Abstract: An object of the present disclosure is to provide a novel method for detecting atopic dermatitis and a novel method for determining a therapeutic effect on atopic dermatitis. The present disclosure provides a method for detecting atopic dermatitis, including the step of measuring the concentration of a lipid metabolite in a biological sample of a subject. The present disclosure also provides a method for determining a therapeutic effect on atopic dermatitis, including the step of measuring the concentration of a lipid metabolite in a biological sample of a subject.

Abstract: In a tension measurement device, a load cell, a base portion in which the load cell is provided, a pair of load transfer beams each having a support point and an action point provided in different positions and being configured to transfer a load to the load cell at a tip side, and a pressing member which is supported by the base side pins of the pair of load transfer beams and to which the load is applied are provided.

Abstract: In a tension measurement device, a load cell, a base portion in which the load cell is provided, a pair of load transfer beams each having a support point and an action point provided in different positions and being configured to transfer a load to the load cell at a tip side, and a pressing member which is supported by the base side pins of the pair of load transfer beams and to which the load is applied are provided.

Abstract: A tension measurement device includes: a pair of rotatable first support rollers; a pressing portion arranged to face a midpoint between the pair of first support rollers; and a load cell capable of measuring a load applied to the pressing portion, and is capable of measuring a tension by clamping a lashing belt between the pair of first support rollers and the pressing portion. A pair of rotatable second support rollers is arranged to face the pair of first support rollers.

Abstract: A tension measurement device includes: a pair of rotatable first support rollers; a pressing portion arranged to face a midpoint between the pair of first support rollers; and a load cell capable of measuring a load applied to the pressing portion, and is capable of measuring a tension by clamping a lashing belt between the pair of first support rollers and the pressing portion. A pair of rotatable second support rollers is arranged to face the pair of first support rollers.

Abstract: Provided is a clamping-type tensile force measurement device configured to clamp a belt being used to lash a cargo and to measure a tensile force of the belt. The measurement device includes: a base having a pair of support rollers which are rotatable; and a lid connected to the base via a hinge portion such that the base and the lid form a foldable structure. A load cell is installed in a backside portion of the lid. A pressing plate having a pressing portion positioned to face a space between the pair of support rollers is provided on a backside of the lid.

Abstract: Provided is a clamping-type tensile force measurement device configured to clamp a belt being used to lash a cargo and to measure a tensile force of the belt. The measurement device includes: a base having a pair of support rollers which are rotatable; and a lid connected to the base via a hinge portion such that the base and the lid form a foldable structure. A load cell is installed in a backside portion of the lid. A pressing plate having a pressing portion positioned to face a space between the pair of support rollers is provided on a backside of the lid.