Abstract: A cooling and warming blanket includes a blanket, a first channel, and a plurality of air chambers. The blanket includes an upper layer and a lower layer, each of which further includes a cover layer and an inner layer. The inner layers of the upper and lower layers are melted and integrated into one piece by high-frequency sealing to define a liquid inputting area and a liquid outputting area. The first channel is formed between a portion of the liquid inputting and outputting areas for conveying a liquid from the liquid inputting area to the liquid outputting area. The air chambers are formed in the liquid inputting and outputting areas, and a second channel is formed between each two adjacent air chambers. Thus, the liquid in the liquid inputting and outputting areas can be conveyed throughout the liquid inputting and outputting areas via the second channels.

Abstract: A cooling and warming blanket includes a blanket, a first channel, and a plurality of air chambers. The blanket includes an upper material and a lower material, each of which has a cover layer and an inner layer. The inner layers of the upper and lower materials are melted and integrated into one piece by high-frequency sealing, to form a liquid inputting area and a liquid outputting area. The first channel is formed between a portion of the liquid inputting and outputting areas for guiding a liquid in the liquid inputting area to the liquid outputting area. The air chambers are formed in the liquid inputting and outputting areas, and a second channel is formed between each two of the adjacent air chambers. Thus, the liquid in the liquid inputting and outputting areas can be guided throughout the liquid inputting and outputting areas via the second channels.

Abstract: A cooling and warming device includes a housing having a receiving space formed therein. The receiving space has a lower end mounted with a heat exchanger having a heating element therein, so that a cooling unit can be placed into the receiving space from an upper end of the receiving space to make the cooling unit contact with an upper surface of the heat exchanger. The housing further includes a liquid tank used to store a predetermined volume of a liquid, and a control circuit used to control the heating element or a pump for guiding the liquid in the liquid tank between the heat exchanger and a blanket, so as to form a heat exchange circulating pathway therebetween. Thus, a uniform heat exchange for cooling or warming the liquid in the liquid tank will be carried out by the cooling unit or the heating element through the heat exchanger.

Abstract: A quick pipe connector includes a connector body, a separating section fixed onto an internal wall between both ends of the connector body, a piston section movable coupled in the separating section, and a first connecting section and a second connecting section disposed on both ends of the connector body respectively. The first connecting section and the connector body are interconnected, so that liquid can pass through the connector body. If the piston section is moved towards the first connecting section, then the separating section is interconnected. If the piston section is moved towards the second connecting section, then the separating section is shut to prevent liquid from flowing out continuously.

Abstract: The present invention is to provide a heating apparatus structure, which includes a body made of a heat conduction material, two liquid tunnels parallelly disposed in the body under each of four adjacent surfaces around the body, a liquid inlet and a liquid outlet disposed respectively at one surface and connected with one of the liquid tunnels respectively, a plurality of passageways disposed at one end and another end of the body each with two ends connected to one end of two adjacent liquid tunnels respectively to form an in-and-out liquid circuit, a center tunnel parallel to other liquid tunnels disposed in the body and penetrating the body axially from one end to another end of the body for placing an electric bar to generate heat and transmit the heat to the liquid flowing in the in-and-out liquid circuit through the body.

Abstract: The present invention is to provide a pad with a predetermined temperature, which has a plurality of elongate, curve channels formed on a top surface of the pad, the channels being connected together, wherein one end of the channel is formed as an inlet, the other end of the channel is formed as an outlet, the inlet and the outlet are provided at the same side of the pad, the channel has an arc-shaped periphery, a flat bottom formed on the top surface of the pad, and a lengthwise rib is formed along an inner surface of the channel facing the flat bottom; and a covering member provided on the top surface of the pad with the channels formed thereon, such that a cooling or heating fluid (e.g., water) may flow into or flow out of the channels via the inlet or outlet to keep the top surface of the pad maintaining at an optimum temperature.