PL23884S2 - Meter of the effectiveness of cathodic protection - front plate - Google Patents
Meter of the effectiveness of cathodic protection - front plate Download PDFInfo
- Publication number
- PL23884S2 PL23884S2 PL25754A PL2575417A PL23884S2 PL 23884 S2 PL23884 S2 PL 23884S2 PL 25754 A PL25754 A PL 25754A PL 2575417 A PL2575417 A PL 2575417A PL 23884 S2 PL23884 S2 PL 23884S2
- Authority
- PL
- Poland
- Prior art keywords
- front plate
- cathodic protection
- meter
- effectiveness
- test lead
- Prior art date
Links
- 238000004210 cathodic protection Methods 0.000 title description 5
- 229910000831 Steel Inorganic materials 0.000 description 1
- 238000005260 corrosion Methods 0.000 description 1
- 229920003219 poly( p-phenylene oxide) Polymers 0.000 description 1
- 239000010959 steel Substances 0.000 description 1
Description
PL 23884 2 Opis wzoru przemyslowego Przedmiotem wzoru przemyslowego jest postac, ksztalt i rozmieszczenie elementów na plycie czolowej miernika skutecznosci ochrony katodowej. Urzadzenie ma charakter innowacyjny i prototy- powy. Przeznaczone jest do oceny poprawnego funkcjonowania zabezpieczenia przeciwkorozyjnego stalowych zbiorników podziemnych. Stosowane jest w warunkach terenowych, w róznych warunkach atmosferycznych, stad optymalne rozmieszczenie elementów na plycie czolowej ma znaczenie nie tylko estetyczne, ale takze i funkcjonalne. EN 23884 2 Description of the industrial design The subject of the industrial design is the form, shape and arrangement of elements on the front plate of the cathodic protection efficiency meter. The device is innovative and prototype. It is designed to assess the proper functioning of anti-corrosion protection of steel underground tanks. It is used in field conditions, in various weather conditions, therefore the optimal arrangement of the elements on the front plate is not only aesthetic, but also functional.
Uklad do oceny ochrony katodowej zbiorników podziemnych jest rozwiazaniem nowatorskim (zgloszenie patentowe w UPRP P.406778), tak wiec techniczna realizacja przyrzadu pomiarowego ma oczywiste cechy nowosci, zas plyta czolowa i rozmieszczone na niej elementy usytuowane sa w sposób nowatorski celem spelnienia wymaganych funkcji urzadzenia. Plyta czolowa miernika skutecznosci ochrony katodowej przedstawiona jest na Fot. 1. W sposób uwidoczniony na ilustracji na plycie czolowej rozmieszczone sa obok siebie drukarka termiczna i pole odczytowe, zas ponizej gniazda do przewodów pomiarowych, bezpieczniki, wlacznik zasilania i przyciski sterujace. The system for assessing the cathodic protection of underground tanks is an innovative solution (patent application at the PPO P.406778), so the technical implementation of the measuring device has obvious novelty features, and the front plate and the elements arranged on it are located in an innovative way in order to meet the required functions of the device. The front plate of the cathodic protection efficiency meter is shown in Fig. 1. As shown in the illustration on the front panel, the thermal printer and the readout field are located next to each other, and below the test lead sockets, fuses, power switch and control buttons.
Cechy istotne wzoru przemyslowego to rozmieszczenie na plycie czolowej miernika skutecz- nosci ochrony katodowej (Fot. 1) drukarki termicznej, pola odczytowego, gniazd przewodów pomiaro- wych, bezpieczników, wlacznika zasilania i przycisków sterujacych. Gniazdo przewodu pomiarowego do zewnetrznej elektrody odniesienia jest w kolorze zóltym. Significant features of the industrial design are the arrangement of the cathodic protection efficiency meter (Photo 1) of the thermal printer, the reading field, test lead sockets, fuses, power switch and control buttons on the front plate. The test lead socket for the external reference electrode is yellow.
Ilustracja wzoru Departament Wydawnictw UPRPIllustration of the pattern Department of Publications of the Polish Patent Office
Publications (1)
| Publication Number | Publication Date |
|---|---|
| PL23884S2 true PL23884S2 (en) | 2018-02-28 |
Family
ID=
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| BR102014025869A8 (en) | Contact protection system for various energy conducting bars | |
| BRPI0514362A (en) | element for measuring cell voltage and temperature in battery module | |
| TR201907684T4 (en) | Device for heating and cooling a battery pack. | |
| BR112015029020A2 (en) | rear contact type solar battery cell | |
| ES2350175T3 (en) | BATTERY SENSOR UNIT. | |
| ES2531413T3 (en) | Paver with flanks preferably oriented perpendicular to the placement plane | |
| AR087642A1 (en) | PROCEDURE FOR OPERATING A WIND ENERGY INSTALLATION | |
| PL23884S2 (en) | Meter of the effectiveness of cathodic protection - front plate | |
| TWD186599S (en) | solar cell | |
| ES2564933T3 (en) | Optical system with a junction bridge | |
| AR094798A1 (en) | DEVICE FOR CONTROLLING CURRENT DISTRIBUTION IN INTERCONNECTED ELECTROLYTIC CELLS | |
| BR112018075416A2 (en) | modular tower for an armored vehicle | |
| Gajardo-Miranda et al. | A sustainability-based comparison between photovoltaics and concentrating solar power in chile | |
| Park et al. | A study on improved efficiency and cooling LED lighting using a seebeck effect | |
| PL122961U1 (en) | Device for complex protection of the LED light source against external weather conditions | |
| CL2015003691A1 (en) | A system for the early detection of short circuits and weak electrical contacts | |
| PL412510A1 (en) | Meter for measuring electrical energy, with binary output | |
| ITMO20120063A1 (en) | PHOTOVOLTAIC PANEL | |
| FR3022335B1 (en) | HEAT EXCHANGER WITH PLATES | |
| ES2608127B1 (en) | Electricity consumption control system in charging points for electric vehicles. | |
| UA107681C2 (en) | HEATING RADIATOR ELEMENT | |
| ES2336188B1 (en) | DEHUMIDIFYING EQUIPMENT FOR THE POSITIONING UNITS OF THE INTRANUCLEAR INSTRUMENTATION OF A NUCLEAR REACTOR. | |
| CHRYSOULAKIS et al. | Copernicus Sentinels observations as a tool to evaluate NBS implementation | |
| EA201100854A1 (en) | UNINTERRUPTIBLE POWER SUPPLY UNIT | |
| ES2665811B2 (en) | Procedure and device for estimating the equivalent temperature in photovoltaic modules |