CN205732117U - A kind of continuous cleaning device after Thermal Cutoffs welds - Google Patents

Abstract

A kind of continuous cleaning device after Thermal Cutoffs welds, including rinse bath, there is transmitting device by postwelding Thermal Cutoffs on the transfer wheel of rinse bath from rinse bath front end delivery to rear end, transmitting device is formed by connecting by multiple transmission units, postwelding Thermal Cutoffs can be placed the support of transmission unit and be transmitted, transmitting device is driven by transfer wheel, the top of rinse bath arranges a motor, motor drives transfer wheel to rotate by gear mesh, on transfer wheel, both sides are respectively arranged a depression bar and take off post, depression bar has strut device connection on taking off post, during transfer wheel rotates, depression bar takes off post and drives depression bar to rotate, make to rotate bar to rotate, thus the postwelding Thermal Cutoffs on support can be by rotating on the projection depression bar platform being transferred to rinse bath of Y shape of bar.This utility model cleans device and can be cleaned up by postwelding Thermal Cutoffs the most continuously, thus the machinery operation of the automatic production line of very convenient and existing Thermal Cutoffs adapts.

Description

A kind of continuous cleaning device after Thermal Cutoffs welds

Technical field

This utility model relates to a kind of cleaning device, particularly relates to Thermal Cutoffs and is easily holding alloy and metal pins welding After the continuous cleaning device of semi-finished product.

Background technology

Thermal Cutoffs is the most reducible device of one-time action, is widely used in the Thermal protection of equipment, in fault Under the conditions of prevent one or more position from reaching dangerous temperature.Existing Thermal Cutoffs includes plastic square shell mould, ceramic case Type, along with the raising of production technology, ceramic shell mo(u)ld Thermal Cutoffs easily holding alloy and the operation of metal pins welding Have been realized in machinery solder technology continuously and automatically, be greatly improved ceramic shell mo(u)ld Thermal Cutoffs at Yi Ronghe Gold and the efficiency of operation of metal pins welding, save the artificial and time, but ceramic shell mo(u)ld Thermal Cutoffs exist After easily holding the operation of alloy and metal pins welding, it cleans device and still uses traditional operating type, the temperature after will welding Degree electric fuse is placed in cleaning frame in being placed in rinse bath and cleans, and this cleaning way has been not suitable with existing Thermal Cutoffs The machinery operation of automatic production line, therefore, manufacturing process not only inefficiency, it is difficult to adapt to the requirement of production operation, and This cleaning way product is easy to damage, fraction defective height.

This utility model is for making ceramic case Thermal Cutoffs, after easily holding alloy and metal pins welding, it cleans Mode is not suitable with the machinery operation problem of existing automatic production line, it is provided that Thermal Cutoffs welding after continuous wash dress Put, it is possible to effectively adapt to the machinery operation of the automatic production line of existing Thermal Cutoffs.

Summary of the invention

This utility model is realized by below scheme: a kind of continuous wash dress after Thermal Cutoffs welds Putting, including rinse bath, the front-end and back-end within rinse bath have been respectively mounted transfer wheel, have transmission dress on two transfer wheels Put can by postwelding Thermal Cutoffs from the front end delivery within rinse bath to rear end, it is characterised in that: described transmitting device, Being formed by connecting by multiple transmission units, transmission unit has a pair V-shaped rest, postwelding Thermal Cutoffs can place the V of support Being transmitted bottom shape, have front unit and connect post and rear unit connection post on transmission unit, the front unit of transmission unit is even Connect post can be connected on the rear unit connection post of another one transmission unit, by being formed by connecting before and after multiple transmission units The closing transmitting device of annular, transmitting device is driven by transfer wheel, and the top of rinse bath arranges a motor, motor and gear phase Connect, the while of being also provided with one between the gear that the gear that the transfer wheel of rear end connects is connected with motor and the gear of transfer wheel The gear mutually ratcheting with the gear of motor, motor drives transfer wheel to rotate by gear mesh, described transfer wheel, its transfer wheel Upper both sides are respectively arranged the depression bar of a plum blossom-shaped and take off post, depression bar take off post on have strut device connect, described depression bar Device, it includes depression bar and rotates bar, and during transfer wheel rotates, depression bar takes off post and drives depression bar to rotate so that rotate Bar can rotate, thus the postwelding Thermal Cutoffs on the support of transmitting device can the Y shape of bar is projection to be turned by rotating Move on on the depression bar platform of rinse bath.This utility model, postwelding Thermal Cutoffs, in the transmitting procedure of transmitting device, cleans Postwelding Thermal Cutoffs can be cleaned up by the cleanout fluid within groove, and is sent on the depression bar platform of rinse bath, leaves clear Cleanout fluid in washing trough.

Further, described transfer wheel, its main body wheel has serration, purpose can increase transmitting device and transfer wheel Frictional force, thereby may be ensured that transmitting device can rotate, such that it is able to realize on transmitting device under the drive of transfer wheel Postwelding Thermal Cutoffs can move to the rear end of rinse bath from the front end of rinse bath.

Further, described transfer wheel, take off post at its depression bar and be also provided with one there is taking off post of serration, transmission Being connected to transmission band on post, the transfer wheel of rinse bath rear end can drive the transfer wheel of rinse bath front end by transmission band, thus Ensure that the transfer wheel in rinse bath can keep the concordance rotated.

Further, described rotation bar, its end is connected by connecting rod and depression bar, props up rotating also to have on bar Bar connects, and pole is fixed on rinse bath, rotates bar and can rotate relative to pole.

Further, described connecting rod being also connected with spring, the other end of spring and fixing bar connect, and fixing bar It is fixed on rinse bath.

Further, described rinse bath arranging a depression bar platform, the front end of depression bar platform is circular shape, and at circular arc There are two for rotating the rotation slot that bar rotates through on the surface of shape.

Further, arranging a motor rack inside described rinse bath, motor rack is positioned at above rinse bath, motor rack one Gear is installed in the gripper shoe of side, gripper shoe have gear mutually ratcheting with the gear on motor, the gear on transfer wheel respectively.

The work process of the strut device that this reality is novel is such that the depression bar transmission of the plum blossom-shaped on depression bar and transfer wheel Post contacts, transfer wheel rotate during, depression bar take off post drive depression bar move, depression bar by its connecting rod drive rotate bar with Pole is middle rotation, in rotation process, depression bar take off post on plum blossom shape change depression bar position is changed, depression bar position That puts changes the drive by connecting rod and the interaction of spring so that rotates bar and makees arc up and down motion centered by pole, Rotate projection the rotation by postwelding Thermal Cutoffs on transmitting device of the Y shape on bar to take on the depression bar platform of rinse bath, thus real Now will be located in the postwelding Thermal Cutoffs in rinse bath more than the internal mobile cleaning liquid level of cleanout fluid.

This utility model, in rinse bath front end, can by rotate sucker by postwelding Thermal Cutoffs one by one from Last process is transferred in the support on the transmitting device in rinse bath, and by transmitting device, postwelding Thermal Cutoffs is from cleaning The front end of groove moves to the rear end of rinse bath, and postwelding Thermal Cutoffs is in rinse bath during movement, in utilizing groove Cleanout fluid is cleaned effectively, when postwelding Thermal Cutoffs arrives rinse bath rear end, first passes through strut device, postwelding temperature The postwelding Thermal Cutoffs on the depression bar platform of rinse bath, on depression bar platform transferred to from rinse bath cleanout fluid by electric fuse, it is possible to It is transferred to singly next procedure by rotating sucker.

This utility model cleans device and can be cleaned up by postwelding Thermal Cutoffs the most continuously, thus easily Adapt with the machinery operation of the automatic production line of existing Thermal Cutoffs.

Accompanying drawing explanation

Fig. 1 is this utility model schematic perspective view.

Fig. 2 is Fig. 1 top view.

Fig. 3 is Fig. 2 A-A sectional view.

Fig. 4 is Fig. 2 B-B sectional view.

Fig. 5 is strut device schematic perspective view.

Fig. 6 is transmission unit schematic perspective view.

Wherein: 1-rinse bath, 101-depression bar platform, 102-rotation slot, 103-motor rack, 2-motor, 3-gear, 4-transmit dress Put, 401-transmission unit, 402-support, 403-front unit connect unit connection post, 5-transfer wheel, 501-depression bar after post, 404- Take off post, 502-takes off post, 6-transmission band, 7-strut device, 701-depression bar, 702-rotate bar, 703-connecting rod, 704-spring, 705-fixes that bar, 706-pole, 707-Y shape be projection, 8-postwelding Thermal Cutoffs.

Detailed description of the invention

In Fig. 1, a kind of continuous cleaning device after Thermal Cutoffs welds, including rinse bath (1), rinse bath (1) Internal front-end and back-end have been respectively mounted transfer wheel (5), and having transmitting device (4) on two transfer wheels (5) can will weld The rear Thermal Cutoffs (8) front end delivery from rinse bath (1) inside is to rear end, and transmitting device (4) is by multiple transmission units (401) Being formed by connecting, transmission unit (401) a pair V-shaped rest (402) of upper tool, postwelding Thermal Cutoffs (8) can place support (402) V-Bottom portion transmitted, transmitting device (4) by transfer wheel (5) drive, the top of rinse bath (1) arranges a motor (2), Motor (2) is connected with gear (3), between the gear (3) that the gear (3) that the transfer wheel (5) of rear end connects is connected with motor (2) It is also provided with gear (3) mutually ratcheting with the gear of motor (2) (3) with the gear of transfer wheel (5) (3) while of, motor (2) Rotated by gear (3) ratcheting drive transfer wheel (5), described transfer wheel (5), main body wheel has serration, its transfer wheel (5) Upper both sides are respectively arranged the depression bar of a plum blossom-shaped and take off post (501), and depression bar takes off post and has strut device (7) on (501) even Connect, transfer wheel (5) rotate during, depression bar take off post (501) drive depression bar (701) rotate so that rotate bar (702) permissible Rotate, thus the postwelding Thermal Cutoffs (8) on the support (402) of transmitting device (4) can be by rotating the Y of bar (702) Shape projection (707) is transferred on the depression bar platform (101) of rinse bath (1).

In Fig. 3, Fig. 6, strut device (7) includes depression bar (701) on it and rotates bar (702), rotates the end of bar (702) Connected by connecting rod (703) and depression bar (701), rotating, also there is on bar (702) pole (706) connection, pole (706) It is fixed on rinse bath (1), rotates bar (702) and can rotate relative to pole (706), connecting rod (703) has been also connected with bullet Spring (704), the other end of spring (704) and fixing bar (705) connect, and fixing bar (705) is fixed on rinse bath (1).

In Fig. 5, transmission unit (401) has front unit and connects post (403) and rear unit connection post (404), transmission The front unit of unit (401) connects post (403) can be connected to the rear unit connection post of another one transmission unit (401) (404) on, by the closing transmitting device (4) of the annular that is formed by connecting before and after multiple transmission units (401).

This utility model, in rinse bath (1) front end, can be by rotating sucker by postwelding Thermal Cutoffs (8) In the individual support (402) the transmitting device (4) transferred to from last process in rinse bath (1), by transmitting device (4), Postwelding Thermal Cutoffs (8) moves to the rear end of rinse bath (1) from the front end of rinse bath (1), postwelding Thermal Cutoffs (8) be During moving in rinse bath (1), the cleanout fluid in groove is utilized effectively to be cleaned, when postwelding Thermal Cutoffs (8) arrives When reaching rinse bath (1) rear end, first passing through strut device (7), postwelding Thermal Cutoffs (8) shifts from rinse bath (1) cleanout fluid Postwelding Thermal Cutoffs (8) on the depression bar platform (101) of rinse bath (1), on depression bar platform (101), it is also possible to by rotating It is transferred to next procedure by sucker singly.

This utility model cleans device and can be cleaned up by postwelding Thermal Cutoffs (8) the most continuously, thus very The machinery operation of the convenient automatic production line with existing Thermal Cutoffs adapts.

Claims (7)

1. the continuous cleaning device after Thermal Cutoffs welds, including rinse bath, front end rinse bath within after End has been respectively mounted transfer wheel, and having transmitting device on two transfer wheels can be by postwelding Thermal Cutoffs inside rinse bath Front end delivery to rear end, it is characterised in that: described transmitting device, multiple transmission units be formed by connecting, on transmission unit Having a pair V-shaped rest, postwelding Thermal Cutoffs can be placed the V-Bottom portion of support and be transmitted, before having on transmission unit Unit connects post and rear unit connects post, after the front unit connection post of transmission unit can be connected to another one transmission unit Unit connects on post, and by the closing transmitting device of the annular that is formed by connecting before and after multiple transmission units, transmitting device is by passing Defeated taking turns drive, the top of rinse bath arranges a motor, and motor is connected with gear, gear that the transfer wheel of rear end connects and motor Being also provided with gear mutually ratcheting with the gear of motor with the gear of transfer wheel while of between the gear connected, motor passes through Gear mesh drives transfer wheel to rotate, described transfer wheel, and on its transfer wheel, both sides are respectively arranged the depression bar biography of a plum blossom-shaped Dynamic post, depression bar take off post on there is strut device connect, described strut device, it includes depression bar and rotates bar, transfer wheel During rotation, depression bar takes off post and drives depression bar to rotate so that rotating bar can rotate, thus on the support of transmitting device Postwelding Thermal Cutoffs can by rotate bar the projection depression bar platform being transferred to rinse bath of Y shape on.

A kind of continuous cleaning device after Thermal Cutoffs welds the most according to claim 1, it is characterised in that: institute The transfer wheel stated, its main body wheel has serration.

A kind of continuous cleaning device after Thermal Cutoffs welds the most according to claim 1, it is characterised in that: institute The transfer wheel stated, takes off post at its depression bar and is also provided with one and has taking off post of serration, take off post on be connected to transmission band.

A kind of continuous cleaning device after Thermal Cutoffs welds the most according to claim 1, it is characterised in that: institute The rotation bar stated, its end is connected by connecting rod and depression bar, also has pole connection rotating on bar, and pole is fixed on clearly In washing trough, rotate bar and can rotate relative to pole.

A kind of continuous cleaning device after Thermal Cutoffs welds the most according to claim 4, it is characterised in that: institute Being also connected with spring on the connecting rod stated, the other end of spring and fixing bar connect, and fixing bar is fixed on rinse bath.

A kind of continuous cleaning device after Thermal Cutoffs welds the most according to claim 1, it is characterised in that: institute Arranging a depression bar platform on the rinse bath stated, the front end of depression bar platform is circular shape, and has two on the surface of circular arc For rotating the rotation slot that bar rotates through.

A kind of continuous cleaning device after Thermal Cutoffs welds the most according to claim 1, it is characterised in that: institute Arranging a motor rack inside the rinse bath stated, motor rack is positioned at above rinse bath, and the gripper shoe of motor rack side is provided with Gear.