33results about How to "No significant increase in production costs" patented technology

A shafting-free outer rotor permanent magnetic synchronous motor capable of reducing a slot effect belongs to the field of motors and solves the problem that motor performance is reduced due to the fact that the existing permanent magnetic synchronous motor with a slot structure has the slot effect. The shafting-free outer rotor permanent magnetic synchronous motor comprises a stator casing, a stator and a rotor. The stator casing is arranged on an inner circle surface of the stator, the stator is arranged inside the rotor, and an even air gap exists between the stator and the rotor. The stator comprises a stator yoke, stator slots, stator windings and slot wedges. A plurality of stator slots are arranged inside the annular stator yoke along the peripheral direction evenly, the stator windings are embedded in the stator slots, and the slot wedges are arranged between openings of the stator slots and the stator casing and used for fixing the stator windings. The rotor comprises a rotor yoke and a plurality of rotor magnetic poles. A plurality of rotor magnetic poles are arranged on an inner circle surface of the rotor yoke evenly.

The invention discloses a power lithium battery tab thermal composite molding process, which specifically includes the following steps: step 1, preparing metal conductor strips; step 2, preparing tab glue; step 3, heating the prepared metal conductor strips, The prepared tab glue is fed to the surface of the heated metal conductor strip for thermocompression bonding, and the heating of the metal conductor strip is stopped after the thermocompression bonding is completed. The tab thermal composite molding process of the power lithium battery of the present invention has a stable tab structure, thermal conductivity, and insulating shoes that exceed similar products on the market, and the production cost does not increase significantly.

The invention relates to a short fiber spinning method which comprises a cotton blending process, a coiling process, a slivering process, a drawing process, a combing process, a roving process and a fine yarn spinning process. The short fiber spinning method is characterized by further comprising a maintenance process positioned between the roving process and the fine yarn spinning process, wherein the maintenance process means that rough yarns obtained by the roving process are put in an airtight space, and steam is injected into the airtight space to improve moisture content of fibers in the rough yarns and moisture content of capillaries among the fibers. By means of the short fiber spinning method, the maintenance process is added between the roving process and the fine yarn spinning process, and the rough yarns are wetted preliminarily before further processing. In the yarn spinning process, the rough yarns are kept to be wet in the whole process of processing the rough yarns into fine yarns by means of a spraying device arranged on a fine yarn machine. Therefore, the moisture content in different stages of short fiber spinning is increased, internal stress among fiber aggregation in different stages of spinning is eliminated, cohesive force among the fibers is increased, and quality indexes of the yarns are increased. The short fiber spinning method can be widely applied to the short fiber spinning process.

This invention relates to a control knob used for cooking apparatus, and a cooking apparatus having this control knob as well. The subject of the invention is a control knob (1, 1') used for a cooking apparatus (2), including an operator part (4, 4') having a first wall (6, 6') with a first outer surface (6a, 6a') to be contacted by a user when operating the control knob (1, 1'); according to this invention, at least one hole (8, 8'), which forms an opening (10, 10') on the first outer surface (6a, 6a'), is disposed inside the first wall (6, 6'), where the first outer surface (6a) of the first wall (6) is flat, and the hole (8, 8') is a through hole.