Abstract: A glass electrode is capable of measuring a cation concentration of a test solution. The glass electrode includes a flat sensitive glass body sensitive to ions, a base body formed of a glass tube housing an internal solution, and a fixation layer used to sealingly attach the sensitive glass body to an end surface of the base body. A resistance value of the fixation layer is equal to or higher than a resistance value of the sensitive glass body. A liquid property measurement device is equipped with the glass electrode.

Abstract: A viscosity measurement unit includes a first stage having a first surface, a second stage having a second surface and configured to rotate with the second surface which is opposed and in proximity to the first surface, a motor including a motor body and a shaft that is an output shaft of the motor body and configured to rotate synchronously with the second stage, a fixed member arranged to rotatably support the shaft and the motor body, and a strain gauge unit fixed to the fixed member and configured to be biased by a contact of the motor body when the motor body rotates in a first direction with respect to the fixed member.

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: A viscosity measurement unit includes a first stage having a first surface, a second stage having a second surface and configured to rotate with the second surface which is opposed and in proximity to the first surface, a motor including a motor body and a shaft that is an output shaft of the motor body and configured to rotate synchronously with the second stage, a fixed member arranged to rotatably support the shaft and the motor body, and a strain gauge unit fixed to the fixed member and configured to be biased by a contact of the motor body when the motor body rotates in a first direction with respect to the fixed member.

Abstract: A nondestructive measurement apparatus includes a casing including a grip portion capable of being held in hand and a measurement portion having a ring shaped abutting portion to be abutted to a measurement target such as fruit or vegetable; a light source group including a plurality of light sources arranged to be separated in a circumferential direction in an interior thereof; a ring lens arranged in a ring shape smaller than the abutting portion at an inner portion of the abutting portion, for emitting lights from the light source group to an external of the casing in a ring shape; and a light guide member having one end surface exposed to an inner side of the ring lens and another end surface positioned in the interior of the casing, for emitting lights incident from the one end surface to the external from the another end surface.

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: A glass electrode is capable of measuring a cation concentration of a test solution. The glass electrode includes a flat sensitive glass body sensitive to ions, a base body formed of a glass tube housing an internal solution, and a fixation layer used to sealingly attach the sensitive glass body to an end surface of the base body. A resistance value of the fixation layer is equal to or higher than a resistance value of the sensitive glass body. A liquid property measurement device is equipped with the glass electrode.

Abstract: A viscometer capable of measuring a viscosity in high precision by increasing a transmission efficiency of a rotational torque while simplifying a structure and facilitating a down-sizing is provided. A viscometer includes: a hollow shaft motor; a needle shaft piercing through a hollow driving shaft of the hollow shaft motor and having an upper end side and a lower end side supported to be rotatable; a spring configured to transmit a driving force of the hollow shaft motor to the needle shaft; a spindle attached to the lower end side of the needle shaft; and a phase difference detection unit configured to detect a rotational phase difference between the hollow driving shaft 4 and the needle shaft.

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: A nondestructive measurement apparatus includes a casing including a grip portion capable of being held in hand and a measurement portion having a ring shaped abutting portion to be abutted to a measurement target such as fruit or vegetable; a light source group including a plurality of light sources arranged to be separated in a circumferential direction in an interior thereof; a ring lens arranged in a ring shape smaller than the abutting portion at an inner portion of the abutting portion, for emitting lights from the light source group to an external of the casing in a ring shape; and a light guide member having one end surface exposed to an inner side of the ring lens and another end surface positioned in the interior of the casing, for emitting lights incident from the one end surface to the external from the another end surface.

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: A device includes a sample chamber (1) configured to receive the object, a polarization degree measuring member (2) configured to measure the polarization degree of the object received in the sample chamber (1), and a refractive index measuring member (3) configured to measure information corresponding to the refractive index of the object received in the sample chamber (1). The polarization degree measuring member (2) includes a polarization modulation member (11) configured to perform polarization modulation on a light beam (9) for analyzing the object and allow the modulated light beam to enter the sample chamber (1), an intensity detection member (12) configured to detect an intensity of the light beam (5) exiting from the sample chamber, and a polarization degree calculation member (13). The refractive index measuring member (3) includes a position detection member (26) and a refractive index (concentration) calculation member (13).