of the RNN are determined in succession from the term of lower degree to the term of higher degree.

A power supply connectable to a source of AC line voltage for AC electric arc welding by an AC arc current across a welding gap between an electrode and a workpiece, the power supply comprises a high capacity transformer that converts said line voltage to an AC output voltage, and a rectifier that converts the AC output voltage to a DC voltage between a positive terminal and a common terminal at generally zero volts and a negative terminal and the common terminal. The power supply has a first switch that connects the positive terminal to the common terminal across the gap when a gate signal is applied to the first switch, a second switch for connecting the negative terminal to the common terminal across the gap when a gate signal is applied to the second switch and a pulse width modulator operated for generating pulses at a frequency of at least about 18 kHz. A logic network has a first circuit for directing the pulses to the first switch for a first time, a second circuit for directing the pulses to the second switch for a second time and a controller to alternately operate first and second circuits to create AC arc welding current.

To provide a thin film integrated circuit at low cost and with thin thickness, which is applicable to mass production unlike the conventional glass substrate or the single crystalline silicon substrate, and a structure and a process of a thin film integrated circuit device or an IC chip having the thin film integrated circuit. A manufacturing method of a semiconductor device includes the steps of forming a first insulating film over one surface of a silicon substrate, forming a layer having at least two thin film integrated circuits over the first insulating film, forming a resin layer so as to cover the layer having the thin film integrated circuit, forming a film so as to cover the resin layer, grinding a backside of one surface of the silicon substrate which is formed with the layer having the thin film integrated circuit, and polishing the ground surface of the silicon substrate.

A power supply apparatus comprises a power generating device in which the output power supplied to a load varies depending on a power generating condition; a current detection part for detecting the current output from the power generating device; a target output voltage setting part for setting a target output voltage of the power generating device; an error amplifier for amplifying the error between the voltage output from the power generating device and the target output voltage and outputting an error signal; a current control part for receiving input of the error signal, controlling the output current of the generating device so as to make the absolute value of the error signal small and outputting it to external output terminals; and an operation part for calculating the target output voltage as a desired operating condition of the power generating device by a predetermined function having at least the current detected by the current detecting part as an input parameter, and issuing it to the target output voltage setting part.

The present invention discloses a fused sheet for electromagnetic wave absorption/extinction and shielding, and for electronic equipment high heat dissipation. The fused sheet for electromagnetic wave absorption/extinction and shielding, and for electronic equipment high heat dissipation of the present invention includes a premolded graphite sheet prepared by molding a graphite substrate into a sheet form having a density in a range of 0.1-1.5 g/cm³ and an incomplete state of crystal structure; and a porous metal sheet having a plurality of pores connected to upper and lower surfaces of the porous metal sheet, wherein the premolded graphite sheet is stacked on one surface of the porous metal sheet, and press molded to be integrally attached and combined, so as to have a density of 1.6 g/cm³-6.0 g/cm³

A method for fuel route planning is implemented on a system including: a dispatch computer for interfacing with a fuel route plan user; and a central server computer in communication with the dispatch computer through a network. The central server computer is for: receiving an origin airport and a destination airport for a flight of an aircraft; determining a flight trajectory between the origin airport and the destination airport; retrieving a plurality of refueling airports located adjacent to the flight trajectory; retrieving fuel price information associated with a plurality of FBOs located at the plurality of refueling airports; presenting the flight trajectory and the plurality of refueling airports on an aeronautical/geospatial map; and displaying the fuel price information associated with the plurality of FBOs located at the plurality of refueling airports for use in compiling a fuel route plan.

A filter device includes a bag-shape filter body. The filter device is attached in a manner such that an internal space of the filter body connects through to a fuel intake port in a fuel tank. The filter body includes two or more filter materials overlaying each other. At least one of the filter materials is configured so that a cross sectional area of its fuel passage is different between a primary side and a secondary side of the filter material so as to be a multifunctional filter material having a function of gradually capturing dust having different particle sizes.

The present invention provides a low-cost ozone production method and apparatus for carrying out ozone/oxygen separation using an ozone adsorbent, that re-uses the recovered oxygen as a feed for ozone production, and that desorbs and recovers the adsorbed ozone using dry air. In the method and apparatus, a gas containing an ozone and oxygen two-component gas supplied from an ozone generator is pressurized, introduced into an ozone adsorbent-packed adsorption column, and brought into contact with the adsorbent to adsorb the ozone to the adsorbent. Using dry air as a counterflow purge gas for the adsorbed ozone, the ozone is desorbed from the ozone adsorbent-packed adsorption column loaded with adsorbed ozone by depressurizing the adsorption column or air is introduced as a purge gas from the rear of the column into the adsorbent bed, whereby an ozone and air two-component gas is recovered. The method and apparatus use, as the ozone adsorbent, at least one selected from the group consisting of (1) pentasil-type zeolites, (2) acid-treated pentasil-type zeolites, (3) mesoporous silica, and (4) acid-treated mesoporous silica.

To provide a manufacturing method of a small-sized quartz crystal vibrating piece, which can decrease processing variations due to accuracy of matching a front and a rear of a mask in etching of a quartz crystal wafer. According to a manufacturing method of a quartz crystal vibrating piece to be processed by etching a quartz crystal wafer from a front and a rear, a size of a mask used for etching is changed depending on a front and a rear of the quartz crystal wafer, a mask of a small size is defined as a reference mask, and a mask of a large size is defined as a relative mask so as to perform etching. The mask is unified to the size to be processed from the reference mask by over etching, even processing accuracy can be obtained, the small-sized quartz crystal vibrating piece can be manufactured, and the quartz crystal vibrating piece can be provided inexpensively and stably.

The present invention provides, at low cost, a self-supporting package which is excellent in heat resistance and can be sterilized at high temperatures and the content of which is drunk through a straw. That is, the present invention provides a self-supporting bag which comprises front and back materials consisting of a composite film having a seal layer and having flexibility, and a bottom material consisting of said composite film and folded in the form of the letter W between the front material and the back material, wherein a straw-thrusting film consisting of said composite film is folded in the form of the letter M between the front material and the back material in inverse direction to the bottom material and provided from one side seal to the other side seal of the self-supporting bag, the straw-thrusting film being heat-welded to either one of the front material and the back material, and further provides a self-supporting package comprising said self-supporting bag which is charged with a content and closed by sealing, wherein a seal part is provided in the upper portion of the bag, said seal part having an unsealed part having a width of 2 mm or more in longitudinal direction including therein the upper edge of the straw-thrusting film and a width in lateral direction within the width of the self-supporting bag.

An epistaxis apparatus for use with a sphygmomanometer having an arm cuff comprising: i) an air filled compressible rubber reservoir bulb sized to be received within the arm cuff for compression therein; ii) a flexible hose having one end connected to an end portion of the compressible bulb; and, iii) an inflatable nasal bladder having a front end portion connected to another end potion of the hose having an exterior shape generally sized to fill a nasal cavity. When the sphygmomanometer is pumped to a selected pressure, the nasal bladder expands within the nasal cavity to the selected pressure stopping a nose bleed. In a preferred aspect of this invention the nasal bladder comprises two similar side portions so that each nasal cavity of a user may receive one of the nasal bladders so that when the apparatus is pumped to the selected pressure each side portion will be similarly pressured and septal deviation with its associated discomfort will be avoided. Each side portion of the bladder further comprises a breathing tube extending through the bladder from a front to a rear side portion thereof so that after the side portions of the bladder are positioned and pressurized within the nasal cavity the user will be able to breath through the breathing tubes therein.

A transmission device (1) with a hydraulic system (4) comprising a main transmission pump device for supplying various transmission components with hydraulic fluid. The main transmission pump device is driven by torque applied to the transmission input shaft (2). A force flow between the transmission input shaft (2) and transmission output shaft (3) is produced by various hydraulically actuated transmission components. When the hydraulic system (4) is not supplied by the main transmission pump, the force flow is interrupted. The hydraulic system (4) has an auxiliary pump device (5) by virtue of which the hydraulic system (4) too can be supplied with hydraulic fluid. The auxiliary pump device (5) is driven by torque applied to the transmission output shaft (3) at least when the force flow is interrupted.

A method of producing a phenol derivative glycoside is provided. The method comprises the step of allowing a saccharide and a phenol derivative to react with each other in the presence of an enzyme to produce the phenol derivative glycoside. The enzyme is selected from the group consisting of neopullulanase, cyclomaltodextrinase, maltogenic α-amylase, and saccharifying amylase having cyclodextrin synthesizing capability.

The sensible heat of an exhaust gas of a power generator, a combustion device, or a transport device 21 in a virtual area wherein a plurality of energy-consuming devices 23 are provided (energy supply and demand grid) is recovered as H₂ or CO+H₂ by reforming dimethyl ether (DME); and the H₂ or CO+H₂ is supplied as fuel for the energy-consuming devices 23 or as a chemical raw material within the energy supply and demand grid or to another energy supply and demand grid. By forming an energy cycle in society using DME, for example, waste heat of factories and electric power plants can be effectively utilized as energy in society as a whole, e.g., as energy for consumers or transportation.

A high temperature evaporator is made using an electrically insulating crucible and a heating element made of woven graphite fibers. The crucible is manufactured out of an electrically insulating block to the required shape, and channels are machined on the walls of the crucible. The woven graphite cord is threaded through the channels and is used as heating elements. Since the heating cords are made of woven graphite, they are very flexible and do not embrittle. They can be manufactured to various resistivity as needed, allowing for relatively inexpensive power supplies and low current power delivery. The cords are not fragile and do not break due to thermal shock or vibration.

An outer ring member for a constant velocity joint is manufactured. An intermediate preformed product having a cup section with an incomplete shape is formed by pressing a large diameter section without applying a low temperature annealing treatment and a lubricating chemical conversion coating treatment. Then, applying a low temperature annealing treatment and a lubricating chemical conversion coating treatment to the intermediate preformed product, thereafter a formed product having a cup section provided with ball-rolling grooves is formed by backward extrusion to the intermediate preformed product. Subsequently, the product is ironed before hardening, without applying a low temperature annealing treatment and a lubricating chemical conversion coating treatment to the formed product.

A manufacturing method for improving the yield in a semiconductor manufacturing process and reducing the manufacturing cost produces a semiconductor device that is inexpensively manufactured and has a high reliability by reliably making contact during inspection with a suitable pressing force, while limiting damage to an electrode pad even when many inspected electrodes are inspected. A substrate used for inspection of the semiconductor device has a beam, a probe on the beam having a projecting shape for coming in contact with an electrode (electrode pad) of the semiconductor device, and a secondary electrode electrically connected to the probe through an electrically conductive member disposed on the side of the beam opposed to the side where the probe is provided. In an inspecting process, an inspecting device having a layer having many projections formed in the probe come in contact with the electrode pad of the semiconductor device.