Abstract: A showcase has a front wall which defines a showroom for a commodity in cooperation with other walls on a customer side, and includes a transparent portion. The showcase also has a support device that supports the transparent portion in such a way that the transparent portion is allowed to be translated to a direction away from the showroom.

Abstract: A showcase has a front wall which defines a showroom for a commodity in cooperation with other walls on a customer side, and includes a transparent portion. The showcase also has a support device that supports the transparent portion in such a way that the transparent portion is allowed to be translated to a direction away from the showroom.

Abstract: A showcase includes air outlets provided at an upper rear end of a goods-storing room, and shelf ducts individually provided at lower faces of goods shelves. Cold air discharged from the air outlets is caused to descend along a rear plate of the goods-storing room, and then flows through the shelf ducts from rear ends towards front ends of the goods shelves while being partly discharged downward, whereby the cold air can be discharged downward from the shelf ducts to lower goods shelves, making it possible to efficiently cool goods placed on the goods shelves, even if no air curtain is formed in front of a showcase body. Accordingly, the visibility of upper goods shelves can be improved by using an upper face of the showcase formed by a transparent top plate.

Abstract: A showcase includes a showcase body having an upper face whose front end side is provided with a first waste heat air guide plate for guiding condensation prevention air upward that flows forward along an upper face of a top plate. The waste heat air is prevented from flowing into a goods-storing room through a front opening of the showcase body from the front end side of the top plate, thus positively preventing a reduction in cooling efficiency in the goods-storing room, whereby effective cooling in the goods-storing room can be achieved, without the need of providing an air curtain at the front face of the showcase body.

Abstract: A showcase includes a showcase body having an upper face whose front end side is provided with a first waste heat air guide plate for guiding condensation prevention air upward that flows forward along an upper face of a top plate. The waste heat air is prevented from flowing into a goods-storing room through a front opening of the showcase body from the front end side of the top plate, thus positively preventing a reduction in cooling efficiency in the goods-storing room, whereby effective cooling in the goods-storing room can be achieved, without the need of providing an air curtain at the front face of the showcase body.

Abstract: A showcase includes air outlets provided at an upper rear end of a goods-storing room, and shelf ducts individually provided at lower faces of goods shelves. Cold air discharged from the air outlets is caused to descend along a rear plate of the goods-storing room, and then flows through the shelf ducts from rear ends towards front ends of the goods shelves while being partly discharged downward, whereby the cold air can be discharged downward from the shelf ducts to lower goods shelves, making it possible to efficiently cool goods placed on the goods shelves, even if no air curtain is formed in front of a showcase body. Accordingly, the visibility of upper goods shelves can be improved by using an upper face of the showcase formed by a transparent top plate.