35results about How to "Insufficient amount" patented technology

At the operation of a suction pump VP, a negative pressure is generated in a supply-side pipe line 4, a cooling passageway 2a of a mold 2, and a return-side pipe line 5. Cooling water stored in a water tank 3 is sucked by the negative pressure, flows from a first feed-water inlet 3a to the supply-side pipe line 4, flows through the supply-side pipe line 4, and enters the cooling passageway 2a of the mold 2. After the cooling water cools down the mold 2 while flowing through the cooling passageway 2a of the mold 2, it flows out to the return-side pipe line 5. On the other hand, at the operation of the suction pump VP, a negative pressure is also generated in a bypass pipe line 6. The cooling water stored in the water tank 3 is sucked by the negative pressure, flows from a second feed-water port 3b to the bypass pipe line 6, and enters the return-side pipe line 5 via the bypass pipe line 6.

A traffic lane marking line recognition system for vehicle includes an image compositing device which composites images photographed at different time points by a camera to elongate a traffic lane marking line such as a white line in the photographed image based on a detected travel speed of the vehicle. At least one image, among the plurality of images, photographed at a past time point earlier by a time interval determined in accordance with the vehicle speed from a reference time point, when defining a photographed time point of a given one of the images to be composited as the reference time point, is selected as the image to be composited with the given one of the images. By selecting the image to be composited in accordance with the vehicle speed, the traffic lane marking lines can be recognized unerringly.

Disclosed is a glass frit composition used for a paste composition for solar cell electrodes containing lead oxide and vanadium oxide, wherein the vanadium oxide is present in an amount of 30 to 70 mol % with respect to 100 mol % in total of the glass frit composition.

A method for collecting and transporting snow includes the steps of providing a snow blower mounted to an inclined alpine mountain-side and a pipe cooperating with the snow blower to remove snow from the snow blower to a downhill location remote from the snow blower, urging snow into the snow blower and propelling snow from the snow blower into the pipe via a diffuser, transporting the snow downhill in the pipe, and delivering the snow from the pipe at a downhill location below the elevation of the snow blower.

This invention relates to the coagulation of protein containing nutritional compositions in the upper gastro-intestinal tract, more in particular in the stomach and provides a method for reducing such coagulation.

A control device (200) calculates, on the basis of the transition of the expected amount of power generation of a power generation unit (160), the transition of the expected amount of power supply of a power supply unit (110), and the current amount of stored electrical power of a storage battery (120), a transition of the expected amount of the stored electrical power of the storage battery (120) in a case where electrical power continues to be supplied from a power distribution network (300) to the storage battery (120). In addition, the control device (200) sets a power reduction time zone, which is a time zone in which no electrical power is supplied from the power distribution network (300) to the storage battery (120), when the presence of a first time, which is a time when the expected amount of the stored electrical power starts to exceed the first reference capacity, is shown in the transition of the expected amount of the stored electrical power of the storage battery (120), and sets the end time of the power reduction time zone as the first time.

A developer container includes a second sheet member 23c that is installed on a rotation shaft 23a and rotates in the same phase as a first sheet member 23b, wherein when the rotation shaft 23a rotates in a state in which at least a part of the developer elevated by the first sheet member 23b is positioned above the rotation shaft 23a, the second sheet member 23b rotates on the downstream side of the first sheet member 23b, in the rotating direction of the rotation shaft 23a so as to control the falling of developer on the first sheet member 23b.

A developing apparatus, including: a developer carrying member; a developer feeding member configured to feed the developer to the developer carrying member in abutment with the developer carrying member; and a developer regulating member having a distal end portion directed toward an upstream side in a rotation direction of the developer carrying member, and configured to regulate a layer thickness of the developer on the developer carrying member in abutment with a surface thereof. Surfaces of the developer carrying member and the developer feeding member move in the same direction in an abutment portion. The distal end portion of the developer regulating member has a developer taking-in portion away from the surface of the developer carrying member toward the upstream side in the rotation direction. The developer taking-in portion is positioned upstream of an abutment position between the developer regulating member and the developer carrying member.

An information processing apparatus that transmits a plurality of parameter values of a device to an external apparatus includes a first transmission section that selectively periodically transmits the plurality of parameter values or part of the plurality of parameter values, and a second transmission section that transmits the plurality of parameter values to the external apparatus, in a case where an amount of change in a predetermined parameter value included in the part of the plurality of parameter values satisfies a predetermined condition in a period between a previous periodic transmission and a current periodic transmission, after the predetermined condition is satisfied and before the current periodic transmission is performed.

A gas sensor includes an element body having an oxygen ion conductive solid electrolyte layer and internally provided with a measurement-object gas flow section that introduces a measurement-object gas and allows the gas to flow; a measurement-object gas-side electrode disposed in a portion of the element body, the portion being exposed to the measurement-object gas; and a reference electrode disposed inside of the element body. Let A [μA] be a limiting current when oxygen is pumped from the surroundings of the measurement-object gas-side electrode to the surroundings of the reference electrode with the measurement-object gas introduction section, and B [μA] be a limiting current when oxygen is pumped from the surroundings of the reference electrode to the surroundings of the measurement-object gas-side electrode with the reference gas introduction section, then a ratio A/B is greater than or equal to 0.005.