37results about How to "Overcome repulsion" patented technology

The invention provides an account access right setting method and a manipulator. The manipulator is linked to network equipment through a communication platform. Firstly, a control application program of the manipulator is linked to the network equipment, which is about to set account access right, through the communication platform; then, the control application program enables an account access right setting function, a setting result is inputted, and the setting result is transmitted to the network equipment linked to the control application program; and finally, a function application program of the network equipment stores the setting result, and access service or access limit of the local terminal is opened up according to the setting result. The account access right setting function enabled by the control application program of the manipulator comprises whether access to account setting of the network equipment is allowed or whether use of setting of the network equipment is allowed in a local area network.

The invention discloses an annular permanent magnet assembling mechanism, relates to a mechanical assembling mechanism and aims to solve the problem about eccentricity during reverse assembling of annular permanent magnets. The annular permanent magnet assembling mechanism comprises a regular octagonal threaded sleeve, a regular octagonal through hole sleeve and two groups of locknuts, the regular octagonal threaded sleeve, the regular octagonal through hole sleeve and the locknuts sleeve a central long screw column, four ribs combined with the threaded sleeve and four ribs combined with the through hole sleeve are crossly distributed, and the regular octagonal through hole sleeve is arranged between two groups of locknuts. By the aid of step action of transmission of the central long screw column, repulsion force stressed on permanent magnet combination during reverse assembling is overcome, the permanent magnet combination is kept close, and eccentricity of the permanent magnet combination during reverse assembling is avoided greatly by supporting of the central long screw column, the ribs and metal buttons. The annular permanent magnet assembling mechanism is applicable to assembling of the annular permanent magnets.

The invention provides a contactor. The contactor comprises a shell, fixed contacts (202), moving contacts (204), at least two moving contact finger parts (206) conductively connected with the moving contacts, a U-shaped magnetic circuit (208) encircling the moving contact finger parts and a plate-shaped magnetic circuit (210) which is opposite to the opening of the U-shaped magnetic circuit and is separated from the opening by an air gap, wherein the moving contacts are arranged at the two ends of the moving contact finger parts; the fixed contacts are arranged opposite to the moving contacts; and the at least two moving contact finger parts are basically arranged together in parallel and insulated with each other. The contactor conforms to the class 2 standard of IEC (international electrotechnical commission) 60947-4 and can not be subjected to contact welding in the test run process of the prospective current.

The invention discloses an auxiliary device and method for adding a secondary magnet to a loudspeaker. The device is used for assembling the secondary magnet into a main magnet module, and the main magnet module comprises U-shaped iron, a main magnet and a washer which are assembled; the device comprises a secondary magnetic guide gauge, the secondary magnetic guide gauge is of a hollow cylinder structure and comprises an upper guide portion, a middle positioning portion and a lower insertion portion, wherein the inner diameter of the guide portion is gradually decreased to be the same as thatof the positioning portion from top to bottom, the inner diameter of the positioning portion is matched with the outer diameter of the secondary magnet, and the outer diameter of the insertion portion is matched with the inner diameter of U iron. When the insertion part of the secondary magnetic guide gauge is inserted into the annular gap of the main magnetic module, relative positioning of thesecondary magnetic guide gauge and the main magnetic module is realized; and when the secondary magnet descends to the positioning part from the guide part of the secondary magnet guide gauge, relative positioning of the secondary magnet and the secondary magnet guide gauge is realized. According to the device, on the one hand, secondary magnetic jump can be avoided, and the assembly efficiency isimproved; on the other hand, the consistency and accuracy of the magnetic circuit can be improved.

The invention discloses a physical function rehabilitation training pile, and relates to the technical field of rehabilitation training. The training pile comprises a training unit and a control unit;the training unit comprises a training pile mechanism and a plurality of wearable mechanisms; the training pile mechanism comprises a chassis; a plurality of magnetic training devices are axially arranged on each positioning plate; a plurality of horizontal electromagnetic coils are respectively uniformly installed on front and back sides of a mounting base body; the wearable mechanisms comprisebinding belts; the middles of the binding belts are fixedly connected with cylindrical installing shells; permanent magnets are slidably in sealing arrangement inside the installing shells; air guiding pipes are communicated with the left and right sides of the back portion of each installing shell; the control unit comprises a panel. The physical function rehabilitation training pile has the advantages that the training pile can carry out damping training or guiding training on patients, human bodies of patients can be fixed, vibration massage can be performed during the training, airflow canbe synchronously generated to strengthen air flow, and the comfort is improved.

The invention relates to the technical field of preparation of polymer electrospun fibers by adopting an electrostatic spinning technique, and provides an electrostatic spinning device which comprises a liquid supply device, a liquid distribution device, a plurality of electrostatic spinning nozzles, a high-voltage power supply, an auxiliary gas generating device, a cylindrical guiding device and a double-net-cylinder collector, wherein the auxiliary gas generating device comprises an air feed pump, an air tube and a vent hood, and the vent hood is communicated with the air feed pump through the air tube, so as to form an auxiliary airflow channel; the plurality of electrostatic spinning nozzles are uniformly distributed in the vent hood; the cylindrical guiding device is arranged below the auxiliary gas generating device; the double-net-cylinder collector is arranged inside the cylindrical guiding device. The electrostatic spinning device introduces auxiliary airflow to promote jetting and stretching of jet flow, and utilizes the squeezing effect of the airflow to guide spinning nanofibers to perform multilayered three-dimensional deposition in the double-net-cylinder collector, so as to realize quick manufacturing of a columnar nano-fiber filter, and promote the application of the electrostatic spinning technique in the field of filtration.

The invention discloses a method for preparing nickel inner electrode slurry for multilayer chip ceramic capacitors, which comprises the following steps: (1) Ni powder containing no residual dispersant and BaTiO containing no residual dispersant are mixed 3 Powder, NiW alloy powder without residual dispersant, organic solvent and dispersant are evenly mixed to obtain slurry A; (2) Sand mill slurry A with a sand mill to obtain slurry B; (3) To slurry Add binder to material B and mix evenly to obtain slurry C; (4) Emulsify slurry C with an emulsifying machine to obtain the nickel internal electrode slurry for multilayer chip ceramic capacitors. The nickel inner electrode slurry prepared by the invention has high dispersibility, simple preparation process and low cost, and can realize industrialized production.