CN207858038U - Reinforcing member is soldered to the welding mechanism of frame four corners - Google Patents

Abstract

The utility model provides a kind of welding mechanism that reinforcing member is soldered to frame four corners, including the first welder, the second welder and transmission device；First welder is installed on one end of transmission device, for mutually welding the one of workpiece opposite frame wall with reinforcing member；Second welder is installed on the other end of transmission device, for mutually welding another opposite frame wall of workpiece with reinforcing member；First welder and the second welder are set gradually according to the direction of transfer of transmission device.The utility model welding mechanism can realize the automatic welding to workpiece and reinforcing member, improve welding efficiency.

Description

Reinforcing member is soldered to the welding mechanism of frame four corners

Technical field

The utility model is related to metal welding techniques fields, more particularly to a kind of that reinforcing member is soldered to frame four corners Welding mechanism.

Background technology

It please refers to Fig.1 and Fig. 2, it by mesh sheet 1 is bottom surface that the screen frame produced is needed in the present embodiment, which is a kind of, and in mesh sheet 1 The canister that is welded with 2 bound edge of frame of periphery.In order to keep screen frame more secured, it is necessary to the quadrangle position in screen frame The corresponding reinforcing member 12 of welding is set, reinforcing member 12 includes a corner brace portion 121, and is shaped in 121 top turning of corner brace portion The interconnecting piece 122 at place, frame 2 include inner edge and outside, and corner brace portion 121 is held between inner edge and outside, need to be by corner brace portion 121 It is mutually welded with outside with the inner edge of frame 2, in order to adapt to automated production demand, it is necessary to provide and a kind of weld reinforcing member 12 To the welding mechanism of 2 four corners of frame.

Utility model content

The utility model provides a kind of welding mechanism that reinforcing member is soldered to frame four corners, and reinforcing member is soldered to by this The welding mechanism of frame four corners can realize automatic welding, effectively improve welding efficiency.

The utility model is related to technical solution：

A kind of welding mechanism that reinforcing member is soldered to frame four corners, including the first welder, the second welder And transmission device；

First welder is installed on one end of transmission device, for mutually welding the one of workpiece opposite frame wall with reinforcing member It connects；

Second welder is installed on the other end of transmission device, is used for another opposite frame wall and reinforcing member phase of workpiece Welding；

First welder and the second welder are set gradually according to the direction of transfer of transmission device；

First welder includes the first rack, the first elevating mechanism, four the first welding mechanisms and the first detent mechanism, First elevating mechanism is liftably set up in the first rack, and four the first welding mechanisms are installed on first liter in matrix distribution On descending mechanism, the first welding mechanism includes the first welding electrode being oppositely arranged, every 1 first welding electrode can be flared out or Opposite clamping, to be welded at the one of clamping workpiece opposite frame wall and reinforcing member, the first detent mechanism is set up in the two of rack Side and top, for before welding to the X of workpiece to and short transverse position；

Second welder includes the second rack, the second elevating mechanism, four the second welding mechanisms and the second detent mechanism, Second elevating mechanism is liftably set up in the second rack, and four the second welding mechanisms are installed on second liter in matrix distribution On descending mechanism, the second welding mechanism includes the second welding electrode being oppositely arranged, every 1 second welding electrode can be flared out or Opposite clamping, to be welded at another opposite frame wall and reinforcing member of clamping workpiece, the second detent mechanism is set up in rack Both sides, for before welding to the X of workpiece to and Y-direction position.

Further, first elevating mechanism includes lower support plate, upper bearing plate and upper bearing plate actuator, upper bearing Plate is liftably set to by upper bearing plate actuator above lower support plate, and the first welding mechanism is installed on upper bearing plate.

Further, first elevating mechanism further includes several guidance sets, and each guidance set includes guide sleeve and can Lifting carriage is set to the guide post in guide sleeve, and several guide sleeves are evenly distributedly fixed in lower support plate bottom surface at periphery, if Dry guide post is arranged in respectively in several guide sleeves, and the upper end of several guide posts and upper bearing plate are affixed.

Further, first welding mechanism further includes two welding main bodys and a welding actuator, and two welding main bodys can Opposite to be slidingly arranged on upper bearing plate, two the first welding electrodes are respectively arranged in relative to each other between two welding main bodys Side, welding actuator are installed on side opposite with the first welding electrode in any welding main body, for driving two welding masters Body reciprocatingly slides, to drive two the first welding electrodes to open or clamping.

Further, first detent mechanism includes being relatively arranged in the first rack to be located at workpiece direction of transfer both sides The first master positioning part and the first secondary locating piece, and be set up in the first altitude location part above the first rack.

Further, the first master positioning part is set up in by holder in the first rack, and the first master positioning part uses gas Cylinder is connected with push plate on the telescopic rod of cylinder, the both sides of two opposite push plate clamping workpieces and position；Described first secondary locating piece Orientation with the first master positioning part be X to, for the workpiece after positioning the first master positioning part carry out again it is secondary precisely Positioning, so that each pair of first welding mechanism clamping workpiece weld welds；First secondary locating piece is set to upper branch by supporting arm frame On board, the first secondary locating piece includes four secondary locating pieces, and the first rack lays two per side, and is oppositely arranged two-by-two, side Two secondary locating pieces and the opposite face of two secondary locating pieces of offside be equipped with inclined surface, opposite inclined surface forms upper end opening Greatly, the small space of lower ending opening, when rising together for the first welding mechanism and the first secondary locating piece, workpiece is from the upper of inclined surface End slides into the located space formed between four secondary locating pieces and positions.

Further, the first altitude location part is set up in by frame above the first rack, and frame is installed on lower branch On board, there are four the first altitude location part is set, both sides of the opposite top cross-bar for being laid in frame two-by-two, the first altitude location Part includes supporting rack and supports screw rod, and support screw rod can be installed on supporting rack to adjusted position up and down, and four support under screw rod End face, which is formed, is generally aligned in the same plane interior supporting surface, when driving workpiece to rise for the first welding mechanism with its positioning that offsets.

Further, second detent mechanism includes being relatively arranged in the second rack to be located at workpiece direction of transfer both sides The second master positioning part and the second secondary locating piece, the second master positioning part is identical as the structure and function of the first master positioning part, second Secondary locating piece is by the orientation of the first secondary locating piece from X to Y-direction is made into, for the second welding mechanism and the second secondary locating piece When rising together, workpiece is positioned along Y-direction, so that the accurate clamping workpiece weld welding of the second welding mechanism.

Further, second detent mechanism further includes the second altitude location part, and the second altitude location part is set up in Above two racks, the second altitude location part is identical as the structure and function of the first altitude location part.

Further, first welder and the second welder include detection device, are for detecting workpiece It is no in place, the detection device of the first welder is relatively arranged in the first rack, and the detection device of the second welder is opposite It is set in the second rack.

The beneficial effects of the utility model：

Compared with prior art, reinforcing member is soldered to the welding mechanism of frame four corners by the utility model, passes through transmission When workpiece is sent to the predeterminated position of the first welder by device in a manner of downward opening, the first detent mechanism is fixed to workpiece Position, the first elevating mechanism drive four pairs of first welding electrodes in open configuration to rise so that the one of workpiece is opposite, and frame wall is inserted It is placed between corresponding each pair of first welding electrode, then the respective block wall and reinforcing member of each pair of first welding electrode clamping workpiece It is welded, after the completion of welding, each pair of first welding electrode opens release workpiece, and workpiece is sent to the second welding by transmission device Device accordingly welds another opposite frame wall and reinforcing member of workpiece.It so just realizes to oneself of workpiece and reinforcing member Dynamicization is welded, and welding efficiency is improved.

Description of the drawings

Fig. 1 is the screen frame and reinforcing to be welded for the welding mechanism that reinforcing member is soldered to frame four corners by the utility model The exploded view of part；

Fig. 2 is the screen frame and reinforcing to be welded for the welding mechanism that reinforcing member is soldered to frame four corners by the utility model The assembling figure of part；

Reinforcing member is soldered to the first welder stereochemical structure of the welding mechanism of frame four corners by Fig. 3 the utility model Figure；

Reinforcing member is soldered to the second welder stereochemical structure of the welding mechanism of frame four corners by Fig. 4 the utility model Figure.

Specific implementation mode

With reference to the attached drawing in the utility model embodiment, the technical scheme in the embodiment of the utility model is carried out clear Chu is fully described by.It should be appreciated that specific embodiment described herein is only used to explain the utility model, it is not used to Limit scope of protection of the utility model.

It please refers to Fig.1 to Fig.3, the utility model provides a kind of bonding machine that reinforcing member 12 is soldered to 2 four corners of frame Structure, the corner brace portion 121 at 12 both ends of reinforcing member needs to weld with the adjacent frame wall of frame 2 respectively, for convenient welding, first by frame 2 An opposite frame wall welded with corner brace portion 121, then another opposite frame wall is welded with corner brace portion 121, so complete frame 2 and The welding of reinforcing member 12.The welding equipment includes the first welder 3, the second welder 4 and transmission device (not shown).

Fig. 2 and Fig. 3 is please referred to, the first welder 3 is installed on one end of transmission device, is used for workpiece (the present embodiment In workpiece refer to screen frame) an opposite frame wall and the welding of 12 phase of reinforcing member.

Second welder 4 is installed on the other end of transmission device, is used for another opposite frame wall and the reinforcing member of workpiece 12 phases are welded.

Transmission device includes chassis, is set to two slide bars parallel to each other of chassis, and for driving workpiece along two slide bars The transmission actuator of upper sliding transmission.

First welder 3 and the second welder 4 are set gradually according to the direction of transfer of transmission device.

First welder 3 is fixed including 32, four the first rack 31, the first elevating mechanism the first welding mechanisms 33 and first Position mechanism, the first elevating mechanism 32 are liftably set up in the first rack 31, and four the first welding mechanisms 33 are in matrix distribution Ground is installed on the first elevating mechanism 32, and the first welding mechanism 33 includes the first welding electrode 331 for being oppositely arranged, and every 1 first Welding electrode 331 can be flared out or opposite clamping, to be welded at the one of clamping workpiece opposite frame wall and reinforcing member 12, the One positioning mechanism rack is set to the both sides and top of rack 31, for before welding to the X of workpiece to and short transverse position.

Second welder 4 is fixed including 42, four the second rack 41, the second elevating mechanism the second welding mechanisms 43 and second Position mechanism, the second elevating mechanism 42 are liftably set up in the second rack 41, and four the second welding mechanisms 43 are in matrix distribution Ground is installed on the second elevating mechanism 42, and the second welding mechanism 43 includes the second welding electrode 431 for being oppositely arranged, and every 1 second Welding electrode 431 can be flared out or opposite clamping, to be welded at another opposite frame wall and reinforcing member 12 of clamping workpiece, Second detent mechanism is set up in the both sides of rack 31, for before welding to the X of workpiece to and Y-direction position, X to and Y-direction mutually hang down Directly, the direction of transfer of Y-direction namely workpiece.

In use, workpiece to be sent to the default position of the first welder 3 by transmission device in a manner of downward opening When setting, the first detent mechanism positions workpiece, and the first elevating mechanism 32 drives four pairs of first welding electrodes for being in open configuration 331 rise so that and an opposite frame wall of workpiece is inserted between corresponding each pair of first welding electrode 331, and then each pair of first The respective block wall and reinforcing member 12 of 331 clamping workpiece of welding electrode are welded, after the completion of welding, each pair of first welding electrode 331 open release workpiece, and workpiece is sent to the second welder 4 by transmission device, another opposite frame wall and reinforcing to workpiece Part 12 is accordingly welded.The automatic welding to workpiece and reinforcing member 12 is so just realized, welding efficiency is improved.

Further, the first elevating mechanism 32 includes lower support plate 321, upper bearing plate 322 and upper bearing plate actuator (figure Do not show), upper bearing plate 322 is liftably set to 321 top of lower support plate, the first welding mechanism by upper bearing plate actuator 33 are installed on upper bearing plate 422.

Further, the first elevating mechanism 32 further includes several guidance sets 323, and each guidance set 323 includes guide sleeve 3231 and liftable be slideably positioned in the guide post 3232 in guide sleeve 3231, several guide sleeves 3231 are evenly distributedly fixed in lower support At periphery, several guide posts 3232 are arranged in several guide sleeves 3,231 321 bottom surface of plate respectively, and the upper end of several guide posts 3232 It is affixed with upper bearing plate 322, it so may make lifting more stable.

Preferably, guidance set 323 is set as four, it is respectively arranged at the four corners of 321 bottom surface of lower support plate.

Further, the first welding mechanism 33 further includes two welding main bodys 332 and one welding actuator 333, two welding masters Body 332 opposite can be slidingly arranged on upper bearing plate 322, and two the first welding electrodes 331 are respectively arranged in two welding main bodys Side relative to each other between 332, welding actuator 333 are installed in any welding main body 332 and 331 phase of the first welding electrode To side, for driving two welding main bodys 332 to reciprocatingly slide, to drive two the first welding electrodes 331 to open or clamping.

Further, the first detent mechanism includes being relatively arranged in the first rack 31 to be located at workpiece direction of transfer both sides First master positioning part 341 and the first secondary locating piece 342, and it is set up in the first altitude location part 343 of 31 top of the first rack.

Further, the first master positioning part 341 is set up in by holder 340 in the first rack 31, the first master positioning part 341 Using cylinder, push plate 3411 is connected on the telescopic rod of cylinder, the both sides of opposite two push plates, 3411 clamping workpiece and position.

Further, the orientation of the first secondary 342 and first master positioning part 341 of locating piece is X to being used for first Workpiece after master positioning part 341 positions carries out secondary precise positioning again, so that each pair of first welding mechanism, 33 clamping workpiece is welded Place's welding.First secondary locating piece 342 is set up in by support arm 344 on upper bearing plate 322, and the first secondary locating piece 342 includes four A pair locating piece 3421, the first rack 31 lays two per side, and is oppositely arranged two-by-two, two secondary locating pieces 3421 of side with it is right The opposite face of two pair locating pieces 3421 of side is equipped with inclined surface, and opposite inclined surface formation upper end opening is big, lower ending opening is small Space, when rising together for the first welding mechanism 33 and the first secondary locating piece 342, workpiece slides into from the upper end of inclined surface It is positioned in the located space formed between four secondary locating pieces 3421.

Further, the first altitude location part 343 is set up in 31 top of the first rack by frame 345, and frame 345 is installed There are four in lower support plate 321, the first altitude location part 343 is set, it is laid in the two of the top cross-bar of frame 345 relatively two-by-two Side, the first altitude location part 343 include supporting rack 3431 and support screw rod 3432, and supporting screw rod 3432 can pacify to adjusted position up and down Loaded on supporting rack 3431, four lower faces for supporting screw rod 3432 form and are generally aligned in the same plane interior supporting surface, for first Welding mechanism 33 drive workpiece rise when with its positioning that offsets.

Further, the second elevating mechanism 42 is identical as 32 structure and function of the first elevating mechanism, the second welding mechanism 43 It is identical as 33 structure and function of the first welding mechanism.

Further, the second detent mechanism includes being relatively arranged in the second rack 41 to be located at workpiece direction of transfer both sides Second master positioning part 441 and the second secondary locating piece 442, the structure and function of the second master positioning part 441 and the first master positioning part 341 Identical, the second secondary locating piece 442 is the orientation by the first secondary locating piece 342 from X to Y-direction is made into, for the second bonding machine When structure 43 and the second secondary locating piece 442 rise together, workpiece is positioned along Y-direction, so that the second welding mechanism 43 accurately presss from both sides Hold the welding of workpiece weld.More specifically, when the communicated device of workpiece is sent to the second welder 4, the second master positioning part 441 To workpiece along X to positioning, the second secondary locating piece 442 positions workpiece along Y-direction.

Further, the second detent mechanism further includes the second altitude location part (not shown), and the second altitude location part is set up Above the second rack 41, the second altitude location part is identical as the structure and function of the first altitude location part 343.

Further, the first welder 3 and the second welder 4 include detection device 5, for whether detecting workpiece In place, the detection device 5 of the first welder 3 is relatively arranged in the first rack 31, the detection device 5 of the second welder 4 It is relatively arranged in the second rack 41.

The above description is only the embodiments of the present invention, and it does not limit the scope of the patent of the present invention, every Using equivalent structure or equivalent flow shift made by the utility model description, it is applied directly or indirectly in other phases The technical field of pass, is equally included in the patent within the scope of the utility model.

Claims (10)

1. a kind of welding mechanism that reinforcing member (12) is soldered to frame (2) four corners, it is characterised in that：Including the first welding dress Set (3), the second welder (4) and transmission device；

First welder (3) is installed on one end of transmission device, is used for the one of workpiece opposite frame wall and reinforcing member (12) phase Welding；

Second welder (4) is installed on the other end of transmission device, is used for another opposite frame wall and the reinforcing member of workpiece (12) it mutually welds；

First welder (3) and the second welder (4) are set gradually according to the direction of transfer of transmission device；

First welder (3) includes the first rack (31), the first elevating mechanism (32), four the first welding mechanisms (33) and the One detent mechanism, the first elevating mechanism (32) are liftably set up in the first rack (31), four the first welding mechanisms (33) It in matrix distribution is installed on the first elevating mechanism (32), the first welding mechanism (33) includes the first welding electricity being oppositely arranged Pole (331), every 1 first welding electrode (331) can be flared out or opposite clamping, with the one of clamping workpiece opposite frame wall and adds Firmware is welded at (12), and the first detent mechanism is set up in the both sides and top of rack (31), for welding the preceding X to workpiece To and short transverse positioning；

Second welder (4) includes the second rack (41), the second elevating mechanism (42), four the second welding mechanisms (43) and the Two detent mechanisms, the second elevating mechanism (42) are liftably set up in the second rack (41), four the second welding mechanisms (43) It in matrix distribution is installed on the second elevating mechanism (42), the second welding mechanism (43) includes the second welding electricity being oppositely arranged Pole (431), every 1 second welding electrode (431) can be flared out or opposite clamping, with another opposite frame wall of clamping workpiece with Reinforcing member is welded at (12), and the second detent mechanism is set up in the both sides of rack (31), for before welding to the X of workpiece to and Y-direction positions.

2. reinforcing member (12) to be soldered to the welding mechanism of frame (2) four corners according to claim 1, it is characterised in that： First elevating mechanism (32) includes lower support plate (321), upper bearing plate (322) and upper bearing plate actuator, upper bearing plate (322) it is liftably set to above lower support plate (321) by upper bearing plate actuator, the first welding mechanism (33) is installed on On upper bearing plate (422).

3. reinforcing member (12) to be soldered to the welding mechanism of frame (2) four corners according to claim 2, it is characterised in that： First elevating mechanism (32) further includes several guidance sets (323), each guidance set (323) include guide sleeve (3231) and Liftable is slideably positioned in the guide post (3232) in guide sleeve (3231), and several guide sleeves (3231) are evenly distributedly fixed in lower support Plate (321) bottom surface is at periphery, and several guide posts (3232) are arranged in respectively in several guide sleeves (3231), and several guide posts (3232) upper end and upper bearing plate (322) are affixed.

4. reinforcing member (12) to be soldered to the welding mechanism of frame (2) four corners according to claim 2, it is characterised in that： First welding mechanism (33) further includes two welding main bodys (332) and a welding actuator (333), two welding main bodys (332) It opposite can be slidingly arranged on upper bearing plate (322), two the first welding electrodes (331) are respectively arranged in two welding main bodys (332) side relative to each other between, welding actuator (333) are installed on any welding main body (332) and the first welding electricity The opposite side in pole (331), for driving two welding main bodys (332) to reciprocatingly slide, to drive two the first welding electrodes (331) it opens or is clamped.

5. reinforcing member (12) to be soldered to the welding mechanism of frame (2) four corners according to claim 2, it is characterised in that： First detent mechanism includes being relatively arranged on the first master positioning for being located at workpiece direction of transfer both sides in the first rack (31) Part (341) and the first secondary locating piece (342), and it is set up in the first altitude location part (343) above the first rack (31).

6. reinforcing member (12) to be soldered to the welding mechanism of frame (2) four corners according to claim 5, it is characterised in that： The first master positioning part (341) is set up in by holder (340) in the first rack (31), and the first master positioning part (341) uses Cylinder is connected with push plate (3411) on the telescopic rod of cylinder, the both sides of opposite two push plates (3411) clamping workpiece and position；Institute The orientation for stating the first secondary locating piece (342) and the first master positioning part (341) is X to for by the first master positioning part (341) workpiece after positioning carries out secondary precise positioning again, so that each pair of first welding mechanism (33) clamping workpiece weld welds It connects；First secondary locating piece (342) is set up in by support arm (344) on upper bearing plate (322), and the first secondary locating piece (342) is wrapped Four secondary locating pieces (3421) are included, the first rack (31) lays two per side, and is oppositely arranged two-by-two, two secondary locating pieces of side (3421) opposite face with two secondary locating pieces (3421) of offside is equipped with inclined surface, and opposite inclined surface forms upper end opening Greatly, the small space of lower ending opening, when rising together for the first welding mechanism (33) and the first secondary locating piece (342), workpiece from The upper end of inclined surface slides into the located space formed between four secondary locating pieces (3421) and positions.

7. reinforcing member (12) to be soldered to the welding mechanism of frame (2) four corners according to claim 5, it is characterised in that： The first altitude location part (343) is set up in by frame (345) above the first rack (31), and frame (345) is installed on down On support plate (321), there are four the first altitude location part (343) is set, the opposite top cross-bar for being laid in frame (345) two-by-two Both sides, the first altitude location part (343) include supporting rack (3431) and support screw rod (3432), and supporting screw rod (3432) can be upper and lower It is installed on to adjusted position on supporting rack (3431), four lower faces for supporting screw rod (3432), which are formed, is generally aligned in the same plane interior support Hold face, for the first welding mechanism (33) drive workpiece rise when with its positioning that offsets.

8. reinforcing member (12) to be soldered to the welding mechanism of frame (2) four corners according to claim 5, it is characterised in that： Second detent mechanism includes being relatively arranged on the second master positioning for being located at workpiece direction of transfer both sides in the second rack (41) Part (441) and the second secondary locating piece (442), the structure and function phase of the second master positioning part (441) and the first master positioning part (341) Together, the second secondary locating piece (442) is by the orientation of the first secondary locating piece (342) from X to Y-direction is made into, for the second welding When mechanism (43) and the second secondary locating piece (442) rise together, workpiece is positioned along Y-direction, so that the second welding mechanism (43) accurate clamping workpiece weld welding.

9. reinforcing member (12) to be soldered to the welding mechanism of frame (2) four corners according to claim 8, it is characterised in that： Second detent mechanism further includes the second altitude location part, and the second altitude location part is set up in above the second rack (41), the Two altitude location parts are identical as the structure and function of the first altitude location part (343).

10. reinforcing member (12) to be soldered to the welding mechanism of frame (2) four corners according to claim 1, it is characterised in that： First welder (3) and the second welder (4) they include detection device (5), for whether in place to detect workpiece, the The detection device (5) of one welder (3) is relatively arranged in the first rack (31), the detection device of the second welder (4) (5) it is relatively arranged in the second rack (41).