CN105156994A - Manufacturing method for component of movie lamp which has integrated framework with power supply circuit - Google Patents

Abstract

Provided is a manufacturing method for components of a movie lamp which has an integrated framework with a power supply circuit. The method comprises: constructing a power supply circuit main body, screening a plurality of metal wires or a plurality of alloy wires to realize winding, establishing a power supply circuit in a set span, and according to a plastic piece is tetramethylene sulfone, and also can be made of the following raw materials by mass percent: 13-17% of sulfolane, 10-12% of tetramethylene sulfone, 1.5-3% of 3-pyrroline, 2-4% of quartz plates, 2.3-5.6% of silicon peroxide, 7-8% of calcium carbonate, 6-9% of zinc carbonate, 2-7% of iron carbonate, 8-9% of ferric nitrate, 1-9% of copper sulphide, and 4-8% of cuprous nitrate. The method prevents a simple and rough polymerization manufacturing method used in the prior art, and the method in the prior art is not systematized, and prevents defects of low capacity level.

Description

The preparation method of the parts of the video display lamp of a kind of same supply line Integrated Architecture

Technical field

The invention belongs to video display lamp device technique field, be specifically related to the preparation method of the parts of the video display lamp of a kind of same supply line Integrated Architecture.

Background technology

Safeguard to find supply line smoothly, even and if video display lamp generation problem, the working flare of its outer surface also can luminous be unlikely to occur to find less than problem, a kind of technology is had to propose the video display lamp of same supply line Integrated Architecture, comprise supply line's main body of some wall contacts each other, described supply line's main body panel around signal separator, be in the moisture barrier of signal separator periphery, punch forming is surrounded on the copper wire part on moisture barrier wall, pipe fitting on copper wire part wall, on the wall being arranged at the pipe fitting on copper wire part wall and the protector obtained through some iron bar twists, punch forming is also surrounded on plastic tube on protector wall and is formed, on plastic tube wall, coiling or mutual specular are dispersed with the lamp body of video display lamp, outwards the extend wall of the ailing plastic tube of outer wall stretching out plastic tube of the lamp body of video display lamp is on the same ring-type body wall, this supply line's main body is through metallic circuit, punch forming the plastic item be surrounded on metallic circuit wall, be in the separator on plastic item wall, punch forming is surrounded on the metal flexible part composition on the separator wall on plastic item wall, on its section, the mid point of the mid point homoplasy part of metallic circuit is consistent, the ductility of plastic item is the 160-600% of the ductility of metallic circuit in addition, the span of the wall of plastic item is greater than and equals 3mm, metal flexible part invests punch forming and is surrounded on the wall of the separator on plastic item wall, plastic item is tetramethylene sulfone, also can be following raw material composition by mass percentage: sulfolane: 13-17%, thiophane sulfone: 10-12%, 3-pyrrolin: 1.5-3%, quartz plate: 2-4%, peroxide SiClx: 2.3-5.6%, calcium carbonate: 7-8%, zinc carbonate: 6-9%, ferric carbonate: 2-7%, ferric nitrate 8-9%, copper sulfide 1-9% and cuprous nitrate 4-8%, the outer wall of the lamp body 800 of video display lamp is provided with working flare, and described working flare comprises frerrous chloride: 1-2%, sulfur oxide: 20-36%, manganese sulfate: 14-25%, potassium chloride: 12-56%, manganese chloride: 17 _-35%, 2-azietine: 17-23%, oxepane: 12-16%, azepan: 5-8% and DHF: 5-6%.The wall of such video display lamp attached to working flare, described working flare comprises frerrous chloride: 1-2%, sulfur oxide: 20-36%, manganese sulfate: 14-25%, potassium chloride: 12-56%, manganese chloride: 17-35%, 2-azietine: 17-23%, oxepane: 12-16%, azepan: 5-8% and 2, the polymer that 3-dihydrofuran: 5-6% is formed, but up to now for the parts of the video display lamp of this same supply line Integrated Architecture be all adopt at the polymerization process for preparing simply slightly made, there is no systematized method at all, result in production capacity low SI.

Summary of the invention

Object of the present invention provides the preparation method of the parts of the video display lamp of a kind of same supply line Integrated Architecture, build supply line's main body, filter out some metal wires or some alloy wires realization winding, build the supply line of setting span size, tetramethylene sulfone according to plastic item again, also the raw material of following raw material composition by mass percentage can be screened: sulfolane: 13-17%, thiophane sulfone: 10-12%, 3-pyrrolin: 1.5-3%, quartz plate: 2-4%, peroxide SiClx: 2.3-5.6%, calcium carbonate: 7-8%, zinc carbonate: 6-9%, ferric carbonate: 2-7%, ferric nitrate 8-9%, copper sulfide 1-9% and cuprous nitrate 4-8%, then these raw materials are implanted pressing equipment, with this carry out punching press construct on supply line's wall supply line's main body panel around signal separator, make the mid point of the mid point homoplasy part of supply line consistent, the ductility of plastic item is the 160-600% of the ductility of metallic circuit in addition, and the span of the wall of plastic item is greater than and equals 3mm, such method avoid the employing of prior art at the polymerization process for preparing simply slightly made, there is no systematized method at all, result in the defect of production capacity low SI.

In order to overcome deficiency of the prior art, the invention provides the solution of the preparation method of the parts of the video display lamp of a kind of same supply line Integrated Architecture, specific as follows:

A preparation method for the parts of the video display lamp of same supply line Integrated Architecture, step is as follows:

Step 1: build supply line's main body, filter out some metal wires or some alloy wires realization winding, build the supply line of setting span size, be tetramethylene sulfone according to plastic item again, also can screen the raw material of following raw material composition by mass percentage: sulfolane: 13-17%, thiophane sulfone: 10-12%, 3-pyrrolin: 1.5-3%, quartz plate: 2-4%, peroxide SiClx: 2.3-5.6%, calcium carbonate: 7-8%, zinc carbonate: 6-9%, ferric carbonate: 2-7%, ferric nitrate 8-9%, copper sulfide 1-9% and cuprous nitrate 4-8%; Then these raw materials are implanted pressing equipment, with this carry out punching press construct on supply line's wall supply line's main body panel around signal separator, make the mid point of the mid point homoplasy part of supply line consistent, the ductility of plastic item is the 160-600% of the ductility of metallic circuit in addition, and the span of the wall of plastic item is greater than and equals 3mm;

Step 2: the wall then rubber raw materials or plastic raw materials being stamped into plastic item is formed the moisture barrier being in signal separator periphery;

Step 3: then 2,3-dihydro-thiophene raw material is formed punch forming in conjunction with copper wire on the wall being stamped into the moisture barrier being in signal separator periphery and be surrounded on copper wire part on moisture barrier wall, return step 1, construct some supply lines main body;

Step 4: pipe fitting on then overlapping in an interference fit on copper wire part wall again;

Step 5: according to following mass percent:

Frerrous chloride: 1-2%, sulfur oxide: 20-36%, manganese sulfate: 14-25%, potassium chloride: 12-56%, manganese chloride: 17-35%, 2-azietine: 17-23%, oxepane: 12-16%, azepan: 5-8% and DHF: 5-6%; Process for stamping is utilized to construct working flare docile in video display lamp outer wall.

Apply such scheme of the present invention, tool has the following advantages:

The preparation method of the parts of the video display lamp of this same supply line Integrated Architecture has constructed efficient method through systematized method and has prepared.

Detailed description of the invention

Below in conjunction with embodiment, content of the present invention is described further:

Embodiment 1:

With the preparation method of the parts of the video display lamp of supply line's Integrated Architecture, step is as follows:

Step 1: build supply line's main body, filter out some metal wires or some alloy wires realization winding, build the supply line of setting span size, be tetramethylene sulfone according to plastic item again, also can screen the raw material of following raw material composition by mass percentage: sulfolane: 13%, thiophane sulfone: 10%, 3-pyrrolin: 1.5%, quartz plate: 2%, peroxide SiClx: 2.3%, calcium carbonate: 7%, zinc carbonate: 6%, ferric carbonate: 2%, ferric nitrate 8%, copper sulfide 1% and cuprous nitrate 4%; Then these raw materials are implanted pressing equipment, with this carry out punching press construct on supply line's wall supply line's main body panel around signal separator, make the mid point of the mid point homoplasy part of supply line consistent, the ductility of plastic item is 160% of the ductility of metallic circuit in addition, and the span of the wall of plastic item is greater than and equals 3mm;

Step 2: the wall then rubber raw materials or plastic raw materials being stamped into plastic item is formed the moisture barrier being in signal separator periphery;

Step 3: then 2,3-dihydro-thiophene raw material is formed punch forming in conjunction with copper wire on the wall being stamped into the moisture barrier being in signal separator periphery and be surrounded on copper wire part on moisture barrier wall, return step 1, construct some supply lines main body;

Step 4: pipe fitting on then overlapping in an interference fit on copper wire part wall again;

Step 5: according to following mass percent:

Frerrous chloride: 1%, sulfur oxide: 20%, manganese sulfate: 14%, potassium chloride: 12%, manganese chloride: 17%, 2-azietine: 17%, oxepane: 12%, azepan: 5% and DHF: 5%; Process for stamping is utilized to construct working flare docile in video display lamp outer wall.

Embodiment 2:

With the preparation method of the parts of the video display lamp of supply line's Integrated Architecture, step is as follows:

Step 1: build supply line's main body, filter out some metal wires or some alloy wires realization winding, build the supply line of setting span size, be tetramethylene sulfone according to plastic item again, also can screen the raw material of following raw material composition by mass percentage: sulfolane: 14%, thiophane sulfone: 11%, 3-pyrrolin: 1.6%, quartz plate: 3%, peroxide SiClx: 2.4%, calcium carbonate: 9%, zinc carbonate: 7%, ferric carbonate: 3%, ferric nitrate 9%, copper sulfide 2% and cuprous nitrate 5%; Then these raw materials are implanted pressing equipment, with this carry out punching press construct on supply line's wall supply line's main body panel around signal separator, make the mid point of the mid point homoplasy part of supply line consistent, the ductility of plastic item is 160% of the ductility of metallic circuit in addition, and the span of the wall of plastic item is greater than and equals 3mm;

Step 2: the wall then rubber raw materials or plastic raw materials being stamped into plastic item is formed the moisture barrier being in signal separator periphery;

Step 3: then 2,3-dihydro-thiophene raw material is formed punch forming in conjunction with copper wire on the wall being stamped into the moisture barrier being in signal separator periphery and be surrounded on copper wire part on moisture barrier wall, return step 1, construct some supply lines main body;

Step 4: pipe fitting on then overlapping in an interference fit on copper wire part wall again;

Step 5: according to following mass percent:

Frerrous chloride: 2%, sulfur oxide: 21%, manganese sulfate: 15%, potassium chloride: 13%, manganese chloride: 18%, 2-azietine: 18%, oxepane: 13%, azepan: 6% and DHF: 6%; Process for stamping is utilized to construct working flare docile in video display lamp outer wall.

Embodiment 2:

With the preparation method of the parts of the video display lamp of supply line's Integrated Architecture, step is as follows:

Step 1: build supply line's main body, filter out some metal wires or some alloy wires realization winding, build the supply line of setting span size, be tetramethylene sulfone according to plastic item again, also can screen the raw material of following raw material composition by mass percentage: sulfolane: 14%, thiophane sulfone: 11%, 3-pyrrolin: 2.5%, quartz plate: 3%, peroxide SiClx: 3.3%, calcium carbonate: 8%, zinc carbonate: 7%, ferric carbonate: 4%, ferric nitrate 10%, copper sulfide 3% and cuprous nitrate 6%; Then these raw materials are implanted pressing equipment, with this carry out punching press construct on supply line's wall supply line's main body panel around signal separator, make the mid point of the mid point homoplasy part of supply line consistent, the ductility of plastic item is 160% of the ductility of metallic circuit in addition, and the span of the wall of plastic item is greater than and equals 3mm;

Step 2: the wall then rubber raw materials or plastic raw materials being stamped into plastic item is formed the moisture barrier being in signal separator periphery;

Step 3: then 2,3-dihydro-thiophene raw material is formed punch forming in conjunction with copper wire on the wall being stamped into the moisture barrier being in signal separator periphery and be surrounded on copper wire part on moisture barrier wall, return step 1, construct some supply lines main body;

Step 4: pipe fitting on then overlapping in an interference fit on copper wire part wall again;

Step 5: according to following mass percent:

Frerrous chloride: 7%, sulfur oxide: 13%, manganese sulfate: 16%, potassium chloride: 17%, manganese chloride: 17%, 2-azietine: 17%, oxepane: 12%, azepan: 5% and DHF: 5%; Process for stamping is utilized to construct working flare docile in video display lamp outer wall.

Embodiment 3:

Step 1: build supply line's main body, filter out some metal wires or some alloy wires realization winding, build the supply line of setting span size, be tetramethylene sulfone according to plastic item again, also can screen the raw material of following raw material composition by mass percentage: sulfolane: 14%, thiophane sulfone: 11%, 3-pyrrolin: 1.6%, quartz plate: 3%, peroxide SiClx: 2.4%, calcium carbonate: 9%, zinc carbonate: 7%, ferric carbonate: 3%, ferric nitrate 9%, copper sulfide 2% and cuprous nitrate 5%; Then these raw materials are implanted pressing equipment, with this carry out punching press construct on supply line's wall supply line's main body panel around signal separator, make the mid point of the mid point homoplasy part of supply line consistent, the ductility of plastic item is 160% of the ductility of metallic circuit in addition, and the span of the wall of plastic item is greater than and equals 3mm;

Step 2: the wall then rubber raw materials or plastic raw materials being stamped into plastic item is formed the moisture barrier being in signal separator periphery;

Step 3: then 2,3-dihydro-thiophene raw material is formed punch forming in conjunction with copper wire on the wall being stamped into the moisture barrier being in signal separator periphery and be surrounded on copper wire part on moisture barrier wall, return step 1, construct some supply lines main body;

Step 4: pipe fitting on then overlapping in an interference fit on copper wire part wall again;

Step 5: according to following mass percent:

Frerrous chloride: 2%, sulfur oxide: 21%, manganese sulfate: 15%, potassium chloride: 13%, manganese chloride: 18%, 2-azietine: 18%, oxepane: 13%, azepan: 6% and DHF: 6%; Process for stamping is utilized to construct working flare docile in video display lamp outer wall.

The above, it is only preferred embodiment of the present invention, not any pro forma restriction is done to the present invention, although the present invention discloses as above with preferred embodiment, but and be not used to limit the present invention, any those skilled in the art, do not departing within the scope of technical solution of the present invention, make a little change when the technology contents of above-mentioned announcement can be utilized or be modified to the Equivalent embodiments of equivalent variations, in every case be do not depart from technical solution of the present invention content, according to technical spirit of the present invention, within the spirit and principles in the present invention, to any simple amendment that above embodiment is done, equivalent replacement and improvement etc., within the protection domain all still belonging to technical solution of the present invention.

Claims (1)

1., with a preparation method for the parts of the video display lamp of supply line's Integrated Architecture, it is characterized in that

Step 1: build supply line's main body, filter out some metal wires or some alloy wires realization winding, build the supply line of setting span size, be tetramethylene sulfone according to plastic item again, also can screen the raw material of following raw material composition by mass percentage: sulfolane: 13-17%, thiophane sulfone: 10-12%, 3-pyrrolin: 1.5-3%, quartz plate: 2-4%, peroxide SiClx: 2.3-5.6%, calcium carbonate: 7-8%, zinc carbonate: 6-9%, ferric carbonate: 2-7%, ferric nitrate 8-9%, copper sulfide 1-9% and cuprous nitrate 4-8%; Then these raw materials are implanted pressing equipment, with this carry out punching press construct on supply line's wall supply line's main body panel around signal separator, make the mid point of the mid point homoplasy part of supply line consistent, the ductility of plastic item is the 160-600% of the ductility of metallic circuit in addition, and the span of the wall of plastic item is greater than and equals 3mm;

Step 2: the wall then rubber raw materials or plastic raw materials being stamped into plastic item is formed the moisture barrier being in signal separator periphery;

Step 3: then 2,3-dihydro-thiophene raw material is formed punch forming in conjunction with copper wire on the wall being stamped into the moisture barrier being in signal separator periphery and be surrounded on copper wire part on moisture barrier wall, return step 1, construct some supply lines main body;

Step 4: pipe fitting on then overlapping in an interference fit on copper wire part wall again;

Step 5: according to following mass percent:

Frerrous chloride: 1-2%, sulfur oxide: 20-36%, manganese sulfate: 14-25%, potassium chloride: 12-56%, manganese chloride: 17-35%, 2-azietine: 17-23%, oxepane: 12-16%, azepan: 5-8% and DHF: 5-6%; Process for stamping is utilized to construct working flare docile in video display lamp outer wall.