Air-conditioning and heating system for passenger boarding bridge and control system therefor
AssigneeKorea Airports Corporation
InventorsHee Hyeong Cho, Dong Soo Kim, Won Lae Lim, Sang Ju Roh
Life of this patent
Estimating the term…
Abstract
A tunnel air-conditioning and heating apparatus is provided. the tunnel air-conditioning and heating apparatus may include a condenser provided at a rotunda; a compressor provided at the rotunda and connected to the condenser; an evaporator provided at a movable tunnel and connected to each of the condenser and the compressor; and a condenser connection pipe configured to connect the condenser with the evaporator and a compressor connection pipe configured to the compressor with the evaporator each of which is formed into a flexible coil.
Claims21
An air-conditioning and heating system for a passenger boarding bridge comprising:
- a tunnel air-conditioning and heating apparatus for air-conditioning and heating a movable tunnel connected to a rotunda;
- an extended tunnel air-conditioning and heating apparatus configured to air-condition and heat an extended tunnel extendably connected in a longitudinal direction of the movable tunnel from an end of the movable tunnel;
- a tunnel diffuser provided at a tunnel duct of the movable tunnel and configured to allow air discharged from an evaporator of the tunnel air-conditioning and heating apparatus to flow into the movable tunnel through the tunnel duct;
- and
- an extended tunnel diffuser provided at an extended tunnel duct of the extended tunnel and configured to allow air discharged from an evaporator of the extended tunnel air-conditioning and heating apparatus to flow into the extended tunnel through the extended tunnel duct,
- wherein an opposite end of the movable tunnel is connected with the rotunda,
- wherein the tunnel air-conditioning and heating apparatus comprises:
- a condenser provided at the rotunda;
- a compressor connected with the condenser and provided at the rotunda;
- an evaporator provided at the movable tunnel and connected to each of the condenser and the compressor;
- connection pipes configured to connect the evaporator with the condenser and the compressor, respectively;
- and
- a turntable configured to be transversely rotatable at an upper part of the rotunda,
- wherein the condenser and the compressor are provided on the turntable, and the connection pipes include a condenser connection pipe configured to connect the condenser with the evaporator and a compressor connection pipe configured to connect the compressor with the evaporator, and
- wherein the extended tunnel diffuser comprises:
- a diffuser cover configured to regulate inflow of the air into the extended tunnel;
- and
- a cover mounting unit to which the diffuser cover is mounted and in which an opening allowing the air to flow into the extended tunnel is formed.
A passenger boarding bridge comprising:
- a rotunda;
- a movable tunnel rotatably connected with the rotunda;
- an extended tunnel extendably connected in a longitudinal direction of the movable tunnel from an end of the movable tunnel;
- a tunnel air-conditioning and heating apparatus for air-conditioning and heating the movable tunnel;
- an extended tunnel air-conditioning and heating apparatus configured to air-condition and heat the extended tunnel and provided on the extended tunnel,
- a tunnel diffuser provided at a tunnel duct of the movable tunnel and configured to allow air discharged from an evaporator of the tunnel air-conditioning and heating apparatus to flow into the movable tunnel through the tunnel duct;
- and
- an extended tunnel diffuser provided at an extended tunnel duct of the extended tunnel and configured to allow air discharged from an evaporator of the extended tunnel air-conditioning and heating apparatus to flow into the extended tunnel through the extended tunnel duct,
- wherein an opposite end the movable tunnel is connected with the rotunda,
- wherein the extended tunnel is slidable to accommodate a part of the movable tunnel within the extended tunnel,
- wherein the tunnel air-conditioning and heating apparatus comprises:
- a condenser provided at the rotunda;
- a compressor connected with the condenser and provided at the rotunda;
- an evaporator provided at the movable tunnel and connected to each of the condenser and the compressor;
- connection pipes configured to connect the evaporator with the condenser and the compressor, respectively;
- and
- a turntable configured to be transversely rotatable at an upper part of the rotunda, and
- wherein the condenser and the compressor are provided on the turntable, and the connection pipes include a condenser connection pipe configured to connect the condenser with the evaporator and a compressor connection pipe configured to connect the compressor with the evaporator, and
- wherein the extended tunnel diffuser comprises:
- a diffuser cover configured to regulate inflow of the air into the extended tunnel;
- and
- a cover mounting unit to which the diffuser cover is mounted and in which an opening allowing the air to flow into the extended tunnel is formed.
An air-conditioning and heating control system for a passenger boarding bridge comprising:
- an air-conditioning and heating system for a passenger boarding bridge;
- a flight management server configured to store and update departure and arrival information of an airplane;
- and
- a controller for a passenger boarding bridge configured to receive the departure and arrival information from the flight management server and control the air-conditioning and heating system for a passenger boarding bridge,
- wherein the air-conditioning and heating system for a passenger boarding bridge comprises:
- a tunnel air-conditioning and heating apparatus for air-conditioning and heating a movable tunnel connected to a rotunda;
- an extended tunnel air-conditioning and heating apparatus configured to air-condition and heat an extended tunnel extendably connected in a longitudinal direction of the movable tunnel from an end of the movable tunnel,
- a tunnel diffuser provided at a tunnel duct of the movable tunnel and configured to allow air discharged from an evaporator of the tunnel air-conditioning and heating apparatus to flow into the movable tunnel through the tunnel duct;
- and
- an extended tunnel diffuser provided at an extended tunnel duct of the extended tunnel and configured to allow air discharged from an evaporator of the extended tunnel air-conditioning and heating apparatus to flow into the extended tunnel through the extended tunnel duct,
- wherein an opposite end of the movable tunnel is connected with the rotunda,
- wherein the tunnel air-conditioning and heating apparatus comprises:
- a condenser provided at the rotunda;
- a compressor connected with the condenser and provided at the rotunda;
- an evaporator provided at the movable tunnel and connected to each of the condenser and the compressor;
- connection pipes configured to connect the evaporator with the condenser and the compressor, respectively;
- and
- a turntable configured to be transversely rotatable at an upper part of the rotunda, and
- wherein the condenser and the compressor are provided on the turntable, and the connection pipes include a condenser connection pipe configured to connect the condenser with the evaporator and a compressor connection pipe configured to connect the compressor with the evaporator, and
- wherein the extended tunnel diffuser comprises:
- a diffuser cover configured to regulate inflow of the air into the extended tunnel;
- and
- a cover mounting unit to which the diffuser cover is mounted and in which an opening allowing the air to flow into the extended tunnel is formed.
Dependencies are inferred from the claim text.