1. A device for the implementation of human corneal incision focused pulsed laser radiation, comprising adjustable components (16) for local positioning the focus of the radiation beam, the control computer (30) for controlling the said components and program (34) controls to control computer, and the program comprises instructions that when executed by a control computer provided in the formation of a cut contour of the cornea, encompassing the section (38, 40) forming the flap, the contour of times eza additionally contains an auxiliary section (50) connected to the slit forming the flap and locally extending to the surface (48) rogovitsy.2. The apparatus of claim 1, wherein the auxiliary section (50) forms a two-dimensional, preferably substantially flat kanal.3. The apparatus of claim 2, wherein the channel has a substantially constant width along its entire dline.4. The apparatus of claim 1, wherein the auxiliary section (50) is connected with a slit forming the flap in hinge zone (44) of the flap, formed in the implementation section (38, 40) forming a flap and locally extends from the side opposite the flap to surface (48) rogovitsy.5. The apparatus of claim 1, wherein the auxiliary section (50) in cornea has a maximum depth in the region (70) in which it is connected with a slit forming the flap and, starting from this region, extends locally in the cornea with a gradually decreasing depth to the surface, (48) rogovitsy.6. The apparatus of claim 1, wherein the program instructions (34) provides control execution of the auxiliary section (50) before the incision is made (38, 40) forming loskut.7. apparatus n1. Устройство для осуществления разреза роговицы глаза человека сфокусированным импульсным лазерным излучением, содержащее регулируемые компоненты (16) для локального позиционирования фокуса пучка излучения, управляющий компьютер (30) для управления указанными компонентами и программу (34) управления для управляющего компьютера, при этом программа содержит
