35results about How to "Uniform magnetic force" patented technology

The wire winding height of the first teeth over which the head portion moves is lower than the wire winding height of the second teeth over which is out of the moving range of the head portion. The first wire winding portion is formed so as to be radially longer than the second wire winding portion. With the configuration mentioned above, the number of winding of the wire around the first teeth (243a) is maintained without reducing the torque and varying the uniformity of the magnetic force in the circumferential direction which the stator generates.

An electromagnetic relief valve for turbocharger includes a valve body and an electromagnetic bonnet. The bottom of the valve body is provided with a static core, the periphery of the static core is provided with a magnetic conductive disc, the top of the magnetic conductive disc is provided with a coil holder, which is provided with a coil winding wrapped around the periphery of the static core. The top of the valve body is provided with a dynamic core corresponding to the static core, a compressed spring is provided between the dynamic core and the static core, and the exterior of the dynamic core is provided with a sliding bearing and the periphery of the dynamic core is provided with an integrated magnetic cover with a magnetic ring matched with the magnetic conductive disc. The relief valve actuates and forms a more uniform magnetic force line.

A swing hinge apparatus of a cellular phone according to the present invention includes: a plurality of first and second lower magnets having polarities different from each other; a lower casing, the first and second lower magnets being respectively inserted into one surface of the lower casing; a plurality of first and second upper magnets having the same polarities as the first and second lower magnets respectively; and a rotating plate provided over the lower casing, where the first and second upper magnets are respectively inserted into one surface thereof facing the lower casing.

The invention provides an oxy-hydrogen mixed gas integrated generating device. The common problems of the existing oxy-hydrogen generators, such as high price, low gas yield, high energy consumption and incomplete safety setting, are solved. The invention has the technical main points that at least one closed electrolysed water generator is adopted, an oxy-hydrogen mixed gas dry and wet combined flame arrester of an identical structure is adopted, a hydrogen output and an oxygen output of the electrolysed water generator are respectively connected with gas inlets of hydrogen and oxygen liquid storing and gas filtering tanks, and an electrolyte circulating input and an electrolyte circulating output of the electrolysed water generator are connected with a heat exchanger and a heat radiator after being connected with an electrolyte circulating pump through filters. The oxy-hydrogen mixed gas integrated generating device is compact in structural arrangement and reasonable in design, has great pressure relief and explosion preventing properties and can effectively prevent oxy-hydrogen mixed gas backfire and explosion danger. Compared with the same class of products, the oxy-hydrogen mixed gas integrated generating device has the advantages of no gas leakage, no liquid leakage, no current leaking loss, energy conservation, safe and reliable use, high electrolysis efficiency, high gas yield, few heat losses and remarkable improvement on safe and continuous running efficiency.

The invention discloses an apiary array structure pasting type double-face strong-magnetism electric control permanent magnet template. The template is characterized in that first double-face strong-magnetism electric control permanent magnet systems (2) are each of an apiary unit structure and in a regular hexagon shape; second strong-magnetism electric control permanent magnet systems (3) are each of a rhombus structure, and every three rhombus units form one apiary unit structure in the regular hexagon shape; compounded reversible strong-magnetism permanent magnets (34) are formed by compounding reversible strong-magnetism permanent magnets (34a) and magnetic conductive materials (34b); the reversible strong-magnetism permanent magnets (34a) are coated with pulse coils (33); and the pole faces of the magnetic conductive materials (34b) are tightly attached to the inner pole faces of magnetic conductive base bodies (31). By the adoption of the template, space can be effectively used to the maximum degree, so that the effective attraction of the electric control permanent magnet template in the unit area is improved.

The invention provides a closed electrolysed water generator. The problems in the prior art that gas leakage, liquid leakage and gas escape triggered accidents are produced due to non-balanced tension among posts fixed by bolts and unparallel polar plates are solved. The closed electrolysed water generator comprises end sockets, a cylinder, polar plates assembled in the cylinder and an electrolyte circulating loop. The closed electrolysed water generator has the technical main points that the cylinder is an insulating cylinder with openings at the two ends, three through holes of which the axes are parallel with each other are formed in the polar plates, alloy layers releasing iridium and tantalum are plated on the nickel and titanium outer surfaces of the polar plates, the polar plates are clamped in seam allowances of insulating seal rubber rings, and one electrolysis unit is formed by two adjacent polar plates; flanges on the two ends of the cylinder are fastened and connected with the end sockets, multiple groups of electrolysis units are hermetically assembled with electrode connecting jaws through insulating press bushings, and the electrode connecting jaws are connected with anode and cathode power supply wiring posts. The closed electrolysed water generator has the advantages of reasonable structural design, uniform stress among the polar plates, no gas leakage, no liquid leakage, no current leakage loss, safe and reliable use, high electrolysis efficiency, large gas yield and few heat power losses.