Abstract: A device for collecting and sucking off clippings, in particular embedding medium, for example paraffin, on a microtome (1), in particular a rotary microtome, having at least one connecting element (12) for form-fitting and/or force-fitting attachment to the microtome (1) and a collecting tray (3) forming a collecting area, wherein an suction opening (4) for sucking off the clippings is formed on the collecting tray (3). Furthermore, a system with such a device, a microtome (1) and a work table (2) is disclosed.

Abstract: The invention relates to a microtome, in particular a rotary microtome (1), comprising a micrometer mechanism (3) having a drive (2) for producing a relative movement between an object holder (4) and a blade and a positioning device acting on the micrometer mechanism (3) to influence the relative movement, the positioning device comprising an advancing device (6) and a trimming device (7) interacting with the advancing device (6), said microtome being designed and modified with regard to a simple and reliable adjustment of the trimming device (7) as well as activation/deactivation of a retraction by structurally simple means in such a way that the positioning device has a combined actuating device (8) for both an adjustment of the trimming device (7) and also an activation/deactivation of a retraction which can be carried out by means of the advancing device (6).

Abstract: The invention relates to a microtome, in particular a rotary microtome (1), comprising a micrometer mechanism (3) having a drive (2) for producing a relative movement between an object holder (4) and a blade and a positioning device acting on the micrometer mechanism (3) to influence the relative movement, the positioning device comprising an advancing device (6) and a trimming device (7) interacting with the advancing device (6), said microtome being designed and modified with regard to a simple and reliable adjustment of the trimming device (7) as well as activation/deactivation of a retraction by structurally simple means in such a way that the positioning device has a combined actuating device (8) for both an adjustment of the trimming device (7) and also an activation/deactivation of a retraction which can be carried out by means of the advancing device (6).

Abstract: Tweezers, in particular for handling histological preparations, preferably thin tissue specimens, with two limbs connected elastically at one end, and with tips formed at the other, free end of the limbs and together forming an engagement area, wherein a central area serves for holding and actuating the limbs in order to bring the tips into contact with each other, are characterized in that the tips and/or the connection area of the limbs are designed as a housing with a storage medium for storing energy, and in that the storage medium directly or indirectly heats the engagement area or the tips to a predefined temperature.

Abstract: Tweezers, in particular for handling histological preparations, preferably thin tissue specimens, with two limbs connected elastically at one end, and with tips formed at the other, free end of the limbs and together forming an engagement area, wherein a central area serves for holding and actuating the limbs in order to bring the tips into contact with each other, are characterized in that the tips and/or the connection area of the limbs are designed as a housing with a storage medium for storing energy, and in that the storage medium directly or indirectly heats the engagement area or the tips to a predefined temperature.

Abstract: The invention relates to a device for heating an object by means of a water bath, in particular for strips of pathological or histological sections, before a microscopic examination, comprising a housing (1) and a trough (2) inserted in the housing (1), wherein the water bath is heated by means of an electrical heater, characterized in that the electrical heater comprises at least one hotplate (4) provided on the base (3) of the trough (2).

Abstract: The method is used for manufacturing a mounting element with an angle sensor for an actuator in an internal combustion engine. The mounting element has electrical connections (20) and contains an angle sensor (24, 26, 30). To simplify manufacture, electronic components (24, 26, 30) are electrically connected directly to a leadframe (12). Next, the leadframe (12) with the electronic components (24, 26, 30) is overmoulded with thermoset (132), and the resultant angle sensor module (10) is assembled with a preproduced mounting element. The mounting element itself may be made of thermoplastic or thermoset and comprises a plug connection (20).

Abstract: A device for removal of excess embedding media from the surface of an embedded sample, particularly for removing wax from the outside of a tissue cassette, comprising a rack (1) and a heatable plate (2) held at an incline by the rack (1), with grooves, flutes, recesses or the like serving as drainage channels (3) being configured in the surface of the plate (2) for receiving and discharging abraded and melted embedding medium and said channels flowing into a collection channel (4), characterized in that the drainage grooves (3) each open from a highest point down outwardly on either side into collection channels (4), which lead to a catch container (5).

Abstract: The invention relates to a device for heating an object by means of a water bath, in particular for strips of pathological or histological sections, before a microscopic examination, comprising a housing (1) and a trough (2) inserted in the housing (1), wherein the water bath is heated by means of an electrical heater, characterised in that the electrical heater comprises at least one hotplate (4) provided on the base (3) of the trough (2).

Abstract: The method is used for manufacturing a mounting element with an angle sensor for an actuator in an internal combustion engine. The mounting element has electrical connections (20) and contains an angle sensor (24, 26, 30). To simplify manufacture, electronic components (24, 26, 30) are electrically connected directly to a leadframe (12). Next, the leadframe (12) with the electronic components (24, 26, 30) is overmoulded with thermoset (132), and the resultant angle sensor module (10) is assembled with a preproduced mounting element. The mounting element itself may be made of thermoplastic or thermoset and comprises a plug connection (20).

Abstract: A device for the processing of samples which can be cut, in particular histological tissue samples, where the device comprises a processing tray (1) with a processing surface (2) and with at least two trimming inserts (3) for laying in and cutting the samples by means of knives, is characterized by the fact that the trimming inserts (3) have an encircling edge (4), which serves for the application of the knife and for the flush cutting of the sample and that the trimming inserts (3) are embodied to have different depths for producing samples of different thicknesses.

Abstract: The present invention relates to a throttle-valve housing having a continuous throttle opening for a throttle-valve which is arranged on a throttle-valve shaft, and a housing having a housing cover and a housing body. An electric drive and a first electronic mechanism for the drive are arranged in the housing, for displacing the throttle-valve shaft. The throttle-valve housing is especially non-complex in terms of production and assembly, and can be especially easily connected to other electronic mechanisms of the motor vehicle. To this end, the first electronic mechanism for the electric drive and the second electronic mechanism for appliances outside the housing are arranged in the cover of the housing.

Abstract: The present invention relates to a throttle-valve housing having a continuous throttle opening for a throttle-valve which is arranged on a throttle-valve shaft, and a housing having a housing cover and a housing body. An electric drive and a first electronic mechanism for the drive are arranged in the housing, for displacing the throttle-valve shaft. The throttle-valve housing is especially non-complex in terms of production and assembly, and can be especially easily connected to other electronic mechanisms of the motor vehicle. To this end, the first electronic mechanism for the electric drive and the second electronic mechanism for appliances outside the housing are arranged in the cover of the housing.