Abstract: The invention relates to aqueous solutions containing cyanamide, particularly storage-stable aqueous solutions containing cyanamide which contain a stabilizer and a surfactant.

Abstract: The present invention relates to the use of acyl cyanamides or salts thereof as an active ingredient of plant growth regulators, in particular for breaking the dormancy of fruit trees.

Abstract: The present invention relates to a method and a use of a composition, in each case for reducing the emission of environmentally harmful climate gases methane and/or carbon dioxide from farm manures during its storage. In some examples, the method and use involves bringing a composition comprising calcium cyanamide into contact with the farm manure.

Abstract: The invention relates to aqueous solutions containing cyanamide, particularly storage-stable aqueous solutions containing cyanamide which contain a stabilizer and a surfactant.

Abstract: A production plant and a production method for processing workpieces, in particular vehicle body components, wherein the production plant includes a preparation region and a production region for the workpieces and a conveying device for transporting the workpieces from the preparation region to the production region. The preparation region includes a loading region for loading the conveying device with workpieces. The transported workpieces are inspected in an inspection station which is arranged between the preparation region—in particular, the loading region—and the production region.

Abstract: A syringe device (1) with an elongate plunger space (2), a receiving chamber (3) for receiving solid medicaments (4), and a hollow needle (5) arranged in the plunger space (2), and also a plunger (7) which is suitable for movement in the plunger space (2) and bears a ram (8) for pushing out the solid medicament (4). For displacement of the plunger (7) there is a plunger rod (9) which acts thereon and, for its use, can be extended telescopically out of the plunger space (2) and relative to the plunger (7) and can be coupled to the plunger by means of a lock (10). The locking of the plunger (7) to the plunger space (2) is opened or released only by complete withdrawal of the plunger rod (9) in its operative position while at the same time the plunger rod (9) is coupled to the plunger (7) in this position in the pushing direction such that the medicament can then be pushed out.

Abstract: A syringe device (1) has an elongate plunger space (2), a receiving chamber (3) for receiving solid medicaments (4), and a hollow needle (5) arranged in the plunger space (2), and also a plunger (7) which is suitable for movement in the plunger space (2) and bears a ram (8) for pushing out the solid medicament (4). For displacement of the plunger (7) there is a plunger rod (9) which acts thereon and, for its use, can be extended telescopically out of the plunger space (2) and relative to the plunger (7) and can be coupled to the plunger by means of a lock (10). The locking of the plunger (7) to the plunger space (2) is opened or released only by complete withdrawal of the plunger rod (9) in its operative position while at the same time the plunger rod (9) is coupled to the plunger (7) in this position in the pushing direction such that the medicament can then be pushed out.

Abstract: A method for laser beam machining, in particular laser beam welding of bodywork components (14), with the aid of a remote laser head (3). The laser head is guided by a robot (5) including a multi-axial robot hand (7). During the welding process, the emitted laser beam (12) is guided along the welding path (19) on the component (14) by orientation modifications and with a variable irradiation angle beta. said orientation modifications only being produced by pivoting displacements (7) of the manipulator hand (7) about at least one of its hand axes IV, V, VI.

Abstract: A method for laser beam machining, in particular laser beam welding of bodywork components (14), with the aid of a remote laser head (3). The laser head is guided by a robot (5) including a multi-axial robot hand (7). During the welding process, the emitted laser beam (12) is guided along the welding path (19) on the component (14) by orientation modifications and with a variable irradiation angle beta. said orientation modifications only being produced by pivoting displacements (7) of the manipulator hand (7) about at least one of its hand axes IV, V, VI.