Abstract: A device comprises determining, if an instruction to open a first drawing file is accepted, whether the first drawing file and a second drawing file associated with the first drawing file have been edited at the same time; determining whether the second drawing file has been edited after previous editing of the first drawing file; determining, if the first drawing file and the second drawing file have been edited at the same time or if they have not been edited at the same time but the second drawing file has been edited after the previous editing of the first drawing file, whether there is a difference between attributes of identical drawing elements included in the respective drawing files; and executing, if there is a difference between the attributes, attribute change processing on the first drawing file.

Abstract: A lathe (1) with a simple construction that is capable of making the relative displacement of a headstock (2) and tool rest (3) due to thermal deformation smaller. The lathe (1) comprises: a head including a headstock attaching section (51), and a slide attaching section (52) which has a portion with a height lower than the headstock attaching section; a headstock (2) attached to the headstock attaching section (51); a slide section (6) attached to the slide attaching section (52); and a tool rest (2) provided laterally to the headstock (3) and attached to the slide section (6). The headstock (2) is attached to the headstock attaching section (51) slanted to the tool rest side with respect to the direction in which the headstock (2) and the tool rest (3) are lined up.

Abstract: A lathe (1) with a simple construction that is capable of making the relative displacement of a headstock (2) and tool rest (3) due to thermal deformation smaller. The lathe (1) comprises: a head including a headstock attaching section (51), and a slide attaching section (52) which has a portion with a height lower than the headstock attaching section; a headstock (2) attached to the headstock attaching section (51); a slide section (6) attached to the slide attaching section (52); and a tool rest (2) provided laterally to the headstock (3) and attached to the slide section (6). The headstock (2) is attached to the headstock attaching section (51) slanted to the tool rest side with respect to the direction in which the headstock (2) and the tool rest (3) are lined up.

Abstract: A semiconductor device 1 includes an output MOS transistor M2, a sense MOS transistor M3, a voltage conversion circuit 20 that converts a sense current of the sense MOS transistor M3 into a sense voltage, and control MOS transistor M10 having a gate and a source which receive the sense voltage therebetween and a drain connected to a gate of the output MOS transistor M2. The voltage conversion circuit 20 includes a first MOS transistor M21 diode-connected and a second MOS transistor M22 connected in series to the first transistor M21. A gate of the second transistor M22 is connected to a node between a gate control circuit 6 and a resistor R5 which is connected to the gate of the output MOS transistor M2.

Abstract: A switching transistor has its drain and source respectively connected to a gate and a source of an output transistor for supplying output current to a load, and its gate connected to an internal grounding wire GW to be connected to a grounding terminal GND. A resistance element R1 connects the gate to the source of the switching transistor. When a voltage not smaller than a predetermined value is generated across the resistance element R1 at turn-on, due to a parasitic capacitance existing between a power supply terminal. Vcc and the internal grounding wire GW, the switching transistor can be turned on to turn off the output transistor.

Abstract: A lubricant for powder metallurgy which includes a polyhydroxycarboxylic acid amide. The lubricant improves both flowability and lubricity, irrespective of a presence or absence of any complicated pretreatment step.

Abstract: An output circuit having an output transistor which switches a load current is disclosed. The output circuit includes a load current detecting block which detects a current level of the load current, and a slew rate adjustment block which adjusts a slew rate during a turn-off transition of the output transistor in response to a result of the detection by the load current detecting block.

Abstract: A power switch circuit includes an output transistor which is connected between a first power supply terminal and an output terminal, and drives a load, an abnormality detecting circuit which detects an abnormal state of the output transistor, a resistance element which generates a resistance component by a diffusion layer formed on a well region, and is provided between an input terminal and a control terminal of the output transistor, and a well potential switching circuit which switches a voltage to be supplied to the well region between a voltage of the output terminal and a voltage of a second power supply terminal based on a detection result by the abnormality detecting circuit.

Abstract: A semiconductor device 1 includes an output MOS transistor M2, a sense MOS transistor M3, a voltage conversion circuit 20 that converts a sense current of the sense MOS transistor M3 into a sense voltage, and control MOS transistor M10 having a gate and a source which receive the sense voltage therebetween and a drain connected to a gate of the output MOS transistor M2. The voltage conversion circuit 20 includes a first MOS transistor M21 diode-connected and a second MOS transistor M22 connected in series to the first transistor M21. A gate of the second transistor M22 is connected to a node between a gate control circuit 6 and a resistor R5 which is connected to the gate of the output MOS transistor M2.

Abstract: A power switch circuit includes an output transistor which is connected between a first power supply terminal and an output terminal, and drives a load, an abnormality detecting circuit which detects an abnormal state of the output transistor, a resistance element which generates a resistance component by a diffusion layer formed on a well region, and is provided between an input terminal and a control terminal of the output transistor, and a well potential switching circuit which switches a voltage to be supplied to the well region between a voltage of the output terminal and a voltage of a second power supply terminal based on a detection result by the abnormality detecting circuit.

Abstract: In a method of injecting a fluid with a liquid-to-gas phase transition, the fluid is injected via a specified path of a change in an isobaric specific heat capacity per volume [Cp/V] of the fluid, the specified path leading from a temperature-pressure condition (i) to a temperature-pressure condition (ii). The condition (i) realizes an equality [Cp/V]=[Cp/V]L, where [Cp/V]L denotes an isobaric specific heat capacity per volume of the fluid in the liquid phase. The temperature-pressure condition (ii) realizes an equality [Cp/V]=[Cp/V]J, where [Cp/V]J denotes an isobaric specific heat capacity per volume of the fluid at timing of injection. The value [Cp/V]J is less than the value [Cp/V]L and included in a temperature-pressure region extending in close proximity to a high-temperature side of a temperature-pressure region corresponding to a temperature-pressure condition (iii) that realizes an isobaric specific heat capacity per volume [Cp/V]C greater than the value [Cp/V]L.

Abstract: A switching transistor has its drain and source respectively connected to a gate and a source of an output transistor for supplying output current to a load, and its gate connected to an internal grounding wire GW to be connected to a grounding terminal GND. A resistance element R1 connects the gate to the source of the switching transistor. When a voltage not smaller than a predetermined value is generated across the resistance element R1 at turn-on, due to a parasitic capacitance existing between a power supply terminal. Vcc and the internal grounding wire GW, the switching transistor can be turned on to turn off the output transistor.

Abstract: A lubricant for powder metallurgy which includes a polyhydroxycarboxylic acid amide. The lubricant improves both flowability and lubricity, irrespective of a presence or absence of any complicated pretreatment step.

Abstract: A curable resin composition with excellent thermal adhesiveness is constituted of the following components (A) to (C): (A) a thermoadhesive polymer; (B) an ethylenic unsaturated compound polymerizable by active energy radiation; and (C) a polymerization initiator, wherein the relationships represented by the following formulas (1) and (2) are satisfied: 0.1?(Awt)/{(Awt)+(Bwt)}?0.6??(1) 0.4?(Bwt)/{(Awt)+(Bwt)}?0.9??(2) where (Awt) stands for a compounded amount (parts by weight) of component (A), and (Bwt) stands for a compounded amount (parts by weight) of component (B).

Abstract: An output circuit having an output transistor which switches a load current is disclosed. The output circuit includes a load current detecting block which detects a current level of the load current, and a slew rate adjustment block which adjusts a slew rate during a turn-off transition of the output transistor in response to a result of the detection by the load current detecting block.

Abstract: A curable resin composition with excellent thermal adhesiveness is constituted of the following components (A) to (C):

Abstract: A percutaneously absorbable preparation-containing patch, wherein the preparation comprises: (1) a base comprising as essential ingredients a (A-B) n-A based elastomer wherein A is substantially a monovinyl-substituted aromatic compound polymer block, B is substantially a conjugated diolefin copolymer block, and n is an integer of 3-7, crotamiton, and a softening agent; and (2) at least two hormones, especially estrogen and luteal hormones, as active ingredients.

Abstract: The present invention provides a glycoside derivative represented by the formula ##STR1## wherein G--O-- is a saccharide residue having no protective group, R is a hydrogen atom or a methyl group, m is 1 or 2, n is an integer of 1 to 4, and l is an integer of 1 or more provided that l.ltoreq.n; a polymer containing the glycoside derivative; a process for their preparation, and the use of the polymers.

Abstract: The present invention provides a glycoside derivative represented by the formula ##STR1## wherein G--O-- is a saccharide residue having no protective group, R is a hydrogen atom or a methyl group, m is 1 or 2, n is an integer of 1 to 4, and l is an integer of 1 or more provided that l.ltoreq.n; a polymer containing the glycoside derivative; a process for their preparation, and the use of the polymers.

Abstract: A battery equipped with an opening-sealing device for sealing an opening of a battery case. The opening-sealing device has a dish-like sealing plate having a downwardly protruding portion with a valve through-hole, a valve provided on the dish-like sealing plate so as to cover the valve through-hole, and a terminal cap provided on the valve having a cutter protruded downwardly toward the valve. The valve and terminal cap are firmly held by the dish-like sealing plate with a circumferential portion of the dish-like sealing plate being bent inwardly to the valve and the terminal cap. The valve has a three-layer construction comprising a metallic thin plate, a non-adhesion type resin film, and a heat-adhesion type resin film.