CN103568356B - Illumination type hot pressing structure - Google Patents

Abstract

The invention discloses an illumination type hot pressing structure, on which a typical tungsten lamp tube frame, a middle condenser, a side condenser, an upper pressing plate for lamp tube feet, a lower pressing plate for lamp tube feet, a semicircular connecting ring for lamp feet, and a DC high-efficiency voltage-stabilized power supply are installed. The illumination type hot pressing structure of the invention has low production cost, simple structure, convenient maintenance and debugging, convenient operation, low energy consumption, and good effect.

Description

Illuminated heat press structure

technical field

The invention relates to a heat-press structure, more specifically to a light-type heat-press structure.

Background technique

At present, electric heating pipes are generally used as a heat source in this field.

This kind of method exists in the production that the production process is complicated and the production cost is high.

This method has many difficulties in use, such as high energy consumption and high difficulty in use.

Contents of the invention

Iodine tungsten lamp tube frame, central spotlight cover, side spotlight cover, upper pressing plate of lamp pin, lower pressing plate of lamp pin, semicircle connecting ring of lamp pin, DC high-efficiency regulated power supply are installed on the hot pressing plate.

One side of the heat press plate is flat, and on the other side there are several square pits parallel to the longitudinal and transverse directions. There are four circular fixed axial There are threads on the circular arc surface of the fixed shaft, and there are small holes passing through near the top. There are several round holes of corresponding depth at the corresponding positions outside each pit. There are threads in the holes, and the entire other surface A black heat-resistant, heat-absorbing and light-absorbing coating is applied to fix it.

The whole of the iodine-tungsten lamp tube frame is a strip body, and there are several rectangular holes in the middle of the upper and lower planes, and there are also several round holes in the corresponding positions on the outer plane of the top of each rectangular hole. Each of the two sides on the left and right has a strip surface of corresponding width and is connected with the plane at right angles in the same direction, and there are several notches on the sides of the plane on the left and right.

The whole of the middle condensing cover is a strip body plane, and the two near tops on the plane are bent at corresponding angles in the same direction to form two bent planes near the top that are longitudinally connected with the overall plane, wherein the bent There are two holes at the corresponding positions on the plane formed after folding, and there is a strip body on the left and right edges of the three planes to form a right-angled transverse connection with the three planes, and there are several half holes at the corresponding positions on the left and right The circular notch is concave in the opposite direction, and there is also a strip body on the near top of the two bent planes to form a longitudinal connection with the bent plane. The two strips on the plane Corresponding positions have several holes to pass through.

The side condensing cover is a long body as a whole, and the connection between the left and right planes is bent and connected horizontally. There is a strip body outside the edge of the part near the top of the two planes and is bent. The two planes form a vertical connection, one plane has two holes piercing through it after bending, and there is a strip body on the left and right sides of the two planes after bending to form a horizontal connection with the four planes at corresponding angles. There are several semicircular notches on the near edge of one side, and there are several pairs of perforations on the corresponding positions of the two strips, and the two tops of the left and right planes are bent. Near the top of the folded plane, there is also a strip body to form a longitudinal connection with the plane after being bent, and several holes are arranged on the corresponding positions on the plane of the two strips to pass through.

The whole pressure plate on the lamp pin is elongated, and there is a semicircular protruding body protruding upwards at the corresponding position in the middle part of the elongated plane. The circle is concave upwards.

The pressure plate under the foot of the lamp tube is in the shape of a strip as a whole, and there is a semicircular protruding body protruding downward at the corresponding position in the middle part of the strip-shaped plane, and the bottom of the protruding body is semicircular and concave downward.

The whole of the semicircular connecting ring of the lamp pin is a semicircular bent plate, and a fixed shaft is connected and fixed on the top of the outer circle, and the circular arc surface of the fixed shaft is threaded.

The DC high-efficiency regulated power supply is directly ballasted with the three-phase 380V AC power supply of A, B, and C separately from the center line 0, and the single-phase 220V AC power is converted into 200V DC power supply for the iodine-tungsten lamp. A can be connected in series in the lighting circuit Adjust the resistor and ammeter. In addition, the two lamp pins at both ends of the iodine-tungsten lamp are also connected in parallel with the electrolytic capacitor to form a pulse loop.

Description of drawings

Figure 1 is a schematic diagram of the front view principle of the illuminated heat-pressing structure of the present invention

Fig. 2A is the top view of the rear side condenser in the illuminated heat press structure of the present invention

Fig. 2B is a top view of the assembled heat pressing plate and some accessories in the illuminated heat pressing structure of the present invention

Fig. 2C is a top view of the middle condenser cover in the illuminated heat-pressing structure of the present invention

Fig. 2D is a top view of the front-side condenser in the illuminated heat-pressing structure of the present invention

Fig. 3 is the principle diagram of the DC high-efficiency regulated power supply in the illuminated heat-pressing structure of the present invention

Figure 4A is a top view of the hot pressing plate in the illuminated hot pressing structure of the present invention

Fig. 4B is the front view of the hot pressing plate in the illuminated hot pressing structure of the present invention

Figure 5A and Figure 5B are the top view and the front view of the middle condenser cover in the illuminated heat-pressing structure of the present invention, respectively

Fig. 5C and Fig. 5D are the top view and the front view of the side condensing cover in the illuminated heat-pressing structure of the present invention respectively

Figure 6A, Figure 6B, and Figure 6C are the top view, front view and end view of the typical tungsten lamp tube frame in the illuminated heat-pressing structure of the present invention, respectively.

Figure 6D and Figure 6E are the front view and top view of the semicircular connection ring of the lamp pin in the illuminated heat-pressing structure of the present invention, respectively

Fig. 6F and Fig. 6G are the top view and front view of the upper pressing plate of the lamp pin in the illuminated heat-pressing structure of the present invention

Figure 6H and Figure 6I are respectively the top view and the front view of the pressing plate under the lamp tube foot in the illuminated heat-pressing structure of the present invention

Figure 7 is a schematic diagram of the assembly and wiring of the hot pressing plate and some accessories in the illuminated hot pressing structure of the present invention

Figure 8A and Figure 8B are the top view and front view of the notch tube in the illuminated heat-pressing structure of the present invention, respectively

Figure 8C and Figure 8D are the top view and front view of the protruding tube in the illuminated heat-pressing structure of the present invention, respectively

Figure 8E and Figure 8F are the top view and front view of the terminal strip in the illuminated heat-pressing structure of the present invention respectively

detailed description

Put the notched side of the four iodine-tungsten lamp tube racks 2 facing up, and place them on the corresponding positions on the other side of the hot plate 1 with the pits, and then place several lamp tubes under the pins of the pressing plate 4. One side of the notch is also facing upwards, and two notches are relatively placed in the left and right notches on one side of the notch of the four iodine-tungsten lamp tube holders 2 relative to each other.

Align the lamp pins at both ends of the twelve iodine-tungsten lamp tubes 5 with the notches on the notched side of the pressure plate 4 under the lamp tube feet respectively, and then place all the lamp pins in the notches of the semicircle connecting ring 12 successively. Press on the lamp pins at both ends of the twelve iodine-tungsten lamp tubes 5, and then align the notches on one side of the pressure plate 6 on all the lamp tube pins with the lamp pins at the two ends of the twelve iodine-tungsten lamp tubes 5 successively. Align all parts of the perforation holes at the bottom of the feet and the notch with the fixed bushings on the semicircle connecting rings of all the lamp feet respectively, press them up and then position them.

Put a ferrule 10 respectively on the circular pair of perforations of all the iodine tungsten lamp tube frames 2 that have been placed on the notch surface of the hot pressing plate 1, and then put other iodine tungsten lamp tube frames 2 with notches Align with the iodine tungsten lamp tube frame 2 below respectively and put them on, and then string the corresponding bolts into the round pairs of the iodine tungsten lamp tube frame 2 above from top to bottom. After piercing, pass through the pair of piercing holes in the middle of the ferrule 10, then pass through the circular pair of piercing holes of the iodine-tungsten lamp tube frame 2 below, and finally be screwed into the corresponding position on the side of the hot pressing plate 1 with the pit Screw it into the corresponding hole and fix it.

Twelve iodine-tungsten lamp tubes 5 are divided into three groups in groups of four, and the fixed shafts on the lamp pins on the lamp pins at both ends of the four iodine-tungsten lamp tubes 5 of each group are divided into left, right, front, rear and The lugs are connected in series, so that the lamp pins of each iodine-tungsten lamp tube 5 are formed and connected, and finally the two lugs are drawn out as wiring leads.

Insert a bolt into the hole at the rear end of the upper plane of each wiring lead, and then place magnetic concave sleeves on each bolt, and then string each bolt into the corresponding In the pair perforation on one end slope of the middle condenser cover 8 and the two side condenser covers 7, the nuts are tightened respectively after putting a magnetic convex sleeve on the outside of each bolt respectively thereafter.

Place the middle condenser cover 8 and two side condenser covers 7 respectively on the one side corresponding position of the pit on the hot press plate 1, after this on the edge of the middle condenser cover 8 and the two side condenser covers 7 In the pair of perforations on the strip surface, screw the bolts into the corresponding holes on the corresponding position on the side of the hot plate 1 before screwing them in and fix them, and then fix them in the center condenser cover 8 and the two sides. The pair of perforations on the left and right edge surfaces of side spotlight cover 7 also puts on the nut and tightens after the bolt is strung together.

Install the two hot-pressed plates 1 that have been completely installed on the upper and lower fixing frames and under the fixing frames of the machine respectively. After calibration, connect it to a DC high-efficiency regulated power supply, and then it can be used.

When in use, the power supply is turned on to allow the standard tungsten lamp 5 to shine, producing a large amount of heat and light. 1, the black high-temperature-resistant heat-absorbing and light-absorbing coating on the side with pits absorbs a large amount of heat and light, and heats the hot-pressing plate 1. After the hot-pressing plate 1 reaches the required temperature, compress and The heated object is placed in the middle of the upper and lower planes of the two hot-pressing plates 1, and then the machine is started, and the upper hot-pressing plate 1 is pressed down, so as to achieve the purpose of heating and compressing the object.

Claims (1)

1. an illuminated hot pressing structure, it is characterised in that being provided with iodine-tungsten lamp pipe support, middle snoot, avris snoot, lamp pin top board, lamp pin lower platen on heating platen, lamp base semicircle connects ring, direct-current high-efficiency regulated power supply；

Described heating platen, wherein one side is plane, it is the square pit of matrix array with above there being several, another face is provided with four circles protruding upward and fixes axle one, circular fixing axle one is provided with external screw thread, and circular fixing axle one proximal portion runs through pore, and each square pit is externally provided with the circular hole of several certain depths, it is provided with female thread in circular hole, another face is coated with the coating of black high temp resistance heat absorption extinction；

Described iodine-tungsten lamp pipe support, run through between iodine-tungsten lamp pipe support lower planes and have several oblong aperture, run through between the lower planes outside each oblong aperture and have several circular holes, the strip face being respectively arranged with a respective width on two sides of iodine-tungsten lamp pipe support is connected with iodine-tungsten lamp pipe support rectangular shape in the same direction, and strip face is provided with several recesses；Described middle snoot, it has an elongate body plane, and two proximal portions of elongate body plane make the respective angles bending in same direction；

Described lamp pin top board, main body is elongate body, and elongate body top mid portion is provided with semicircle bossy body protruding upward, and bossy body top is run through through hole, and bottom elongate body, corresponding bossy body position semicircular in shape is upwardly recessed to form cavity；

Described lamp pin lower platen, generally elongate body, elongate body bottom center portion is provided with downwardly projecting semicircle bossy body, and correspondence bossy body position, elongate body top semicircular in shape is downwardly concaved；

Described lamp base semicircle connects ring, has semicircle bent plate, and semicircle bent plate top is fixedly connected with a fixing axle two, and fixing axle two is provided with external screw thread；

Described direct-current high-efficiency regulated power supply, it is directly with A, B, C three-phase 380V alternating current power supply separately carries out ballast with centrage O respectively, become single-phase 220V alternating current into 200V unidirectional current, power for iodine-tungsten lamp, contact in lighting loop an adjustable resistor and ammeter, additionally two lamp bases at iodine-tungsten lamp two ends formation also in parallel with electrolysis condenser pulse circuit.