SU1058064A1 - Device for transofrming input weights - Google Patents

Abstract

1. DEVICE FOR TRANSFORMING WEIGHTS OF INPUTS, containing input weight transducers and output weight drivers, the inputs of which are connected to the output transducers This is because in order to reduce the amount of equipment, converting the scales of the inputs contains weights converters whose inputs are the inputs of this converter Weights of the inputs, and converters of the weights of the outputs, the outputs of which are the outputs of the given converter of the weights, and the inputs, and the inputs of the converters of the weights of the outputs are connected to the outputs of the same weight of the converters of the scales. 2b The device according to claim 1, about tl and h a) 1D e e. So that the weight transducers contain weight transducers I input weights and output weight form, the inputs KOTOI; "X connected to the outputs of the weight transducers inputs, whose inputs The inputs of this scale converter, and here the connectors of the scale scales of the outputs are the outputs of the scale converter.

Description

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The invention relates to automation and computing and can be used to build various devices for processing discrete information.

A device is known for pre-spacing of input weights, containing weight transducers for two inputs, a state of an AND element and an OR element with parallel-connected inputs of a threshold shaping unit and an output OR element; the weight outputs of which are pairwise connected to the inputs of the elements AND the cascade of forming the second stage threshold,

The disadvantage of this device is the limitations of its functionality.

It is also known a device for converting input weights, containing .1 input weighed weight converters and output weighers, whose inputs are connected to the outputs of input weigth converters whose inputs are inputs of an input weigher, and outputs of the output weigher C23 .

A disadvantage of the known device is the need to use a relatively large amount of equipment.

The purpose of the invention is to reduce the amount of equipment.

This goal is achieved by the fact that in an input weights conversion device containing input weighers and output weighers, the inputs of which are connected to the outputs of input weighers, whose inputs are inputs of the input weigher, and outputs of the output weigher inputs, weighing transducers of inputs contain weighing transducers, the inputs of which are the inputs of a given weighing transducer of the inputs, and the transducer vesov.vyhodov, the outputs of which are given vyhodsiu1i weights transducer inputs, inputs and outputs weights converters are connected to the outputs of the balance weight transducers.

The weight transducers contain the weight transducers of the inputs and the output shaper, the inputs of which are connected to the output transducers of the input weights whose inputs are the inputs of this weight converter, and the output of the output shapers of the output weights are the outputs of the weight transducer.

Figure 1 shows the structural diagram of the proposed device; 2 and 3, examples of the implementation of the circuit on the AND and OR elements for the weight converters to two and three outputs, respectively.

The input weight converter device contains 1 input weight converters and 2 output weight drivers, the inputs of which are connected to the output of the weights input converter 1, whose inputs are inputs 3 of the input weight converter device, and the outputs of the output balance drivers of the balance inputs.

Input weigher transducers contain 5 weighers, the input of which are inputs to this input weigher, and 6 output weigher transducers, the outputs of which are outputs of this input weigher, and the output weights of the weighed transducer weights of 5 weights . The internal structure of the transducer 5 weights is similar to the structure of the whole.

The weight transducers 5 contain input weight transducers and output weight drivers, the inputs of which are connected to the transducer outputs 7 input weights, whose inputs are the inputs of this weight converter, and the outputs of the output weights 8 transducers are outputs of the 5 weight scales.

Thus, the construction of a device for converting the weights of the inputs with a large number of inputs can be carried out recursively.

Transmitter outputs 6 output weights can be used as additional device outputs.

The device works as follows.

An input weights conversion device is a multi-threshold element that implements threshold equilibrium functions at the outputs with thresholds equal to the weights of the outputs of a number of variables equal to the number of converter inputs.

For example, at the outputs of the balance converter of two inputs (Fig. 2, threshold functions of two variables are implemented: x Hu and Hus thresholds equal to the weights of the outputs f / 1 and W 2, which are OR and AND functions, respectively.

At outputs 4, a weight code is formed, a unit in a discharge with a weight W of which means that at least converter units of potentials are supplied to the converter inputs. Exit codes

converters 5 weights are fed to the inputs of converters. 6, at the outputs of which a weight code is also formed, "a unit at the output with a weight W" means that no less than w unit potentials are applied to the inputs of the converter b, i.e. At the inputs of 5 weight transducers, at least W unit potentials are applied, where W is the weight of the transducer outputs 5 connected to the inputs of this transducer 6. The signals from the transducer outputs b are fed to the inputs of the formers 2 output weights, which form the weight code at the outputs 4. The previously described order of combining the elements ensures the realization of the formation of the output weight of all non-repeating combinations of the weight and output of the converter 5, the sum of which is equal to the output weight. Moreover, at the inputs of each element I, all identical non-repeating combinations of the weights of the outputs of the converters 5 are implemented at once, the sum of which is equal to the output weight, which is ensured by the introduction of converters b.

So Obviously (4, the proposed device for converting input weights provides the formation of all the weight functions at relatively low equipment costs.

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Claims (2)

1. CONVERSION DEVICE- NII OF INPUT WEIGHTS, containing input weight converters and output weight shapers, the inputs of which are connected * to the outputs of the input weight converters, the inputs of which are inputs of the input weight conversion device, and the outputs of the output weight shapers are outputs of the input weight conversion device, In order to reduce the number of equipment, the input weight transducers contain weight transformers, the inputs of which are the inputs of this input weight transducer, and the The scales of the outputs, the outputs of which are the outputs of this converter of the input weights, and the inputs of the output weight converters are connected to the outputs of the same weight of the weight converters. ’* 2 * · The device according to claim 1, with the exception of the fact that the weight transformers contain converters * of the input weights and the output weight shaper, the inputs of which are connected to the outputs of the input weight converters. the inputs of which are the inputs of this weighing transducer, and the outputs of the load balancer outputs are the outputs of the weighing transducer. 'cl OS about f .1058064