Abstract: A search apparatus includes a processor and a memory. The processor receives a molding result of a reference sample manufactured by the additive manufacturing apparatus. The processor calculates predicted values from a predictive model. The processor determines whether the evaluation target values are achieved by the measured values. The reference sample has at least three smooth surfaces and a surface having aggregated punched holes formed by straight lines and curved lines that are involved in three types of regions to be set as the conditions.

Abstract: The purpose of the present invention is to provide a lubricating oil composition capable of achieving good wear resistance and good scoring resistance of a bearing in addition to further fuel saving while maintaining durability and seizure resistance that can be used as a gear oil for a high-output, high-speed gear mechanism. A lubricating oil composition containing a combination of Fischer-Tropsch derived base oil having a low kinematic viscosity at high temperature, polyalphaolefin having a high kinematic viscosity at high temperature, and ester compound of a trivalent or higher polyol having a low kinematic viscosity at high temperature, and further contains a partial ester compound of an unsaturated fatty acid and a polyol, including a monoester compound of the unsaturated fatty acid and the polyol.

Abstract: The purpose of the present invention is to provide a lubricating oil composition capable of achieving good wear resistance and good scoring resistance of a bearing in addition to further fuel saving while maintaining durability and seizure resistance that can be used as a gear oil for a high-output, high-speed gear mechanism. A lubricating oil composition containing a combination of Fischer-Tropsch derived base oil having a low kinematic viscosity at high temperature, polyalphaolefin having a high kinematic viscosity at high temperature, and ester compound of a trivalent or higher polyol having a low kinematic viscosity at high temperature, and further contains a partial ester compound of an unsaturated fatty acid and a polyol, including a monoester compound of the unsaturated fatty acid and the polyol.

Abstract: This invention provides a lubricating oil composition for automobile transmission that includes: as low-viscosity base oils: (i) between 45 and 95 mass % of a Fischer-Tropsch synthetic low-viscosity base oil with a 100° C. kinematic viscosity of between 1 mm2/s and 2 mm2/s, and between 0 and 25 mass % of other than a Fischer-Tropsch synthetic low-viscosity base oil with a 100° C. kinematic viscosity of between 1 mm2/s and 2 mm2/s, and (ii) between 0 and 35 mass % of a base oil wherein the 100° C. kinematic viscosity is greater that 2 mm2/s and no greater than 5 mm2/s; and (iii) between 5 and 55 mass % of an olefin polymer or copolymer, as a high-viscosity base oil, wherein the 100° C. kinematic viscosity is between 100 and 800 mm2/s. A lubricating oil composition for an automatic transmission wherein the 100° C. kinematic viscosity of this composition is between 3.8 and 5.5 mm2/s, the viscosity index is no less than 190, the flashpoint is no less than 140° C., and the reduction ratio of the 100° C.

Abstract: This invention provides a lubricating oil composition for automobile transmission that includes: as low-viscosity base oils: (i) between 45 and 95 mass % of a Fischer-Tropsch synthetic low-viscosity base oil with a 100° C. kinematic viscosity of between 1 mm2/s and 2 mm2/s, and between 0 and 25 mass % of other than a Fischer-Tropsch synthetic low-viscosity base oil with a 100° C. kinematic viscosity of between 1 mm2/s and 2 mm2/s, and (ii) between 0 and 35 mass % of a base oil wherein the 100° C. kinematic viscosity is greater that 2 mm2/s and no greater than 5 mm2/s; and (iii) between 5 and 55 mass % of an olefin polymer or copolymer, as a high-viscosity base oil, wherein the 100° C. kinematic viscosity is between 100 and 800 mm2/s. A lubricating oil composition for an automatic transmission wherein the 100° C. kinematic viscosity of this composition is between 3.8 and 5.5 mm2/s, the viscosity index is no less than 190, the flashpoint is no less than 140° C., and the reduction ratio of the 100° C.

Abstract: A control system for a vehicle includes: a battery; a first control unit configured to receive a power supplied from the battery, and configured to control a first control object which is mounted on the vehicle; and an interrupting unit configured to interrupt a supply of the power to the first control unit from the battery, wherein a first switch part is provided between the battery and the first control unit which receives a resumption request signal when the supply of the power to the first control unit is interrupted by the interrupting unit to permit the power to be supplied to the first control unit from the battery.

Abstract: A control system for a vehicle includes: a battery; a first control unit configured to receive a power supplied from the battery, and configured to control a first control object which is mounted on the vehicle; and an interrupting unit configured to interrupt a supply of the power to the first control unit from the battery, wherein a first switch part is provided between the battery and the first control unit which receives a resumption request signal when the supply of the power to the first control unit is interrupted by the interrupting unit to permit the power to be supplied to the first control unit from the battery.

Abstract: The invention provides a call connection control method which can use a conventional telephone as-is and performing linking with a low possibility of mistaking telephones, and a call connection control unit for implementing the method. Upon receiving an outgoing call request from an outgoing-call side personal computer (PC), a call connection control unit retrieves an outgoing-call side IP-telephone linked to the PC, and transmits an incoming call request to the IP-telephone. Upon receiving the incoming call request, the IP-telephone rings. When the caller places the IP-telephone that rings in a starting (off-hook) state, the call connection control unit sends a ring back tone to the IP-telephone and transmits an incoming call request to an incoming-call side IP-telephone. Upon receiving the incoming call request, the IP-telephone rings. When the recipient places the IP-telephone that rings in a starting state, the call connection control unit enables a call between the two IP-telephones.

Abstract: When a trouble is developed in an IP exchange (TM) 2 or a circuit (network) 5, a backup exchange 6 (backup TM) is switched over from a waiting system to an operating system, and all IP terminals Eqi inside lodgments A, B, . . . N also log out from the IP exchange (TM) 2, and transmit the IP addresses to the backup exchanges 6 (backup TM) inside own lodgment, respectively, and log in there with a result that the extension telephone calls inside own lodgment is made possible by a control of the backup exchange 6 (backup TM), and therefore, even when a fault occurs in the IP exchange or the circuit, the IP terminals inside the lodgment are backed up and the actuations of the IP terminals are continuously operated, and for example, the extension phone calls inside the lodgment can be realized.

Abstract: An electrically conductive contact holder comprises a supporting member including a low thermal expansion supporting frame with a coefficient of linear expansion lower than that of a to-be-contacted member and a high thermal expansion supporting frame with a coefficient of linear expansion higher than that of the to-be-contacted member, which are stacked one on another. With this structure, a coefficient of linear expansion of the entire supporting member can be approximated to that of the to-be-contacted member. Thus, it is possible to suppress the occurrence of displacement between electrically conductive contacts and external connecting terminals even under high temperature conditions.

Abstract: The invention provide a call connection control method of using a conventional telephone as-is and performing cooperation with low possibility of mistaking the telephone and a call connection control unit for implementing the method. On receiving an outgoing request from an outgoing-side Personal Computer, a call connection control unit searches for an outgoing-side IP-Telephone which is cooperated, and transmits an incoming request to the IP-Telephone. On receiving the incoming request, the IP-Telephone sounds a ringing tone. If a caller puts the IP-Telephone having sounded the ringing tone in a Starting State, the call connection control unit sends out a Ring Back Tone to the IP-Telephone and transmits an incoming request to an incoming-side IP-Telephone. On receiving the incoming request, the IP-Telephone sounds a ringing tone.

Abstract: When a trouble is developed in an IP exchange (TM) 2 or a circuit (network) 5, a backup exchange 6 (backup TM) is switched over from a waiting system to an operating system, and all IP terminals Eqi inside lodgments A, B, . . . N also log out from the IP exchange (TM) 2, and transmit the IP addresses to the backup exchanges 6 (backup TM) inside own lodgment, respectively, and log in there with a result that the extension telephone calls inside own lodgment is made possible by a control of the backup exchange 6 (backup TM), and therefore, even when a fault occurs in the IP exchange or the circuit, the IP terminals inside the lodgment are backed up and the actuations of the IP terminals are continuously operated, and for example, the extension phone calls inside the lodgment can be realized.

Abstract: Each of multifunctional telephones has a common hold button for accepting a hold/hold release instruction of a communication partner (extension) under transfer communication; a central processing equipment controls each part of a private branch exchange so that the transfer communication partner concerned is held in accordance with a hold instruction from a multifunctional telephone under transfer communication; the information of a hold target (extension) is registered into a hold information registration area; in accordance with a hold release instruction from a multifunctional telephone holding a communication partner, the information of the communication partner specified by the instruction is searched from the hold information registration area; and the holding of the communication partner specified by the searched information is released to connect the communication partner to the multifunctional telephone concerned, whereby the communication partner (extension) under transfer communication can be held

Abstract: A paste for manufacturing ferrite is produced by dissolving the following materials: organometallic compound comprising a metal element Fe (A); organometallic compound comprising a metal element Me (Me herein denotes at least one element selected from the group consisting of Mn, Li, Mg, Ni, Zn, Y and Gd) (B); and at least one material selected from terpenoid carboxylic acid and resins containing the composition of the terpenoid carboxylic acid (C) in organic solvent (D). The paste permits providing a dense and homogeneous ferrite with a good property. Moreover, the use of such ferrite permits producing ferrite thin films. Furthermore, the ferrite with an excellent high-frequency property can be provided by coating and firing the paste of the present invention. The temperature properties of YIG thin film and Gd-substituted YIG thin film of the present invention are shown.

Abstract: A mechanical sensor, comprising a ferromagnetic layer having magnetostriction, a ferromagnetic layer having magneto-resistance effect, a magnetic field generating means which excites these ferromagnetic layers, and a substrate which supports all these elements integrally, can be attained, which is small, thin, highly sensitive, and is capable of integration, by detecting a change of magnetic flux density passing through the ferromagnetic layers resulting from a change of magnetic properties caused by stress as a change of resistance value arising from magneto-resistance effect. As a result, a small, thin, and highly sensitive mechanical sensor can be provided using stress magnetic effect. Furthermore, based on the anisotropy of detection sensitivity, intensity of the stress along a certain direction can be detected selectively.

Abstract: A compact and solid-state mechanical sensor comprises a magnetic layer having magnetostriction and a planar coil for detecting a mechanical property as a change in impedance. The sensitivity of the sensor is improved with heat treatment to relax the internal stress in the magnetic layer. The magnetic layer 12a of 5 .mu.m of thickness is formed on a titanium substrate 11 of 9.4 ppm/.degree.C. thermal expansion coefficient. The magnetic layer comprises an Fe-based amorphous alloy film prepared with a sputtering method, and it has a composition of Fe 74, Cr 4, Si 13 and B 9 (at %), +22 ppm of saturation magnetostriction constant and 8.0 ppm/.degree.C. of thermal expansion coefficient. An insulator layer 13a made of SiO.sub.x of 2 .mu.m of thickness on the magnetic layer 12a, and a planar coil 14 and input/output terminals 15a, 15b made of aluminum of 2 .mu.m of thickness is formed on the insulator layer 13a.

Abstract: The invention is a pressure sensor including a main body including a pressure inlet at and end thereof, a deformable section deformed by a pressure introduced through the pressure inlet, and a non-deformable section maintaining the shape thereof even when supplied with a pressure introduced through the pressure inlet; an amorphous magnetic alloy member having a magnetostriction constant, the amorphous magnetic alloy member being adhered on the deformable section and the non-deformable section; a first permeability detection element for detecting the permeability of a part of the amorphous magnetic alloy member corresponding to the deformable section; a second permeability detection element for detecting the permeability of another part of the amorphous magnetic alloy member corresponding to the non-deformable section; and a yoke for covering the first and the second permeability detection elements; the yoke is adhered on the main body.