CN2552063Y

CN2552063Y - Horizontal transmission for radiating fin mfg. equipment

Info

Publication number: CN2552063Y
Application number: CN 02226975
Authority: CN
Inventors: 游本俊
Original assignee: Individual
Current assignee: Individual
Priority date: 2002-04-22
Filing date: 2002-04-22
Publication date: 2003-05-21
Anticipated expiration: 2012-04-22

Abstract

The utility model provides a horizontal transmission device for a radiating fin producing apparatus, and comprises a rotary plate provided with a concave ring groove and connected with a device power transmission mechanism, and a transmission rod, a pull rod and a swinging rod that are orderly connected, as well as a left connection rod and a right connection rod which respectively drive the horizontal sliding models at the two sides of the device to move. The utility model, by use of combining the rotary plate of an inner cam with a transmission rod, reliably realizes the structure of reciprocating opening and closing of the horizontal sliding models; and by skillfully taking advantage of the two cams of the rotary plate which reciprocatingly push and pull the transmission rod during transmission and by use of a left and a right connection rods finally, the utility model stably and reliably drives the horizontal sliding models to perform reciprocating opening and closing movements synchronously, thereby sufficiently ensuring that high radiation efficiency radiators with various shapes and fairly large radiation proportion surfaces can be molded during the working process of the device. The utility model has the advantages of easy producing and strong practicability as well as simple and reliable structure.

Description

A kind of heat radiator manufacturing equipment water moving device of flating pass

Technical field

The utility model relates to the mechanical production devices field, the horizontal gearing that particularly a kind of heating radiator manufacturing equipment is used.

Background technology

Such as PC, game machine, the die size of using in sound system and the various electron device is more and more littler and conformability is more and more higher, so that processing speed is quicker, thereby be easy to generate the heat of very high density, require the heating radiator that adopts in these devices to have quite high radiating efficiency guaranteeing to have on the basis of smaller size smaller and weight for this reason, and the raising of radiating efficiency realizes by increasing cooling surface area, become the problem that heating radiator manufacturer will solve so how on the basis that does not increase heatsink weight, to increase the surface area of heating radiator, and the equipment of existing manufacturing heating radiator generally all is to utilize punch press to take the one-time formed mode of die drawn to make heating radiator, the fin thickness of the heating radiator that this mode is made, the shape of height and fin spacing and heating radiator all is subjected to certain restriction, it is fairly simple and fin thickness is big to produce shape, fin height is low, the heating radiator of the low heat emission efficient that the fin spacing is big, be difficult to produce the heating radiator of the high cooling efficiency that meets the requirements, particularly its complex process, transmission is unreliable, net synchronization capability is poor, operation easier is big.

Summary of the invention

The purpose of this utility model provides a kind of heating radiator manufacturing equipment water simple in structure, that transmission is reliable and stable, net synchronization capability is good moving device of flating pass.

The utility model comprises that one is provided with the rotating disk of indent ring groove, drive link, pull bar, the left and right sides connecting rod of two horizontal slip-forms motion about fork and difference drive apparatus, its turntable installs rotationally in the support bottom of equipment and with the power drive mechanism of equipment and is connected, one end of drive link is installed in the indent ring groove of rotating disk and with the rotation of rotating disk and does vertical reciprocating, the drive link other end is connected with pull bar one end and shackle rod is done vertical reciprocating type swing, the pull bar other end and fork middle part is connected by one that axle bed connects and this connection axle bed rotation of transmission drives fork and makes reciprocally swinging around this connection axle bed, about an end of two connecting rods be connected with the two ends of fork respectively, its other end is connected with the left and right horizontal sliding formwork respectively and drives the left and right horizontal sliding formwork to be made horizontal reciprocating movement and forms the reciprocating type of left and right horizontal sliding formwork to open, close action.

Wherein be to guarantee that further the utility model actuation is reliable and stable, this product is with the novel backstay that also includes, one end of this backstay installs rotationally in the support bottom, and its other end is connected the axle bed connection with drive link by one and moves along this indent ring groove in the indent ring groove of rotating disk by this coupling shaft base device.

The utility model is because the structure of the reciprocating type opening and closing movement that adopts the rotating disk with cam ring to combine with drive link to realize equipment left and right horizontal sliding formwork reliably, utilize rotating disk two cams in rotation process, the reciprocating type of drive link to be pushed away dexterously, pulling is done and is come reliablely and stablely by last left and right sides connecting rod that synchrodrive left and right horizontal sliding formwork carries out reciprocating type opening and closing movement, fully assurance equipment the course of work continuously compression molding go out different shape and have the heating radiator of the high cooling efficiency of bigger heat radiation specific surface area, tool is easy to manufacture, simple and reliable for structure, practical.

Describe basic structure of the present utility model and principle of work in detail below in conjunction with accompanying drawing:

Description of drawings

Fig. 1 is a structural representation of the present utility model;

Fig. 2 is the device structure synoptic diagram of the utility model device in equipment;

Fig. 3 is the structural representation of the utility model rotating disk;

Embodiment

As shown in Figure 1-Figure 3, the utility model comprises that one is provided with the rotating disk 31 of indent ring groove, drive link 32, pull bar 33, the left and right sides connecting rod 35 of two horizontal slip-forms, 5 motions about fork 34 and difference drive apparatus, its turntable 31 installs rotationally in support 4 bottoms of equipment and with the power drive mechanism of equipment and is connected, one end of drive link 32 is installed in the indent ring groove of rotating disk 31 and with the rotation of rotating disk 31 and does vertical reciprocating, drive link 32 other ends are connected with pull bar 33 1 ends and shackle rod is done vertical reciprocating type swing, pull bar 33 other ends and fork 34 middle parts are connected by one that axle bed connects and transmission should the rotation of connection axle bed drives fork 34 and makes reciprocally swinging around this connection axle bed, about an end of two connecting rods 35 be connected with the two ends of fork 34 respectively, its other end is connected with left and right horizontal sliding formwork 5 respectively and drives left and right horizontal sliding formwork 5 to be made horizontal reciprocating movement and forms the reciprocating type of left and right horizontal sliding formwork 5 to open, close action.Wherein, more reliable, stable for making the utility model transmission, above-mentioned rotating disk 31 passes through a bearing holder device on the supporting station of support 4 bottoms, and a wherein output shaft device of above-mentioned power drive mechanism is connected in bearing seat and with rotating disk 31.And the indent ring groove on the rotating disk 31 is the indent convex slot, and is formed centrally one by this indent convex slot in this rotating disk 31 and can promotes the cam ring that drive link 32 is done reciprocating.For making drive link 32 actions more reliable, can not produce beat and slip, the utility model also includes backstay 30, one end of this backstay 30 installs rotationally in support 4 bottoms, and its other end is connected the axle bed connection with drive link 32 by one and moves along this indent ring groove in the indent ring groove of rotating disk 31 by this coupling shaft base device.Described power drive mechanism comprises motor 10 and the train of reduction gears 21 that is connected with motor 10 output shafts, transmission shaft 22 and be separately positioned on transmission gear 23 and first conical gear 24 and second conical gear 25 on the transmission shaft 22, first output shaft 26 and be arranged on the 3rd conical gear 27 on first output shaft 26, second output shaft 28 and be arranged on the 4th conical gear 29 on second output shaft 28, wherein the input end of train of reduction gears 21 is connected with motor 10 output shafts by the endress belt wheel, also be connected between the transmission gear 23 of its output terminal and transmission shaft 22 by the endress belt wheel, first conical gear, 24 engagements on the 3rd conical gear 27 on first output shaft 26 and the transmission shaft 22, its other end is connected with above-mentioned rotating disk 31, second conical gear, 25 engagements on the 4th conical gear 29 on second output shaft 28 and the transmission shaft 22, its other end is connected with the vertical drive of equipment.

Groundwork process of the present utility model and principle of work are:

Starter motor 10 work, motor 10 drives transmission shaft 22 by train of reduction gears 21 and rotates, two conical gear 24 of

transmission shaft

22,25 respectively by

conical gear

27,29 drive

first output shaft

26 and 28 rotations of second output shaft, this moment first, output shaft 26 drove rotating disk 31 rotations, the rotation of rotating disk 31 makes the cam ring transmission drive link 32 that is formed by its indent annular groove in the rotating disk 31 do vertical to-and-fro movement, the other end of drive link 32 then drives fork 33 simultaneously and does vertical reciprocating type swing, the other end of pull bar 33 drives fork 34 by bearing seat and does reciprocating type swing around bearing seat, the swing of fork 34 drives two connecting rods, 35 pulling horizontal slip-forms 5 synchronously and makes reciprocating type opening and closing movement, simultaneously the vertical drive of second output shaft, 28 synchrodrive equipment drive vertical sliding formwork do synchronously shuttle on, following action, motion and so forth, go round and begin again, make the heating radiator manufacturing equipment can produce the heating radiator of high cooling efficiency continuously, simultaneously because heating radiator is to form its adjacent fin by the two left and right horizontal sliding formworks 5 and the synchronization action of vertical sliding formwork, thereby its fin thickness and the height and the fin spacing can be unrestricted, thereby produce heating radiator, and device there is heating radiator manufacturing equipment of the present utility model can also be easily make the gap of each heating radiator leave surplus to make it disconnect the position to have enough length to cooperate its follow-up installing and using by increase the feed supplement device on manufacturing equipment with high efficiency and heat radiation efficient.Can also be formed with bending side in its side by the heating radiator that before raw band enters compression molding mechanism, bends after making moulding easily at increase beader on the equipment in the position of its dual-side, both effectively increased the surface area of its heat radiation, can make things convenient for installing and using of heating radiator again, and this is that the existing punch press that utilizes is by impossible realization of punching press formation heating radiator.Simultaneously can also realize the automatic cut-out of heating radiator in manufacture process, effectively enhance productivity and reduce working strength of workers by after compression molding mechanism, increasing controlled shearing device.

Claims

1, a kind of heat radiator manufacturing equipment water moving device of flating pass, it is characterized in that comprising that one is provided with the rotating disk (31) of indent ring groove, drive link (32), pull bar (33), the left and right sides connecting rod (35) of two horizontal slip-forms (5) motion about fork (34) and difference drive apparatus, its turntable (31) installs support (4) bottom at equipment rotationally and is connected with the power drive mechanism of equipment, one end of drive link (32) is installed in the indent ring groove of rotating disk (31) and with the rotation of rotating disk (31) and does vertical reciprocating, drive link (32) other end is connected with pull bar (33) one ends and shackle rod (33) is done vertical reciprocating type swing, pull bar (33) other end and fork (34) middle part is connected axle bed by one and connects this connection axle bed rotation of also transmission and drive fork (34) and make reciprocally swinging around this connection axle bed, about an end of two connecting rods (35) be connected with the two ends of fork (34) respectively, its other end is connected with left and right horizontal sliding formwork (5) respectively and drives that left and right horizontal sliding formwork (5) is made horizontal reciprocating movement and reciprocating type the opening that form left and right horizontal sliding formwork (5), close action.

2, the heat radiator manufacturing equipment water according to claim 1 moving device of flating pass, it is characterized in that above-mentioned rotating disk (31) passes through a bearing holder device on the supporting station of equipment support bottom, and the wherein output shaft device of above-mentioned power drive mechanism is connected in bearing seat and with rotating disk (31).

3, the heat radiator manufacturing equipment water according to claim 1 and 2 moving device of flating pass, it is characterized in that the indent ring groove on the above-mentioned rotating disk (31) is the indent convex slot, and in this rotating disk (31), be formed centrally one by this indent convex slot and can promote the cam ring that drive link (32) is done reciprocating.

4, the heat radiator manufacturing equipment water according to claim 1 and 2 moving device of flating pass, it is characterized in that also including backstay (30), one end of this backstay (30) installs the support bottom at equipment rotationally, and its other end is connected the axle bed connection with drive link (32) by one and moves along this indent ring groove in the indent ring groove of rotating disk (31) by this coupling shaft base device.

5, heat radiator manufacturing equipment according to claim 1 and 2, it is characterized in that above-mentioned power drive mechanism comprises motor (10) and the train of reduction gears (21) that is connected with motor (10) output shaft, transmission shaft (22) and be separately positioned on transmission gear (23) and first conical gear (24) and second conical gear (25) on the transmission shaft (22), first output shaft (26) and be arranged on the 3rd conical gear (27) on first output shaft (26), second output shaft (28) and be arranged on the 4th conical gear (29) on second output shaft (28), wherein the input end of train of reduction gears (21) is connected with motor (10) output shaft by the endress belt wheel, be connected by the endress belt wheel between the transmission gear (23) of its output terminal and transmission shaft (22), first conical gear (24) engagement on the 3rd conical gear (27) on first output shaft (26) and the transmission shaft (22), its other end is connected with above-mentioned rotating disk (31), second conical gear (25) engagement on the 4th conical gear (29) on second output shaft (28) and the transmission shaft (22), its other end is connected with the vertical drive of equipment.