Abstract: An endoscope including a handle or interface; and an insertion cord configured to be inserted into a patient's body cavity and including a distal tip; the distal tip including a distal tip housing and a camera module configured to be inserted into and accommodated in the distal tip housing; the distal tip housing including a tubular wall portion having an inner wall surface, an outer wall surface and a wall thickness, wherein the tubular wall portion comprises at least one bulged portion of increased wall thickness, the at least one bulged portion being formed on the outer wall surface in an area, where on the inner wall surface the camera module is arranged.

Abstract: An endoscope handle for an endoscope for visually inspecting inaccessible places, such as human body cavities, the endoscope handle including: a frame (70) having a first wall portion (101) formed as an integral portion of the frame, the frame being formed as a single component; a liquid-tight chamber (100) accommodating a circuit (25), preferably a printed circuit board, of the endoscope handle, wherein the liquid-tight chamber is at least partly defined by the first wall portion of the frame; and a first shell part (60) and a second shell part (60?) together enclosing a cavity (63), the shell parts accommodating and securing the frame within the cavity, the shell parts forming an exterior surface (68) shaped to form an ergonomic grip for an operator, wherein the shell parts and the frame each are formed as separate components.

Abstract: An endoscope having a handle including a frame, a fluid handling device secured to the frame via an interface, the fluid handling device comprising a fluid passage having a first fluid opening, a tube in fluid communication with the fluid opening of the fluid handling device, and shell parts enclosing a cavity accommodating the frame, the tube, and at least partly the fluid handling device therein, wherein, at least prior to enclosing the frame, the tube, and at least partly the fluid handling device within the cavity of the shell parts, the interface and the tube are configured to permit movement of the fluid handling device relative to the frame within a pre-determined boundary comprising a first position and a second position separated by a distance.

Abstract: An endoscope having a handle, the handle including a frame with bearings, a control device with trunnions extending from opposite sides of a body of the control device, shell parts together enclosing a cavity accommodating the frame and at least partly the control device therein, the shell parts including a first column and a second column extending into the cavity from opposite sides, wherein the shell parts and the frame each are formed as separate components, wherein the trunnions of the control device and preferably the columns are supported by the bearings of the frame so that the control device is rotatable about a pivot axis, and wherein the first and second columns of the shell parts are arranged to retain the trunnions of the control device between the first and second columns of the shell parts.

Abstract: A dispenser for consecutive dispensing of tablets in a fixed order comprising a cylindrical body defining along its periphery a number of juxtaposed vertical chutes each accommodating a number of tablets piled on edge radially oriented in the body, a cup shaped dispensing part comprising a bottom plate having an upstanding cylindric wall and forming a stop at the lower end of the chutes. An opening in the cylindric wall allows a tablet on edge to pass from the outside of the cup into the inner space thereof. Above the opening a protrusion extends radially outwards from the cylindric wall into the space between a tablet abreast of the opening and a possible overlying tablet in the chute, and a wall adjacent to the opening extends into the lower ends of the chutes. A detent mechanism makes the body and dispensing part stepwise unidirectionally rotatable in relation to each other.