46results about How to "Faster filling time" patented technology

A semiconductor device 100 is provided with a silicon substrate 101 and a structure 120 filled in a through hole that has a rectangular cross section and extends through the silicon substrate 101. The structure 120 comprises a pipe-shaped through electrode 103, stripe-shaped through electrodes 107, silicons 105, a first insulating film 109, a second insulating film 111 and a third insulating film 113. The pipe-shaped through electrode 103 is utilized as a pipe-shaped electric conductor that extends through the silicon substrate 101. In addition, the stripe-shaped through electrodes 107 are provided in the interior of the pipe-shaped through electrode 103 so that the stripe-shaped through electrodes 107 extend through the silicon substrate 101 and is spaced away from the pipe-shaped through electrode 103. A plurality of through electrodes 107 are provided in substantially parallel within the inner region of the pipe-shaped through electrode 103.

The invention discloses an L-polylactide filler for injection and a preparation method thereof. Active ingredients of the filler are L-polylactide particles, honeycomb HA and a synergist, the honeycomb HA is obtained by alcohol precipitation and drying of a water solution formed by mixing sodium hyaluronate high in molecular weight and sodium hyaluronate low in molecular weight in an alkaline condition, and the synergist is mannitol or a mixture of mannitol and aloe polysaccharide with a mass ratio of 1:0.05-0.12. The filler is simple to prepare, shorter in re-suspension time, long in validity period and more convenient to use.

Stabilizer compositions having a chroman-based compound according to Formula (V):

and their use in processes for stabilizing organic materials subject to degradation and/or discoloration due to the effects from light, oxygen and heat, and in processes for producing articles from organic materials blended therewith, are provided herein.

The invention relates to a steam sterilizing process for the disinfection of medical appliances in hospital, and the steam sterilizer employing the steam sterilizing process, which comprises the steps of vacuumizing, preheating, sterilizing and cooling down. The steam sterilizer comprises a steam sterilizing box, a valve group, an air filter, a steam generator, a vacuum pump and an automatic control system.

The invention discloses a pulsed steam sterilization process suitable for sterilizing medical equipment and a steam sterilizer for the steam sterilization process. The sterilization process comprises the following steps of vacuumizing, preheating, sterilizing, performing vacuum drying and the like. The steam sterilizer comprises a steam sterilization box, a valve bank, an air filter, a steam generator, a vacuum pump and an automatic control system. Compared with the prior art, the invention has the advantages that: by the pulsed steam sterilization process and the steam sterilizer thereof, a sterilization apparatus can be transported without packaging, the temperature raising and reduction time of the sterilization is shortened, the sterilization time of the apparatus is shortened, the labor intensity of medical care personnel is reduced, and the disinfection and sterilization are more complete and have a better effect.

The present invention relates to a device for introducing filling material (21) into capsules (22), comprising a filling device (25) for feeding filling material (21) to the capsules (22), a capsule holder (30) with at least one row of seats (31) in which the capsules (22) that are to be filled are arranged, a station arrangement with several stations arranged one after another, wherein the station arrangement comprises at least one filling station (5) and a synchronously operating drive, and a movement device which, at the capsule-filling station (5), executes a relative movement between the filling device (25) and the capsule holder (30), wherein the filling device (25) adopts, relative to the capsule holder (30), at least a first filling position for filling a first capsule and a second filling position for filling a second capsule.

The present invention relates to an aerial fire-fighting bucket. The bucket includes a base plate and a valve arrangement including at least one valve and a liner actuator. The base plate includes at least one aperture and the valve is arranged to block the aperture in a closed position and to allow fluid to pass from within the bucket through the aperture when in an open position. The valve is arranged to be moved by the linear actuator generally transversely across an upper face of the base plate between the closed position and the open position of the valve to progressively reveal the aperture.

The invention discloses a deep supercooled liquid oxygen filling and control system in a low-temperature rocket launching site and a method. The system comprises a ground circulating liquid oxygen storage tank, a negative-pressure liquid nitrogen bath type heat exchanger and an on-rocket liquid oxygen storage tank. Before launching, saturated liquid nitrogen and low-temperature helium are combinedto precool the on-rocket storage tank in sequence, after the precooling requirement is met, a large-flow filling mode is adopted for filling, and the purpose of rapid filling is achieved; and a coldhelium technology is adopted to dynamically adjust the pressure of a rocket storage tank and maintain large supercooling of liquid oxygen temperature, and meanwhile, a cold helium recycling technologyis considered based on a cryogenic liquefaction separation method. According to the system and the method, the functions of deep supercooled acquisition and high-flow rapid filling of liquid oxygen,advanced falling of a filling system, micro-positive pressure adjustment and large supercooling degree maintenance of the deep supercooled liquid oxygen of the on-rocket storage tank, helium cyclic utilization and the like are realized, and effective reference can be provided for deep supercooling and filling processes and a control mode of the liquid oxygen in the low-temperature rocket launchingsite.

A digital control continuous liquid filler comprises the digital control device, power and drive device, bottle supply device, filling device, nitrogen filling and plugging device, a stationer at the filling device with a liquid through cavity, which connects with the worm pump liquid supply pipe, rotor matching with the stator, with ring liquid through cavity connected to the stator of the rotor, ring liquid through cavity connected to the liquid through pipe of the can filler, with sealing ring between the stator and the rotor. It can reach synchronic movement of the rotor and the drug bottle together with the filling head, extending filling time with greatly improved working efficiency.

The invention relates to an anti-attrition oil saving agent for structural porcelain, comprising lubricating oil or lubricating grease used as a carrier. Natural ore powder with fineness specificationof 500 nanometers-2 micrometer is uniformly added in the lubricating oil or the lubricating grease, the content of the natural ore powder in the lubricating oil or the lubricating grease is 0.01-1%,the natural ore powder comprises the following elements in percentage by weight: 5-20% of silicon, 5-20% of aluminum, 5-20% of calcium, 5-20% magnesium, 1-10% of ferrum and 1-10% of natrium, and the natural ore powder is selected and added in the lubricating oil or the lubricating grease according to a certain proportion, and after emulsification and diffusion treatment, the anti-attrition oil saving agent is prepared. A appropriate amount of the anti-attrition oil saving agent is added in engine oil so as to synthesize a smooth and hard structural porcelain protection layer with machine bodyelements on a negative friction surface in virtue of heat energy generated by high-temperature fuel gas of the engine and friction during the operation of mechanical equipment, thereby reducing the friction coefficients of machine parts and the abrasion and achieving the purpose of saving oil.

There is provided a rough microfluidic channel for use, for example, in a lateral flow assay device. The rough microfluidic channel has a roughness greater than a similar channel that is smooth, as measured by a Reynolds number for flow under otherwise identical conditions, which is at least 50 percent greater than the Reynolds number for the smooth channel. Alternatively, the roughness may be greater than a similar channel that is smooth, as measured by the fill time which is at least 25 percent lower for said rough channel than said smooth channel.

The present invention is a pressure reduction-absorbing bottle having a cylindrical shape with a bottom made of a synthetic resin material in which a bottom wall portion of a bottom portion of the bottle includes a grounding portion, a rising circumferential wall portion, a movable wall portion, and a central wall portion, the movable wall portion includes a curved portion having a curved surface shape protruding downward, the curved portion is connected to an outer end portion of the central wall portion in a bottle radial direction, and a lowest portion of the curved portion positioned at a lowest position thereof is located at a portion of the curved portion further outward in the bottle radial direction than a central position of the curved portion in the bottle radial direction.

The invention relates to a structure ceramic metal abrasion reduction material which comprises lubricating oil or lubricating grease used as a carrier; natural ore powder with the fineness specification of 100 to 500 nanometers is uniformly added into the lubricating oil or the lubricating grease; the content of the ore powder in the lubricating oil or the lubricating grease is 0.1% to 1%; the core powder comprises elementary components: 5% to 20% of silicon, 5% to 20% of aluminium, 5% to 10% of calcium, 5% to 20% of magnesium, 5% to 10% of carbon, 1% to 10% of iron, 1 to 10% of sodium and 0.01% to 1% of scandium; the structure ceramic metal abrasion is prepared by the steps of: selecting the ore powder, adding the ore powder into the lubricating oil or the lubricating grease according toa certain proportion and carrying out emulsification and diffusion treatment; a right amount of reduction material is added into machine oil of an engine; in the running process of mechanical equipment, the reduction material is combined with engine body elements on the frictional negative surface by virtue of the heat energy generated by the high temperature gas and the friction of the engine toform a smooth and hard structure ceramic protective layer, thereby achieving the purpose that frictional factors of the machine elements are decreased, the abrasion is reduced, the service life of the machine elements is prolonged and the oil is saved.