TH59375B - Seat structure for vehicles riding on the saddle - Google Patents

Abstract

DC60 (19/07/60) To provide a performance riding saddle type seat structure, the seat ventilation structure for the motorcycle shall include a seat 10 composed of a seat body section 10D integrally assembled with a main seat 10A for the rider and a rear seat 10B for the pillion passenger, and a backrest section 10C provided separately from the seat body section 10D, placed on the upper surface of the seat body section 10D, and provided between the main seat 10A and the rear seat 10B in the seat structure for the motorcycle. A distance of 33 is formed between the rear edge 10u of the backrest section 10C and the seat body section 10D. A ventilation passage 10v is formed under the backrest section 10C and in the upper surface of the seat body section 10D, and a ventilation passage 10v is formed to both ends of the seat body section 10D in the vehicle width direction. It is formed downward to the outside in the vehicle width direction from the center of the seat body section 10D and is constructed in a configuration to allow water introduced from the distance 33 to be discharged from both ends of the seat in the vehicle width direction through the drain holes 10v to provide a straddle-type vehicle seating structure that improves the seat's drainage performance. The motorcycle seating structure shall include a seat 10 composed of a seat body section 10D that is integrally assembled with a main seat 10A for the driver and a rear seat 10B for the pillion passenger, and a backrest section 10C that is provided separately from the seat body section 10D that is located on the upper surface of the seat body section 10D and is provided. Between the main seat 10A and the rear seat 10B in the motorcycle seat frame, a distance 33 is formed between the rear edge 10u of the backrest portion 10c and the seat body portion 10D, a drainage passage 10v is formed under the backrest portion 10c and in the upper surface of the seat body portion 10D, and a drainage passage 10v is formed to both ends of the seat body portion 10D in the vehicle width direction, which is formed downward, directly outward, in the vehicle width direction from the center portion of the first body portion 10D, and which is formed in a configuration to allow the intake of water from the distance 33 to be discharged from both ends of the seat in the vehicle width direction by means of a drainage passage 10V.

Claims (1)

Disclaimer (all) which will not appear on the announcement page: Revised 19/7/2017 1. Seat structure for saddle-mounted vehicles, consisting of seats (10) including the body part. Seat (10D) assembled in one piece, main seat (10A), where the rider is A seat arrangement and a back seat (10B) which is set up behind the main seat (10A) and where the pillion passengers are arranged to sit on it, and the backrest section (10C) where Has been provided as Separated from the seat body section (10D), it is placed on the upper surface of the seat body section (10D), and is arranged between the main seat (10A) and the rear seat (10B). , Where the storage compartment (44) is provided under the seat (10), the helmet compartment (44B) for the helmet storage (HL2) has been formed in the storage ( 44) and under the backrest section (10C), and the convex (17p) significantly raised in the semicircular shape has been formed on the upper part. Of the seat body section (10D) forming part of the helmet storage section (44B), the pitch (33) is formed between the rear edge (10u) of the backrest section (10C). ) And seat body section (10D), vent (10v) with a V-cross section, formed under the backrest section (10C), in the upper surface of the seat body section. (10D), and behind the helmet housing (44B), and vent passageways (10v), one wall that has been formed with a convex section (17p), is formed up to the tip. The two seat body sections (10D) in the vehicle width direction, were formed downward to the outside in the vehicle width direction from the center portion of the seat body section (10D), and were Built in a configuration to allow water inlet from a distance (33) to be discharged from both ends of the seat in the vehicle width direction through the vent (10v) ------ -------------------------------------------------- -------------------------------------------------- --------- (old) 1. Seat structure for straddle type vehicles That includes the seats (10) that are made up of the seat body (10D) that are assembled together with the main seat (10A) where the driver is seated on it. And there, the rear (10B), where the pillion passengers are arranged to sit on it, and the rear flap (10C) is arranged separately from the first (10D) body. It has been placed on the upper surface of the seat body section (10D) and is positioned between the main seat (10A) and the back seat (10B) where the pitch (33) has been formed. Up between the rear edge (10u) of the backrest section (10C) and the seat body section (10D) and the drainage passageway (10v) has been formed, the backrest section (10C) and in Top surface Of the seat body section (10D) where the drainage passage (10V) is formed to both ends of the seat body section (10D) in the vehicle width direction. That has been formed directly below the outside in the direction of width. Vehicle from the center of the first body section (10D) and has been built in a configuration to Allows the entry from a distance (33) to be released from both ends of the seat in the direction. Vehicle width through drainage path (10V)