Electrified parallel wire frame interaction demonstration instrument

A demonstrator and parallel line technology, which is applied in the field of power-on parallel wire frame interaction demonstrators, can solve the problems of low experimental visibility, unobvious experimental phenomena, and small conductor stress, and achieve high experimental visibility, The experimental phenomenon is obvious and the friction force is small

Inactive Publication Date: 2021-02-23
HUAIHUA UNIV
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Benefits of technology

This patented technology allows for stable movement within two different types of electricity networks (power lines). It involves connecting one end of each type of network to another without affecting their function or performance. A special device called a tiny wheel made up of metallic material connects these ends together at certain points inside its structure. These connections allow for smooth motion while maintaining strong connection from outside sources like cables. By adding more than three small wheels onto either side of a specific section of a cable framework, larger forces may occur during operation compared to previous designs. Overall, this design improves the efficiency and accuracy of experiments conducted over time.

Problems solved by technology

The technical problem addressed by this patented method relates to improving how well an experimental study describes interactions between electricity-induced plasma particles (EFP) or other charged objects such as metal wires used during experiments on electronic devices like computers. This can help educate learners about these phenomena better understanding their behavior compared with traditional methods that only provide qualitative feedback based upon observed values alone.

Method used

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  • Electrified parallel wire frame interaction demonstration instrument
  • Electrified parallel wire frame interaction demonstration instrument
  • Electrified parallel wire frame interaction demonstration instrument

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Embodiment Construction

[0013] The invention provides an electric parallel wire frame interaction demonstrator, which can conveniently and intuitively demonstrate the interaction law of electric parallel conductors, has obvious experimental phenomena, can carry out comparative analysis, and can quickly draw experimental conclusions.

[0014] like figure 1 and Figure 5 As shown, the present invention includes No. 1 sliding rheostat terminal post 1, No. 1 sliding rheostat 2, No. 1 empty slot 3, No. 1 slider 4, No. 1 ammeter 5, No. 1 back plate 6, No. 1 buckle 7, a No. 1 No. 1 strap 8, No. 1 card slot 9, No. 1 guide rail 10, No. 1 light board 11, No. 1 wire frame 12, No. 1 cross bar 13, No. 1 fixing screw 14, No. 1 insulating block 15, No. 2 guide rail 16 , No. 2 fixing screw 17, No. 2 cross bar 18, No. 2 wire frame 19, No. 2 card slot 20, No. 2 buckle 21, No. 2 strap 22, No. 2 ammeter 23, No. 2 back plate 24, No. 2 Empty slot 25, No. 2 sliding rheostat terminal 26, No. 2 sliding rheostat 27, No. 2 slid

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PUM

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Abstract

In order to verify and obtain the interaction law of electrified parallel conductors through visual experiments, the invention provides an electrified parallel wire frame interaction demonstration instrument. The demonstration instrument mainly comprises a slide rheostat, an ampere meter, a back plate, a binding belt, a clamping groove, a guide rail, a lamp panel, a wire frame, a cross rod, an insulating block, a power supply negative binding post, a switch, a power supply positive binding post, supporting legs, a push-pull force meter, a U-shaped frame, supports, a bottom plate and the like;the bottom plate is supported by four supporting legs, the middle of the bottom plate is hollow and is connected by two supports, a battery box is installed below each of the two ends of the bottom plate, two power supply binding posts of each battery box penetrate through the bottom plate and are fixed to the bottom plate, a first back plate and a second back plate are symmetrically fixed to thecentral axes of the two ends of the bottom plate and are perpendicular to the bottom plate, and the indication direction of the lamp panel and the position change of the electrified wire frame can beobserved. The interaction rule of the electrified parallel conductors is obtained, and the teaching effect is good.

Description

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Claims

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Application Information

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Owner HUAIHUA UNIV
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