38results about How to "Various forms of use" patented technology

The invention discloses a magnifier structure which is arranged on a small electric appliance and has illumination effect. The magnifier structure comprises a small electric appliance, a magnifier and an illumination element; the magnifier is articulated with the small electric appliance, the illumination element is arranged obliquely relative to the wall surface of the small electric appliance, and is connected with a power source of the small electric appliance, and the focal region of the magnifier falls into a illumination region of the illumination element. The magnifier structure can beapplied to a plurality of handheld small electric appliances such as cell phones, remote controllers of various household appliances, radios, MP3, MP4, handheld game players and the like. The magnifier structure has simple and reasonable structure, flexible and convenient use, is applicable to various light conditions, can effectively assist in watching by magnifying, and has a plurality of use forms and wide application range.

The invention discloses a respiratory medicine respiratory training device capable of supplying medicines. The device comprises a box, an air outlet pipe is arranged at the top end of the box, an airtap opening is formed in one side of the box, an air tap is inserted into the air tap opening, an air inlet pipe is fixedly mounted on one side, far away from the air tap, of the box and connected with a filter chamber through a pipeline, an air inlet stop impeller is mounted in an air inlet stop chamber, a medicine stop net is mounted in a medicine replacement chamber, disturbance fan blades aremovably mounted on a fan blade shaft, the air outlet pipe is connected with an air outlet stop chamber, and the air outlet stop chamber is connected with the air tap opening through a pipeline. The medicines can be placed in respiratory training, inhaled gas is filtered, traditional reading lung capacity measurement is replaced by scale lung capacity measurement, use fun is greatly improved, the use initiative of a patient is promoted, and the device is simple, practical and suitable for popularization.

The invention discloses a hand exercising device for neurology nursing, which comprises a platform on which a curved arm exercise assembly is installed, the curved arm exercise assembly includes a base and a turret, and the turret is provided with a handle for holding The handle frame is connected to the locking limit structure in the turret through the cable to lock the rotation of the turret. The turret is provided with a guide wheel for guiding and transmitting the cable. The turret rotates to inflate and deflate the buffer airbag assembly. The device itself has a simple structure. The device can be fixed on the side frame of the hospital bed, the armrest of the wheelchair or other fixed objects by using the platen, which is convenient for neurology patients to carry out hand exercises. The exercise of the device is only aimed at the exercise of the hand, which is highly targeted. The device can perform multiple hand exercises such as stretching, bending the arm and swinging. The air cushioning bladder assembly protects the patient and enhances exercise performance.

The invention provides an electric power interactive training system based on an assembly type. The electric power interactive training system comprises a system server, and a data server interactive with the system server. The electric power interactive training system is characterized in that the system server is provided with a training device. The electric power interactive training system utilizes an assembly-type development technical principle which is convenient to develop, modular in division, flexible, changeable and easy to expand, and designs composed members and composed principle logic of a training system into a plurality of components to be freely chosen and used by the system according to a design idea of a modular element. Simultaneously, flash which is strong in cross-platform, highly compatible with web browser, and low in distribution cost as the technology foundation, flash three-dimensional (3D) technology and three-dimensional engine technology are combined to form an electric power interactive training 3D system development technology based on the assembly type. The electric power interactive training 3D system development technology based on the assembly type is especially applied to simulation training of electric power enterprises, and easy to implement.

The invention discloses a reinforcement ribs elastic boding tool for solar energy storage power supply box. The reinforcement ribs bonding to the inner surface of the back plate surface is realized byarranging glue pressing assemblies and elastic assemblies, corresponding a plurality of elastic assemblies to the reinforcement ribs, and realizing of pressuring the relatively long reinforcement ribs or a plurality of reinforcement ribs by adopting the structure; the elastic assemblies comprises a pressure seat, a pressure spring, an inner hexagon unloading screw and a link. The structure of thereinforcement ribs elastic boding tool for solar energy storage power supply box can realize that each pressing seat can apply a certain strength of pressure to the reinforcement ribs, avoids the problem of rigid connection that the reinforcement ribs cannot play a reinforcing role due to the case that the individual pressure seats are suspended since the pressure seats have the height differenceor the products have tolerance; and the produced power box is longer in service life and more attractive.

An optical fiber type on-line real-time carbon pantograph slider abrasion detection system disclosed by the invention relates to the carbon pantograph slider abrasion detection technology for railway locomotives, subway cars, electric multiple units or the like, and belongs to the field of safe train running monitoring. The optical fiber type on-line real-time carbon pantograph slider abrasion detection system comprises a light source, a multi-core optical fiber plug, an optical fiber type abrasion sensor, a photocoupler and a signal processing unit; the optical fiber type abrasion sensor is mounted in the abrasion area of a carbon pantograph slider by utilizing the light transmittance of optical fibers; when the carbon pantograph slider is abraded, the optical fibers are broken, as a result, the light transmittance is damaged to disappear, and by statistically analyzing the breakage of the optical fibers, the abrasion value of the carbon pantograph slider is given. The optical fiber type on-line real-time carbon pantograph slider abrasion detection system can dynamically detect the abrasion of carbon pantograph sliders of railway locomotives, subway cars, electric multiple units or the like throughout on line and in real time. The optical fiber type on-line real-time carbon pantograph slider abrasion detection system has the advantages of high precision, high anti-interference capability, long service life and low cost, and can provide a basis for the automatic lifting and dropping of pantographs and the replacement of carbon pantograph sliders and support the analysis of pantograph-overhead contact system relation.