Abstract: The present invention provides an engine control device that sets a cam signal read value according to a cam signal output from a cam angle sensor, in a front-rear determination position; if the cam signal read value is alternately changed between 1 (LOW) and 2 (HIGH) in the front-rear determination position, sets the cam signal read value to the cam signal expected value; if the cam signal read value is not alternately changed between 1 (LOW) and 2 (HIGH), inverts the cam signal expected value in the control cycle of the previous time, and sets the resultant cam signal expected value; then, when the cam signal read value and the cam signal expected value are equal to each other, distinguishes the cylinders by using the cam signal read value; and when the cam signal read value and the cam signal expected value are different from each other, distinguishes the cylinders by using the cam signal expected value.

Abstract: The present invention provides an engine control device that sets a cam signal read value according to a cam signal output from a cam angle sensor, in a front-rear determination position; if the cam signal read value is alternately changed between 1 (LOW) and 2 (HIGH) in the front-rear determination position, sets the cam signal read value to the cam signal expected value; if the cam signal read value is not alternately changed between 1 (LOW) and 2 (HIGH), inverts the cam signal expected value in the control cycle of the previous time, and sets the resultant cam signal expected value; then, when the cam signal read value and the cam signal expected value are equal to each other, distinguishes the cylinders by using the cam signal read value; and when the cam signal read value and the cam signal expected value are different from each other, distinguishes the cylinders by using the cam signal expected value.

Abstract: Disclosed is a device including a sensor configured to measuring an electrical characteristics of oil; a main body having the sensor in a sideward-facing orientation at one end of an elongated shape thereof; and a sensor cover having a base part configured to be attached to the main body; a tip head part having an arcuate shape or an annular shape being greater in size in a radial direction with respect to the sensor, disposed in a manner protruding at a tip side of the main body with respect to the sensor; and a connection part including a first connecting pillar connecting the base part and the tip head part and a second connecting pillar having a width smaller than a width the first connecting pillar.

Abstract: Disclosed is a device including a sensor configured to measuring an electrical characteristics of oil; a main body having the sensor in a sideward-facing orientation at one end of an elongated shape thereof; and a sensor cover having a base part configured to be attached to the main body; a tip head part having an arcuate shape or an annular shape being greater in size in a radial direction with respect to the sensor, disposed in a manner protruding at a tip side of the main body with respect to the sensor; and a connection part including a first connecting pillar connecting the base part and the tip head part and a second connecting pillar having a width smaller than a width the first connecting pillar.

Abstract: Disclosed is a device including a sensor configured to measuring an electrical characteristics of oil; a main body having the sensor in a sideward-facing orientation at one end of an elongated shape thereof; and a sensor cover having a base part configured to be attached to the main body; a tip head part having an arcuate shape or an annular shape being greater in size in a radial direction with respect to the sensor, disposed in a manner protruding at a tip side of the main body with respect to the sensor; and a connection part including a first connecting pillar connecting the base part and the tip head part and a second connecting pillar having a width smaller than a width the first connecting pillar.

Abstract: An oil degradation meter and a method for evaluating oil degradation are provided, in which a user is enabled to arbitrarily set a degradation of oil/fat using an acid value (AV value) as an index, and capable of learning a replacement time of oil/fat easily with a stable reproducibility, even in a case where a condition such as a moisture amount in food (deep-fried food) is different.

Abstract: An electronic control apparatus comprises a microcomputer that incorporates a diagnosis circuit for a hardware resource and a processor. The processor of the electronic control apparatus is configured to, when the diagnosis circuit determines that the hardware resource has failed, substitute a function provided by the failed hardware resource with a function provided by another hardware resource.

Abstract: The electronic control device includes a memory and a processor. The processor is configured to use, in executing a task, at least one stack region for the task, which is previously allocated to the task, out of a plurality of stack regions allocated in the memory.

Abstract: An oil degradation meter and a method for evaluating oil degradation are provided, in which a user is enabled to arbitrarily set a degradation of oil/fat using an acid value (AV value) as an index, and capable of learning a replacement time of oil/fat easily with a stable reproducibility, even in a case where a condition such as a moisture amount in food (deep-fried food) is different.

Abstract: Provided is a circuit board device, wherein degrees of freedom are provided for a GND connecting position among plural printed boards, and noise shield and/or heat sink effects are provided. An electronic device provided with the circuit board device and a GND connecting method are also provided. Circuit board device (100) includes a pair of printed boards (110, 120), noise generating component (112) and/or heat generating component (122), and metal plate (140). Printed boards (110, 120) include mounting surfaces and GND connecting terminals (111, 121) arranged on the respective mounting surfaces, and the mounting surfaces are arranged to face each other. Noise generating component (112) and/or heat generating component (122) is mounted on the mounting surface of at least one of a pair of printed boards (110, 120).

Abstract: Provided is a circuit board device, wherein degrees of freedom are provided for a GND connecting position among plural printed boards, and noise shield and/or heat sink effects are provided. An electronic device provided with the circuit board device and a GND connecting method are also provided. Circuit board device (100) includes a pair of printed boards (110, 120), noise generating component (112) and/or heat generating component (122), and metal plate (140). Printed boards (110, 120) include mounting surfaces and GND connecting terminals (111, 121) arranged on the respective mounting surfaces, and the mounting surfaces are arranged to face each other. Noise generating component (112) and/or heat generating component (122) is mounted on the mounting surface of at least one of a pair of printed boards (110, 120).

Abstract: A mold for producing a rubber product comprises a precipitation hardening stainless steel without any surface treatment such as plating and/or fluorine resin coating applied to a finished surface of the mold. The rubber product can be produced using the mold upon producing it by compression molding, transfer molding or injection molding.

Abstract: An optical portable cellular phone having a character recognition function is provided which is capable of reducing a rate of character recognition error or a rate of character recognition failure in case of reading a character string. When a character recognizing section judges a captured character to be unrecognizable (misread or unreadable), a data referencing section judges whether or not incorrect character code due to the unrecognizable character corresponds to any one of feature character strings, referring to information about the feature character strings stored in a memory. When it is judged that the incorrect character code corresponds to any one of the feature character strings, a data correcting section corrects in a manner that a form of the incorrect character code matches up with that of the feature character string.