Abstract: An object of the invention is to change over accurately the switch part between use condition and nonuse condition. A signal transmitting and receiving circuit 100 for transmitting and receiving signals comprises a tuning and matching circuit 3 for transmitting and receiving the signals, a signal communication wire 4 transmitting the signals, and a wavelength wire 11 having a length (L) defined by a relational expression given in an Equation of L=N·(?/4) where L: length of the wavelength wire, N: 1, 2, 3, . . . , and ?: wavelength. The circuit 100 also comprises a switch part 12 changing over between a grounded connection target and an ungrounded connection target. Further, the tuning and matching circuit 100 is mutually connected to the signal communication wire 11, and the wavelength wire 11 is constituted such that one end thereof is connected between the tuning and matching circuit 3 and the signal communication wire 4, and the other end thereof is connected to the switch part 12.

Abstract: One end portion of a connecting member 31 is connected to a first housing 1 such that the connecting member 31 is rotatable about a first rotation axis L1 fixed in position with respect to the first housing 1. The other end portion of the connecting member 31 is connected to a second housing 2 such that the connecting member 31 is rotatable about a second rotation axis L2 fixed in position with respect to the second housing 2 and extending parallel to the first rotation axis L1. The first housing 1 and the second housing 2 are located in different locations in a direction of the first and the second rotation axes L1, L2 such that a top surface 1a of the first housing 1 and an undersurface 2b of the second housing 2 are located generally on a same plane.

Abstract: A flow channel switching device (30) provided in an oil circuit to switch the oil flow channel in accordance with the temperature of the oil. The flow channel switching device (30) comprises: a thermo-valve case (31) that includes a plurality of flow passages that is communicated outside; and a cylinder (36) that is formed to move in the thermo-valve case (31) and switches the oil flow channel in accordance with the temperature of the oil. The cylinder (36) moves to a predetermined position and is fixed by means of an external member (139) when the fluid at a low temperature is fed into the fluid circuit.

Abstract: A first abutment surface 24 for restricting an initial position of a hinge main body 5, and a second abutment surface 25 for restricting a terminal position of the hinge main body 5 are formed on the transmission case 2. A third abutment surface 34 for restricting an intermediate position of a reception case 3 is formed on the reception case 3. Between the transmission case 2 and the hinge main body 5, there are provided a first turn biasing means (not shown) adapted to turn bias the hinge main body 5 to the initial position, and a second turn biasing means (not shown) adapted to turn bias the hinge main body 5 to the terminal position. Between the reception case 3 and the hinge main body 5, there are provided a third turn biasing means (not shown) adapted to turn bias the reception case 3 to a folded position, and a fourth turn biasing means (not shown) adapted to turn bias the reception case 3 to a transmission position.

Abstract: A card attachment/detachment device includes a card accommodation section arranged at any one of the body and the lid; a terminal arranged at the other to comes into contact with a card placed in the card accommodation section and to press the card toward the card accommodation section; a stopper section constituting a part of a card insertion/removal opening communicating with the card accommodation section and coming into contact with a part of the card placed in the card accommodation section; and a first biasing means pressing the card toward the stopper section when the card is placed in the card accommodation section and ejecting the card to the outside through the card insertion/removal opening when the card is removed from the card accommodation section.

Abstract: Zinc acrylate excelling in flowability is provided. It is produced by a method, characterized by dispersing zinc oxide in any of (a) an aliphatic hydrocarbon solvent, (b) a mixed solvent formed between an aliphatic hydrocarbon solvent and an aromatic hydrocarbon solvent, and (c) a mixed solvent formed between an aromatic hydrocarbon solvent and an alcohol and causing acrylic acid to react with said zinc oxide in said solvent. The obtained zinc acrylate refrains from undergoing secondary aggregation, excels in disintegrability and, when kneaded in a rubber composition, exhibits excellent dispersibility.

Abstract: A first abutment surface 24 for restricting an initial position of a hinge main body 5, and a second abutment surface 25 for restricting a terminal position of the hinge main body 5 are formed on the transmission case 2. A third abutment surface 34 for restricting an intermediate position of a reception case 3 is formed on the reception case 3. Between the transmission case 2 and the hinge main body 5, there are provided a first turn biasing means (not shown) adapted to turn bias the hinge main body 5 to the initial position, and a second turn biasing means (not shown) adapted to turn bias the hinge main body 5 to the terminal position. Between the reception case 3 and the hinge main body 5, there are provided a third turn biasing means (not shown) adapted to turn bias the reception case 3 to a folded position, and a fourth turn biasing means (not shown) adapted to turn bias the reception case 3 to a transmission position.

Abstract: A card attachment/detachment device includes a card accommodation section arranged at any one of the body and the lid; a terminal arranged at the other to comes into contact with a card placed in the card accommodation section and to press the card toward the card accommodation section; a stopper section constituting a part of a card insertion/removal opening communicating with the card accommodation section and coming into contact with a part of the card placed in the card accommodation section; and a first biasing means pressing the card toward the stopper section when the card is placed in the card accommodation section and ejecting the card to the outside through the card insertion/removal opening when the card is removed from the card accommodation section.

Abstract: A card attachment/detachment device includes a card accommodation section arranged at any one of the body and the lid; a terminal arranged at the other to comes into contact with a card placed in the card accommodation section and to press the card toward the card accommodation section; a stopper section constituting a part of a card insertion/removal opening communicating with the card accommodation section and coming into contact with a part of the card placed in the card accommodation section; and a first biasing means pressing the card toward the stopper section when the card is placed in the card accommodation section and ejecting the card to the outside through the card insertion/removal opening when the card is removed from the card accommodation section.

Abstract: A zinc acrylate particle composition which is substantially fine and, even when kneaded with a rubber composition, is capable of being uniformly dispersed and kneaded in a state very rarely inducing fast adhesion or agglomeration, a method for the production thereof, and a golf ball using the composition are provided. The zinc acrylate particle composition contemplated by this invention comprises zinc acrylate satisfying the conditions that the proportion accounted for by the zinc acrylate particles measuring not less than 300 ?m in particle size as determined by the dry type method be not more than 20% by mass of all the particles, that the median of particle sizes as determined by the dry type method be in the range of 10-300 ?m, and that the ratio of the median (A) of particle sizes as determined by the dry type method to the median (B) of particle sizes as determined by the wet type method exceed 2, and an anionic surfactant.

Abstract: A cellular phone (1), (30), (60), (70) in which different types of plural cards (5), (6) are freely detachably mounted, is equipped with a housing (2), (31), (71), a first accommodating portion (4) which is formed in the housing and accommodates therein a battery pack (3), and a second accommodating portion (7) which is formed on a position which is non-overlapped with the first accommodating portion (4) of the housing and accommodates therein the different types of plural cards (5), (6) so that the plural cards are stacked.

Abstract: Zinc acrylate excelling in flowability is provided. It is produced by a method, characterized by dispersing zinc oxide in any of (a) an aliphatic hydrocarbon solvent, (b) a mixed solvent formed between an aliphatic hydrocarbon solvent and an aromatic hydrocarbon solvent, and (c) a mixed solvent formed between an aromatic hydrocarbon solvent and an alcohol and causing acrylic acid to react with said zinc oxide in said solvent. The obtained zinc acrylate refrains from undergoing secondary aggregation, excels in disintegrability and, when kneaded in a rubber composition, exhibits excellent dispersibility.

Abstract: Zinc acrylate excelling in flowability is provided. It is produced by a method, characterized by dispersing zinc oxide in any of (a) an aliphatic hydrocarbon solvent, (b) a mixed solvent formed between an aliphatic hydrocarbon solvent and an aromatic hydrocarbon solvent, and (c) a mixed solvent formed between an aromatic hydrocarbon solvent and an alcohol and causing acrylic acid to react with said zinc oxide in said solvent. The obtained zinc acrylate refrains from undergoing secondary aggregation, excels in disintegrability and, when kneaded in a rubber composition, exhibits excellent dispersibility.

Abstract: A mobile phone (200) includes a casing (10), an image pickup device (30) accommodated in the casing (10) and having an optical axis (30a), and a reflector plate (20) having one end (20a) and the other end (20b) and having a reflection plane (20f), wherein one end (20a) is pivotably attached to the casing (10). The reflector plate (20) is positioned in a first position in which the reflection plane (20f) intersects the optical axis (30a) so that the image pickup device (30) forms an image in a first region (301) which is reflected on the reflection plane (20f). The reflector plate (20) is pivoted from the first position to be positioned in a second position so that the image pickup device (30) forms an image in a second region (302) different from the first region (301).

Abstract: The conventional communication device has a problem in that it is difficult to efficiently lower the temperature of a heat generating element mounted on a printed substrate and also to lower a surface temperature of a housing.

Abstract: A zinc acrylate particle composition which is substantially fine and, even when kneaded with a rubber composition, is capable of being uniformly dispersed and kneaded in a state very rarely inducing fast adhesion or agglomeration, a method for the production thereof, and a golf ball using the composition are provided. The zinc acrylate particle composition contemplated by this invention comprises zinc acrylate satisfying the conditions that the proportion accounted for by the zinc acrylate particles measuring not less than 300 &mgr;m in particle size as determined by the dry type method be not more than 20% by mass of all the particles, that the median of particle sizes as determined by the dry type method be in the range of 10-300 &mgr;m, and that the ratio of the median (A) of particle sizes as determined by the dry type method to the median (B) of particle sizes as determined by the wet type method exceed 2, and an anionic surfactant.