Oleum pressura Sensor ad Volvo Gravis CARRUS Parts 21302639

Secundum usum necessitatibus diversis scaenarum, in terminalibus olei-type capacitors sunt plerumque instructa cum sensoriis, ut a pressura sensorem cum vigilantia et oleum pressura intus et vigilantia temperatus et oleum-genus capacitoribus. Et sensoriis postulo potentia copia cum operantes. In prior artis, altilium potentia copia seu externa potestate copia plerumque solebat, nisi

(I) Si altilium potestate copia adhibetur, opus iusto sustentacionem vel replacement debitum ad limitata altilium potestate, quae non conducere ad longa-term.

(II) Si potentia externa copia adhibetur ad potentia copia, magna numerus potentiae lineae opus est disposita in limitata spatium, et fusum humilis-intentione filis inter capacitoribus et commovebitur a summus frequency strepitu inter capacitoribus et in capacibus. In visum est supra defectus, in hoc technology technology technology postquam diu post tempus investigationis et usu.

In order to solve the above problems, the technical scheme adopted by this technology is to provide a power supply for sensors, which comprises a power generation module, an energy storage module and a plurality of oil-type capacitor shells, wherein the power generation module is electrically connected with the energy storage module, the power generation module is arranged between the two oil-type capacitor shells, the oil-type capacitor shells naturally deform during the operation of the oil-type capacitors, the power generation module generates a certain amount of electric energy when being squeezed, and the energy storage module converts the electric energy and stores the electric energy, which is used for providing the energy storage. Further, formula pro calculandum hourly potestas consummatio sensorem est: Q1 = I × T × n3, ubi Q1 est hourly potestas consummatio operatio, et in hodiernae ad vim continuae operationem, et n3 est in tempore continua in sensorem, et in hora, et in tempore incipiens a sensorem, et n3 est in tempore continua in sensorem, et non est numerus satus tempora per hora, et n3 est in tempore continua in sensorem, et in hora, et in tempore incipiens a sensor, et n3 est in tempore ad continua operationem, et n3 est in tempore continua in sensorem, et in tempore incipiens in tempore continua, et n3 est in tempore continua in sensorem, et non est numerus Satus tempora per horreum; Unde et hourly industria repono facultatem ad industria repono moduli satisfacit sequenti calculation formula, ubi C est ad hourly industria repono facultatem in industria repono valorem, Q1 est admodum impulsu intentione de industria est in voltage de industria et in industria, et Ü2 est in voltage of the Energy PRAECLUSTRIO PRAEFACTUM et VOLTAGE est de industria et in vim de industria est in vim et Ü1 est in industria, et Ü1 est in industria, et Ü1 est in voltage of an industria est in voltage of an industria, et Ü1 est in voltage of the Energy Storage Module et Valtage of Energy PRAECLUSTRIUM.