CN2600247Y

CN2600247Y - Structure of hot melter

Info

Publication number: CN2600247Y
Application number: CN 03201386
Authority: CN
Inventors: 郑傑夫
Original assignee: Inventec Corp
Current assignee: Inventec Corp
Priority date: 2003-01-21
Filing date: 2003-01-21
Publication date: 2004-01-21
Anticipated expiration: 2013-01-21

Abstract

The utility model is a structure of hot melter, which comprises the base, several hot-melt plates and a number of temperature control groups. The hot-melt plate can be flexibly fixed on the base and comprises the hot-melt elements. The temperature control groups are respectively connected with hot-melt plates. When the controlled temperature is arranged up, the hot-melt plates are heated to the temperature and are then moved downward to he heated to the melting point. And heat-melt elements of dissimilar hot-melt plates are heated. The hot-melt position of the elements is at the hot-melt point of dissimilar thickness.

Description

The structure of fuse machine

Technical field

The utility model relates to a kind of structure of fuse machine, and by hot melt part, particularly a kind of complying with by the difference of the different thickness position of workpiece that hot melt part is positioned at will be by the structure of the fuse machine of the suitable hot melt of hot melt part in order to hot melt.

Background technology

When use fuse machine with workpiece by the heat fusion joint hot melt; so that workpiece combines with another object is the technology of using always; but the number of the employed hot melt plate of general fuse machine only is one; thereby when the thickness by the heat fusion joint place of workpiece is different; usually can take place one by heat fusion joint by hot melt; and another by heat fusion joint not yet by the situation of hot melt, or even produce the temperature deficiency of hot melt plate, can't be by the situation of hot melt and make by heat fusion joint.

Moreover, when hot melt part that is arranged at the hot melt plate and workpiece disengaging,,, can't separate so a part of also just being sticked by heat fusion joint places the hot melt part surface because of still being in molten condition by heat fusion joint.

In addition, the Workpiece carrier plate because friction is, and very easily damage, and the location between Workpiece carrier plate and hot melt part does not also have preferable mode under long-term use.

Summary of the invention

Main purpose of the present utility model is to overcome the deficiencies in the prior art and defective, a kind of structure of fuse machine is provided so that be positioned at the different thickness of workpiece position by hot melt part, it is suitable to hot melt to be able to, therefore unlikely because the thickness degree difference of workpiece influences the hot melt quality.

For reaching above-mentioned purpose, the structure of the disclosed fuse machine of the utility model includes pedestal, several hot melt plates and several temperature control groups, wherein the hot melt plate is arranged at pedestal movably, and include several hot melt parts, the temperature control group is connected with each hot melt plate respectively, respectively includes heating member and temperature adjustment part, and heating member is in order to heating hot melt plate, the temperature adjustment part is in order to the control heating member, and heating hot melt plate is to required temperature range.

Therefore after the temperature that each temperature adjustment part is controlled configures, make each heating member heat each hot melt plate to the temperature that sets, then make each hot melt plate hot melt part hot melt workpiece by heat fusion joint, thereby be able to after each hot melt plate is heated to distinctive temperature, with the hot melt part hot melt be positioned at the different thickness of workpiece place by heat fusion joint.

According to the structure of the disclosed fuse machine of the utility model, it includes following effect:

1. the utility model can be by the different hot melt plate of heating to different temperature, the temperature of control hot melt plate, and then unlikely thickness degree difference because of workpiece, and influence the hot melt quality.

2. the utility model blows out cooling air to the hot melt part bottom by cooling tube, and then makes hot melt part after hot melt is by heat fusion joint, reduces the temperature of hot melt part bottom, with separation hot melt part bottom and by heat fusion joint.

3. the design of the sliding point of the utility model by Workpiece carrier plate bottom surface makes the Workpiece carrier plate, unlikelyly under the long-term relatively situation that pedestal slides, damaging, and the positioning relation between Workpiece carrier plate and hot melt part, also can reach good location by keeper.

Description of drawings

Fig. 1 is a structure chart of the present utility model;

Fig. 2 is the structure chart at another visual angle of the present utility model;

Fig. 3 is the connection relation figure of part assembly of the present utility model;

Fig. 4 A, 4B, 4C, 4D, 4E, 4F are usage operation figure of the present utility model.

Symbol description among the figure

10 pedestals

11 draw runners

20 hot melt plates

21 hot melt parts

30 temperature control groups

31 heating members

32 temperature adjustment parts

40 cooling tubes

50 Workpiece carrier plates

51 sliding points

60 keepers

70 workpiece

71 by heat fusion joint

The specific embodiment

Describe the specific embodiment of the present utility model in detail below in conjunction with drawings and Examples.

As Fig. 1, Fig. 2 and shown in Figure 3, according to the structure of the disclosed fuse machine of the utility model, it includes pedestal 10, hot melt plate 20, temperature control group 30, cooling tube 40, Workpiece carrier plate 50 and keeper 60.

Pedestal 10 includes the draw runner 11 corresponding to Workpiece carrier plate 50 two ends.

Hot melt plate 20 is arranged at pedestal 10 movably, and include hot melt part 21,30 of several temperature control groups are connected with each hot melt plate 20 respectively, each temperature control group 30 includes heating member 31 and temperature adjustment part 32, heating member 31 is in order to heating hot melt plate 20, temperature adjustment part 32 is in order to control heating member 31, and heating hot melt plate 20 is to required temperature range.

Cooling tube 40 is corresponding to hot melt part 21 bottoms, to blow out the temperature that cooling air reduces hot melt part 21 bottoms, Workpiece carrier plate 50 is in order to carrying workpiece 70 (seeing also Fig. 4 A), and pedestal 10 slides relatively, its bottom surface has sliding point 51, with at Workpiece carrier plate 50 when draw runner 11 slides, reduce resistance to sliding.

Keeper 60 is arranged at an end of pedestal 10, when draw runner 11 slides, makes 50 stop motions of Workpiece carrier plate to be pushed in Workpiece carrier plate 50.

As Fig. 4 A, 4B, 4C, 4D, 4E, shown in the 4F, therefore the utility model can desire hot melt workpiece 70 by heat fusion joint 71 time, earlier workpiece 70 is placed in Workpiece carrier plate 50, and promotion Workpiece carrier plate 50, so that Workpiece carrier plate 50 relative pedestals 10 slide (sliding along draw runner 11 in the two ends of Workpiece carrier plate 50), simultaneously, resistance when the sliding point 51 of Workpiece carrier plate 50 bottom surfaces can reduce 50 slips of Workpiece carrier plate, when treating that 50 sliding-contacts of Workpiece carrier plate are positioned the position of part 60, Workpiece carrier plate 50 part 60 that also will be positioned limits, and stop motion, at this moment, the bottom that is also just corresponded to hot melt part 21 by heat fusion joint 71 of workpiece 70, and the hot melt plate 20 after heating can move down, and makes hot melt part 21 hot melts by heat fusion joint 71, blows out cooling air by cooling tube 40 again, reduce the temperature of hot melt part 21 bottoms, with separation hot melt part 21 bottoms and by heat fusion joint 71.

Certainly, hot melt workpiece 70 by heat fusion joint 71 before, must set the control temperature of each temperature adjustment part 32 of the utility model temperature control group 30, to control each heating member 31 by each temperature adjustment part 32, and be heated to the distinctive temperature that had before set by 31 pairs of each hot melt plates 20 of each heating member, so what be positioned at workpiece 70 different thickness places also just can be by hot melt suitably by heat fusion joint 71, and combines with other object.

The above only is the preferred embodiment in the utility model, is not to be used for limiting practical range of the present utility model; Be that all equalizations of being done according to the utility model claims change and modification, be all the utility model claims and contain.

Claims

1. the structure of a fuse machine is characterized in that, includes:

One pedestal;

A plurality of hot melt plates are arranged at this pedestal movably, and include a plurality of hot melt parts; And

A plurality of temperature control groups, be connected with this hot melt plate respectively respectively, respectively include a heating member and a temperature adjustment part, this heating member is in order to heating this hot melt plate, and this temperature adjustment part is in order to control this heating member, heat this hot melt plate temperature range extremely, so that this hot melt plate is after being heated, the hot melt workpiece by heat fusion joint, thereby so that respectively this hot melt plate be heated to distinctive temperature, and make this hot melt part hot melt be positioned at the different thickness of workpiece place by heat fusion joint.

2. the structure of fuse machine as claimed in claim 1 is characterized in that, more includes a cooling tube, corresponding to this hot melt part bottom,, blow out cooling air with after this hot melt part hot melt is by heat fusion joint, reduce the temperature of this hot melt part bottom, with separate this hot melt part bottom with by heat fusion joint.

3. the structure of fuse machine as claimed in claim 1 is characterized in that, more includes a Workpiece carrier plate, in order to the carrying workpiece, and workpiece is moved to by heat fusion joint corresponding to this hot melt part bottom part.

4. the structure of fuse machine as claimed in claim 3 is characterized in that, the bottom surface of this Workpiece carrier plate has a sliding point, to reduce resistance to sliding.

5. the structure of fuse machine as claimed in claim 3 is characterized in that, this pedestal more includes two draw runners corresponding to these Workpiece carrier plate two ends, slides along it for this Workpiece carrier plate.

6. the structure of fuse machine as claimed in claim 3 is characterized in that, more includes positioning piece, is arranged at an end of this pedestal, after being pushed in this Workpiece carrier plate, makes its stop motion, and make workpiece by heat fusion joint corresponding to this hot melt part bottom.