Carrier rail (17) for a drawer base (8), wherein the carrier rail (17) has a vertical crosspiece (18) and a substantially horizontally running crosspiece (19), which, in the use position, is arranged in the lower region of the vertical crosspiece (18), wherein a substantially horizontally running limb (20) is arranged on the vertical crosspiece (18), above the horizontally running crosspiece (19) and at a distance apart from the ends of the vertical crosspiece (18). The horizontally running limb (20) has a stop (21) which projects from the limb (20) in the direction of the horizontally running crosspiece (19).

The invention relates to an overlay (12) for a plate-shaped furniture part, in particular a drawer bottom (8), wherein the overlay (12) has a contact web (13), which has at least one tab (14) that can be bent toward the furniture part, wherein the at least one tab (14) lies in a cut-out (25) of the contact web (13) in an initial position and the tab (14) and/or the edge of the cut-out (25) has/have a guiding device (18), wherein the tab (14), which has been moved laterally to the edge of the cut-out (25), preferably by screwing in a screw (15), exits the cut-out (25) toward the furniture part by means of the guiding device (18) in a retaining position.

The invention relates to a support rail (10) for a drawer bottom (8), comprising two webs (30, 12) which extend substantially at a right angle to each other and which are connected to each other by a step-shaped section (13, 14), wherein the step-shaped section comprises a horizontal web (13) and a vertical web (14) connected thereto, wherein at least one of the webs (30, 12), the horizontal web (13) and the vertical web (14) comprise each at least one tab (12a, 13a, 14a) for fastening the drawer bottom (8), said tab being bendable towards the drawer bottom (8).

The invention relates to an arrangement comprising a support rail (10) and a drawer bottom (8), wherein the support rail (10) comprises a first contact web (12) and at least a second contact web (14) that protrudes laterally from the first contact web (12) for respective contact on the drawer bottom (8). According to the invention, the first contact web (12) and the second contact web (14) of the support rail (10) comprise each at least one tab (12a, 14a) that is bendable towards the drawer bottom (8), wherein the drawer bottom (8) comprises at at least one edge region an essentially step-shaped fold (9), at least one tab (12a) of the first contact web (12) being arranged on the lower face of the drawer bottom (8) and at least one tab (14a) of the second contact web (14) being arranged in the step-shaped fold (9) of the drawer bottom (8).

An apparatus 1 for controlling electrical loads 5, having an electrical switching module 2 which is connected to the power supply system 4 and has a switching function for connecting and disconnecting the current supply system voltage at the output 6 of the electrical switching module 2 to which electrical loads 5 are connected, is distinguished by a control device 7 which is connected to the input 10 of the electrical switching module 2, is connected to the power supply system 4, measures the local supply system voltage, calculates switching voltage values locally in the control device 7 on the basis of the values of the local supply system voltage, and, when the switching voltage values calculated locally in the control device 7 are exceeded, sends the instruction to switch the electrical loads 5 from the output 8 of the control device 7 to the input 10 of the electrical switching module 2.

Provision is made in a method and a device for detecting elementary particles such as for example protons, ions, electrons, neutrons, photons or the like in a detector (1), wherein a charge pulse is generated in the detector (1) when a particle passes through the detector (1) and every charge pulse is subsequently converted into an electric signal (3) and the signal is indicated and/or recorded in particular after amplification, for individual signals to be amplified in a first, fast amplifier (10) and/or in each case a plurality of signals to be integrated in a second, slow amplifier (12), as a result of which it becomes possible for individual particles to be detected and in particular at increased signal or count rates for an integration thereof to be provided.

Described is a composition comprising - a peptide which consists of 7-17 adjacent amino acids and comprises the hexamer TX1EX2X3E, where X1, X2 and X3 can be any natural or non-natural amino acid, and the peptide is cyclized and does not exhibit TNF receptor binding activity, and - an inhibitor of viral neuraminidase.

In a method for mounting an element or component (5) having at least one metal surface (6) in or on a circuit board (1) containing at least one conducting layer (4) made of metal material, a connection between the at least one metal surface (6) of the element (5) and the at least one conducting layer (4) of the circuit board (1) is formed using ultrasonic welding or high-frequency friction welding in order to create a mechanically stable and resistant connection or attachment having good conductivity. Furthermore, a circuit board (1) is disclosed in which at least one element or component having a metal surface (6) is or can be connected to a conducting or conductive layer (4) of the circuit board (1) using ultrasonic welding or high-frequency friction welding.

In a circuit board (12) consisting of a plurality of layers (13, 14) made of conducting material and non-conducting material, a circuit board element (16) which consists of at least two layers (16-1, 16-2) made of different conducting materials, especially metals, is arranged in or on the circuit board (12). One layer (16-1) of the circuit board element (16) can be or is connected to a layer (13) of the circuit board (12) that is made of conducting material, thus allowing, for example, to easily and reliably couple a circuit board (12) to an external component (15) having connection points or contact surfaces (17, 18) made of a material that differs from the material of a conducting layer (13) of the circuit board (12). A method for producing such a circuit board (12) and a use of such a circuit board (12) or of such a method are also disclosed.

Disclosed is a vaginal suppository which comprises alum in a finely distributed form in a fat-based matrix and contains at least one basic aluminum salt in the adeps matrix, said salt regulating and/or modifying the pH value of the vagina. Sodium aluminate and/or calcium aluminum sulfate are used as basic aluminum salts.