The utility model relates to agriculture, in particular, to beekeeping, and is intended for the mechanization of individual beekeeping operations. The technical problem solved by the claimed utility model is to reduce the user's movements to remove the beekeeping frame from the hive to a minimum, to reduce the likelihood of breakage of the shoulders and the upper bar of beekeepers. The technical problem is achieved by the fact that the device is a lever containing a shorter and longer arm, as well as a support or an axis of rotation. The device contains a longer and shorter arm, and can also contain an axis of rotation, including in the sleeve, which acts as a fulcrum. The longer shoulder is made in the form of an upper plate located on top of the upper bar of the beekeeping frame, along the entire length of which there are two curved unidirectional sidewalls, the width of which does not exceed the thickness of the upper bar of the beekeeper frame. The width of the unbent part of the upper plate does not exceed the width of the upper bar of the beekeeper frame, the length of the upper plate of which does not exceed ½ of the length of the upper bar of the beekeeper, limited by the sides of the side bars of the beekeeper frame facing the hive body. The length of the unidirectional sidewalls exceeds the length of the unbent part of the upper plate by an amount, corresponding to the length of one shoulder of the beekeeping frame. The part of the unidirectional sidewalls extending beyond the upper plate connecting them form a shorter arm, can be connected from the opposite side by another (lower) commensurate plate or axis of rotation, including in the sleeve. The part of the unidirectional sidewalls extending beyond the upper plate connecting them and forming a shorter shoulder has a width not exceeding the thickness of the shoulders of the beekeeper frame (part of the upper bar located outside the outer contour of the side plates of the beekeeper frame). The width and
