Abstract: A reinforcement, joined by welding to a vehicle structural member having a closed cross section, comprising a curved section at least in part of its length, a top wall having opposite edges, and a pair of lateral walls extending from the edges to form ridge lines, wherein the top wall and the lateral walls form a U-shaped cross section. The lateral wall includes a base surface and a plurality of welding projections at intervals along its length, each welding projection having a raised surface for welding. Each welding projection is raised from the base surface of the lateral wall toward the vehicle structural member. The lateral wall further includes a bead between the welding projections within a curved section to prevent or suppress wrinkles from forming during press forming. The bead is raised from the base surface of the lateral wall toward the vehicle structural member.

Abstract: Disk-shaped pulleys 6 arranged on entrance side IN and exit side OUT and rotated around a horizontal axis, an expansion link chain 8 endlessly wound between the disk-shaped pulleys, and a flexible handrail belt member 10 connected outside the expansion link chain and extendable/retractable in a traveling direction are provided. The expansion link chain comprises expansion links 82 connected in series. The expansion link is flexibly extendable/retractable in length direction and has a pivot 84. An acceleration/deceleration device 12 accelerates/decelerates the pivot, and has a first track chain 122 endlessly guided along a predetermined first track and a first pressing fitting 128 having a rod shape extending outwards swingably attached to the first track chain. A tip of the first pressing fitting is detachably engaged with the pivot to accelerate/decelerate the pivot by continuously changing distance between the pivots by change of swing angle of the first pressing fitting.

Abstract: Disk-shaped pulleys 6 arranged on entrance side IN and exit side OUT and rotated around a horizontal axis, an expansion link chain 8 endlessly wound between the disk-shaped pulleys, and a flexible handrail belt member 10 connected outside the expansion link chain and extendable/retractable in a traveling direction are provided. The expansion link chain comprises expansion links 82 connected in series. The expansion link is flexibly extendable/retractable in length direction and has a pivot 84. An acceleration/deceleration device 12 accelerates/decelerates the pivot, and has a first track chain 122 endlessly guided along a predetermined first track and a first pressing fitting 128 having a rod shape extending outwards swingably attached to the first track chain. A tip of the first pressing fitting is detachably engaged with the pivot to accelerate/decelerate the pivot by continuously changing distance between the pivots by change of swing angle of the first pressing fitting.

Abstract: An acceleration and deceleration device includes: a chain 19 that is endlessly guided along a predetermined first track; a U-shaped member 40 of which a terminal end portion is attached to the chain 19 so as to be swingable and a part from an intermediate portion to a front end portion is formed as two parallel members and which has a long and narrow U-shaped groove between the parallel members; and a subject moving body 102 that has a driving shaft sliding inside the U-shaped groove of the U-shaped member 40, wherein the driving shaft of the subject moving body 102 is rotatable with respect to the U-shaped member 40 within a predetermined range in the U-shaped groove of the U-shaped member 40 and the driving shaft of the subject moving body is slidable with respect to the U-shaped member in the U-shaped groove of the U-shaped member 40.

Abstract: An acceleration and deceleration device includes: a chain 19 that is endlessly guided along a predetermined first track; a U-shaped member 40 of which a terminal end portion is attached to the chain 19 so as to be swingable and a part from an intermediate portion to a front end portion is formed as two parallel members and which has a long and narrow U-shaped groove between the parallel members; and a subject moving body 102 that has a driving shaft sliding inside the U-shaped groove of the U-shaped member 40, wherein the driving shaft of the subject moving body 102 is rotatable with respect to the U-shaped member 40 within a predetermined range in the U-shaped groove of the U-shaped member 40 and the driving shaft of the subject moving body is slidable with respect to the U-shaped member in the U-shaped groove of the U-shaped member 40.

Abstract: A stretchable conveyor belt having a plurality of first cuts which extend in a widthwise direction of the belt, which extend from one of opposite surfaces of the belt toward the other surface thereof and do not reach said other surface, and which are provided at a regular interval of distance in a lengthwise direction of the belt, and/or a plurality of second cuts which extend in the widthwise direction of the belt, which extend from said other surface of the belt toward said one surface thereof and do not reach said one surface, and which are provided at a regular interval of distance in the lengthwise direction of the belt, the first cuts and/or the second cuts providing a stretchability of the belt.

Abstract: A variable-speed moving walkway includes an array of support rollers (10) provided with a plurality of horizontal drive rollers (11), having upper surfaces arranged to be generally flush with each other and rotated about each axial center, and an endless belt (16), supported by the array of support rollers, for moving continuously by their rotation. An array of accelerating rollers (12), an array of high-speed rollers (13), and an array of decelerating rollers (14) constitute the array of support rollers, and allow rotational speeds of the horizontal drive rollers to gradually increase from a low speed, to be maintained at a constant high speed, and to gradually decrease to a low speed, respectively. In addition, the endless belt (16) readily extends or retracts in the direction of movement and barely extendable or retractable in the widthwise direction. The belt (16) extends and retracts in the direction of movement in response to the rotational speed of the horizontal drive rollers.

Abstract: A stretchable conveyor belt having a plurality of first cuts which extend in a widthwise direction of the belt, which extend from one of opposite surfaces of the belt toward the other surface thereof and do not reach said other surface, and which are provided at a regular interval of distance in a lengthwise direction of the belt, and/or a plurality of second cuts which extend in the widthwise direction of the belt, which extend from said other surface of the belt toward said one surface thereof and do not reach said one surface, and which are provided at a regular interval of distance in the lengthwise direction of the belt, the first cuts and/or the second cuts providing a stretchability of the belt.

Abstract: An escalator system includes an endless conveyor belt having an outer flexible layer adapted to receive an object to be conveyed on a surface thereof, an intermediate flexible layer provided with internal reinforcement members extending transversely relative to the belt and arranged spaced in a moving direction of the belt, the intermediate flexible layer having a surface held in tight contact with another surface of the outer flexible layer, and an inner flexible layer provided with internal longitudinal members extending in the moving direction of the belt. The inner flexible layer has one surface held in tight contact with a transversely central part of the other surface of the intermediate flexible layer, a pair of pulleys arranged respectively at a conveyance starting point and a conveyance terminating point, the conveyor belt being wound around the pulleys.