TH63449B - Battery storage structures for saddle-mounted vehicles - Google Patents

Abstract

DC60 (15/11/56) to provide a battery storage structure for ride-hailing vehicles with improved composite wear properties of the battery to the battery housing. In the storage conditions where the battery 40 is stored in the battery case 41, the opening 42 of the battery case 41 has an approach or lean angle on the two sides of the formed battery 40. It is the corner of the battery 40, the left nook 43L with the positive terminal 44L is provided, with the corner of the opening 42 of the battery case 41 is positioned below the left nook 43L. Open the 42 of the battery housing 41, there will be corners that do not approach or stick on the two surfaces of the battery 40 that form into each corner of the battery 40, the left nook 43L and the right nook 43R are provided. At the corner of the opening 42 of the battery case 41, an overhang 64 is arranged upward.

Claims (9)

Disclaimer (all) which will not appear on the advertisement page: page 1 of the number 4 disclaimers 1. The battery storage structure for a saddle-mounted vehicle, which consists of: a battery case (41) with a bottom wall and a sidewall section and opens up to Forming a storage gap with a rectangular cross-section, and batteries (40) in a rectangular shape. The battery case (41), where the battery (40) is stored in the battery case (41) from the opening (42) that opens up in the battery case (41), the battery connection section (44L, 44R) is placed in the niche (43L, 43R) that is provided. In the corner on the upper surface of the battery (40), the battery terminal (46L, 46R) is connected to the battery connection section (44L, 44R), where the battery terminal (46L, 46R) has one end. That includes the connection section to the battery connection section (44L, 44R) and the other end to be connected to the wires (47L, 47R), and the battery terminal (46L, 46R). Connecting to the battery connection section (44L, 44R) in such a way that the battery connection section (44L, 44R) covers and protrudes outside of the battery (40), where, in rated condition. Store where the battery (40) is stored in the battery housing (41), the opening (42) of the battery case (41) has an angle that approaches or attaches to the two surfaces of the battery (40) where It forms the angle of the battery (40) where the niche (43L, 43R) is provided, where the corner of the battery compartment opening (42) (41) is positioned low. Over nook (43L, 43R), in storage conditions, the opening (42) of the battery housing (41) has corners that do not come close to or stick on The two surfaces of the battery (40) form the corner of the battery (40), the niche (43L, 43R) is provided, where the corner of the opening (42) of the battery house (41). It has been provided with protrusions (64), the battery housing (41) including the battery housing (50), and the supporting assembly (51) that surrounds the body. External batteries (50) to support the battery housing (50) on the vehicle body, page 2 of the number 4 batteries (40) are stored inside the battery housing (50), and the protrusions ( 64) is provided either to the opening (42) of the battery housing (50) or the assembly opening to support the battery case (51). 2. The battery storage structure for saddle-mounted vehicles according to claim 1, where, in storage conditions, the overhang (64) extends above the battery connection section (44L, 44R. ) That has been placed in a niche (43L, 43R). 3. The battery storage structure for saddle-seated vehicles pursuant to claim 1 or 2, where the battery case (50) includes at least partially softened parts. Part of the bottom wall and side wall part of the battery case (50) so that the battery (40) faces outward from the battery case (50) 4. The battery storage structure for saddle-mounted vehicles according to claim 3, where the softening section includes the corner softening section (60, 61) that have been formed. by Eliminating both angles in the rear end of the battery housing bottom wall section (50) 5. Battery storage structure for saddle-mounted vehicles in accordance with any of the 1st to 4th claim, where the battery case (50) includes, on the side wall of the battery housing. (50), filing section (63) that are locked onto the battery housing assembly (51). 6. The battery storage structure for the saddle-mounted vehicle pursuant to one of the claims 1 to 5, where the assembly to support the battery case (51) includes: First reinforcement section ( 54) significant horizontal overhang to surround the side wall of the battery case (50); And the second reinforcement section (52A, 52B, 53A, 53B) cross-section for first reinforcement (54) to protrude significantly along the vertical, where the first reinforcement (54). And the second reinforcement section (52A, 52B, 53A, 53B) that forms the side wall, and the opening (42) of the battery case (50) are positioned so that Higher than Parts for first reinforcement (54) 7. Battery storage structure for saddle-seated vehicles according to claims 1 to 6, page 3 of the number 4, where the battery case (50) includes, at the wall part. The side of the battery housing (50), the protrusion part (63) that will be locked onto the battery housing assembly (51), the battery housing support assembly (51) includes: Significantly reinforcing the first (54) horizontal overhang to surround the side wall of the battery case (50); And the second reinforcement section (52A, 52B, 53A, 53B) cross-section for the first reinforcement (54) to protrude significantly along the vertical, the first reinforcement section (54) has Bottom surface with different heights of view Front and in the rear view of the vehicle from each other, and the overhang section (63) is locked onto one of the lower surfaces of the front and The end of the section for the first reinforcement (54), whichever has the lower height. 8. The battery storage structure for autonomous vehicles in accordance with any one of claims 1 to 7, where the overhang (64) is provided at the opening (42) of the trunk. The battery case (50), and the opening (42) of the battery case (50) have an overhang from the provided corner with protrusions (64) to different angles, which That part was formed so that its height was reduced one by one. Few as it approaches at different angles from the provided angle with overhangs (64). 9. The battery storage structure for saddle autonomous vehicles in accordance with any of Clause 1 to 8, where the battery housing (50) is provided with a ridge (62) that Extending downward from the bottom wall of the battery housing (50), and the bottom wall of the battery housing (50), lean onto the assembly to support the battery housing (51) through the ridge (62) 1. 0. The battery storage structure for saddle autonomous vehicles pursuant to one of the claims 1 to 9, where saddle autonomous vehicles include: Inner cover (34) covering the hood. The end of the header pipe (12); A pair of front, left and right side covers (33) that extend forward from both sides of the inner cover (34); And the front center cover (32) arranged between the front part of the pair of front side cover, left and right side (33), and page 4 of the number 4 battery housings (41) have been Place in a space enclosed by the inner cover (34), the front side cover (33), and the front center cover (32), and the battery (40) stored. Inside the battery housing (41)