177results about How to "Reduce ejection" patented technology

The invention provides compounds of the general formula (I)

which are inhibitors of the human aldosterone synthase, and also pharmaceutical compositions containing these compounds, and a method of treating of hyperaldosteronism and/or disorders or diseases that are mediated by 11β-hydroxylase (CYP11B1) with these compounds.

The invention provides compounds of the general formula (I) which are inhibitors of the human aldosterone synthase, and also pharmaceutical compositions containing these compounds, and the use of these compounds and other heteroaryl substituted quinolinone derivatives for the treatment of hyperaldosteronism and/or disorders or diseases that are mediated by 11 β-hydroxylase (CYP11 B1).

A liquid droplet ejection apparatus performs a drawing operation on a workpiece set on a set table by driving the ejection of a functional liquid droplet ejection head in a head unit while moving the head unit in a main scanning direction relative to the set table facing a drawing area by an X-axis table. The liquid droplet ejection apparatus includes a periodic flushing unit which is disposed on a main scan moving axis at a position offset from the drawing area towards the main scanning direction and which receives forcible ejection from the functional liquid droplet ejection head during non-drawing time and a pre-drawing flushing unit which is disposed adjacent to the set table and faces the drawing area and which receives forcible ejection from the functional liquid droplet ejection head performed immediately before starting the drawing operation.

An inkjet print head is fabricated by, fist, forming an electrode and two layers of a protection film composed of an inorganic insulating film and an organic insulating film over the electrode within a groove of a piezoelectric member, adhering a top board to the piezoelectric member covering the groove to form a pressure chamber, adhering a polyimide plate so as to cover the groove, and then forming a nozzle in the polyimide plate by the excimer laser processing aligning to the pressure chamber. Herein, the excimer laser light penetrates the polyimide plate to form a nozzle, and further proceeds to be emitted on the organic insulating film. Consequently, the part of the organic insulating film irradiated by the laser light is damaged. To prevent the damage of the organic insulating film, the thickness of the inorganic insulating film in the part to which the excimer laser light is emitted is prepared to be 0.5 μm or more.

A heat pump device 20 includes an air conditioning control device 22 configured to switch the heat pump device 20 among a plurality of operation modes including an air-heating operation mode in which an indoor heat exchanger 32 serves as a radiator and an outdoor heat exchanger 33 serves as a heat absorber, and an air-cooling operation mode in which the indoor heat exchanger 32 serves as a heat absorber and the outdoor heat exchanger 33 serves as a radiator. The air conditioning control device 22 switch a refrigerant pipe such that refrigerant is, in the air-cooling operation mode, supplied to part of the outdoor heat exchanger 33 serving as a refrigerant inlet in the air-heating operation mode.

A method for manufacturing polycrystalline silicon with high quality by effectively preventing undesired shape such as giving an rough surface to silicon rods or an irregularity in diameter of the silicon rods. The method for manufacturing polycrystalline silicon includes: an initial stabilizing step of deposition wherein a velocity of ejecting the raw material gas from the gas ejection ports is gradually increased; the shaping step wherein first the ejection velocity is increased at a rate higher than that in the stabilizing step and then the ejection velocity is gradually increased at a rate lower than the previous increasing rate; and a growing step wherein, after the shaping step, the ejection velocity is made slower than that at the end of the shaping step until the end of the deposition.

The invention relates to a novel LED die bonding method which comprises the steps: firstly, coating a thin layer of die bonding glue on a bottom die bonding surface of a LED crystal particle fixing concave pit with a reflection layer on a metal base; after completion, placing the LED crystal particles at a base die bonding surface dispensed with die bonding glue, compacting and completing primary die bonding, then welding gold thread, coating fluorescent powder, and finally encapsulating by silica gel so as to wholly wrap LED crystal particles in the silica gel, thus completing final die bonding. The traditional LED carry out die bonding by the die bonding glue, while in the invention, only a thin layer of die bonding glue is coated for playing a role of primary die bonding, and finally the die bonding protection is carried out by encapsulating the silica gel. The method does not influence LED solid luminescence, and the light emitted from the periphery thereof is reflected out by the fixing concave pit, thus improving light extraction efficiency.

A multifunctional pouring cup capable of spraying liquid and mist comprises a cup body, a lower cover and a top cover, wherein the lower cover is divided into a lower part and an upper part, the lower part is in threaded connection with the cup body, a short tube is manufactured in the center of the lower part, the inner wall of the short tube is connected with a pump body of an air pump by a screw hole, a piston rod hole and straw holes are arranged in the lower cover, a piston rod of a piston penetrates through the piston rod hole to be upwards connected with the top cover, two straws are mounted in the straw holes, wherein one straw is connected with a mist-spraying silica gel tube, the other straw is connected with a liquid-spraying silica gel tube, a porous mist spraying port is arranged in the head part of the mist-spraying silica gel tube, a single-hole liquid spraying port is arranged in the head part of the liquid-spraying silica gel tube, a mist spraying switch and a liquid spraying switch are mounted in the upper part of the lower cover, each of the two switches comprises a switch button and a spring, a switch base is arranged in the upper part of the lower cover, a run-through hole is processed in the switch base, a pressing lever is arranged on each switch button, a silica gel tube hole is processed in each pressing lever, each pressing lever is sleeved by one spring and then penetrates through the run-through hole, and meanwhile, the mist-spraying silica gel tube and the liquid-spraying silica gel tube are inserted into the silica gel tube holes in a penetrating manner.

A catcher, in combination with a firearm having an ejection port, for receiving and retaining expended magnetically attracted shell casings through the ejection port as the firearm is discharged. The catcher includes a hollow housing having a plurality of rigid walls, and retainers. One of the walls has an opening in communication with the ejection port when the catcher is mounted to the firearm for receiving the shell casings. A seal is attached to the housing at the opening and surrounding the opening and provides controlled release of pressurized ejection port gas from inside the housing as the firearm is discharged such that noise and flash as a result of escape of the pressurized ejection port gas is reduced or eliminated.

The present invention provides methods for cellular seeding onto three-dimensional fibroblast constructs, three-dimensional fibroblast constructs seeded with muscle cells, and uses therefore.

The invention belongs to the field of neutron capture therapy, and discloses a beam shaping body for neutron capture therapy. The beam shaping body comprises a beam channel part, a beam shaping part and a beam shielding part; the beam channel part comprises a beam inlet, a target material and a beam outlet, the beam shaping part comprises a beam retardance body and a reflection body, and the beamshielding part comprises a radiation shielding body and an outlet shielding body. According to the beam shaping body, the outlet shielding body is arranged at the beam outlet so that useless or harmful rays emitted from the beam outlet during the therapy can be reduced to the greatest degree under the conduction that the influence on the mass of a neutron beam is as small as possible, and the damage caused by non-therapeutic rays to patients during the therapy is reduced; meanwhile, the inner surface of the reflection body is provided with a parabolic curved surface, the direction of the neutron beam can be controlled to make the neutron beam parallelly emitted from the beam outlet in a direction required by the therapy as much as possible, the intensity of the therapeutic beam at the beamoutlet can be improved, and the therapy effect and safety are improved.

Rows of air floatation units (1) form a conveying route for planar substrates (10), and the rows are arranged in lines in the direction of conveyance of the planar substrates so as to be in parallel to each other. Each floatation unit (1) is constructed from a rear plate (13) forming a conveying route for planar substrates (10) and from a pair of air supply pipes (11, 12) located on both sides of and in parallel to the conveying route and having inclined nozzles (21) for jetting air to above the center of the rear plate (13). The air floatation unit can be flexibly formed according to the size and weight of planar substrates such as liquid crystal substrates, and the planar substrates can be stably conveyed.

The invention relates to a backlight module and a display device, and belongs to the technical field of display. The backlight module comprises a backlight source, a light guiding layer, a semi-transparent layer and a light conversion layer, wherein the semi-transparent layer is positioned on a light exiting side of the light guiding layer; the light conversion layer is positioned on a light exiting side of the semi-transparent layer and comprises a light converter; the light converter is used for emitting out stimulated light under the stimulating effect of stimulating light; and one part of light illuminating the semi-transparent layer is allowed to penetrate through the semi-transparent layer, and the other part of the light is forbidden from penetrating through the semi-transparent layer. By the backlight module, the problem of poor display effect of the display effect is solved, and the display effect of the display device is improved. The backlight module is used for the display device.

The invention discloses a low-temperature resistant high-resilience rubber windshield material, a preparation method thereof and a windshield. The windshield material is prepared from the following components in parts by weight: 40-75 parts of ethylene propylene diene monomer rubber, 25-60 parts of ethylene butene diene monomer rubber, 8-12 parts of liquid ethylene propylene rubber and 5-8 parts of maleic anhydride modified polybutadiene, wherein the total weight parts of the ethylene propylene diene monomer rubber and the ethylene butene diene monomer rubber are 100 parts. The invention aimsto improve low-temperature performance and flex resistance performance of ethylene propylene diene monomer (EPDM), particularly resilience and flex crack growth resistance at low temperature. The windshield material has excellent comprehensive performance in the aspects of physical mechanical performance, low-temperature performance, flex resistance, flame retardant performance, environmental protection performance and the like, and can meet technical requirements of windshield products.