417results about How to "Exhaust fast" patented technology

A vent, system and method for controlling flow of fluid into and out of a mold cavity. The vent has a plurality of passages that each have narrow oblong slot-shaped openings in the mold cavity and which each expand in size in a direction leading away from its opening. The vent preferably is an insert that comprises a grate with at least a plurality of vent slots. The grate preferably is formed of two halves with fingers that interleave to form the slots when assembled. The grate preferably is discharge machined from disc-shaped blanks cut from elongate stock made a material that preferably is non-porous and smooth. The grate can be mounted in a pocket in the mold cavity or carried by a movable pin. A system uses valving and a source of fluid and, if needed, a source of vacuum to help facilitate venting by drawing atmosphere out of the cavity during molding. The system can also be used to introduce fluid through a vent such as for foaming moldable material in the cavity. The system can also be used to introduce a heat transfer medium into the mold cavity. The system can also be used to accelerate venting during one part of a mold cycle and then introduce fluid into the cavity during the same cycle.

A thin, flat paperboard inserter or "needle" which is longer than the blood warmer heating plates is attached to the edge of the flattened tube envelope to enter the very narrow gap between the heating plates. The inserter is fed between the heating plates and advanced to emerge from the other end of the blood warmer where it is grasped and used to pull the envelope into operational position. A high air flow hydrophobic vent with check valve to prevent reverse flow is incorporated into the drip chamber to allow automatic priming and venting of air bubbles. A conductively heated and externally insulated drip chamber holder and a patient intravenous line that is passively insulated by a small annular air space extruded as part of the tube preserve heat in the warmed fluid, improving low flow rate performance. A reusable external heater may optionally be applied to the distal portion of the patient line to provide normothermic fluid to the patient down to essentially zero flow rate.

There is an accurate pressure-controlling electric rice cooker, which contains an inner pot inside pot body crust, and the inner pot is connected with electric plate, and there is a resilient seal ring between the inner pot and pot cover. Between the crust and the inner pot there is a middle pot; between the crust and the middle pot there is a heat-insulating layer. The electric rice cooker has a pressure switch, which contains an air duct or air channel connected with inner pot chamber. The other end of the air duct or air channel is communicated with a pressure membrane case, in which there are movable membranes that are joined with push rod. On the other side of the push rod there is a movable contact spring, which connects with an unmovable contact spring, and both the two contact springs couple with main controlling electric of electric rice cooker separately. This invention has simple and reasonable structure, its pressure controlling is accurate, safety degree is high, and after cooking it can exhaust quickly and safely, discharge pressure in blocked style, and its heat insulation effect is good, heat conductivity is high and is energy saving.

A mold vent and method. The vent has expanding passages. A preferred vent comprises an insert that has a plurality of passages. One insert comprises a grate formed of a plurality of portions that interleave fingers forming vent passages therebetween that preferably are vent slots. Supports can be disposed between fingers. The grate preferably is discharge-machined from a blank cut from stock made material that preferably is non-porous and smooth. The grate can be mounted in a pocket in the mold cavity or carried by a movable pin. The grate can be used in a system that includes valving, a source of fluid, and, if needed, a source of vacuum to help facilitate venting by drawing atmosphere out of the cavity during molding. The grate can also be used to introduce fluid into the mold that can be foaming moldable material or a heat transfer medium.

A water treatment unit for positioning in a sport bottle or container for treating water includes a prefilter section, a pretreatment section, a treatment section and a post treatment section. A first chamber in the pretreatment section contains a first treatment medium which comprises at least one loose particulate medium through which the water to be treated flows in a vertical upward direction during treatment to lift the medium. A second chamber in the treatment section contains a second treatment medium through which the treated water flows in a radial horizontal direction during treatment. And a third chamber in the post treatment section contains a third treatment medium through which the water to be treated flows during treatment.

An inflator for an airbag has a cylindrical housing forming a pressure vessel for storing inert gas within a first end portion; a second end portion forming a separate combustion chamber, and an intermediate diffusion portion interposed between the first and second end portions for exhausting gases from the inflator into an airbag. The inflator has a first gas generator subassembly disposed within the first end portion and in communication with the stored inert gas. A second gas generator subassembly has a combustion chamber which is disposed within the second end portion and isolated from the inert gas by one or more rupturable sealing disks. The actuation of the inflator can be accomplished such that one or both of the gas generators can be ignited. The ignition can be simultaneously or sequential permitting either very rapid full filling of the airbag or slower prolonged filling.

A storage device includes a non-volatile memory including a plurality of blocks; and a storage controller connected to the non-volatile memory and configured to schedule a requested task of one virtual machine of a plurality of virtual machines based on a workload contribution of the one virtual machine, the workload contribution indicating a ratio between a workload generated by the one virtual machine and a plurality of workloads generated by the plurality of virtual machines.

A loudspeaker has an alarm and a luminous element, these being an improvement upon exiting loudspeakers having luminous elements. The luminous element is an illuminating lamp. A radiative cooling fin is mounted near the illuminating lamp. The use of radiator cooling firework permits a larger power light to be selected as the luminous element. This makes the loudspeaker capable of functioning as a substitute light source within an area. Also, the assembly employs an alarm with the loudspeaker. The brighter light emitted by the illuminating lamp on each loudspeaker provides better illumination. The lamp may also flash according to pre-programmed directions for the purpose of indicating a path and thereby helping people to escape from danger. Further, where the external power source fails, the loudspeaker assembly has a built-in emergency power source, ensuring that the loudspeaker and the illuminating lamp can still work normally.

An assembly structured to selectively orient a seal between an open position and a closed position. The assembly includes an expander structure disposable into a seal open or a seal closed orientation by being rotated or otherwise movable into and out of forced engagement with predetermined portions of the seal structure. The seal open orientation disposes the seal structure out of engagement with an instrument passing there through and may also facilitate a rapid venting of insufflation gas from an inflated body cavity, such as when the seal positioning assembly is used with a trocar assembly involved in the performance of laprascopic or like surgery. A biasing assembly may be connected to the seal structure to bias it in a normally closed position in the absence of an instrument disposed within the seal structure.

The invention provides a cooking utensil and a steam exhaust and pressure reduction control method for the same. The steam exhaust and pressure reduction control method for the cooking utensil includes judging whether the cooking utensil enters a steam exhaust stage or not; controlling internal currents of a coil or the magnitude and / or directions of voltages at two ends of the coil if the cooking utensil enters the steam exhaust stage, adjusting the intensity of a magnetic field generated by the coil and magnetic field force on a steam exhaust valve, controlling cooking utensil steam channel opening degree of the steam exhaust valve and further controlling the steam exhaust speed of the cooking utensil. The cooking utensil and the steam exhaust and pressure reduction control method for the cooking utensil have the advantages that power-on conditions of the coil can be changed, so that the magnitude and the direction of acting force which is exerted by the coil on the steam exhaust valve can be changed, the opening degree of the steam exhaust valve can be controlled, and the steam exhaust speed can be controlled; steam exhaust and pressure reduction speeds can be increased on the premise that pot spilling is assuredly prevented, and accordingly the steam exhaust and pressure reduction time can be shortened.

A mold vent and method. The vent has expanding passages. A preferred vent comprises an insert that has a plurality of passages. One insert comprises a grate formed of a plurality of portions that interleave fingers forming vent passages therebetween that preferably are vent slots. Supports can be disposed between fingers. The grate preferably is discharge-machined from a blank cut from stock made material that preferably is non-porous and smooth. The grate can be mounted in a pocket in the mold cavity or carried by a movable pin. The grate can be used in a system that includes valving, a source of fluid, and, if needed, a source of vacuum to help facilitate venting by drawing atmosphere out of the cavity during molding. The grate can also be used to introduce fluid into the mold that can be foaming moldable material or a heat transfer medium.

Apparatus for rapidly exhausting air pressure from an intercooler pneumatically connected to receive compressed air from an air compressor. The apparatus includes a blowdown valve pneumatically connected to receive air pressure contained in the intercooler. The valve has a large exhaust port and a valve member seatable against the port to open and close the same. An inlet port is provided for admitting a compressor unload signal to the valve, with the unload signal being effective to move the valve member away from the large exhaust port to allow rapid exhaustion of intercooler air pressure to atmosphere through the exhaust port.

And end cap assembly and venting system therein for closing and sealing the open end of a cell housing. The end cap assembly comprises a sealing disk underlying an end cap, and a metal support disk between the end cap and the sealing disk. The metal support disk has a plurality of primary vent apertures and a plurality of secondary vent apertures through its surface. The primary vent apertures are spaced apart along a path located at a greater distance from the central longitudinal axis of the metal support disk than the secondary vent apertures. The insulating sealing disk may have a thinned portion therein forming an rupturable membrane circumventing the central hub of the sealing disk. The insulating sealing disk may have protrusions emanating from its top surface to deflect the membrane during rupture. The venting system releases internal gases rapidly from the cell in the event of an abusive or short circuit discharge.

The present invention relates to a storage-battery vent cap which adjusts an internal pressure of a storage battery by exhausting a gas generated inside the storage battery to the outside and blocking inflow of external air. The vent cap includes a cylindrical body installed in a vent hole of the battery and formed with an exhaust hole; a cylindrical insert coupled to the body, a partition being formed inside the insert and a coupling hole and a air vent being formed in the partition; and a valve fixed to the coupling hole and elastically deformed by an internal pressure of the battery to open the air vent. The valve has an umbrella-like shape including a valve body having a larger diameter than that of the coupling hole, a cover formed on an outer circumferential surface of the valve body, and a fixing portion downwardly protruded from the valve body.

A thin, flat paperboard inserter or "needle" which is longer than the blood warmer heating plates is attached to the edge of the flattened tube envelope to enter the very narrow gap between the heating plates. The inserter is fed between the heating plates and advanced to emerge from the other end of the blood warmer where it is grasped and used to pull the envelope into operational position. A high air flow hydrophobic vent with check valve to prevent reverse flow is incorporated into the drip chamber to allow automatic priming and venting of air bubbles. A conductively heated and externally insulated drip chamber holder and a patient intravenous line that is passively insulated by a small annular air space extruded as part of the tube preserve heat in the warmed fluid, improving low flow rate performance. A reusable external heater may optionally be applied to the distal portion of the patient line to provide normothermic fluid to the patient down to essentially zero flow rate.

Fluid activatable adhesive compositions and activating fluid(s) for activating the adhesive composition are described herein. The adhesive compositions contain at least two polymers with different hydrophilicities. The hydrophilic polymer has quick tack when exposed to a hydrophilic solvent, such as water or other aqueous solvent, while the hydrophobic polymer provides strong adhesion to a paper or polymeric substrate. The adhesive composition may contain particulate fillers which enable fast exhaustion of the activation fluid out of the adhesive when applied to a substrate, thereby allowing the hydrophobic polymers of the adhesive composition to achieve strong adhesion of the liner-free label to the paper or polymeric substrate. The particulate fillers may also function as anti-blocking agents when liner-free label media are tightly wound in a roll. The adhesive compositions described herein may be used not only on paper, cardboard, and metal, but also on glass and plastics commonly used in commercial applications.

And end cap assembly and venting system therein for closing and sealng the open end of a cell housing. The end cap assembly comprises a sealing disk underlying an end cap, and a metal support disk between the end cap and the sealing disk. The metal support disk has a plurality of primary vent apertures and a plurality of secondary vent apertures through its surface. The primary vent apertures are spaced apart along a path located at a greater distance from the central longitudinal axis of the metal support disk than the secondary vent apertures. The insulating sealing disk may have a thinned portion therein forming an rupturable membrane circumventing the central hub of the sealing disk. The insulating sealing disk may have protrusions emanating from its top surface to deflect the membrane during rupture. The venting system releases internal gases rapidly from the cell in the event of an abusive or short circuit discharge.

There is an accurate pressure-controlling electric rice cooker, which contains an inner pot inside pot body crust, and the inner pot is connected with electric plate, and there is a resilient seal ring between the inner pot and pot cover. Between the crust and the inner pot there is a middle pot; between the crust and the middle pot there is a heat-insulating layer. The electric rice cooker has a pressure switch, which contains an air duct or air channel connected with inner pot chamber. The other end of the air duct or air channel is communicated with a pressure membrane case, in which there are movable membranes that are joined with push rod. On the other side of the push rod there is a movable contact spring, which connects with an unmovable contact spring, and both the two contact springs couple with main controlling electric of electric rice cooker separately. This invention has simple and reasonable structure, its pressure controlling is accurate, safety degree is high, and after cooking it can exhaust quickly and safely, discharge pressure in blocked style, and its heat insulation effect is good, heat conductivity is high and is energy saving.

The invention provides a temperature controlled and pressure controlled formation method of a lithium ion battery. The method comprises the step of performing a liquid injection and formation method on an assembled battery under the condition of controlling the temperature and pressure. The temperature controlled and pressure controlled formation method comprises multi-stage formation technologiesof low pressure formation, normal temperature formation and high temperature formation. The lithium ion battery acquired by the method is good in cycling life and high temperature stability.

The present invention is a fume hood capable of exhausting contaminant, having an air pipe in a sash and a suction slot corresponding to the air pipe deposed at the front rim of the bottom surface to obtain an air curtain, where contaminant is efficiently prevented from leakage and energy is saved.

Fluid activatable adhesive compositions and activating fluid(s) for activating the adhesive composition are described herein. The adhesive compositions contain at least two polymers with different hydrophilicities. The hydrophilic polymer has quick tack when exposed to a hydrophilic solvent, such as water or other aqueous solvent, while the hydrophobic polymer provides strong adhesion to a paper or polymeric substrate. The adhesive composition may contain particulate fillers which enable fast exhaustion of the activation fluid out of the adhesive when applied to a substrate, thereby allowing the hydrophobic polymers of the adhesive composition to achieve strong adhesion of the liner-free label to the paper or polymeric substrate. The particulate fillers may also function as anti-blocking agents when liner-free label media are tightly wound in a roll. The adhesive compositions described herein may be used not only on paper, cardboard, and metal, but also on glass and plastics commonly used in commercial applications.

The invention discloses a plastic-component explosion-proof pressure-relief balancing valve quick to mount. The plastic-component explosion-proof pressure-relief balancing valve quick to mount comprises an explosion-proof valve main body, wherein a through ventilating hole is arranged inside the explosion-proof valve main body; one end of the explosion-proof valve main body is connected with a protecting cover in a fastening manner; a ventilating through groove is arranged inside the protecting cover; the other end of the explosion-proof valve main body is movably connected with a plastic nut by a sealing ring and by adopting a thread; a place where the explosion-proof valve main body is in threaded connection with the plastic nut is provided with a waterproof ventilating film and a protective steel sheet in the fastening manner; the waterproof ventilating film is fastened to a mouth part of the through ventilating hole by the protective steel sheet; the explosion-proof valve main body is provided, on the inner wall of the mouth part of the through ventilating hole, with a protecting film piercing convex column; and the protecting film piercing convex column and the waterproof protecting film are arranged in a parallel abutting manner. The plastic-component explosion-proof pressure-relief balancing valve quick to mount, which is provided by the invention, has the characteristics of being excellent in protective performance, convenient to use, low in cost, good in gas tightness and good in waterproofing quality.

Thermal packs adapted for use in a muscle stimulation system, comprising an external housing with a first material therein and at least one phase change element therein.