Abstract: A device for checking numbers consists of a multiplexer (101) with a controller module (106) linked to it. An output of the multiplexer is connected to a first input of a register (102), which is an element of memory, while a first output of the controller module (106) is connected to an input of a storage (103) and a second input of the register (102). An output of the register (102) and an output of the storage (103) are connected to inputs of the adder (104), which adds on its output a number, stored in the register (102) and a number written in the storage (103) at an address indicated by the controller module (106). The adder (104) generates on its output a carry-out signal, informing about overflow, which is passed to a first controlling input of the controller module (106), which manages operation of the device checking numbers.

Abstract: In a circuit for detection of internal microprocessor watchdog device execution comprising a microprocessor (6) with the internal watchdog device and with an input/output line (11) transmitting information about microprocessor reset, and a device for resetting the microprocessor system, to the input/output line (11) transmitting information about microprocessor (6) reset, a clock input CK is connected, which triggers the flip-flop (12), whose data input D and an inverted reset input /R are connected to the output of the device (19) for resetting the microprocessor system, and the inverted flip-flop (12) output /Q is connected to the input of the device (19^) for resetting the microprocessor system.

Abstract: The invention discloses a vehicle with a front door and a rear door without a B column between the two doors, with the front door latch being designed as a power latch with a door-closing assistance and the rear door latch containing a power latch holder with an adjustable locking bolt, in order to achieve a stable door connection with low closing forces.

Abstract: Taught herein are methods of integrated material processing, especially integrated processing of waste materials. According to the methods, waste materials are exposed simultaneously to two or more unit operations, and the physical phenomena associated with each of the unit operations act in concert to achieve a desired processing objective.

Abstract: A receiver of analogue video signal having means for analogue video signal conversion has a receiving block (201) for receiving a first analogue video signal, a conversion block (202) for conversion of the first analogue signal into a digital signal, a buffer controller (203) of frame buffers, a video coder (204) for transforming the digital signal into an analogue signal of a second format, a receiver (205) for displaying the analogue signal of a second format and a processor (206) for data processing and controlling the receiving block, the conversion block, the buffer controller, the video coder and the receiver. The buffers controller (203) has three modules, namely, buffers (203b) linked together, a decoding frame controller (203a) and a displaying frame controller (203c). Certain frames in this device will be omitted when the output frames frequency is lower than the input frequency and displayed more than once when the output frames frequency is higher than the input frequency.