35results about How to "Suppress inhalation" patented technology

A process for producing a food is disclosed. The food material is contacted with a degradative enzyme and any one or more of a thickener in a non-solvated state, microorganism which generates a viscous material, nutritious substance and seasoning according to need. Then, a pressure treatment is performed followed by cooking after softening the food material by the action of the degradative enzyme. The process may be carried out in a packaging material for vacuum packaging such that the food retains the shape, color, taste, and flavor of the food material and includes the degradative enzyme inside the vacuum packaging uniformly.

The present invention provides an injection device and an injection method capable of shortening the injection time and suppressing the suction of bubbles. An injection nozzle (1) injects an injection agent (4) into an object (2). When the injection agent (4) is injected, a vibration generating device (5) causes the injection nozzle (1) to vibrate in a plurality of directions.

A method for manufacturing a semiconductor device includes: forming a buffer layer on a substrate; and sequentially forming an undoped multiplication layer, an electric field alleviating layer, a light absorption layer, and a window layer on the buffer layer, in that order, for forming an avalanche photodiode. Carbon is incorporated into the electric field alleviating layer as a p-type dopant, and a dopant impurity producing n-type conductivity and carbon are incorporated into the buffer layer.

The invention relates to a control device for an internal combustion engine. An internal combustion engine has a water-cooled intercooler that cools an intake air that is turbocharged by a turbocharger. The intercooler has an HT intercooler and an LT intercooler, the HT cooling water passing through the cylinder block is introduced into the HT intercooler, and the LT cooling water having a lower temperature than the HT cooling water is introduced into the LT cooler, and the LT intercooler is arranged adjacent to the intake air downstream side of the HT intercooler. In the case where the temperature of the HT cooling water flowing into the HT intercooler is lower than the target HT temperature associated with completion of warm-up, the target LT temperature is set as the high temperature side target value, and the HT cooling water In the case where the temperature of is equal to or higher than the target HT temperature, the target LT temperature is set as the low temperature side target value.

A refrigerating apparatus comprising a refrigerant return mechanism (5) for returning a liquid refrigerant in a receiver (17) to a circulation route. Accordingly, the liquid refrigerant in the receiver (17) can be forcibly returned to the circulation route in such an operating state that the circulation route for the refrigerant is formed to return the refrigerant fed from compression mechanisms (11D, 11E) from a second use side unit (20) to the compression mechanisms (11D, 11E) through first use side units (30, 40).

The present invention makes it possible, in a torque converter, to increase the cross-sectional area of a flow path for hydraulic oil, and also to minimize the occurrence of hydraulic oil, having flowed out from an impeller, being drawn into the impeller. In the torque converter, an impeller core (13) has a first projecting part (132b) that projects axially out from the outlet-side edge (12a) of an impeller blade (12). A turbine core (17) has a second projecting part (172) that projects axially outward from the inlet-side edge (16a) of a turbine blade (16). The second projecting part (172) is positioned on the inner peripheral side of the first projecting part (132b) and extends at least to the distal end of the first projecting part (132b).

A fuel supply device is disclosed. Through a simple structure, the fuel supply device is capable of realizing reduction of fuel suction pressure loss, restraint of steam suction, prevention of the phenomena that steam stays inside a pump, stable pump output, stability control over fuel pressure, and the like. In the fuel supply device, a pump part (20) is driven through an electric motor part (10), fuel pumped in the pump part (20) is pressurized and discharged. The pump part (20) comprises a housing (21) equipped with a suction connection head (23) and a discharge connection head (24), an oil cylinder (26) which is accommodated inside the housing and equipped with multiple pistons (25), a shaft (11) arranged at the electric motor part (10), an inclined plate (12) which enables reciprocating motion of the multiple pistons, multiple suction ports (26b) which serve as fuel passageways for guiding the fuel into a plenum chamber and a bush (28) which is roughly cylindrical-shaped, wherein the multiple suction ports (26b) run through the cylinder in an axial direction in such a way that the suction ports correspond to all pistons, two end parts of the bush are inserted and kept in the oil cylinder and the electric motor part, fuel pumped in through the suction connection head is guided to multiple suction ports, and the pistons (25) and the suction ports (26b) are disposed in different spaces (28c) which are separated from each other.

The present invention provides: a filter element (310) which is arranged inside a fuel tank (2) and which filters stored fuel, that is stored inside the fuel tank (2), by causing the stored fuel to pass through into an inside space (312); and a partition element (311) which is exposed to the inside space (312). The partition element (311) is disposed to partially partition the inside space (312) into a first space part (312a) to which the fuel filtered through the filter element (310) flows in and a second space part (312b) toward which a suction port (32a) through which the filtered fuel is sucked by a fuel pump (32) opens, and has: a separation part (313) which causes the filtered fuel to pass from the first space part (312a) to the second space part (312b); and a communicatively-connecting window (314) which is formed one-sidedly, in the separation part (313), further from the suction port (32a) which communicatively connects the first space part (312a) and the second space part (312b) by bypassing the separation part (313).

The invention relates to a variable capacity inclined axis hydraulic pump. The present invention provides clean oil that can be supplied to various hydraulic equipment without foreign matter. Set in the casing head (4): open on the concave arc-shaped sliding contact surface (4B), and communicate with the suction port (10D) of the valve plate (10) and the suction side opening of the suction flow path (4C) ( 12); Open on the concave arc-shaped sliding contact surface, and communicate with the discharge port (10E) of the valve plate and the discharge side opening (13) of the discharge flow path (4D); and between the suction side opening and the discharge side opening , and a pin opening (14) for allowing the displacement of the swing pin (11C) of the tilting rotation mechanism (11). In addition, a partition wall (15) is provided to partition the suction side opening and the pin opening. In addition, the valve plate is set to have a length dimension capable of closing the suction-side opening in the entire tilting range including the minimum tilting position and the maximum tilting position. Thereby, the suction side opening can be isolated from the inside of the sleeve (2).

The invention belongs to the technical field of corrosion prevention of stainless steel pipes, and in particular relates to a passivation method for corrosion-resistant steel for high-purity pipes. A high-purity tube with 0Cr 15 Ni 10 The MnMoWTiAlSc corrosion-resistant steel passivation method includes the following steps: pre-passivation treatment, bright annealing treatment, electrolytic treatment, and solution passivation treatment. The passivation method of the present invention can make 0Cr 15 Ni 10 MnMoWTiAlSc alloy products have good anti-breathing properties and anti-dusting corrosion properties. The service life is more than 0.5 times higher than that of the ordinary passivation 0Cr15Ni10MnMoWTiAlSc ultra-pure pipe alloy in the same high-purity special gas working environment.

The invention provides an air inlet structure of a saddle type vehicle, capable of preventing the hot wind from being sucked into an engine from an air chamber, so as to increase the air filling efficiency of the engine. In the saddle type vehicle, the engine (E) is arranged that: a cylinder part (43) projects upwards towards the front part of a crankcase (42) and a belt type stepless speed change device (M) is arranged at the side of the crankcase (42) of the engine (E) and an air filter (48) is arranged above the belt type stepless speed change device (M). In the air inlet structure, a speed change gear cooling pipe (52) for sucking the air in the belt type stepless speed change device (M) is arranged along the edge at the front side of the vehicle of the air filter (48) and used for blocking the flow of the hot air; the air inlet (63) of the air filter (48) is arranged at the outer side of the vehicle width direction compared with the inner wall (54a) of the speed change gear cooling pipe (52) along the vehicle width direction.

The saddled vehicle (1) of the present invention has: a rear fender (61) arranged along the outer peripheral side of the rear wheel (WR); a cavity (60) arranged on the front side of the rear wheel (WR), And on the rear fender (61), the fender surface (61f) facing the rear wheel (WR) is set on the outer peripheral side of the rear wheel (WR); and the air introduction pipe (56), which is connected with the cavity (60) Connect and introduce air into the recovery tank (50).

The invention discloses a method for extending the shelf life of chilled aquatic products, and belongs to the field of food preservation. A compound for extending the shelf life of chilled aquatic products includes the following components by weight: 15-20 parts of modified carboxymethyl chitosan, 5-12 parts of pectin, 2-5 parts of oleic acid, and 1- parts of yeast selenium 3 servings, 1-3 servings of natamycin, and 2-6 servings of nisin. The method for extending the shelf life of chilled aquatic products by using the compound comprises the steps of sequentially treating the chilled product with a mixed gas and soaking the chilled product with the compound. Treating aquatic products by the method of the invention can significantly slow down the degradation and oxidative denaturation of aquatic product proteins during refrigeration, better maintain protein activity in aquatic products, and effectively slow down the deterioration of aquatic product quality.

The invention provides a tire curing mould which is helpful to reduce bad curing of no covering of a bead heel area of a tire bead part by improving a shape of a tire bead ring. The tire curing mould (M) comprises a tire bead ring (M3) including a tire bead forming surface (17). The tire bead ring (M3) is formed by more than two rings (R) which are formed by diving more than one diving plane (S) inside and outside in a tire, the more than one diving plane (S) extending from a tire bead heel area (4b) of a bead part (4). A dividing surface of the ring on one side is provided with a circumferential groove (26) extending along a circumferential direction; the circumferential groove (26) extends to the tire bead heel area (4b) and a plurality of slit forming grooves (27) of a discharge slit (E) having a gap (G) of 0.02-0.04 mm are formed between the circumferential groove (26) with the dividing surfaces of the rings on the other side. The rings configured on the outside of the tire axial outside is provided with a deflation opening (B) penetrating the rings on the outside for extending.