METHOD AND DEVICE FOR MAKING WATER-THERMAL PROCEDURE Russian patent published in 2007 - IPC A61H33/06 A47K3/28 E03C1/04 

FIELD: medical and sanitary-hygiene equipment.

SUBSTANCE: according to method, patient's body is irrigated by jets of heat transfer agent going from nozzles disposed around body. Nozzles are distributed in groups in areas of irrigation, which areas are placed along body of patient. Due to putting smooth changes in temperature of heat transfer agent from one belt of irrigation to another one followed by simultaneous cyclical change in temperature during some time, wave-shaped nature is implied to heat influence while keeping wave phase of change in temperature for nozzles of irrigation belt. Thermal procedure installation has hot and cold heat transfer agent supplies connected with dissolving mixer, which is in turn connected with mixer, provided with drive and connected with nozzles in irrigation belts through heat transfer agent distribution pipes heat transfer distribution units. Mixer has mixing chambers connected with cavities for hot and cold heat transfer agent by channels made in case of multiple-chambered mixer and through discharge branch pipes with heat transfer agent distribution pipes. Each mixing chamber is made for provision of irrigation belt with heat transfer agent. Dissolving mixer has case provided with T-joint with lateral partition at one end, which partition separates side branches of case. Case is made in form of cylinder. There is resilient string inside case. One end of string is tightly attached to lateral partition of T-joint and it coincides in orientation with its plane. Second end of resilient string adjoins partition of other T-joint for turn around it by angle of 0-90 degrees when string is twisted relatively axis of cylindrical case. Multiple chamber mixer of thermal procedure installation has case with branches for supplying hot and cold heat transfer and discharge branches for supplying heat transfer agent to irrigation belts; there are cavities for cold and hot water inside the belt. Mixing chambers are formed by set of partitions and are connected with cavities for hot and cold heat transfer agent by variable cross-section channels in the case of multiple-chamber mixer for change in relation of open flow area of channels of hot and cold heat transfer agent by means of external drive which shift shutter.

EFFECT: improved efficiency of procedure.

10 cl, 12 dwg