CN201770759U

CN201770759U - Turning tinning device

Info

Publication number: CN201770759U
Application number: CN2010205100164U
Authority: CN
Inventors: 张勇; 范北华; 蔡实艳
Original assignee: Shenzhen Jindongli Packing Equipment Co ltd
Current assignee: Shenzhen Jindongli Packing Equipment Co ltd
Priority date: 2010-08-27
Filing date: 2010-08-27
Publication date: 2011-03-23
Anticipated expiration: 2020-08-27

Abstract

The utility model provides a turning tinning device, which comprises a height adjusting device, a turning transmission mechanism and a clamping mechanism. The turning transmission mechanism is connected with the height adjusting device, the clamping mechanism is connected with the turning transmission mechanism, and swing of the turning transmission mechanism leads a product clamped by the clamping mechanism to swing along with the turning transmission mechanism. Compared with the prior art, the turning tinning device can rotate by a certain angle by adopting the clamping mechanism to lead tinning of the product to be more thorough and even, requires no driving power device due to the fact that the rotation movement of the clamping mechanism is controlled by the aid of meshing of gears, and has the advantages of simple structure, stable movement and constant speed.

Description

The upset tinning stack

[technical field]

The utility model relates to a kind of zinc-plated automatic producing device of miniature transformer, especially a kind of being used at the turning device that miniature transformer is carried out when zinc-plated.

[background technology]

In the prior art to electronic devices and components, especially miniature transformer is carried out when zinc-plated, generally miniature transformer is overturn, thereby finish zinc-plated work transformer by the hand-held anchor clamps of staff, staff's workload is big like this, and inefficiency.

[utility model content]

Big in order to solve in the prior art staff's workload, and ineffective problem, the utility model provides a kind of upset tinning stack.

The utility model provides a kind of upset tinning stack, it is characterized in that: comprise arrangement for adjusting height, turnover transmission rig, clamping device, described turnover transmission rig links to each other with described arrangement for adjusting height, described clamping device links to each other with described turnover transmission rig, and the swing of described turnover transmission rig makes the product of clamping device clamping swing thereupon.

As further improvement of the utility model, described turnover transmission rig comprises that web plate, first connecting shaft, first cog, second cog, second connecting shaft, first lower gear, second lower gear, described first cogs cogs and links to each other with described first connecting shaft with described second, and described first lower gear and described second lower gear and described second connecting shaft are fixedly linked; Described first connecting shaft and described second connecting shaft are installed in described web plate place, described first cogs and described second cogs and lay respectively at described web plate both sides, described first lower gear and described first cog mutually fish sticking its mouth out of the water close, described second cog with described second lower gear mutually fish sticking its mouth out of the water close, described first cogs or described second connecting shaft of described second rotating drive that cogs rotates.

As further improvement of the utility model, the both sides of described web plate are separately installed with first fixed block and second fixed block, described first cogs and described second cogs and be fixedly mounted on the first connecting shaft outside surface, first connecting shaft passes the hole of first fixed block and the hole of second fixed block, and can rotate in this hole.

As further improvement of the utility model, the both sides of described web plate are separately installed with first fixed block and second fixed block, described first connecting shaft is fixed in described first fixed block and described second fixed block, described first cog and described first connecting shaft between be provided with bearing, described second cog and described first connecting shaft between be provided with bearing.

As further improvement of the utility model, described second connecting shaft passes described first fixed block and described second fixed block, and from described first fixed block and described second fixed block, stretch out, the second connecting shaft two ends are connected with first fixed block and second fixed block by bearing.

As further improvement of the utility model, described clamping device comprises rotor plate, the first finger cylinder, second finger cylinder, first clamping plate, second clamping plate, described rotor plate and described second connecting shaft are fixedly linked, described first finger cylinder and the described second finger cylinder fixedly mounts with described rotor plate respectively, and is located in the groove that rotor plate offers; The described first finger cylinder links to each other with described second clamping plate with described first clamping plate respectively with the both sides of described second finger air cylinder driven end.

As further improvement of the utility model, described arrangement for adjusting height comprises cylinder, mounting plate, and described cylinder inboardend is fixedlyed connected with described mounting plate, and described cylinder piston end is fixedlyed connected with described web plate.

The beneficial effects of the utility model are: compare with conventional art, the utility model adopts clamp mechanism can carry out rotatablely moving of certain angle, so that product is in that carry out when zinc-plated can be more comprehensively and evenly; Rotatablely moving by gear fish sticking its mouth out of the water incompatible control of clamp mechanism need not driving power device, simple in structure and motion steadily, constant airspeed.

[description of drawings]

Fig. 1 is the front view of the utility model upset tinning stack;

Fig. 2 is the left view of the utility model upset tinning stack.

[embodiment]

As depicted in figs. 1 and 2, upset tinning stack disclosed in the utility model is made up of mounting plate 001, cylinder 002, web plate 003, first fixed block 004, second fixed block 005, first 006, second parts such as 007, first lower gear 008, second lower gear 009, first connecting shaft 010, second connecting shaft 011, rotor plate 012, the first finger cylinder 013, second finger cylinder 014, first clamping plate 015, second clamping plate 016 that cog that cog.

This upset tinning stack comprises arrangement for adjusting height, turnover transmission rig, clamping device, described turnover transmission rig links to each other with described arrangement for adjusting height, described clamping device links to each other with described turnover transmission rig, and the swing of described turnover transmission rig makes the product of clamping device clamping swing thereupon.

Described turnover transmission rig comprises web plate 003, first connecting shaft 010, first 006, second cog 007, second connecting shaft 011, first lower gear 008, second lower gear 009 that cog, described first cogs 006 and described second cogs and 007 links to each other with described first connecting shaft 010, and described first lower gear 008 and described second lower gear 009 are fixedly linked with described second connecting shaft 011; Described first connecting shaft 010 and described second connecting shaft 011 are installed in described web plate 003 place, described first cogs 006 and described second cogs and 007 lays respectively at described web plate 003 both sides, described first lower gear 008 and described first cog 006 mutually fish sticking its mouth out of the water close, described second cog 007 with described second lower gear 009 mutually fish sticking its mouth out of the water close, described first 006 or described second cog 007 described second connecting shaft 011 of rotating drive that cogs rotates.

Cylinder 002 inboardend and mounting plate 001 fixed installation, cylinder 002 piston end is fixedlyed connected with web plate 003.

The both sides of web plate 003 are separately installed with first fixed block 004 and second fixed block 005.

First connecting shaft 010 passes first fixed block 004 and second fixed block 005, and stretches out from first fixed block 004 and second fixed block 005.First cogs 006 is set in this first connecting shaft, 010 outside surface, first 006 right side that is positioned at first fixed block 004 that cogs.Second cogs 007 is set in this first connecting shaft, 010 outside surface, second 007 left side that is positioned at second fixed block 005 that cogs.In the present embodiment, first cogs 006 and second cogs and 007 is fixedly mounted on first connecting shaft, 010 outside surface, and first connecting shaft 010 passes the hole of first fixed block 004 and the hole of second fixed block 005, and can rotate in this hole.Second kind of embodiment can also be arranged certainly, promptly first connecting shaft 010 is fixed in first fixed block 004 and second fixed block 005, first cogs is provided with bearing between 006 and first connecting shaft 010, equally, second cogs also is provided with bearing between 007 and first connecting shaft 010, promptly first cogs and 006 and second cogs and 007 rotate with respect to first connecting shaft 010.

Second connecting shaft 011 passes first fixed block 004 and second fixed block 005, and stretches out from first fixed block 004 and second fixed block 005, and second connecting shaft 011 is positioned at first connecting shaft, 010 below.First lower gear 008 is set in this second connecting shaft, 011 outside surface, and first lower gear 008 is positioned at the right side of first fixed block 004.Second lower gear 009 is set in this second connecting shaft, 011 outside surface, and second lower gear 009 is positioned at the left side of second fixed block 005.First cog 006 and first lower gear 008 mutually fish sticking its mouth out of the water close, second cog 007 and second lower gear 009 mutual fish sticking its mouth out of the water close.

Rotor plate 012 is fixedly mounted on second connecting shaft 011, and the two ends of second connecting shaft 011 are connected with first fixed block 004 and second fixed block 005 by bearing (not indicating), first lower gear 008 and second lower gear 009 and second connecting shaft 011 are fixedly installed togather, and the rotor plate 012 and first lower gear 008, second lower gear 009 can be rotated with respect to first fixed block 004, second fixed block 005.

The first finger cylinder 013 and second finger cylinder 014 respectively with rotor plate 012 fixed installation, and be located in the groove that rotor plate 012 offered; The first finger cylinder 013 fixedly mounts with first clamping plate 015, second clamping plate 016 respectively with the both sides of second finger cylinder 014 drive end, makes by the driving of the first finger cylinder 013, second finger cylinder 014 and controls the clamping of first clamping plate 015 and second clamping plate 016 and unclamp action.

During work, arrangement for adjusting height is regulated the height on web plate 003 and ground, and clamping device clamps product 017, and the rotary movement by turnover transmission rig makes product 017 finish zinc-plated work then, and this product mouth 017 can be a miniature transformer.

Above content be in conjunction with concrete preferred implementation to further describing that the utility model is done, can not assert that concrete enforcement of the present utility model is confined to these explanations.For the utility model person of an ordinary skill in the technical field, under the prerequisite that does not break away from the utility model design, can also make some simple deduction or replace, all should be considered as belonging to protection domain of the present utility model.

Claims

One kind the upset tinning stack, it is characterized in that: comprise arrangement for adjusting height, turnover transmission rig, clamping device, described turnover transmission rig links to each other with described arrangement for adjusting height, described clamping device links to each other with described turnover transmission rig, and the swing of described turnover transmission rig makes the product of clamping device clamping swing thereupon.
2. upset tinning stack according to claim 1, it is characterized in that: described turnover transmission rig comprises that web plate, first connecting shaft, first cog, second cog, second connecting shaft, first lower gear, second lower gear, described first cogs cogs and links to each other with described first connecting shaft with described second, and described first lower gear and described second lower gear and described second connecting shaft are fixedly linked; Described first connecting shaft and described second connecting shaft are installed in described web plate place, described first cogs and described second cogs and lay respectively at described web plate both sides, described first lower gear and described first cog mutually fish sticking its mouth out of the water close, described second cog with described second lower gear mutually fish sticking its mouth out of the water close, described first cogs or described second connecting shaft of described second rotating drive that cogs rotates.
3. upset tinning stack according to claim 2, it is characterized in that: the both sides of described web plate are separately installed with first fixed block and second fixed block, described first cogs and described second cogs and be fixedly mounted on the first connecting shaft outside surface, first connecting shaft passes the hole of first fixed block and the hole of second fixed block, and can rotate in this hole.
4. upset tinning stack according to claim 2, it is characterized in that: the both sides of described web plate are separately installed with first fixed block and second fixed block, described first connecting shaft is fixed in described first fixed block and described second fixed block, described first cog and described first connecting shaft between be provided with bearing, described second cog and described first connecting shaft between be provided with bearing.
5. according to claim 3 or 4 described upset tinning stacks, it is characterized in that: described second connecting shaft passes described first fixed block and described second fixed block, and from described first fixed block and described second fixed block, stretch out, the second connecting shaft two ends are connected with first fixed block and second fixed block by bearing.
6. upset tinning stack according to claim 5, it is characterized in that: described clamping device comprises rotor plate, the first finger cylinder, second finger cylinder, first clamping plate, second clamping plate, described rotor plate and described second connecting shaft are fixedly linked, described first finger cylinder and the described second finger cylinder fixedly mounts with described rotor plate respectively, and is located in the groove that rotor plate offers; The described first finger cylinder links to each other with described second clamping plate with described first clamping plate respectively with the both sides of described second finger air cylinder driven end.
7. upset tinning stack according to claim 6 is characterized in that: described arrangement for adjusting height comprises cylinder, mounting plate, and described cylinder inboardend is fixedlyed connected with described mounting plate, and described cylinder piston end is fixedlyed connected with described web plate.