Abstract: A connection arrangement device for making a secure connection with at least one tube in a fluid line includes at least one adapter body having a passage bore with at least two outlets, and a mating block which is formed with at least one component and also has at least one channel receiving the adapter body. The adapter body includes a retention feature formed outside the adapter body and the mating block includes a mating feature formed inside the channel. Further, the retention feature of the adapter body is configured to interact with the mating feature of the mating block when the adapter body is coupled to the channel of the mating block such that the adapter body is securely retained within the channel of the mating block.

Abstract: A block fitting device for making a secure connection in a fluid line system includes an adapter body having a passage with two outlets and an adapter bead radially and outwardly formed around the adapter body, a primary block formed with at least one bore along a longitudinal axis and an inward directed step around the at least one bore to receive the adapter body, a mating block having at least one mating bore and being securely coupled with the primary block and the adapter body, and a seal washer having an inner seal member and an outer seal member. In an assembled configuration, the at least one bore and the passage are aligned and communicated to define a fluid channel along the longitudinal axis. Further, the seal washer is placed in the inward directed step for a sealing contact with the adapter body and the primary block.

Abstract: A connection arrangement device for making a secure connection with at least one tube in a fluid line includes at least one adapter body having a passage bore forming at least one fluid channel with at least one outlet and a receptacle, a mating block formed with at least one longitudinal channel receiving the at least one adapter body, and the at least one adapter body includes a retention feature formed in the receptacle and coupled to the mating block such that the at least one adapter body is securely retained in the mating block. In particular, the retention feature of the adapter body is formed with an annular lip at an end portion of the receptacle to be coupled with the mating block.

Abstract: A connection arrangement device for making a secure connection with at least one tube in a fluid line includes an adapter body having a passage bore forming at least one fluid channel with at least two outlets and a mating block having a cavity with at least one longitudinal channel receiving the adapter body. The adapter body is overmolded to the mating block as a single unit such that the adapter body is securely retained in the mating block. Further, the at least one tube is inserted into one of the at least two outlets and connected with the adapter body in a firmly bonded manner.

Abstract: A connection arrangement device for making a secure connection with at least one tube in a fluid line includes at least one adapter body having a passage bore forming at least one fluid channel with at least one outlet and a receptacle, a mating block formed with at least one longitudinal channel receiving the at least one adapter body, and the at least one adapter body includes a retention feature formed in the receptacle and coupled to the mating block such that the at least one adapter body is securely retained in the mating block. In particular, the retention feature of the adapter body is formed with an annular lip at an end portion of the receptacle to be coupled with the mating block.

Abstract: A recreational vehicle (RV) may include a chassis, at least one axle assembly, a vehicle body, and a slide out compartment. The slide out compartment may be integrated with the vehicle body, extendable to expand an interior volume of the vehicle body, and retractable over a body-side edge of the floor of the vehicle body to reduce an interior volume of the vehicle body. The slide out compartment may include a slide out floor assembly including an impact resistant sheet, a core floor component, a weather resistant sheet, and an entry bevel. The entry bevel may be positioned along an entry edge of the core floor component of the slide out compartment and may include a leading edge, a transitional surface, an angled contact surface, a sheet concealment ridge, an exterior sheet accommodating surface, and an anchoring tail.

Abstract: A connection arrangement device for making a secure connection with at least one tube in a fluid line includes at least one adapter body having a passage bore with at least two outlets, and a mating block which is formed with at least one component and also has at least one channel receiving the adapter body. The adapter body includes a retention feature formed outside the adapter body and the mating block includes a mating feature formed inside the channel. Further, the retention feature of the adapter body is configured to interact with the mating feature of the mating block when the adapter body is coupled to the channel of the mating block such that the adapter body is securely retained within the channel of the mating block.

Abstract: A connection arrangement device for making a secure connection with at least one tube in a fluid line includes at least one adapter body having a passage bore with at least two outlets, and a mating block having at least one channel receiving the adapter body. The adapter body includes a retention feature formed outside the adapter body and the mating block includes a mating feature formed inside the channel. Further, the retention feature of the adapter body is configured to interact with the mating feature of the mating block when the adapter body is coupled to the channel of the mating block such that the adapter body is securely retained within the channel of the mating block.

Abstract: A modular electrical distribution system for an RV comprises a water-tight housing for mounting to the RV with a plurality of water-tight openings for receiving electrical cables or wires from a towing vehicle and/or auxiliary electrical devices. The system includes a power-in assembly, a trailer connection assembly and a breaker assembly that can be tailored to the particular electrical distribution needs of the RV. The trailer connection assembly includes a plurality of electrical terminals for engagement to wires connected to electrical components of the towing vehicle, such as brake lights, turn signal lights, etc. The breaker assembly includes a plurality of circuit breakers or fuses connected to the power-in assembly and to a plurality of corresponding output bars with output terminals to connect to the cables/wires for the auxiliary electrical devices. The system can include an auxiliary circuit for connection to an auxiliary power source, such as a solar panel array.

Abstract: A connection arrangement device for making a secure connection with at least one tube in a fluid line includes an adapter body having a passage bore forming at least one fluid channel with at least two outlets and a mating block having a cavity with at least one longitudinal channel receiving the adapter body. The adapter body is overmolded to the mating block as a single unit such that the adapter body is securely retained in the mating block. Further, the at least one tube is inserted into one of the at least two outlets and connected with the adapter body in a firmly bonded manner.

Abstract: A modular electrical distribution system for an RV comprises a water-tight housing for mounting to the RV with a plurality of water-tight openings for receiving electrical cables or wires from a towing vehicle and/or auxiliary electrical devices. The system includes a power-in assembly, a trailer connection assembly and a breaker assembly that can be tailored to the particular electrical distribution needs of the RV. The trailer connection assembly includes a plurality of electrical terminals for engagement to wires connected to electrical components of the towing vehicle, such as brake lights, turn signal lights, etc. The breaker assembly includes a plurality of circuit breakers or fuses connected to the power-in assembly and to a plurality of corresponding output bars with output terminals to connect to the cables/wires for the auxiliary electrical devices. The system can include an auxiliary circuit for connection to an auxiliary power source, such as a solar panel array.

Abstract: A modular electrical distribution system for an RV comprises a water-tight housing for mounting to the RV with a plurality of water-tight openings for receiving electrical cables or wires from a towing vehicle and/or auxiliary electrical devices. The system includes a power-in assembly, a trailer connection assembly and a breaker assembly that can be tailored to the particular electrical distribution needs of the RV. The trailer connection assembly includes a plurality of electrical terminals for engagement to wires connected to electrical components of the towing vehicle, such as brake lights, turn signal lights, etc. The breaker assembly includes a plurality of circuit breakers or fuses connected to the power-in assembly and to a plurality of corresponding output bars with output terminals to connect to the cables/wires for the auxiliary electrical devices. The system can include an auxiliary circuit for connection to an auxiliary power source, such as a solar panel array.

Abstract: A modular electrical distribution system for an RV comprises a water-tight housing for mounting to the RV with a plurality of water-tight openings for receiving electrical cables or wires from a towing vehicle and/or auxiliary electrical devices. The system includes a power-in assembly, a trailer connection assembly and a breaker assembly that can be tailored to the particular electrical distribution needs of the RV. The trailer connection assembly includes a plurality of electrical terminals for engagement to wires connected to electrical components of the towing vehicle, such as brake lights, turn signal lights, etc. The breaker assembly includes a plurality of circuit breakers or fuses connected to the power-in assembly and to a plurality of corresponding output bars with output terminals to connect to the cables/wires for the auxiliary electrical devices. The system can include an auxiliary circuit for connection to an auxiliary power source, such as a solar panel array.