© Rådgivergruppen USK

C.R dgivergrappen Usk

科格医院的设计以现有医院的质量和潜力为基础，以一个清晰、紧凑、绿色和诱人的医院综合体的可持续、可持续的建筑、功能和技术远景为基础，位于一个引人注目的环形林区。它是由C.F.M ller于1983-88年建造的，该设施由一个低而密集的医院综合体组成，拥有单一的整体交通系统和宜人的庭院花园和日间。

Health-Promoting Setting Located in a striking, ring-formed forest area, the design for Køge Hospital is based on the existing hospital's qualities and potential, and presents a cohesive sustainable, architectural, functional and technical vision of a clear, compact, green and inviting hospital complex. It was built by C.F. Møller in 1983-88, and the facility comprises a low, densely built hospital complex with a single overall traffic system and pleasant and welcoming courtyard gardens and day rooms.

 © Rådgivergruppen USK

C.R dgivergrappen Usk

新的科格大学医院将以这些素质为基础，为病人、亲属和工作人员创造一个现代、促进健康和恢复健康的环境：医院的场地将被开发成景观区、湖泊和水道。所有住院病房都可以看到西边的乡村或科格湾的景色。绿色环境、充足的日光、庭院花园、绿色屋顶和景观是促进健康的建筑理念的关键要素。

The new Køge University Hospital will build on these qualities to create a modern, health-promoting and restorative environment for patients, relatives and staff: The grounds of the hospital will be developed with landscaped areas, lakes and watercourses. All inpatient wards will have views of the countryside to the west, or of Køge Bay. The green surroundings, ample daylight, courtyard gardens, green roofs and views are key elements of the concept of health-promoting architecture.

 © Rådgivergruppen USK

C.R dgivergrappen Usk

当局会清清楚楚地清拆现有的住院楼宇，以保留现有的正厅作为新医院的主要通道。从这里，四条垂直的交通路线将通向中央广场，每个广场都有各自相关的庭院花园面积，使人很容易找到环绕建筑群的道路。主要大厅将扩大，并将增加新的庭院花园和屋顶照明。由于大楼的紧凑性，新医院的走廊将减少，工作人员步行的距离也会更短。相对于建筑物的大小而言，所需的面积相对有限，因此以后可以在各个方向增加新的机翼。

Clear and Effective The existing inpatient buildings will be demolished in order to retain the present main hall as the new hospital's main thoroughfare. From here, four vertical transport routes will lead to central squares, each with their own related courtyard garden area, making it easy to find one's way around the complex. The main hall will be expanded, and new courtyard gardens and roof lighting will be added. Due to the compactness of the building, there will be fewer corridors in the new hospital, and shorter distances for staff to walk. The relatively limited area required in relation to the building's size will make it possible to add new wings in all directions at a later time.

 © Rådgivergruppen USK

C.R dgivergrappen Usk

创新的物流解决方案技术设施，如电力，空调，通风，防火措施等。传统上集中在医院里。但在乌斯克，他们将分散，并位于相邻的每个房间。这将最大限度地利用现有的建筑空间，使楼层免费用于主要的临床功能。这也将有助于确保今后对大楼进行校对，因为调整每个房间的功能和相关技术用品将更加容易。移动机器人或自动引导车辆(AGVS)运送膳食、亚麻、药品、旧餐具等，以及气动管道柱系统，将使内部后勤系统自动化，并释放用于病人护理和治疗的人力资源。因此，医院的设计是为了灵活地满足未来在技术、治疗类型和工作方法方面的需要，并将大大改善病人的保健经验和工作条件的质量。

Innovative Logistics Solutions Technical installations such as electricity, HVAS, ventilation, fire prevention measures, etc. are traditionally centrally located in a hospital. But in USK they will be decentralized, and located adjacent to each room. This will make optimum use of the available building space, keeping the floors free for the primary clinical functions. This will also help to ensure the future proofing of the building, since it will be easier to adjust the functions, and related technical supplies, of each room. Mobile robots, or AGVs (automated guided vehicles), to transport meals, linen, medicine, used tableware, etc., and a pneumatic tube post system, will automate the internal logistics systems and release staff resources for the care and treatment of patients. The hospital is thus designed to be a flexible response to future needs in terms of technology, treatment types and working methods, and will significantly improve the quality of patients' healthcare experience and the staff's working conditions.

 © Rådgivergruppen USK

C.R dgivergrappen Usk

R dgivergrappen Usk是大学医院项目设计的统包顾问，是一个由C.F.M ller Danmark A/S、Alectia A/S和Ramb ll Danmark A/S组成的财团，古巴Arkitekter A/S、Gehl Architect和S ren Jensen R dgivende Ingeni rfirma A/S为次级顾问。工程计划于2015年年中开工，预计2021年完工.

Rådgivergruppen USK is engaged as the turnkey adviser for the project design of the university hospital, and is a consortium consisting of C.F. Møller Danmark A/S, Alectia A/S and Rambøll Danmark A/S, with CUBO arkitekter A/S, Gehl Architects and Søren Jensen Rådgivende Ingeniørfirma A/S as sub-consultants. The start of construction is scheduled for mid-2015 with an expected completion in 2021.