42results about How to "Inhibition lifetime" patented technology

It is an object to provide a semiconductor storage apparatus managing system for implementing a semiconductor storage apparatus which can be actually utilized in place of a hard disk apparatus.A semiconductor storage apparatus managing system SY for managing an apparatus lifetime of a semiconductor storage apparatus 10 having a semiconductor memory area 15 for storing data and a defective block substituting area 16 for substituting a defective block in the semiconductor memory area 15, includes a storage apparatus side controller 12 for detecting the number of consumed blocks in the defective block substituting area 16 and a host side controller 31 for predicting the apparatus lifetime of the semiconductor storage apparatus 10 based on a result of the detection and giving a notice of a result of the prediction.

A cartridge is set in a printer main unit, and has a remaining toner measurer which measures toner in a toner chamber upon setting of the cartridge. A cartridge memory stores information of a remaining toner amount measured previously. CPU compares the remaining toner amount measured newly with the remaining toner amount measured previously and read from the cartridge memory. If there is an increase in the toner, the cartridge is determined as improper cartridge reloaded with the toner. An alarm signal is generated. Also, printing is inhibited. In another preferred embodiment, shortage information is assigned to the cartridge upon using up the toner. The cartridge, if it has the shortage information, is determined as improper. If a characteristic of the toner is not within a reference range, the cartridge is determined improper. In another preferred embodiment, an upper limit of the number of times of toner reloading is predetermined. The cartridge is determined improper if the reloading time number comes up to the upper limit. The improper cartridge is set in a state in which operation is inhibited. Also, when the cartridge is disassembled, the improper cartridge is inhibited from operating.

A display device and a driving device for driving a backlight module are provided. The driving device includes a power conversion circuit (PCC), a PWM generator, a current control unit (CCU) and a voltage feedback compensation circuit (VFCC). The PCC is used for converting an input voltage into an adjustable voltage supplied to the backlight module. The CCU is used for controlling current flowing through the backlight module. The VFCC is used for receiving an output voltage from the backlight module and providing a feedback voltage to the PWM generator, so that the PWM generator adjusts the adjustable voltage accordingly. Therefore, the driving device submitted by the present invention can be reduced the entire power consumption of the display device and further avoided the current control unit happened damage also.

In a method for predicting the lifetime of a photo-semiconductor device that has a maximum light output value restricted by thermal saturation, the maximum light output value is extracted by measuring the characteristic of light output from the photo-semiconductor device with respect to drive current. The decrease tendency of the maximum output values with respect to drive time is predicted to predict the lifetime of the photo-semiconductor. Further, the predicted lifetime is updated as time passes. Therefore, in this method, even if drive condition changes, or an individual difference of the photo-semiconductor per se is present, it is possible to substantially accurately predict the lifetime of the photo-semiconductor.

A liquid crystal display device includes a liquid crystal panel; and a backlight unit disposed under the liquid crystal panel and including an LED assembly, wherein the LED assembly includes a frame portion, LED chips arranged in the frame portion in a line and spaced apart from each other, connecting portions each disposed between adjacent LED chips and connected to adjacent LED chips through wire bonding, and a sealing portion including a fluorescent substance and covering the LED chips and the connecting portions, and wherein the sealing portion changes light emitted from the LED chips into a linear light source.

The method for operating a multi-clothes styler system having a first styler and a second styler each with a hanger for applying vibration to clothes hung therefrom, includes an antiphase control step for controlling a vibration phase of a second hanger of the second styler to become an antiphase of the vibration phase of a first hanger of the first styler, if the first hanger of a first clothes styler and the second hanger of a second clothes styler are operated at the same time, and vibration frequencies of the first hanger and the second hanger are the same, whereby minimizing noise produced from the vibration of a plurality of hangers, and preventing the multi-clothes styler system from damaging due to intense variation to prevent a lifetime thereof from reducing.

The invention relates to a BX high-end three-dimensional integrated solid-liquid synchronous deeply sewage-treating device and a manufacturing method. The device is characterized by forming a set of complete sewage treating system device by three-dimensionally combining power transmission, double-vortex gearshift, dosing neutralizing, oil-water separation, aeration biochemical treatment, solid-liquid centrifugal separation, sweeping de-sliming, sludge wiping, overhead storage, biologic gnawing, deep physical absorption, malnutrition reduction, PH value, heavy metal (other pollutants), turbidity self-detection, cross circulation backwashing, sterilization and disinfection, water purification and draining, overhead bearing support and automatic control system. The energy consumption is low, the running cost is low and the industrial wastewater, rural sewage, municipal (other) sewage and reclaimed water are locally intensively treated nearby, so that the requirements for standard emission and resource reutilization are met; the device has obvious effects of cleaning production, capacity promotion and effect enhancement; the device has huge national benefit or public benefit at the aspects of water resource shortage, water pollution, sustainable economic development maintenance and promotion for energy saving and emission reduction.

Disclosed is a display apparatus including a display panel on which an image is displayed. The outdoor display apparatus may include a light source module including a light source configured to generate light, and disposed behind the display panel, a rear chassis configured to support the light source module and disposed behind the light source module, a heat collection device supported by the rear chassis and including a heat collection part disposed to correspond to the light source module and a discharge part configured to discharge heat collected in the heat collection part and transferred to the discharge part, and a heat discharge device configured to discharge the heat discharged from the discharge part to an outside of the display apparatus.

A load balancing method of a computing system includes calculating a workload of at least one core of a plurality of cores of a multi-core processor that is entering an idle state, and selecting a core from among the plurality of cores to operate as a common core according to the calculated workload, wherein the common core operates while in the idle state.

An optoelectronic device including light-emitting diodes (LED), each light-emitting diode including a semiconductor element corresponding to a nanowire, a microwire, and / or a nanometer- or micrometer-range pyramidal structure, and a shell at least partially covering the semiconductor element and adapted to emit a radiation and for each light-emitting diode, a photoluminescent coating including a single quantum well, multiple quantum wells or an heterostructure, covering at least part of the shell and in contact with the shell or with the semiconductor element and adapted to convert by optical pumping the radiation emitted by the shell into another radiation.

The invention provides a valve-controlled sealed lead-acid storage battery capable of meeting the demand of development of a large scale data center at present and satisfying the use of high power discharge with a long floating charge cycle life. In the valve-controlled sealed lead-acid storage battery disclosed by the invention, the longitudinal ribs of the grid mesh thereof are radially distributed, and the tab is in the middle. The interval between the longitudinal ribs is 0.7-0.8 time that of the transverse ribs, and the plate grid is formed by using a high-tin low-calcium alloy with tin content of 1.2-2 w% and calcium content of 0.04-0.05 w%; the apparent density of the positive lead paste formula is 4-4.1 g / cm<3>, the apparent density of the negative lead paste formula is 4.4-4.5 g / cm<3>; the positive plate gamma value is 0.70-0.80, an organic fibrous material is added to the separator, the separator has the base weight of 163-176 g / m<2>.mm at 10kPa, the separator has the porosity of 93-94%; the electrolyte acid density is 1.30-1.31 g / cm<3>.

The present invention provides a punch press that enables the arrangement length of a motor and a crank mechanism to be reduced so that the motor can be installed without being projected far from a side of a frame, the punch press avoiding biasing the motor, which may act as a heat source, to reduce the magnitude of deformation resulting from a difference in thermal expansion between the right and left sides of the frame. A punch press includes a servo motor 2, a ram 3 which drives a press tool, and a crank mechanism 4 which converts a rotating motion transmitted to a crank shaft 6 into an elevating and lowering operation of the ram 3. The punch press is provided with a drive transmitting mechanism 5 which transmits rotation of the servo motor 2 to the crank shaft 6 while reducing a rotation speed. The servo motor 2 is placed by the side of the crank mechanism 4 so that its rotating axis 01 is parallel to the axis 0 of the crank shaft 6. The drive transmitting mechanism 5 is composed of a gear mechanism in which servo motor side gears 15A, 15B joined to respective output shafts 14A, 14B of the servo motor 2 engage, directly or via intermediate gears 17A1 to 17B2, with crank side gears 16A, 16B, respectively, joined to the crank shaft 6.

Embodiments of a method used for determination of inhibition durability index (IDI) of an inhibitive mud system can include multiple stages, with each stage including specific steps. The first stage can include a dispersion test that evaluates the inhibition effects of a stability inhibitor after exposing the test material to the inhibitor. The second stage can include a durability inhibition assessment, which includes assessing the longevity of the effect of the inhibitor. A third stage can be used to graph or otherwise evaluate the results of the second stage or the first and second stages.

A molten metal feed apparatus of a die casting machine preventing shortening of the lifetime of a sleeve due to local heating of the sleeve, provided with a ladle having a receptacle for holding the molten metal and a conveyor system for conveying the ladle to a predetermined feed position of the sleeve of the die casting machine and tilting the ladle to pour the scooped up molten metal into the sleeve, wherein the position of a front end of a pouring spout of the ladle with respect to the sleeve is changed in accordance with a change in posture of the ladle while pouring the molten metal into the sleeve.

A liquid crystal display device includes a liquid crystal panel; and a backlight unit disposed under the liquid crystal panel and including an LED assembly, wherein the LED assembly includes a frame portion, LED chips arranged in the frame portion in a line and spaced apart from each other, connecting portions each disposed between adjacent LED chips and connected to adjacent LED chips through wire bonding, and a sealing portion including a fluorescent substance and covering the LED chips and the connecting portions, and wherein the sealing portion changes light emitted from the LED chips into a linear light source.

An optoelectronic device including comprising including including light-emitting components, each light-emitting component being adapted to emit a first radiation at a first wavelength, and photoluminescent blocks, each photoluminescent block facing at least one light-emitting component and comprising a single quantum well or multiple quantum wells, photoluminescent blocks being divided into first photoluminescent blocks adapted to convert by optical pumping the first radiation into a second radiation at a second wavelength, second photoluminescent blocks adapted to convert by optical pumping the first radiation into a third radiation at a third wavelength and third photoluminescent blocks adapted to convert by optical pumping the first radiation into a fourth radiation at a fourth wavelength.

The present invention provides an OLED packaging structure and a packaging method thereof. The OLED packaging structure comprises a packaging board and an OLED substrate. At least one seal frame matching OLED in size is formed through painting glass frit seal on the packaging board at a position corresponding to the OLED. An initial painting point is at every seal frame with a protruding prominence. A recess is set up on the OLED substrate corresponding the initial painting point to accommodate the prominence. the OLED packaging structure and the packaging method thereof is to set up a recess on an OLED substrate to accommodate a prominence on the initial painting point due to accumulation of glass frit seal on a packaging board, so that when adhering the OLED substrate to the packaging board the seal frame is adhesive to the OLED substrate tightly without significant gap. Therefore subsequent laser melding is more successful, to prevent from forming gaps between a packaging board, an OLED substrate and a seal frame, and lifetime of OLED is lengthened.

The present invention relates to a system to float an automobile on water. The system comprises holder assemblies, a detecting sensor, a pneumatic system, envelopes, a propulsive system, and a steering system. The holder assemblies are fixed on the beams of the automobile. The pneumatic system is connected to air inlets of the envelopes with pipes and to a battery with a circuit. The envelopes are fixed at the holder assemblies. When the pneumatic system operates, the envelopes expand to float the automobile on water. The detecting sensor connects to the pneumatic system, the battery, and a first switch with circuits. The propulsive system connects to the battery and a second switch with circuits. The steering system comprises two steering boards that are fixed on fellies of the automobile.

In a method for predicting the lifetime of a photo-semiconductor device that has a maximum light output value restricted by thermal saturation, the maximum light output value is extracted by measuring the characteristic of light output from the photo-semiconductor device with respect to drive current. The decrease tendency of the maximum output values with respect to drive time is predicted to predict the lifetime of the photo-semiconductor. Further, the predicted lifetime is updated as time passes. Therefore, in this method, even if drive condition changes, or an individual difference of the photo-semiconductor per se is present, it is possible to substantially accurately predict the lifetime of the photo-semiconductor.

The present invention relates to a lubricating oil composition prepared by blending (A) a tertiary amine having a specific structure, (B) a metal-based detergent having a total base number according to a perchloric acid method of 50 mgKOH / g or less, (C) a metal-based detergent having a total base number according to a perchloric acid method of 150 mgKOH / g or more, (D) at least one selected from an acidic phosphate and an acidic phosphite, and (E) a lubricating base oil, which satisfies a requirement (X): the mass ratio of the metal fraction derived from the component (B) to the metal fraction derived from the component (C) (B / C) is 0.60 or less.

A rotary machine of the present invention is provided with: a bearing including an inner ring secured to an outer peripheral surface of a rotating element, an outer ring disposed outside the inner ring, and a plurality of rolling elements interposed between the inner ring and the outer ring; a bearing housing disposed outside the bearing and to which the outer ring is secured; a casing disposed outside the bearing housing and to which the bearing housing is secured; and a temperature difference reducer to reduce a difference between a temperatures of the outer and inner rings.

There is provided an improved high-pressure discharge lamp which includes an arc tube encapsulating a halogen, and a pair of tungsten electrodes disposed in the arc tube. The oxygen content in the tungsten electrodes is not more than 15 ppm, while the amount of the encapsulated halogen lies in the range of 1×10−7 to 1×10−2 μmol / mm3.

Provided is a compound which can increase all of the shudder prevention lifetime, transmission characteristic and transmission torque capacity to satisfactory levels when contained in a lubricating oil. Provided are a succinimide compound represented by the following general formula (1), and a friction modifier and a lubricating oil composition containing the succinimide compound.(In the formula (1), R represents a hydrocarbyl group having 8 to 30 carbon atoms; and n represents an integer of 1 to 7.)

Disclosed is a display apparatus including a display panel on which an image is displayed. The outdoor display apparatus may include a light source module including a light source configured to generate light, and disposed behind the display panel, a rear chassis configured to support the light source module and disposed behind the light source module, a heat collection device supported by the rear chassis and including a heat collection part disposed to correspond to the light source module and a discharge part configured to discharge heat collected in the heat collection part and transferred to the discharge part, and a heat discharge device configured to discharge the heat discharged from the discharge part to an outside of the display apparatus.