Abstract: The present disclosure generally relates to sharing workout content on electronic devices.

Abstract: The present disclosure generally relates to sharing workout content on electronic devices.

Abstract: The present disclosure generally relates to sharing workout content on electronic devices.

Abstract: A spatio-temporally light modulated imaging system and method for confocal imaging an object is disclosed. The imaging system may include a light modulating micro-mirror device with an array of mirror elements, an imaging optic for focusing illumination light from the micro-mirror device onto the object and directing detection light created in the object in response to the illumination light towards the micro-mirror device, and a camera device with a detector camera for collecting the detection light travelling via the mirror elements and a first optical relaying device on a first optical axis, and for collecting the detection light travelling via the mirror elements and a second optical relaying device on a second optical axis, wherein a camera body of the detector camera is arranged with a vertical camera axis, and a deflecting mirror is arranged for deflecting the detection light from the optical axes to the vertical camera axis.

Abstract: A spatio-temporally light modulated imaging system for confocal imaging an object includes a light modulating micro-mirror device, an imaging optic, and a camera device, wherein a carrier wheel device is provided for carrying multiple pairs of first and second dichroic beam splitters and multiple pairs of first and second emission filters, wherein the carrier wheel device is adjustable in multiple operational positions relative to the first and second optical axes, and wherein a casing is provided. Furthermore, a carrier wheel device for carrying optical members and a method for confocal imaging an object are disclosed.

Abstract: A spatio-temporally light modulated imaging system (100) for confocal imaging an object (1) comprises a light modulating micro-mirror device (110), an imaging optic (120), and a camera device (130), wherein a carrier wheel device (200) is provided for carrying multiple pairs of first and second dichroic beam splitters (211) and multiple pairs of first and second emission filters (221), wherein the carrier wheel device (200) is adjustable in multiple operational positions relative to the first and second optical axes (143, 153), and wherein a casing (111) is provided. Furthermore, a carrier wheel device (200) for carrying optical members (211, 221) and a method for confocal imaging an object (1) are disclosed.

Abstract: A spatio-temporally light modulated imaging system (100) for confocal imaging an object (1) comprises a light modulating micro-mirror device (110) with an array of mirror elements, an imaging optic (120) being arranged for focusing illumination light from the micro-mirror device (110) onto the object (1) and directing detection light created in the object (1) in response to the illumination light towards the micro-mirror device (110), and a camera device (130) with at least one detector camera (131, 132) being arranged for collecting the detection light travelling via the mirror elements and a first optical relaying device (140) on a first optical axis (143), and for collecting the detection light travelling via the mirror elements and a second optical relaying device (150) on a second optical axis (153), wherein a camera body (135, 136) of the at least one detector camera (131, 132) is arranged with a vertical camera axis (137, 138), and at least one deflecting mirror (161, 162) is arranged for deflecting th

Abstract: An optical modulator device (100), in particular for a spatio-temporally light modulated imaging system (200), comprises a light modulating micro-mirror device (110) comprising an array of mirror elements (111) arranged in a modulator plane (112), wherein each of the mirror elements (111) can be switched individually between first (111a) and second (111b) states with first and second tilting angles, resp., relative to a modulator optical axis (113) perpendicular to the modulator plane (112), and a first optical relaying device (120) being arranged for relaying light between the mirror elements (111) in the first (111a) state and a first optical axis (121) deviating from the modulator optical axis (113), wherein the first optical relaying device (120) includes a first group of imaging elements (122, 123, 124) being formed such that a planar light field (114) perpendicular to the modulator optical axis (113) is relayed to a first planar light field (125) perpendicular to the first optical axis (121).

Abstract: An optical modulator device (100), in particular for a spatio-temporally light modulated imaging system (200), comprises a light modulating micro-mirror device (110) comprising an array of mirror elements (111) arranged in a modulator plane (112), wherein each of the mirror elements (111) can be switched individually between first (111a) and second (111b) states with first and second tilting angles, resp., relative to a modulator optical axis (113) perpendicular to the modulator plane (112), and a first optical relaying device (120) being arranged for relaying light between the mirror elements (111) in the first (111a) state and a first optical axis (121) deviating from the modulator optical axis (113), wherein the first optical relaying device (120) includes a first group of imaging elements (122, 123, 124) being formed such that a planar light field (114) perpendicular to the modulator optical axis (113) is relayed to a first planar light field (125) perpendicular to the first optical axis (121).