Opis wzoru przemys lowego Przedmiotem wzoru przemys lowego jest czujnik naporu normalnego materia lów ziarnistych. Przedstawiony na ilustracji czujnik posiada korpus w postaci walca zamkni etego od do lu den- kiem a od góry pokryw a górn a za pomoc a sze sciu srub, umieszczonych w rozmieszczonych równo- miernie na obwodzie zaokr aglonych wydr azeniach. Wewn atrz denka znajduje si e nie przedstawiony na ilustracji obrotowy element kalibracyjny. W pokrywie górnej czujnika znajduje si e nieodkszta lcalna membrana pomiarowa, która ma kszta lt ko la. Cale urz adzenie, wszystkie jego cz esci wykonane s a z metalu. Cechy istotne wzoru Wzór przemys lowy wyró znia si e: - kszta ltem korpusu, który ma postac walca zamkni etego od do lu denkiem a od góry pokryw a górn a za pomoc a sze sciu srub; - sposobem umieszczenia srub, które znajduj a si e w rozmieszczonych równomiernie na ob- wodzie zaokr aglonych wydr azeniach; - kszta ltem nieodkszta lcalnej membrany pomiarowej, która jest okr ag la; - metalicznym wygl adem materia lu, z którego wykonane jest urz adzenie. Ilustracja wzoru Departament Wydawnictw UP RP PL PL PL PL PL PL PL PL PL PLDescription of the industrial design The subject of the industrial design is a normal pressure sensor for granular materials. The sensor shown in the illustration has a body in the form of a cylinder closed from the bottom to the bottom and from the top by a top cover using six screws placed in evenly distributed rounded recesses around the circumference. Inside the bottom there is a rotary calibration element, not shown in the illustration. In the top cover of the sensor there is a non-deformable measuring membrane, which has the shape of a circle. The entire device, all its parts are made of metal. Essential features of the design The industrial design is distinguished by: - the shape of the body, which has the form of a cylinder closed from the bottom to the bottom and from the top by a top cover using six screws; - the way of placing the screws, which are located in evenly distributed rounded recesses on the circumference; - the shape of the non-deformable measuring membrane, which is round; - the metallic appearance of the material from which the device is made. Illustration of the pattern Publishing Department of the UP RP PL PL PL PL PL PL PL PL PL PL PL
PL19300F2012-02-21
Normal pressure sensor for granular materials
PL18654S2
(en)
GRAVITY GRADIOMETER TO MEASURE COMPONENTS OF THE GRAVITATIONAL GRADIENT TENSOR WITH AT LEAST A BAR-SHAPED SENSOR THAT MOVES IN RESPONSE TO THE GRAVITATIONAL GRADIENT, A TRANSDUCER TO MEASURE THE MOVEMENT OF THE BAR-SENSOR Q
GRAVITY GRADIOMETER FOR MEASURING THE GRAVITY GRADIENT TENSOR COMPONENTS THAT INCLUDES AT LEAST ONE SENSOR MASS FOR MOVEMENT IN RESPONSE TO GRAVITY GRADIENT AND A TRANSDUCER TO MEASURE THE MOVEMENT OF THE SENSOR MASS,
GRADIOMETER OF GRAVITY TO MEASURE COMPONENTS OF THE GRAVITY GRADIENT TENSOR THAT INCLUDES AT LEAST ONE MASS SENSOR FOR MOVEMENT RESPONSE TO GRADIENT, A PIVOT COUPLING AND A SENSOR AND ACTUATOR UNIT TO GENERATE A
GRAVITY GRADIOMETER TO MEASURE COMPONENTS OF THE GRAVITATIONAL GRADIENT TENSOR THAT INCLUDES A SENSOR MASS THAT MOVES IN RESPONSE TO THE GRADIENT, A PIVOT COUPLING AND A CONSTANT LOAD CAPACITOR PROVIDED BY THE MOVEMENT
Device and method for the evaluation of a patient comprising a sensor for the acquisition of a physiological signal of a patient functionally connected to a programmable element.