Abstract: A sound insulation structure for a building includes: a floor material; a ceiling material opposed to the floor material in a vertical direction with a space in a building interposed therebetween; a partition wall extending in the vertical direction and partitioning the space into a first space and a second space adjacent to each other in a horizontal direction; and at least one face material out of a floor-side sound insulation face material stuck to a portion of the floor material in a range of a thickness of the partition wall and having a coincidence frequency different from that of the floor material, and a ceiling-side sound insulation face material stuck to a portion of the ceiling material in the range of the thickness of the partition wall and having a coincidence frequency different from that of the ceiling material.

Abstract: A mobile terminal and methods are disclosed. A storage module stores at least first contact information including a first phone number and second contact information including a second phone number. A control module causes the display module to display a first image associated with the first phone number and a second image not associated with the phone number stored in the storage module, makes a call at the first phone number, if a first operation for selecting the first image is accepted, causes the display module to display at least the second contact information, if a second operation for selecting the second image is accepted, and causes the display module to display a third image associated with the second phone number instead of the second image, if a third operation for selecting the second contact information is accepted.

Abstract: A mobile terminal and methods are disclosed. A storage module stores at least first contact information including a first phone number and second contact information including a second phone number. A control module causes the display module to display a first image associated with the first phone number and a second image not associated with the phone number stored in the storage module, makes a call at the first phone number, if a first operation for selecting the first image is accepted, causes the display module to display at least the second contact information, if a second operation for selecting the second image is accepted, and causes the display module to display a third image associated with the second phone number instead of the second image, if a third operation for selecting the second contact information is accepted.

Abstract: A method for producing a coaxial cable structure that involves removing jacket layers in the vicinity of a cut end portion of the coaxial cable structure to expose shielding layers and cutting the shielding layers to a determined length to expose the dielectric layers. The exposed shielding layers are then put between metal ground bars so that the cut ends of the exposed shielding layers are not projected from the metal ground bars. The metal ground bars are then fixed with solder onto the shielding layers and the dielectric layers arranged at determined intervals.

Abstract: An end-processed coaxial cable structure includes a plurality of coaxial cables, each having i) a central conductor surrounded by a dielectric layer, ii) a shielding layer surrounding the dielectric layer, and iii) a jacket layer surrounding the shielding layer. End portions of the coaxial cables have jacket layers removed to expose shielding layer end portions. Metal ground bars are fixed with solder to the shielding layer end portions. The shielding layer end portions are shorter than a width of the metal ground bars so that the shielding layer end portions do not project to the outside of the metal ground bars.

Abstract: In an end-processed coaxial cable structure in which at least one end of a coaxial cable assembly formed by paralleling a plurality of coaxial cables is cut, jacket layers are removed in the vicinity of a cut end portion thereof to expose shielding layers, the shielding layers are further cut to a determined length to expose dielectric layers, the exposed shielding layers are put between metal ground bars to cover them, and the metal ground bars are fixed with solder onto the shielding layers and the dielectric layers arranged at determined intervals, cut ends of the shielding layers exist substantially inside the metal ground bars and are not projected to the outside thereof.