41results about How to "Does not affect utilization" patented technology

The invention relates to the technical field of liquefied gas carriers, in particular to a liquid cargo tank arrangement method of a liquefied gas carrier. At least two liquid cargo tanks are arrangedalong the longitudinal direction of the liquefied gas carrier; adjacent liquid cargo tanks are spaced to form a first isolation void cabin; and the extension length of the first isolation void cabinalong the longitudinal direction of the liquefied gas carrier is greater than the maximum longitudinal damage range. The invention further relates to the liquefied gas carrier; at least two liquid cargo tanks are arranged in the longitudinal direction; the first isolation void cabin is formed between every two adjacent liquid cargo tanks at intervals, and the extension length of each first isolation void cabin in the longitudinal direction of the liquefied gas carrier is larger than the maximum longitudinal damage range. Therefore, it can be guaranteed that two adjacent liquid cargo tanks cannot be damaged at the same time under any broadside damage working condition, the stability of the liquefied gas carrier under the broadside damage working condition can meet the standard requirement,and the number of the liquid cargo tanks can be reduced as much as possible within the limited ship length range.

The invention discloses a large synchronous motor stator cooling structure which comprises stator teeth. The stator teeth are provided with a stator slot and first water channels, the first water channels are arranged on two sides of the stator slot, an upper winding and a lower winding are arranged in the stator slot, a layer insulator is arranged between the upper winding and the lower winding,main insulators are arranged on the peripheries of the upper winding and the lower winding, second water channels are arranged on the main insulators, a slot wedge is arranged in the stator slot, a filler strip is arranged between the slot wedge and the lower winding, the upper winding and the lower winding comprise a plurality of rows of braided wires, row insulators are arranged among the braided wires, the braided wires comprise alternate solid conductor groups and hollow conductors, turn-to-turn insulators are arranged among the solid conductor groups and the hollow conductors and among solid conductors inside the solid conductor groups, third water channels are arranged inside the hollow conductors, and cooling media are led into the first water channels, the second water channels andthe third water channels. The cooling effect of the upper winding, the lower winding and the stator teeth is improved, and the safe and stable operation capacity of a motor is improved.

A solid polymer electrolyte electrolytic cell [1], the electrolytic cell mainly includes an end plate [2], an insulating material [3], a cathode diffusion layer [4], a membrane electrode (MEA) [5], an anode integrated diffusion layer flow field [6], current collector [7], etc. It is characterized in that the anode diffusion layer is integrated with the flow field, the annular current collector [7] is in direct and close contact with the cathode diffusion layer [4] and the integrated diffusion layer flow field [6], in addition, two adjacent anodes or cathodes are in close contact. One feed port or discharge port is shared, and two adjacent anodes or cathodes share a current collector. The invention has the advantages of compact and simple structure, convenient processing, low cost, low electrolysis working voltage, high current density and electrolysis efficiency, and long service life.

The invention relates to a testing technology of a PMOLED (passive matrix organic light emitting diode), discloses a testing method of a COG (chip on glass) product of a PMOLED based on taper carrier package, and aims at solving the problems of low utilization rate of a substrate caused by a testing mode of a COF (chip on flex) product in the traditional technology, as well as high test cost, low processing precision and cut alignment precision caused by the testing method of the COG product. The method is characterized in that: a diode is arranged at each IC (integrated circuit) pin, and is used for dividing metal Cr on a screen of the IC pin into three sections, wherein the first section of metal Cr is used for connecting an anode end of the diode, the second section of metal Cr is provided with a through hole, and the third section of metal Cr is connected with the IC pin; a cathode of the diode is made of evaporated AL, and is isolated from cathodes of other devices on the screen by utilizing an isolation column; a test point is led out from the first section of metal Cr; and a probe is supported against the test point and a test voltage is applied in testing. The method is suitable for testing the COG product of the PMOLED based on taper carrier package.

The invention belongs to the technical field of cutting beds, and particularly relates to a self-adaptive waste cutting method of a cutting bed. The method comprises the following steps of (1) loadinga CAD drawing, and analyzing and generating a cutting drawing; (2) acquiring cutting piece data of a current window and a next window in the cutting drawing, and calculating a reasonable longitudinalwaste cutting position of the current window; (3) after the longitudinal waste cutting position of the current window is obtained, calculating a waste cutting line, and after cutting is completed inthe current window, conducting one-time waste cutting according to the waste cutting line; (4) repeating step (2) and (3) until cutting on the entire cutting drawing is completed. By means of the method, the cloth sliding problem in the collection process can be solved, the cutting quality is ensured, the collection efficiency can also be improved, and the workforce can be liberated to a certain degree.