Abstract: A sole for a shoe, the sole comprising reinforcing members extending in a front half of the sole, wherein at least a first one of the reinforcing members further extends rearwardly beyond a midfoot area and into a heel area of the sole and wraps up to a posterior portion of an ankle region. A shoe, in particular a running shoe, comprising such a sole. A method for the manufacture of such items.

Abstract: Examples relate to a microscope system, such as a surgical microscope system, and to a corresponding system, method and computer program for a microscope system. The system comprises one or more processors and one or more storage devices. The system is configured to obtain imaging sensor data from at least one optical imaging sensor of a microscope of the microscope system. The system is configured to generate a plurality of different preview images based on the imaging sensor data. The plurality of different preview images are continuously updated. The system is configured to obtain a control input signal from an input device of the microscope system. The system is configured to generate a display signal for a display device of the microscope system. The display signal comprises a user interface showing two or more preview images of the plurality of different preview images with a smaller size and a further image with a larger size.

Abstract: A timer for a surgical imaging device is disclosed. The timer determines a working time of an imaging agent and outputs an indicator for display based on the working time. The working time can be a start time at which a signal from the agent is observable at an imaging site and/or an end time at which the agent is cleared.

Abstract: A microscope, including an x motor, a y motor, and a z axis focusing driving mechanism that drive a stage to move; at least one knob operatively coupled to the x motor or y motor or the z axis focusing driving mechanism selectively via a controller; and at least one button coupled to the controller in communication. The controller is configured to disconnect a normal operative coupling between the knob and the z axis focusing driving mechanism and establish an operative coupling between the knob and the x motor or y motor when receiving a predetermined button signal, and restore the normal operative coupling between the knob and the z axis focusing driving mechanism and disconnect the operative coupling between the knob and the x motor or y motor when no longer receiving the predetermined button signal or when receiving a next button signal.

Abstract: The invention relates to a microscope, comprising a stage (13); an x motor, a y motor, and a z axis focusing driving mechanism that drive the stage to move along left-right, front-rear, and up-down directions respectively; a controller; at least one knob (3) which is operatively coupled to the x motor and/or y motor or the z axis focusing driving mechanism selectively by means of the controller to control operation of the coupled motor or the coupled z axis focusing driving mechanism; and at least one button (4, 5) which is coupled to the controller in communication and sends to the controller a button signal indicating that the button has been triggered by operation of the microscope user.

Abstract: The present invention relates to a method for automatically segmenting a color image composed of pixels having been captured for example using a digital microscope. The method provides for a color to be selected representing a region to be segmented of the color image. The colors assigned to the pixels and the color selected are in accordance with a first color model. A clearance for each of the pixels is determined representing a distance between the selected color and the color of the corresponding pixel. The colors assigned to the pixels and the color selected are in accordance with a perception-oriented second color model. One of the pixels is assigned to the segmented region when the clearance assigned to the corresponding pixel is below a settable threshold value and when the hue assigned to the corresponding pixel is within a settable interval around the hue assigned to the selected color.

Abstract: The present invention relates to a method for automatically segmenting a color image composed of pixels having been captured for example using a digital microscope. The method provides for a color to be selected representing a region to be segmented of the color image. The colors assigned to the pixels and the color selected are in accordance with a first color model. A clearance for each of the pixels is determined representing a distance between the selected color and the color of the corresponding pixel. The colors assigned to the pixels and the color selected are in accordance with a perception-oriented second color model. One of the pixels is assigned to the segmented region when the clearance assigned to the corresponding pixel is below a settable threshold value and when the hue assigned to the corresponding pixel is within a settable interval around the hue assigned to the selected color.

Abstract: The invention relates to an internal combustion engine, especially of a motor vehicle, which comprises an air path for intake air in which a mechanically driven charge unit (20), especially a compressor, which can be connected and disconnected by means of a coupling (36), an exhaust gas turbocharger (18), an intake pipe (32), connected to air inlets of a cylinder block (10) of the internal combustion engine, and a charge cooler (34) are mounted. One pressure outlet (35) of the mechanically driven charge unit (20 is directly connected to the intake pipe (32) and one pressure outlet (24) of the exhaust gas charger (18) is connected to an intake inlet (28) of the mechanically driven charge unit (20). The pressure outlet (24) of the exhaust gas charger (18) is connected to the intake inlet (28) of the mechanically driven charge unit (20) via an on-off butterfly valve (26) and upstream of said on-off butterfly valve (26) to the intake pipe (32) via a load butterfly valve (30).

Abstract: The invention relates to an internal combustion engine, especially of a motor vehicle, which comprises an air path for intake air in which a mechanically driven charge unit (20), especially a compressor, which can be connected and disconnected by means of a coupling (36), an exhaust gas turbocharger (18), an intake pipe (32), connected to air inlets of a cylinder block (10) of the internal combustion engine, and a charge cooler (34) are mounted. One pressure outlet (35) of the mechanically driven charge unit (20 is directly connected to the intake pipe (32) and one pressure outlet (24) of the exhaust gas charger (18) is connected to an intake inlet (28) of the mechanically driven charge unit (20). The pressure outlet (24) of the exhaust gas charger (18) is connected to the intake inlet (28) of the mechanically driven charge unit (20) via an on-off butterfly valve (26) and upstream of said on-off butterfly valve (26) to the intake pipe (32) via a load butterfly valve (30).

Abstract: Leisure equipment is disclosed which permits an experience of fully controlled loop-the-loop rotary motion with a wheeled vehicle. The leisure equipment comprises a frame structure with a trough-shaped wheel track, an axis of rotation and at least one rotating arm with one wheeled vehicle each. The trough-shaped wheel track is curved so as to form a closed contour. The axis of rotation is contained within this contour. At least one rotating arm is rotatably supported on this axis of rotation. At the rotating arm a wheeled vehicle is fastened which is adapted to be guided in the wheel track. The wheeled vehicle is pressed into the wheel track by a pressing device acting on the rotating arm. In this way a contact of wheel track and wheeled vehicle exists in every point of the wheel track. With the wheeled vehicle of the leisure equipment, a rider can perform loop-the-loop rotary motions or revolutions during which he retains full command of the motion at all times.

Abstract: A vehicle in the form of a bicycle with a crankset drive, which is in active frictioned gripping or positive connection with a strand extending substantially vertically. The bicycle according to the invention is therefore capable of riding along the vertical strand.