CN200988124Y

CN200988124Y - Supersonic tinsoldering device

Info

Publication number: CN200988124Y
Application number: CN 200620140947
Authority: CN
Inventors: 姚力军; 潘杰
Original assignee: Ningbo Jiangfeng Electronic Material Co Ltd
Current assignee: Ningbo Jiangfeng Electronic Material Co Ltd
Priority date: 2006-12-12
Filing date: 2006-12-12
Publication date: 2007-12-12
Anticipated expiration: 2016-12-12

Abstract

Disclosed is an ultrasonic solder device which consists of an operating platform, and a device control box connected with one side of the operating platform, the ultrasonic solder device is characterized in that: a horizontal longitudinal moving device is provided above the operating platform, the horizontal longitudinal moving device is provided with a horizontal transverse moving device which can make horizontal longitudinal movement thereon, the horizontal transverse moving device is provided with a vertical moving device which can make horizontal transverse movement thereon, the vertical moving device comprises an ultrasonic oscillatory device, the movement of each moving device is controlled by the device control box. Compared with the prior technology, the utility model has features that the operation of entire device can be automatically completed under a PLC's control if only related parameters are set by operators, the utility model has not only an even solder coating and a high efficiency, but also a simple operation and lower cost, which is easy to realize large-scale industrial production.

Description

A kind of ultrasonic wave scolding tin device

Technical field

The utility model relates to welding field, the ultrasonic wave scolding tin device that particularly a kind of soldering scolding tin is used.

Background technology

When implementing soldering, the quality of scolding tin quality will directly have influence on the quality of final soldering work piece, conventional operation at surface of the work scolding tin or coating solder is: place workpiece to be machined on operating desk, on workpiece to be machined, place solder then, behind the solder heating and melting, the miniature ultrasonic wave soldering coating solder of meeting sb. at the airport is used in manual operations, but when applying solder like this, be only applicable to the smaller situation of workpiece to be machined area, and manual operations the time exists solder to apply uneven serious problems, if when using large-scale ultrasonic welding machine for large-area workpiece to be machined, because weight issue also is unsuitable for manual operations, its structure therefore needs further improvement.

Summary of the invention

Technical problem to be solved in the utility model is to provide a kind of at above-mentioned prior art present situation can finish the ultrasonic wave scolding tin device that evenly applies solder at large-area workpiece surface automatically.

The utility model solves the problems of the technologies described above the technical scheme that is adopted: this ultrasonic wave scolding tin device, it comprises operating desk, and the equipment control cabinet that is connected in described operating desk one side, it is characterized in that: described operating desk top is equipped with horizontal lengthwise movement device, on described horizontal lengthwise movement device, be provided with the horizontal cross telecontrol equipment of horizontal lengthwise movement thereon, on described horizontal cross telecontrol equipment, be provided with the vertical motion device of horizontal cross motion thereon, described vertical motion device includes the supersonic oscillations device, and described each telecontrol equipment is controlled its motion by described equipment control cabinet.

For the automation of implement device, described equipment control cabinet can built-in PLC Programmable Logic Controller, by the movement locus of described each telecontrol equipment of described PLC Controlled by Programmable Controller.

Described horizontal lengthwise movement device is two longitudinal rails that place the operating desk and arranged on left and right sides, described left side longitudinal rail is built-in with vertical screw mandrel of a connection horizontal cross telecontrol equipment, one end of described vertical screw mandrel is connected in the output of a vertical motor, so, the horizontal cross telecontrol equipment can move back and forth on longitudinal rail under the driving of vertical screw mandrel.

For the motion of control horizontal cross telecontrol equipment on longitudinal rail, the longitudinal spacing switch can be set in described longitudinal rail inboard.

Described horizontal cross telecontrol equipment is a cross slide way that places horizontal lengthwise movement device top, the two ends of described cross slide way place respectively on the described longitudinal rail, described cross slide way is built-in with the cross lead screw of a connection vertical motion device, one end of described cross lead screw is connected in the output of a cross motor, so, drive horizontal cross telecontrol equipment, cross lead screw driving vertical motion device by vertical screw mandrel, can make the vertical motion device freely-movable in plane, operating desk place that has the supersonic oscillations device.

Described vertical motion device comprises two parallel vertical guide, is equipped with the elevating screw that an end connects the lifting motor output in the middle of the described vertical guide, and the described elevating screw other end connects the supersonic oscillations device.

Described supersonic oscillations device comprises that an end is connected in the rotation variable-frequency motor of described elevating screw, and the other end of described rotation variable-frequency motor is connected with supersonic oscillations and vibration mould in turn.

Be the motion of control supersonic oscillations device on elevating screw, the outside of described vertical guide can be provided with the vertical spacing switch.

For increasing work efficiency, described operating desk can be two warm tables that are set up in parallel.

Be correct location welding work pieces, and further improve the utilization rate of warm table, have the locating slot of at least two different sizes in the middle of the described warm table, be provided with the centralized positioning switch in the middle of the described warm table front end.

Compared with prior art, advantage of the present utility model is that people only need set after the relevant parameter, the operation of whole device promptly can be finished under the control of PLC Programmable Logic Controller automatically, not only solder applies evenly, efficient is high, and it is simple to operate, cost is low, is easy to realize large-scale industrial production.

Description of drawings

Fig. 1 is the structural representation of the utility model embodiment.

The specific embodiment

Embodiment describes in further detail the utility model below in conjunction with accompanying drawing.

Be illustrated in figure 1 as a kind of soldering of the utility model embodiment ultrasonic wave scolding tin device, it includes two warm tables arranged side by

side

1 and 2, on the right side of warm table 2 is equipment control cabinet 3, also include the horizontal lengthwise movement device 4, horizontal cross telecontrol equipment 5 and the vertical motion device 6 that are positioned at two warm table tops, the vertical motion device is built-in with supersonic oscillations device 7;

It is heat insulation to use heat-barrier material to carry out around two warm tables 1 and 2, its inside is embedded with heating element heater, warm table 1 and 2 centre respectively have the locating

slot

11 and 21 of some suitable different size workpiece, also be provided with

centralized positioning switch

12 and 22 in the middle of the warm table front end, the workpiece for the treatment of scolding tin promptly is placed on the warm table and embeds in the locating slot;

Equipment control cabinet 3 comprises one group of machine control combination button 31, shows the

time instrument

34 and 35 of the

thermometer

32 and 33 of warm table 1 and 2 design temperatures and real time temperature, demonstration warm table 1 and 2 setting-up times and real-time time, and the PLC Programmable Logic Controller of each telecontrol equipment and the frequency converter that the ultrasonic wave frequency conversion is used are controlled in built-in being used to, in addition, also include an alarm 36;

Above two warm tables arranged side by side, be equipped with horizontal lengthwise movement device 4, this horizontal lengthwise movement device include two parallel, place the longitudinal rail 41 of warm table 1 leftmost side and warm table 2 rightmost sides respectively, be built-in with vertical screw mandrel 42 of a connection horizontal cross telecontrol equipment 5 at left side longitudinal rail 41, described vertical screw mandrel 42 drives by vertical motor 43, so, horizontal cross telecontrol equipment 5 can be under the driving of vertical screw mandrel 42, on longitudinal rail 41, move back and forth, at left side longitudinal rail 41 inboard front ends, inboard middle three the longitudinal spacing switches 44 that are provided with of centre and right side longitudinal rail, 45 and 46;

Horizontal cross telecontrol equipment 5 comprises that one places cross slide way 51, cross lead screw 52 and the cross motor 53 of horizontal lengthwise movement device 4 tops, the two ends of cross slide way 51 place respectively on the longitudinal rail 41, cross lead screw 52 places in the middle of the cross slide way 51, the one end connects cross motor 53, and the other end is enclosed within on the vertical motion device 6;

Vertical motion device 6 comprises two parallel vertical guide 61, the centre is equipped with the elevating screw 62 that an end connects lifting motor 63 outputs, elevating screw 62 other ends connect supersonic oscillations device 7, are provided with two

vertical spacing switches

64 and 65 in the outside of vertical guide 61;

Supersonic oscillations device 7 comprises that an end is connected in the rotation variable-frequency motor 71 of elevating screw 62, and the other end of rotation variable-frequency motor 71 is connected with supersonic oscillations 72 and vibration mould 73 in turn;

During the work of ultrasonic wave scolding tin device, start warm table 1 earlier, make it be warming up to uniform temperature, after being separated by about 1 hour, restarting warm table 2 heats up, order by the PLC Programmable Logic Controller of setting in advance, after moving to the workpiece centre position automatically, ultrasonic wave scolding tin device descends, when dropping to apart from the about 2mm of surface of the work, begin starting and the oscillating movement of rotary ultrasonic ripple, after the mode that rotatablely moves is set at clockwise direction and rotates a circle, counterclockwise rotate a circle again, rotatablely move and make scolding tin on the workpiece repeatedly always with after workpiece combines fully, ultrasonic wave scolding tin device rises, move to right to the workpiece of warm table 2, and descend and to begin to carry out supersonic oscillations scolding tin, simultaneously to the workpiece on the warm table 2, alarm 36 buzzings remind operating personnel to take off the workpiece that scolding tin is finished on the warm table 1, and put the new scolding tin workpiece for the treatment of and make it to begin preheating, prepare scolding tin; Operator scheme on the warm table 2 is identical with workpiece operator scheme on the warm table 1, after workpiece scolding tin on the warm table 2 is finished, ultrasonic wave scolding tin device rises, moves to left to the workpiece of warm table 1, and decline begins to carry out supersonic oscillations scolding tin to the workpiece on the warm table 1, so repeatedly, until all workpiece scolding tin is finished, ultrasonic wave scolding tin device horizontal cross when wherein, just having begun to start, level vertically and the accurate location of vertical motion all debug setting by each limit switch.

Claims

1, a kind of ultrasonic wave scolding tin device, it comprises operating desk (1) and (2), and the equipment control cabinet (3) that is connected in described operating desk one side, it is characterized in that: described operating desk top is equipped with horizontal lengthwise movement device (4), on described horizontal lengthwise movement device (4), be provided with the horizontal cross telecontrol equipment (5) of horizontal lengthwise movement thereon, on described horizontal cross telecontrol equipment (5), be provided with the vertical motion device (6) of horizontal cross motion thereon, described vertical motion device (6) includes supersonic oscillations device (7), and described each telecontrol equipment is controlled its motion by described equipment control cabinet (3).

2, ultrasonic wave scolding tin device according to claim 1, it is characterized in that: described equipment control cabinet (3) is built-in with the PLC Programmable Logic Controller, by the movement locus of described each telecontrol equipment of described PLC Controlled by Programmable Controller.

3, ultrasonic wave scolding tin device according to claim 1, it is characterized in that: described horizontal lengthwise movement device (4) is for placing two longitudinal rails (41) of operating desk and arranged on left and right sides, described left side longitudinal rail (41) is built-in with vertical screw mandrel (42) of a connection horizontal cross telecontrol equipment (5), and an end of described vertical screw mandrel (42) is connected in the output of a vertical motor (43).

4, ultrasonic wave scolding tin device according to claim 2 is characterized in that: described longitudinal rail (41) inboard is provided with longitudinal spacing switch (44), (45) and (46).

5, ultrasonic wave scolding tin device according to claim 1, it is characterized in that: described horizontal cross telecontrol equipment (5) is for placing the cross slide way (51) above the horizontal lengthwise movement device (4), the two ends of described cross slide way (51) place respectively on the described longitudinal rail (41), described cross slide way (51) is built-in with the cross lead screw (52) of a connection vertical motion device (6), and an end of described cross lead screw (52) is connected in the output of a cross motor (53).

6, ultrasonic wave scolding tin device according to claim 1, it is characterized in that: described vertical motion device (6) comprises two parallel vertical guide (61), be equipped with the elevating screw (62) of end connection lifting motor (63) output in the middle of the described vertical guide (61), described elevating screw (62) other end connects supersonic oscillations devices (7).

7, ultrasonic wave scolding tin device according to claim 5, it is characterized in that: described supersonic oscillations device (7) comprises that an end is connected in the rotation variable-frequency motor (71) of described elevating screw (62), and the other end of described rotation variable-frequency motor (71) is connected with supersonic oscillations (72) and vibration mould (73) in turn.

8, ultrasonic wave scolding tin device according to claim 5, it is characterized in that: the outside of described vertical guide (61) is provided with vertical spacing switch (64) and (65).

9, ultrasonic wave scolding tin device according to claim 1 is characterized in that: described operating desk is two warm tables (1) and (2) that are set up in parallel.

10, ultrasonic wave scolding tin device according to claim 8, it is characterized in that: have locating slot (11) and (21) of at least two different sizes in the middle of described warm table (1) and (2), be provided with centralized positioning switch (12) and (22) in the middle of the described warm table front end.