Abstract: A cooling jacket has cooling units coupled in a row. The cooling unit comprises a plate-shaped cooling unit body with flow channel, a socket joint extending from one end of the flow channel, and a spigot joint extending from one end of the flow channel. The spigot joint is fitted to the socket joint to connect the cooling units to each other. The socket joint has a spherical-shaped inner surface, and the spigot joint has a spherical-shaped outer surface that matches the inner surface of the socket joint to detachably connect the cooling units to each other and be rotatable about an axis orthogonal to a coupling direction of the cooling units. The socket joint and the spigot joint are provided with through-holes that penetrate through the socket joint and the spigot joint, respectively, to communicate with the flow channels of the cooling units.

Abstract: The present invention relates to a motor configuration selection device comprising: a selection condition acquisition unit that acquires a selection condition for an encoder to be provided at a motor; and a selection making unit that makes a selection of an encoder to be provided at the motor based on the selection condition acquired by the selection condition acquisition unit and the specification of the motor.

Abstract: A cooling jacket has cooling units coupled in a row. The cooling unit comprises a plate-shaped cooling unit body with flow channel, a socket joint extending from one end of the flow channel, and a spigot joint extending from one end of the flow channel. The spigot joint is fitted to the socket joint to connect the cooling units to each other. The socket joint has a spherical-shaped inner surface, and the spigot joint has a spherical-shaped outer surface that matches the inner surface of the socket joint to detachably connect the cooling units to each other and be rotatable about an axis orthogonal to a coupling direction of the cooling units. The socket joint and the spigot joint are provided with through-holes that penetrate through the socket joint and the spigot joint, respectively, to communicate with the flow channels of the cooling units.

Abstract: To select the configuration of a linear motor more appropriately. A motor configuration selection device according to the present invention comprises a characteristic calculation unit that calculates at least one of force and magnetic attraction to be achieved by a component of a linear motor based on a gap between a field magnet and an armature in the linear motor to be selected.

Abstract: A cooling pipe joint which enables easy fine adjustment of the length of a cooling pipe which extends from the cooling pipe joint. The cooling pipe joint is provided with a base part, a fastening member which is fastened to the base part, a deforming member which is arranged between the base part and the fastening member, and a first slanted surface which slants with respect to a center axis. This first slanted surface presses against the deforming member by the force of fastening the fastening member to the base part and makes the deforming member deform to a direction approaching the center axis.

Abstract: A machine learning device which learns an operation of a laminated core manufacturing apparatus for stacking a plurality of core sheets to manufacture a laminated core, wherein the machine learning device includes a state observation unit which observes states of the core sheets and the laminated core manufacturing apparatus; and a learning unit which updates a manipulated variable for stacking the core sheets, on the basis of a state variable observed by the state observation unit.

Abstract: The present invention relates to a motor configuration selection device comprising: a selection condition acquisition unit that acquires a selection condition for an encoder to be provided at a motor; and a selection making unit that makes a selection of an encoder to be provided at the motor based on the selection condition acquired by the selection condition acquisition unit and the specification of the motor.

Abstract: In order to more appropriately select a configuration of a linear motor, a motor configuration selection device includes a specification information acquisition unit that acquires information on specifications of components of a linear motor; a compatibility condition setting unit that sets a compatibility condition for an intended device configuration the linear motor; an evaluation result acquisition unit that acquires an evaluation result for each device configuration of the linear motor that is compatible with the compatibility condition on the basis of preset criteria; and a candidate presentation unit that presents, on the basis of the evaluation result, information on a candidate device configuration for selecting the device configuration of the linear motor.

Abstract: To select the configuration of a linear motor more appropriately. A motor configuration selection device according to the present invention comprises a characteristic calculation unit that calculates at least one of force and magnetic attraction to be achieved by a component of a linear motor based on a gap between a field magnet and an armature in the linear motor to be selected.

Abstract: In order to more appropriately select a configuration of a linear motor, a motor configuration selection device includes a specification information acquisition unit that acquires information on specifications of components of a linear motor; a compatibility condition setting unit that sets a compatibility condition for an intended device configuration the linear motor; an evaluation result acquisition unit that acquires an evaluation result for each device configuration of the linear motor that is compatible with the compatibility condition on the basis of preset criteria; and a candidate presentation unit that presents, on the basis of the evaluation result, information on a candidate device configuration for selecting the device configuration of the linear motor.

Abstract: An armature includes: an integrated core with multiple split cores coupled to each other; a coupling member for coupling the multiple split cores; a coil attached to the integrated core; a block attachment part provide to a machine attachment side of the integrated core; a protection sheet having ability to be impregnated with resin and covering a surface of the integrated core and a surface of the block attachment part; a block attached to the block attachment part and having a machine attachment surface arranged at the block attachment side of the integrated core; and a resin layer covering the protection sheet covering the integrated core. The machine attachment surface of the block is exposed from the resin layer.

Abstract: An armature for linear motor having excellent precision in attachment to a machine and capable of reducing the likelihood of trouble in a resin layer, entry of a foreign material, and the like is provided. An armature comprises: a block attachment part provided to a machine attachment side of a core; a protection sheet having ability to be impregnated with resin and covering a surface of the core and a surface of the block attachment part; a block attached to the block attachment part and having a machine attachment surface arranged at the block attachment side of the core; and a resin layer covering the protection sheet covering the core. The machine attachment surface of the block is exposed from the resin layer.

Abstract: The overheat detection device for an electric motor of the present invention includes: PTC thermistors each attached to the coil of a different phase of a three-phase AC electric motor and connected in series; an overheat determination unit for determining overheat of coils based on the output voltage from the serially connected circuit of the PTC thermistors; and, an output voltage control unit that controls the output voltage from the PTC thermistors in accordance with the electric angle or magnetic phase of the three-phase AC electric motor.

Abstract: An armature for linear motor having excellent precision in attachment to a machine and capable of reducing the likelihood of trouble in a resin layer, entry of a foreign material, and the like is provided. An armature comprises: a block attachment part provided to a machine attachment side of a core; a protection sheet having ability to be impregnated with resin and covering a surface of the core and a surface of the block attachment part; a block attached to the block attachment part and having a machine attachment surface arranged at the block attachment side of the core; and a resin layer covering the protection sheet covering the core. The machine attachment surface of the block is exposed from the resin layer.

Abstract: An armature includes: an integrated core with multiple split cores coupled to each other; a coupling member for coupling the multiple split cores; a coil attached to the integrated core; a block attachment part provide to a machine attachment side of the integrated core; a protection sheet having ability to be impregnated with resin and covering a surface of the integrated core and a surface of the block attachment part; a block attached to the block attachment part and having a machine attachment surface arranged at the block attachment side of the integrated core; and a resin layer covering the protection sheet covering the integrated core. The machine attachment surface of the block is exposed from the resin layer.

Abstract: A machine learning device which learns an operation of a laminated core manufacturing apparatus for stacking a plurality of core sheets to manufacture a laminated core, wherein the machine learning device includes a state observation unit which observes states of the core sheets and the laminated core manufacturing apparatus; and a learning unit which updates a manipulated variable for stacking the core sheets, on the basis of a state variable observed by the state observation unit.

Abstract: A fixture which secures a temperature detection element to a winding provided around a stator core of a motor, includes a main body to be inserted into a gap between the stator core and the winding, and an engagement portion formed on one end side of the main body on one side of the main body to engage with the rim of the opening of the winding. On the one side of the main body a recess is formed to house a temperature sensitive part of the temperature detection element. The depth of the recess is less than the maximum thickness of the temperature sensitive part of the temperature detection element.

Abstract: A fixture which secures a temperature detection element to a winding provided around a stator core of a motor, includes a main body to be inserted into a gap between the stator core and the winding, and an engagement portion formed on one end side of the main body on one side of the main body to engage with the rim of the opening of the winding. On the one side of the main body a recess is formed to house a temperature sensitive part of the temperature detection element. The depth of the recess is less than the maximum thickness of the temperature sensitive part of the temperature detection element.

Abstract: The overheat detection device for an electric motor of the present invention includes: PTC thermistors each attached to the coil of a different phase of a three-phase AC electric motor and connected in series; an overheat determination unit for determining overheat of coils based on the output voltage from the serially connected circuit of the PTC thermistors; and, an output voltage control unit that controls the output voltage from the PTC thermistors in accordance with the electric angle or magnetic phase of the three-phase AC electric motor.

Abstract: A cooling pipe joint which enables easy fine adjustment of the length of a cooling pipe which extends from the cooling pipe joint. The cooling pipe joint is provided with a base part, a fastening member which is fastened to the base part, a deforming member which is arranged between the base part and the fastening member, and a first slanted surface which slants with respect to a center axis. This first slanted surface presses against the deforming member by the force of fastening the fastening member to the base part and makes the deforming member deform to a direction approaching the center axis.