Abstract: An in vitro method is disclosed for detecting an antibody to p53 (anti-p53 antibody) in a sample, the method comprising: incubating a sample to be analyzed with a p53 capture antigen and a p53 detection antigen, whereby a complex comprising the p53 capture antigen, the anti-p53 antibody and the p53 detection antigen is formed, separating the complex formed from unbound detection antigen and measuring the complex obtained via the detection antigen comprised therein, thereby detecting the anti-p53 antibody comprised in the sample.

Abstract: The invention relates to a construction machine for introducing a displacement tube into the ground, wherein the displacement tube comprises a tube base body and, at its lower end, a closure device which comprises at least one closure flap which is adjustable between a closed position, in which the displacement tube is closed downwards by the at least one closure flap, and an open position, in which filling material is discharged from the displacement tube into the ground for forming a filling material column, wherein the construction machine comprises a feed drive for introducing and retracting the displacement tube into and out of the ground, respectively.

Abstract: The invention relates to a construction device and to a method for operating this construction device, comprising a carrier device, an approximately vertical mast, which is mounted on the carrier device, a movement element, which is vertically movable along a linear guide on the mast, and at least one GPS receiving unit, which is arranged in the region of the mast. According to the invention, it is provided that the at least one GPS receiving unit is attached to the movement element and that the at least one GPS receiving unit can be moved between an upper, first measuring position and a lower, second measuring position by means of the movement element.

Abstract: The invention relates to a construction device and to a method for operating this construction device, comprising a carrier device, an approximately vertical mast, which is mounted on the carrier device, a movement element, which is vertically movable along a linear guide on the mast, and at least one GPS receiving unit, which is arranged in the region of the mast. According to the invention, it is provided that the at least one GPS receiving unit is attached to the movement element and that the at least one GPS receiving unit can be moved between an upper, first measuring position and a lower, second measuring position by means of the movement element.

Abstract: The invention relates to a ground-working machine and a method for producing wall panels, with the ground-working machine having at least two elongate drilling and mixing tools arranged parallel to each other, which comprise a rod-form base body, on which a first screw conveyor and at least one second screw conveyor are arranged, the second screw conveyor being axially spaced apart from the first screw conveyor. According to the invention it is provided that at least on one drilling and mixing tool at a lower end the first screw conveyor is formed with an outer diameter that is greater than an outer diameter of the second screw conveyor which is arranged above the first screw conveyor.

Abstract: The invention relates to a ground-working machine and a method for producing wall panels, with the ground-working machine having at least two elongate drilling and mixing tools arranged parallel to each other, which comprise a rod-form base body, on which a first screw conveyor and at least one second screw conveyor are arranged, the second screw conveyor being axially spaced apart from the first screw conveyor. According to the invention it is provided that at least on one drilling and mixing tool at a lower end the first screw conveyor is formed with an outer diameter that is greater than an outer diameter of the second screw conveyor which is arranged above the first screw conveyor.

Abstract: Disclosed are systems, methods, and devices for providing cloud-based indexing services to cloud-based and client-based software development environments. For example, integrated development environment (IDE) services may be provided at a client device via a cloud-based indexing service, and an indexing request related to source code at least partially loaded at the client device transmitted to the cloud-based indexing service with respect to a type of indexing request selected from a code completion request, a usages request, an annotations listing request, and a refactoring request. The cloud-based indexing service may then access one or more indexes maintained at the cloud-based indexing service, and provide responsive index information to the client device, the index information included in the responsive index information being less than all index information from the one or more indexes corresponding to the source code at least partially loaded at the client device.

Abstract: Disclosed are apparatus and methods for executing software applications with an actual environment. Handlers for a software application are registered. Each handler can be executed upon receiving an indication of a triggering event. A determination is made that a triggering event for the software application has occurred. In response to the triggering event: a handler environment for the triggering event is determined based on the actual environment, triggered handlers of the registered handlers are determined to be executed, at least a respective portion of the handler environment is made available to each triggered handler, executing the triggered handlers, where at least one triggered handler updates its respective portion of the handler environment during execution, determining an updated-handler environment based on the handler environment and the portions of the handler environments after execution of the triggered handlers, and updating the actual environment based on the updated-handler environment.

Abstract: The invention relates to a device for converting thermal energy into electrical energy with at least one thermocouple, which thermocouple comprises two thermoelectric branches (A, B) electrically connected in series, and the thermocouple has a first passage surface (F1) and a second passage surface (F) for the heat flow (Q) and for the electrical current (7, 7?). In this connection, the value of the first passage surface (F1) is less than 5% of the value of the second passage surface (F).

Abstract: Disclosed are apparatus and methods for executing software applications with an actual environment. Handlers for a software application are registered. Each handler can be executed upon receiving an indication of a triggering event. A determination is made that a triggering event for the software application has occurred. In response to the triggering event: a handler environment for the triggering event is determined based on the actual environment, triggered handlers of the registered handlers are determined to be executed, at least a respective portion of the handler environment is made available to each triggered handler, executing the triggered handlers, where at least one triggered handler updates its respective portion of the handler environment during execution, determining an updated-handler environment based on the handler environment and the portions of the handler environments after execution of the triggered handlers, and updating the actual environment based on the updated-handler environment.

Abstract: Disclosed are apparatus and methods for executing software applications with an actual environment. Handlers for a software application are registered. Each handler can be executed upon receiving an indication of a triggering event. A determination is made that a triggering event for the software application has occurred. In response to the triggering event: a handler environment for the triggering event is determined based on the actual environment, triggered handlers of the registered handlers are determined to be executed, at least a respective portion of the handler environment is made available to each triggered handler, executing the triggered handlers, where at least one triggered handler updates its respective portion of the handler environment during execution, determining an updated-handler environment based on the handler environment and the portions of the handler environments after execution of the triggered handlers, and updating the actual environment based on the updated-handler environment.

Abstract: The invention relates to a device for converting thermal energy into electrical energy with at least one thermocouple, which thermocouple comprises two thermoelectric branches (A, B) electrically connected in series, and the thermocouple has a first passage surface (F1) and a second passage surface (F) for the heat flow (Q) and for the electrical current (7, 7?). In this connection, the value of the first passage surface (F1) is less than 5% of the value of the second passage surface (F).

Abstract: Method for performing an elevator rescue run in an emergency situation, the elevator comprising and elevator car, a counter weight, a rope suspending the car and the counterweight, a drive motor, an emergency brake for stopping the car in an emergency situation, and a motor drive unit for supplying drive power to and for controlling the drive motor, having the following rescue run sequence steps: (a) operating the motor drive unit in a zero speed demand mode for holding the car at its present position; (b) lifting the brake, while holding the car in the zero speed demand mode; (c) determining the preferred movement direction of the car based on the power data as obtained by the motor drive unit; and (d) performing the rescue run in the direction of the determined preferred movement direction.

Abstract: Method for performing an elevator rescue run in an emergency situation, the elevator comprising and elevator car, a counter weight, a rope suspending the car and the counterweight, a drive motor, an emergency brake for stopping the car in an emergency situation, and a motor drive unit for supplying drive power to and for controlling the drive motor, having the following rescue run sequence steps: (a) operating the motor drive unit in a zero speed demand mode for holding the car at its present position; (b) lifting the brake, while holding the car in the zero speed demand mode; (c) determining the preferred movement direction of the car based on the power data as obtained by the motor drive unit; and (d) performing the rescue run in the direction of the determined preferred movement direction.