CN103568356A

CN103568356A - Illuminated heat press structure

Info

Publication number: CN103568356A
Application number: CN201210249595.5A
Authority: CN
Inventors: 陈海水
Original assignee: Individual
Current assignee: Guangdong Gaohang Intellectual Property Operation Co ltd; Zhongshan Jiaxin Lighting Appliance Co ltd
Priority date: 2012-07-18
Filing date: 2012-07-18
Publication date: 2014-02-12
Anticipated expiration: 2032-07-18
Also published as: CN103568356B

Abstract

The invention discloses an illumination type hot-pressing structure.A typical tungsten lamp tube frame, a middle light-gathering cover, an edge light-gathering cover, a lamp pin upper pressing plate, a lamp pin lower pressing plate, a lamp pin semicircular connecting ring and a direct-current high-efficiency voltage-stabilized power supply are arranged on a hot pressing plate. The illumination type hot-pressing structure is low in production cost, simple in mechanism, convenient to maintain and debug, convenient to operate in use, low in energy consumption and good in effect.

Description

Illuminated hot pressing structure

Technical field

The present invention relates to a kind of hot pressing structure, relate in particular a kind of illuminated hot pressing structure.

Current technology

In this field, all generally use at present electrothermal tube as origin of heat.

This kind of method exists complex manufacturing aborning, and production cost is high.

This kind of method in use exists power consumption greatly, uses the difficulties such as difficulty.

Summary of the invention

Allusion quotation tungsten lamp pipe support is installed on heating platen, middle snoot, avris snoot, lamp pin top board, lamp pin lower platen, lamp base semicircle connecting ring, direct-current high-efficiency voltage-stabilized power supply.

Accompanying drawing explanation

Fig. 1 is the principle schematic of facing of illuminated hot pressing structure of the present invention

Fig. 2 A is the rear avris reflection shield top view in illuminated hot pressing structure of the present invention

Fig. 2 B is the top view after heating platen in illuminated hot pressing structure of the present invention and the assembling of part annex

Fig. 2 C is the middle reflection shield top view in illuminated hot pressing structure of the present invention

Fig. 2 D is the front avris reflection shield top view in illuminated hot pressing structure of the present invention

Fig. 3 is the direct-current high-efficiency voltage-stabilized power supply schematic diagram in illuminated hot pressing structure of the present invention

Fig. 4 A is the heating platen top view in illuminated hot pressing structure of the present invention

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

Fig. 5 A, Fig. 5 B is respectively middle reflection shield top view and the front view in illuminated hot pressing structure of the present invention

Fig. 5 C, Fig. 5 D is respectively avris reflection shield top view and the front view in illuminated hot pressing structure of the present invention

Fig. 6 A, Fig. 6 B, Fig. 6 C is respectively allusion quotation tungsten lamp pipe support top view, front view and the end-view in illuminated hot pressing structure of the present invention

Fig. 6 D, Fig. 6 E is respectively lamp base semicircle connecting ring front view and the top view in illuminated hot pressing structure of the present invention

Fig. 6 F, Fig. 6 G is lamp pin top board top view and the front view in illuminated hot pressing structure of the present invention

Fig. 6 H, Fig. 6 I is respectively lamp pin lower platen top view and the front view in illuminated hot pressing structure of the present invention

Fig. 7 is heating platen and the part enclosure group dress wiring schematic diagram in illuminated hot pressing structure of the present invention

Fig. 8 A, Fig. 8 B is respectively recess pipe top view and the front view in illuminated hot pressing structure of the present invention

Fig. 8 C, Fig. 8 D is respectively protrusion pipe top view and the front view in illuminated hot pressing structure of the present invention

Fig. 8 E, Fig. 8 F is respectively terminal strip top view and the front view in illuminated hot pressing structure of the present invention

The specific embodiment

One of the notch that has of four allusion quotation tungsten lamp pipe supports 2 is faced up, be placed in respectively on the relevant position of the one side that has pit of heating platen 1 then the jagged one side of several lamp pin lower platens 4 also upward two recesses by left and right directions, be placed in the left and right recess of the one side that has notch of four allusion quotation tungsten lamp pipe supports 2 relatively respectively.

The two ends lamp base of 12 allusion quotation tungsten fluorescent tubes 5 is aimed at respectively in the recess of jagged one side of lamp pin lower platen 4 and put down, then the recess of all lamp base semicircle connecting rings 12 is successively pressed in respectively on the two ends lamp base of 12 allusion quotation tungsten fluorescent tubes 5, after this again the recess in the one side of all lamp pin top boards 12 successively respectively to the two ends lamp base at 12 allusion quotation tungsten fluorescent tubes 5, all lamp base semicircle connecting rings 12 fixed hubs above of all successively aiming at respectively boring a hole of notched bottoms force up.

On all recess faces that is placed on heating platen 1, the circle of allusion quotation tungsten lamp pipe support 2 is to respectively putting respectively a lasso 10 in perforation, then one of the notch that has of other allusion quotation tungsten lamp pipe support 2 is faced down, that allusion quotation tungsten lamp pipe support 2 below successively aiming at respectively separately puts up, after this circle that again each corresponding bolt 13 is sealed in respectively to that allusion quotation tungsten lamp pipe support 2 above is from top to bottom to perforation, went here and there again in the middle of lasso 10 to perforation, then below going here and there again, the circle of that allusion quotation tungsten lamp pipe support 2 was to after boring a hole, after being finally threaded in the respective aperture on the relevant position of the one side that has pit of heating platen 1, be tightened.

12 allusion quotation tungsten fluorescent tubes 5 with tetrad, be divided into three groups, fixed axis on lamp base semicircle connecting ring 12 on the two ends lamp base of four allusion quotation tungsten fluorescent tubes 5 of every group divide left-right and front-back also lug plate be concatenated, the lamp base of each allusion quotation tungsten fluorescent tube 5 is formed and connecting line, finally two lug plates are extracted, as wiring leader 14, keep.

In the rear end of the upper plane of each wiring leader 14, first seal in a bolt 15 in to perforation, then on each bolt 15, successively put respectively again after the recessed sleeve pipe 16 of magnetic, each bolt 15 is sealed in to corresponding close middle snoot 8 and avris snoot 7 again, on 9 inclined-plane, one end to perforation in, after after this putting after the outside of each bolt 15 puts a protruding sleeve pipe 17 of magnetic more respectively, nut is tightened respectively again.

Middle snoot 7 and avris snoot 8,9 are placed on respectively on the relevant position of the one side that has pit of heating platen 1, after this on rectangular of middle snoot 7 and the avris snoot source, limit of 8,9 minutes to perforation in, first went here and there and screwed in again the pit that has of heating platen 1 after bolt 16.The relevant position of one side on respective aperture in after be tightened, then tightening also sealing in the rear cover upper cap nut of bolt 16 in perforation on middle snoot 7 and avris snoot 8,9 left and right edges faces again.

Two heating platens 1 that all install parts are arranged on respectively again on two fixed mounts up and down of machine and under fixed mount, after overcorrect, direct-current high-efficiency voltage-stabilized power supply in connection, can be used.

During use, be electrified, make allusion quotation tungsten fluorescent tube 5 shinny, produce very large heat and light quantity, reflection shield passes through reflection light as far as possible, reflex on the pit face of heating platen 1, and a large amount of absorption heat and the light quantities of the black high temp resistance being coated with in the one side that has pit of heating platen 1 heat absorption light-absorbing coating, and heating platen 1 is heated, after heating platen 1 reaches required temperature, the object of needs compressions and heating be placed in two heating platens 1 in the middle of two planes, machine up and down, heating platen 1 above toward pressing down, thereby reach, object is heated, the object of compression.

Claims

1. A light-type hot-pressing structure, characterized in that: a standard tungsten lamp tube frame, a central condenser, a side condenser, an upper pressing plate for the lamp tube feet, a lower pressing plate for the lamp tube feet, and a lamp tube are installed on the hot pressing plate. Semi-circular connection ring on the feet, DC high-efficiency regulated power supply.

2. The hot pressing plate in the illuminated hot pressing structure of the present invention as claimed in claim 1 is characterized in that; one side is a plane, and on the other side, several square pits are sunk side by side in the longitudinal and transverse directions. , there are four garden-shaped fixed axially protruding upwards at the corresponding positions on the concave-convex surface, there are threads on the arc surface, and there are small holes passing through near the top, and there are several corresponding depths at the corresponding positions outside each pit. There is a round hole in the hole, there are threads in the hole, and a black high-temperature-resistant heat-absorbing and light-absorbing coating is applied on the entire concave-convex surface to fix it.

3. The standard tungsten lamp tube frame in the illuminated heat-pressing structure of the present invention as claimed in claim 1, is characterized in that; the whole is a strip body, and there are some oblong holes between the upper and lower planes to penetrate, each oblong hole There are also a number of round holes on the corresponding positions on the outer plane of the top. On the left and right sides of the plane, there is a long strip of corresponding width that is connected with the plane in a right-angled bend in the same direction. Several notches appear on the corresponding positions of the strip body plane.

4. The middle light collecting cover in the illuminated hot-pressing structure of the present invention as claimed in claim 1 is characterized in that; the whole is a long strip plane, and the two near tops of the plane are bent at corresponding angles in the same direction to form The two bent planes near the top are longitudinally connected with the overall plane, wherein there are two holes piercing through corresponding positions on the bent planes, and there is a long strip on each of the left and right edges of the three planes. The three planes form a right-angled transverse connection, and there are several semicircular notches on the corresponding positions of the left and right near edges in opposite directions. A strip body forms a longitudinal connection with the bent plane, and there are several pairs of perforations on the corresponding positions on the plane of the two strip bodies.

5. The side concentrating cover in the illuminated hot-pressing structure of the present invention as claimed in claim 1, characterized in that: the whole is a long body, and the left and right sides are each in a plane to form a bending shape and connect horizontally, and the two There is one outside the edge near the top to form a longitudinal connection with the strip body and the bent plane. There are two holes on one bent plane, and there is a long strip on the left and right sides of the two bent planes. The body forms a transverse connection with the four planes at corresponding angles. There are several semicircular notches on the near edge of the plane on one side of the elongated body. There are two pairs of perforations and opposite piercings. There is also a strip body on the two tops of the left and right planes near the top of the bent plane to form a longitudinal connection with the bent plane. These two strips Corresponding positions on the body plane have several pairs of perforations.

6. As claimed in claim 1, the upper pressing plate of the lamp pin in the illuminated heat-pressing structure of the present invention is characterized in that the whole is elongated, and there are semicircular protrusions at the corresponding positions in the middle part of the elongated plane. The body protrudes upwards, the top of the protruding body is pierced by fine holes, and the bottom of the protruding body is semicircular and concave upwards.

7. The pressing plate under the foot of the lamp tube in the illuminated heat-pressing structure of the present invention as claimed in claim 1, characterized in that it is elongated as a whole, and there are semicircular protrusions at the corresponding positions in the middle part of the elongated plane It protrudes downward, and the bottom of the protruding body is concave downward in a semicircular shape.

8. As claimed in claim 1, the lamp foot semicircle connecting ring in the illuminated heat-pressing structure of the present invention is characterized in that: the whole is a semicircular bent plate, and a fixed shaft is connected and fixed on the top of the outer circle to fix it. There are threads on the arc surface of the shaft.

9. The DC high-efficiency regulated power supply in the illuminated heat-pressing structure of the present invention as claimed in claim 1 is characterized in that: A, B, and C three-phase 380V AC power supplies are separately ballasted from the center line 0 respectively. , change the single-phase 220V AC to 200V DC, supply power for the typical tungsten lamp, an adjustable resistor and ammeter are connected in series in the lighting circuit, and the two lamp pins at both ends of the typical tungsten lamp are also connected in parallel with electrolytic capacitors to form a pulse circuit. the