초록 ▼

A towing member for a piece of towable baggage is provide with towing handle that is pivotal relative to an arm portion of the towing member. The pivotal relation of the towing handle and the arm potion enables the towing handle to be rotated into a position where a person can grasp the towing handl

A towing member for a piece of towable baggage is provide with towing handle that is pivotal relative to an arm portion of the towing member. The pivotal relation of the towing handle and the arm potion enables the towing handle to be rotated into a position where a person can grasp the towing handle in a comfortable position by his or her side when the piece of baggage is being towed. The pivotal relation of the towing handle and the arm potion also improves the maneuverability of a towable piece of baggage by reducing the need for a person to twist his or her wrist when steering the piece of baggage. The invention also allows the towing handle of retractable towing members to be pivoted into an appropriate position relative to the piece of baggage such that the towing handle lies flush with the baggage and will not become snagged on other items.

대표청구항 ▼

A towing member for a piece of towable baggage is provide with towing handle that is pivotal relative to an arm portion of the towing member. The pivotal relation of the towing handle and the arm potion enables the towing handle to be rotated into a position where a person can grasp the towing handl

A towing member for a piece of towable baggage is provide with towing handle that is pivotal relative to an arm portion of the towing member. The pivotal relation of the towing handle and the arm potion enables the towing handle to be rotated into a position where a person can grasp the towing handle in a comfortable position by his or her side when the piece of baggage is being towed. The pivotal relation of the towing handle and the arm potion also improves the maneuverability of a towable piece of baggage by reducing the need for a person to twist his or her wrist when steering the piece of baggage. The invention also allows the towing handle of retractable towing members to be pivoted into an appropriate position relative to the piece of baggage such that the towing handle lies flush with the baggage and will not become snagged on other items. device to be connected with said terminal for interconnecting said integrated circuit blocks. 7. The semiconductor integrated circuit device according to claim 1, wherein at least one of said terminal cells each includes a power and ground strap. 8. The semiconductor integrated circuit device according to claim 1, wherein at least one of said terminal cells each is formed having any one of a width larger than a pitch, and of a height larger than that of terminals of a plurality of functional cells. 9. The semiconductor integrated circuit device according to claim 1, wherein at least one of said terminal cells each is provided therewithin with a diode device. 10. A semiconductor integrated circuit device comprising: a plurality of integrated circuit blocks, said integrated circuit blocks being interconnected by wiring; a plurality of block terminals provided in circumferential edge portions of a block layout; and a plurality of terminal cells each provided inside of said block layout for use in connecting with a terminal in said integrated circuit block, said terminal cells each including a terminal target metal that is different from, and formed in a layer higher at least by one layer than, ordinary target metals originally included in a block netlist; wherein an interconnection among said integrated circuit blocks is carried out by way of said block terminals provided in circumferential edge portions of a block layout and said terminal target of said terminal cells. 11. The semiconductor integrated circuit device according to claim 10, wherein at least one of said terminal cells each includes a capacitor device. 12. The semiconductor integrated circuit device according to claim 10, wherein at least one of said terminal cells each includes a buffer device, any one of input and output terminals of which is connected with a terminal target. 13. The semiconductor integrated circuit device according to claim 10, wherein at least one of said terminal cells each is provided to have a cell function, connected with said target metal. 14. The semiconductor integrated circuit device according to claim 10, wherein at least one of said terminal cells each is formed independent of any one of input and output terminals of said buffer device to be connected with said terminal for interconnecting said integrated circuit blocks. 15. The semiconductor integrated circuit device according to claim 10, wherein at least one of said terminal cells each includes a power and ground strap. 16. The semiconductor integrated circuit device according to claim 10, wherein at least one of said terminal cells each is formed having any one of a width larger than a pitch, and of a height larger than that of terminals of a plurality of functional cells. 17. The semiconductor integrated circuit device according to claim 10, wherein at least one of said terminal cells each is provided therewithin with a diode device. 18. A semiconductor integrated circuit device comprising: a plurality of integrated circuit blocks, said integrated circuit blocks being interconnected by wiring; a plurality of block terminals provided in circumferential edge portions of a block layout; and at least one of terminal cells each provided inside of said block layout for use in connecting with a terminal in said integrated circuit block, said terminal cells each including a terminal target metal that is different from, and formed in a layer higher at least by one layer than, ordinary target metals originally included in a block netlist; wherein a metal provided as a target by said terminal cells each is formed including a plurality of cells which have a structure of any one of single layered and multi-layered and include said target metal different from each other, and wherein an interconnection among said integrated circuit blocks is carried out by preferentially placing said terminal cells according to a direction of