Прозоров Антон Михайлович (RU),Осинский Михаил Валерьевич (RU)
申请号：
RU2015154001
公开号：
RU0000170580U1
申请日:
2015.12.15
申请国别(地区):
RU
年份:
2017
代理人:
摘要：
One of the main functions and purposes of the stationary electronic videouvelichitelya is to capture the image, change the captured image depending on user requirements. That is actually the device produces image capture, converts it if necessary and transfer to the monitor. In connection with the implementation of the basic functions described in the application device there are problems requiring technical authorization.Used technical solutions known analogues are not fully solve the problems of the possibility of capturing images of a number of items that are large enough to not fit in the camera capture zone.As well as disadvantages the fact that it is impossible to carry out image capturing is deposited on an object having a large weight that could damage the device if the placement of the object on a movable table.Summing up the deficiencies of the prototype and analogues, should indicate that they are expressed in the presence of dependence capture images of objects on the size of the size of objects, their geometric shape and weight.The problem to which the solution of the claimed as a utility model, a technical solution is to eliminate the prior art drawbacks, namely, to create the conditions under which eliminates the dependence of the possibility of capturing images stationary electronic videouvelichitelem for people with objects, the size of the objects, their geometric forms and weight.The technical result of the claimed utility model is to increase the efficiency of the electron stationary videouvelichitelya, which manifests itself in significant expansion of types of objects whose surfaces may be subjected to image capture, as a result of enabling external data reading devices.Regular electronic videouvelichitel consisting of the image forming unit, performing image magnification and transferring large image on a monitor, the monitor connected thereto, characterized in that an imaging unit carries out magnification and transferring large image on the
