Abstract: An electromotive drive for motor vehicle applications, in particular for applications for and in a motor vehicle lock. For this purpose, the drive is equipped with an electric motor, a drive disk which can be actuated by the electric motor and can be rotated about an axis, and at least one spring assigned to the drive. The spring transmits a force to the drive disk which aids the drive within the scope of the invention.

Abstract: A door lock, in particular a motor vehicle door lock, comprising a locking mechanism consisting substantially of a catch and at least one pawl. Each locking mechanism component is mounted on a base in a rotatable manner about an axis. Additionally, a fixed support body is provided for at least one locking mechanism component. According to the invention, the locking mechanism component is designed to be rotatable about a bearing pin at a distance from the support body during a normal operation and comes into contact with the support body solely in the event of a crash with a simultaneous deformation of the bearing pin.

Abstract: A motor vehicle lock, in particular a motor vehicle door lock, which is equipped with a locking mechanism essentially consisting of a rotary latch and a pawl. Furthermore, an actuating lever chain for the locking mechanism is provided. The actuating lever chain has at least one actuating lever, a coupling element, and a trigger lever on the locking mechanism side. Furthermore, an inertia element is also provided for acting on the coupling element at least in the event of a crash. According to the invention, the coupling element is disengaged during normal operation and is only engaged in the event of a crash by means of the inertia element.

Abstract: A numerical control system determines iteratively a group of position setpoint values for axes of a production machine based on presets. When no risk of a collision of one moved element with another element exists, the group of position setpoint values is stored in a buffer store. Another already stored group of position setpoint values is read from the buffer store which then controls the axes and moves the element along a path defined by the sequence of the groups of position setpoint values. This process continues for as long as no risk of a collision exists. If a risk of a collision exists, the numerical control system brings the axes to a standstill. Previously unknown real time events are considered only in the determination of the groups of position setpoint values not yet stored in the buffer store. The groups of already stored position setpoint values are not altered.

Abstract: A shredding device is provided comprising two shredding shafts arranged parallel to each other with shredding elements arranged thereon, wherein the shredding shafts are preferably rotatable mechanically synchronized to each other. A shaft-side coupling element is connected to a respective first end of the shredding shafts. The shredding device includes a housing with a housing-side coupling element is provided that can be coupled to the shaft-side coupling element. The shredding device includes a displacement device enabling displacement of the shredding shafts for decoupling and coupling the shaft-side coupling element from or to the housing-side coupling element.

Abstract: A numerical control system determines iteratively a group of position setpoint values for axes of a production machine based on presets. When no risk of a collision of one moved element with another element exists, the group of position setpoint values is stored in a buffer store. Another already stored group of position setpoint values is read from the buffer store which then controls the axes and moves the element along a path defined by the sequence of the groups of position setpoint values. This process continues for as long as no risk of a collision exists. If a risk of a collision exists, the numerical control system brings the axes to a standstill. Previously unknown real time events are considered only in the determination of the groups of position setpoint values not yet stored in the buffer store. The groups of already stored position setpoint values are not altered.

Abstract: A shredding device is provided comprising two shredding shafts arranged parallel to each other with shredding elements arranged thereon, wherein the shredding shafts are preferably rotatable mechanically synchronized to each other. A shaft-side coupling element is connected to a respective first end of the shredding shafts. The shredding device includes a housing with a housing-side coupling element is provided that can be coupled to the shaft-side coupling element. The shredding device includes a displacement device enabling displacement of the shredding shafts for decoupling and coupling the shaft-side coupling element from or to the housing-side coupling element.

Abstract: The present invention relates to a cooled turbine blade for a gas-turbine engine having at least one cooling duct (14) extending radially, relative to a rotary axis of the gas-turbine engine, inside the airfoil and air-supply ducts (12) issuing into said cooling duct, characterized in that the cooling duct (14) extends into the blade root (6) in order to generate close to the wall a cooling airflow moved at high circumferential velocity and radially in helical form and that in the area of the blade root (6) at least one nozzle-shaped air-supply duct (12) issues into the cooling duct (14) tangentially or with a tangential velocity component.

Abstract: A device for comminuting material components includes a housing, at least one rotor that is supported in the housing and has rotor blades and rotor teeth mounted thereon, at least one stator blade that can be supported on the housing, and at least one screen device, which can be moved from an operational state of the comminuting device downward or laterally relative to the housing to a maintenance state, wherein in the operational state the at least one stator blade and the at least one screen device are supported against each other and can be moved together into the maintenance state.

Abstract: A method for producing a machine casing of a shredding device includes providing component parts and/or assembly groups of the machine casing of the shredding device. Retaining ring bolts are provided, and at least some of the component parts and/or assembly groups of the machine casing are connected to each other through use of the retaining bolt rings.

Abstract: A system, method, and device for generating a signal processing network for deployment on a motion control system are disclosed. The exemplary system may have a module that supplies one or more signal processing units represented in data format using existing compiled and linked code. Another module provides a dedicated interface with the motion control system. The system may also have a module that supplies each signal processing unit with multiple inputs and multiple outputs and a module that routes the inputs and the outputs between the one or more signal processing units.

Abstract: The present invention relates to a shredding device for shredding material, comprising a material charging compartment in which the material to be shredded can be loaded; a rotor; and a pusher device having a pusher and a drive device for the pusher, wherein the pusher is pivotable about an axis such that it presses the material to be shredded towards the rotor, and wherein the pusher remains completely within the material charging compartment during operation.

Abstract: The present invention relates to fastening means for fastening a screen plate onto a screen carrier of a screen device for a comminuting device, comprising a first tensioning element, which is connected to the screen device, particularly to the screen carrier, and which is designed to exert a force on the screen plate; a second tensioning element, which is connected to the screen device, particularly the screen carrier, and which is designed to exert a force on the screen plate, wherein at least one of the tensioning elements is an elastic element, which is designed to exert an elastic restoring force on the screen plate such that the screen plate is tensioned between the first and the second tensioning elements. The invention further relates to a method for fastening a screen plate onto a screen carrier of a screen device for a comminuting device.

Abstract: The present invention relates to a cooled turbine blade for a gas-turbine engine having at least one cooling duct (14) extending radially, relative to a rotary axis of the gas-turbine engine, inside the airfoil and air-supply ducts (12) issuing into said cooling duct, characterized in that the cooling duct (14) extends into the blade root (6) in order to generate close to the wall a cooling airflow moved at high circumferential velocity and radially in helical form and that in the area of the blade root (6) at least one nozzle-shaped air-supply duct (12) issues into the cooling duct (14) tangentially or with a tangential velocity component.

Abstract: The present invention relates to a shredding device for shredding material, comprising a material charging compartment in which the material to be shredded can be loaded; a rotor; and a pusher device having a pusher and a drive device for the pusher, wherein the pusher is pivotable about an axis such that it presses the material to be shredded towards the rotor, and wherein the pusher remains completely within the material charging compartment during operation.

Abstract: The present invention relates to a method for producing a machine casing of a shredding device, comprising the steps of providing component parts and/or assembly groups of the machine casing of the shredding device; providing retaining ring bots; and connecting at least some of the component parts and/or assembly groups of the machine casing to each other by means of the retaining bolt rings.

Abstract: The present invention relates to a device for comminuting material components. The invention comprises a housing, at least one rotor (1) that is supported in the housing and has rotor blades (2) and rotor teeth mounted thereon, at least one stator blade (3) that can be supported on the housing, and at least one screen device (4), which can be moved from an operational state of the comminuting device downward or laterally relative to the housing to a maintenance state, wherein in the operational state the at least one stator blade (3) and the at least one screen device (4) are supported against each other and can be moved together into the maintenance state.

Abstract: The present invention relates to fastening means for fastening a screen plate onto a screen carrier of a screen device for a comminuting device, comprising a first tensioning element, which is connected to the screen device, particularly to the screen carrier, and which is designed to exert a force on the screen plate; a second tensioning element, which is connected to the screen device, particularly the screen carrier, and which is designed to exert a force on the screen plate, wherein at least one of the tensioning elements is an elastic element, which is designed to exert an elastic restoring force on the screen plate such that the screen plate is tensioned between the first and the second tensioning elements. The invention further relates to a method for fastening a screen plate onto a screen carrier of a screen device for a comminuting device.

Abstract: A system, method, and device for generating a signal processing network for deployment on a motion control system are disclosed. The exemplary system may have a module that supplies one or more signal processing units represented in data format using existing compiled and linked code. Another module provides a dedicated interface with the motion control system. The system may also have a module that supplies each signal processing unit with multiple inputs and multiple outputs and a module that routes the inputs and the outputs between the one or more signal processing units.

Abstract: A controller for a machine tool or production machine is disclosed. The controller includes system software that implements a control function for the machine tool or production machine, real-time basic application software and real-time custom-designed application software for expanding the system software, and a software interface allowing the real-time basic application to access data and functions of the system software. The controller further includes a custom-designed software interface provided by the basic application software for communication between the basic application software and the custom-designed application software. With the disclosed controller, custom-designed application software can be integrated in the system software of the controller without detailed information about the system software of the controller.