Leica Microsystems (Schweiz) Ag

Leica Instruments (Singapore) Pte. Ltd.

Leica Instruments Pte. Ltd.

Marc Hocke

Manfred Kuster

Heinz Suhner

Ulrich Weiger

Luca Tobler

Patrick Wolf

Heinrich Wilhelm Dreyer

Ralf Koerber

Hakim El Haddouchi

Michael Güntert

A beam splitter device () for a microscope (), and for a microscope imaging method, supports at least two beamsplitting surfaces (). The two beamsplitting surfaces () have different reflection-to-transmission ratios. The beam splitter device () has an optical path (). A first one of the two beamsplitting surfaces () is configured to be moved from a first operation position (), in which the first beamsplitting surface () is located in the optical path, to a second operation position (), in which a second () of the beamsplitting surfaces () is located in the optical path. With this configuration, it is possible to change the available light in the branches () of the optical path () after the beamsplitting surface (). This is useful if one of the branches () is directed to an exit port () configured to receive a camera. By directing more light to the camera exit port (), the image quality of the camera is improved.

Beam splitter device having at least two beamsplitting surfaces with different reflection-to-transmission ratios

A medical technical apparatus includes an optical viewing unit including a receiver unit and a wireless footswitch device. The wireless footswitch device includes at least one switch configured to generate a control command corresponding to a performance of a function of the optical viewing unit, a transmitter unit configured to wirelessly, unidirectionally transmit data signals corresponding to the control command from the wireless footswitch device to the optical viewing unit using radio technology, a control processor, and a switching device. The switching device is configured to switch the control processor from an operating mode to a standby mode upon completion of a data transfer of the data signals from the wireless footswitch to the optical viewing unit and is also configured to switch the control processor from the standby mode to the operating mode in response to an actuation of the at least one switch for generating the control command.

Medical technical apparatus including a wireless footswitch device

A microscope device () includes a surgical microscope (), a camera (), connected to the surgical microscope (), for sensing an object () imaged by the surgical microscope, a stand () carrying the surgical microscope () as well as the camera (), an operating unit (), spatially separated from the camera (), for controlling device functions of the camera (). The operating unit () includes a screen () for displaying activatable device functions () and a selection and activation means, embodied as an actuatable rotary/push operating means (), for selecting and activating one of the device functions displayed. The operating unit () is set up such that by rotating the rotary/push operating means (), one () of the displayed device functions is selected, and by pushing the rotary/push operating means (), the selected device function () is activated.

Microscope device

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Heerbrugg, Switzerland

Marc Hocke