Abstract: An instrument classification symbol specifying device includes a processor coupled to a memory. The processor acquires instrument information and a standardized information model. The processor specifies characteristics of an instrument on the basis of the instrument information. The processor determines an instrument classification symbol corresponding to the instrument on the basis of: determination information in which the characteristics of the instrument are associated with the instrument classification symbol, and the specified characteristics of the instrument. When the processor succeeds in specifying the characteristics of the instrument, the processor outputs a result of mapping between the instrument and the instrument classification symbol. When the processor has difficulty in specifying the characteristics of the instrument, the processor causes a display device to display candidates of the characteristics of the instrument.

Abstract: According to one embodiment, an electromagnetic flowmeter includes, for example, a pipe, a lining, and a first double-faced tape. A fluid to be measured flows through the pipe. The lining includes a first portion which covers at least the inner face of the pipe. The first double-faced tape is placed between the inner face and the first portion to bond the pipe and the lining.

Abstract: According to one embodiment, an electromagnetic flowmeter includes a tube, a lining, at least one protrusion, and a pair of electrodes. A fluid to be measured flows in the tube. The lining covers an inner surface of the tube. The protrusion protrudes from the inner surface and includes a hook for hooking the lining.

Abstract: According to an embodiment, an electromagnetic flowmeter according to an embodiment includes a pipe, a pair of base members, and coil units. A fluid to be measured flows through the pipe. The pair of base members each includes a first portion and at least one second portion. The pair of base members is provided across an axial center of the pipe. The first portion contacts with an outer face of the pipe. The second portion protrudes from the first portion toward outside of the pipe radially. Coil units each includes a cylindrical coil. The coil units correspond to the second portions and attached to the base members while the second portions are inserted into pipes of the coils. The coil units have a same specification as a specification of coil units of another electromagnetic flowmeter that includes the pipe having a different outer diameter.

Abstract: According to one embodiment, an electromagnetic flowmeter includes a tube, a lining, at least one protrusion, and a pair of electrodes. A fluid to be measured flows in the tube. The lining covers an inner surface of the tube. The protrusion protrudes from the inner surface and includes a hook for hooking the lining.

Abstract: An electromagnetic flow meter provided with a resin lining portion has a lining locking frame composed of a cylindrical plate with openings and a plurality of belt shaped ring plates. The cylindrical plate with openings is provided with not less than two cutout portions from an end which are provided alternately from the both ends in the pipe axis direction and so as to lap in the pipe axis direction. A first gap is provided between the inner face of the measuring pipe and the outer circumference face of the cylindrical plate with openings. The resin to be lined is filled between the measuring pipe and the lining locking frame via gaps formed by the cutout portions.

Abstract: A cleaning quality control device to automatically determine cleaning quality as to whether or not cleaning has been completed from a detection signal of the electromagnetic flow meter, the cleaning quality control device includes, an S/N ratio measuring unit to measure an S/N ratio of the detection signal, and a cleaning completion determining unit which is provided with an S/N ratio•electric conductivity determining table in which outputs of the S/N ratio measuring unit and respective electric conductivities of detergent drains are previously made correspondent using the detergent drains with predetermined electric conductivities, and which outputs cleaning completion when an obtained electric conductivity thereof becomes not more than a predetermined electric conductivity, and obtains the electric conductivity of the detergent drain from a value of the S/N ratio of the electromagnetic flow meter, and thereby automatically determines the cleaning quality as to whether or not cleaning has been completed.

Abstract: A cleaning quality control device to automatically determine cleaning quality as to whether or not cleaning has been completed from a detection signal of the electromagnetic flow meter, the cleaning quality control device includes, an S/N ratio measuring unit to measure an S/N ratio of the detection signal, and a cleaning completion determining unit which is provided with an S/N ratio•electric conductivity determining table in which outputs of the S/N ratio measuring unit and respective electric conductivities of detergent drains are previously made correspondent using the detergent drains with predetermined electric conductivities, and which outputs cleaning completion when an obtained electric conductivity thereof becomes not more than a predetermined electric conductivity, and obtains the electric conductivity of the detergent drain from a value of the S/N ratio of the electromagnetic flow meter, and thereby automatically determines the cleaning quality as to whether or not cleaning has been completed.

Abstract: An electromagnetic flow meter has a lining locking frame provided in a measuring pipe composed of a cylindrical plate with openings and a belt shaped spiral plate, and a resin lining portion embedded in the lining locking frame. The belt shaped spiral plate is spirally around the outer circumference of the cylindrical plate with openings. A first gap is set between the inner face of the measuring pipe and the outer circumference face of the cylindrical plate with openings, and the belt shaped plate forming the belt-shaped spiral plate is wound around the cylindrical plate with openings in the pipe axis direction of the measuring pipe with a prescribed interval so as to provide a spiral third gap. When pressure molding the resin lining portion, the resin can be filled in gaps between the measuring pipe and the lining locking frame via the first gap and the third gap.

Abstract: An electromagnetic flow meter provided with a resin lining portion in which resin is lined in a measuring pipe by pressure molding, including the measuring pipe to flow liquid to be measured, a lining locking frame provided in the measuring pipe composed of a cylindrical plate with openings and a plurality of divided belt-like ring plates, and the resin lining portion formed by embedding the lining locking frame. Here, in case of pressure molding the resin lining portion, the resin to be lined can be filled easily in gaps between the measuring pipe and the lining locking frame via gaps formed by a first gap provided between the inner face of the measuring pipe and the outer circumference face of the cylindrical plate with openings and second gaps of the adjacent divided belt-like ring plates in the outer circumference direction of the measuring pipe.

Abstract: An electromagnetic flow meter provided with a resin lining portion in which resin is lined in a measuring pipe by pressure molding, including the measuring pipe to flow liquid to be measured, a lining locking frame provided in the measuring pipe composed of a cylindrical plate with openings and a plurality of divided belt-like ring plates, and the resin lining portion formed by embedding the lining locking frame. Here, in case of pressure molding the resin lining portion, the resin to be lined can be filled easily in gaps between the measuring pipe and the lining locking frame via gaps formed by a first gap provided between the inner face of the measuring pipe and the outer circumference face of the cylindrical plate with openings and second gaps of the adjacent divided belt-like ring plates in the outer circumference direction of the measuring pipe.

Abstract: A measurement apparatus including a lining body and an electrode. The electrode includes an electrode head portion having a first surface to contact a measurement object and a second surface opposite to the first surface, an electrode anchor portion formed around a peripheral portion of the second surface, and an electrode shaft portion. A protruding portion having a semicircular cross-section and a size smaller than a radius of the electrode shaft portion is formed around a peripheral edge portion of the second surface. A counterbore flat surface portion is formed in the lining body to define an arc portion of the inner surface as a flat surface, and while uniformly coming into contact with the counterbore flat surface portion of the lining body with pressure, the protruding portion of the electrode anchor portion bites into the counterbore flat surface portion.

Abstract: An electromagnetic flow meter provided with a resin lining portion in which resin is lined in a measuring pipe by pressure molding, including the measuring pipe to flow liquid to be measured, a lining locking frame provided in the measuring pipe composed of a cylindrical plate with openings and a plurality of divided belt-like ring plates, and the resin lining portion formed by embedding the lining locking frame. Here, in case of pressure molding the resin lining portion, the resin to be lined can be filled easily in gaps between the measuring pipe and the lining locking frame via gaps formed by a first gap provided between the inner face of the measuring pipe and the outer circumference face of the cylindrical plate with openings and second gaps of the adjacent divided belt-like ring plates in the outer circumference direction of the measuring pipe.

Abstract: An apparatus is disclosed that includes a measuring pipe comprising an inner layer and a non-magnetic outer layer; an electric flow meter electrically connected to the measuring pipe and operable to measure the flow of a material within the pipe; an insert comprising non-magnetic material exposed to the interior space of the measuring pipe and in electrical connection with the outer layer of the measuring pipe, wherein the insert is operable to provide a common ground between the material within the pipe and the flow measuring device.

Abstract: Provided is an electromagnetic flow meter configured to measure a flow rate of a measurement target fluid. The electromagnetic flow meter includes: a measurement pipe having a hollow cylindrical shape and allowing the measurement target fluid to flow inside; flanges provided on both ends of the measurement pipe, respectively; and a lining portion. Each of the flanges includes a cut groove formed in a circumferential direction of the measurement pipe. The cut groove has a curved inner surface. The lining portion is formed so as to cover an inner surface of the measurement pipe and the cut grooves.

Abstract: An electromagnetic flow meter has a pipe body 16 in which a measurement target fluid flows. The pipe body 16 includes: a measurement pipe 1 having a groove 3 whose cross-section is any of a semicircular shape, a rectangular shape, and a triangular shape formed on an inner surface in a circumferential direction; and a resin lining portion 10a formed on the inner surface of the measurement pipe.

Abstract: A measurement device comprises: a container 1 including an aperture 6a; a lining 2 applied to an inner surface of the container 1; an electrode 3 provided in the aperture, and a spring 7 biasing the electrode 3 in a direction from the inside to the outside of the container 1. The electrode 3 includes: an electrode head 3a; an anchor 4 formed on an outer peripheral portion of the electrode head 3a; an electrode shaft 3b formed integrally with the electrode head 3a; and an electrode tapered portion 5 tapered with its diameter gradually reduced from the anchor 4 to the electrode shaft so as to fit in the aperture. The electrode 3 is inserted from the inside of the container 1 so as to expose a part of the electrode shaft 3b out of the container 1.

Abstract: An electromagnetic flow meter provided with a resin lining portion in which resin is lined in a measuring pipe by pressure molding, including the measuring pipe to flow liquid to be measured, a lining locking frame provided in the measuring pipe composed of a cylindrical plate with openings and a plurality of divided belt-like ring plates, and the resin lining portion formed by embedding the lining locking frame. Here, in case of pressure molding the resin lining portion, the resin to be lined can be filled easily in gaps between the measuring pipe and the lining locking frame via gaps formed by a first gap provided between the inner face of the measuring pipe and the outer circumference face of the cylindrical plate with openings and second gaps of the adjacent divided belt-like ring plates in the outer circumference direction of the measuring pipe.

Abstract: A measurement apparatus includes a measurement pipe to feed the measurement object, a cylindrical lining body lined on an inner wall surface of the measurement pipe, an electrode insertion hole formed by penetrating a pipe wall of the measurement pipe and the lining body, an electrode inserted in the pipe wall from inside of the measurement pipe with the electrode insertion hole serving as a central axis of the electrode, so as to allow one end portion of the electrode to contact the measurement object and an electrode fixing unit to be engaged with an opposite end portion of the electrode to fix the electrode by pulling the electrode toward an outer wall of the measurement pipe.

Abstract: Provided is an electromagnetic flow meter configured to measure a flow rate of a measurement target fluid. The electromagnetic flow meter includes: a measurement pipe having a hollow cylindrical shape and allowing the measurement target fluid to flow inside; flanges provided on both ends of the measurement pipe, respectively; and a lining portion. Each of the flanges includes a cut groove formed in a circumferential direction of the measurement pipe. The cut groove has a curved inner surface. The lining portion is formed so as to cover an inner surface of the measurement pipe and the cut grooves.