CN205166203U - Copper welding machine with load -carrying members - Google Patents
Copper welding machine with load -carrying members Download PDFInfo
- Publication number
- CN205166203U CN205166203U CN201520948838.3U CN201520948838U CN205166203U CN 205166203 U CN205166203 U CN 205166203U CN 201520948838 U CN201520948838 U CN 201520948838U CN 205166203 U CN205166203 U CN 205166203U
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- Prior art keywords
- bearing plate
- load
- carrying members
- adapt
- welding
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Abstract
The utility model relates to a mechanical equipment technical field especially relates to a copper welding machine with load -carrying members, the utility model discloses a copper welding machine with load -carrying members, including the base, still including set up in the main frame of the upper end of base, first motor, carrier, set up in the energy supply part on the upper portion of main frame with set up in the upper portion of main frame with the weld assembly of energy supply part intercommunication, the main frame include the mobile jib body, down the roof, go up roof, regulating spring, energy machine case, adjust steering wheel and rotatory guide ring, in wear to be equipped with first fixed orifices down in the roof, go up the roof and include the mainboard body and the first piece that compresses tightly, in a first indent that compresses tightly is equipped with first constant head tank, in the lateral wall indent of adjusting the steering wheel is equipped with rotatory mounting groove, the utility model discloses a copper welding machine with load -carrying members convenient operation, it is convenient to adjust, welds efficiently, and welding quality is good.
Description
Technical field
The utility model relates to mechanical equipment technical field, particularly relates to a kind of copper coin welding robot with load-carrying members.
Background technology
Usually welding equipment is adopted to process in process of production.But, traditional for the production of welding equipment regulate inconvenient, inconvenient operation, welding efficiency is low, and welding quality is poor.Therefore, need to provide a kind of easy to operate, easy to adjust, welding efficiency is high, the welding equipment that welding quality is good.
Utility model content
The purpose of this utility model is to provide a kind of copper coin welding robot with load-carrying members, solves traditional welding equipment and regulates inconvenient, the problem of inconvenient operation.
The technical scheme that the utility model adopts for its technical problem of solution is:
A kind of copper coin welding robot with load-carrying members, comprise pedestal, also comprise the mainframe of the upper end being arranged at described pedestal, be arranged on described pedestal and be in the downside of described mainframe the first motor, be arranged at one end away from described first motor of described pedestal luggage carrier, be arranged at the top of described mainframe energy resource supply parts and be arranged at the top of described mainframe and the welding assembly of described energy resource supply members;
Described mainframe comprises main rod body, is arranged at the lower roof plate of the bottom of described main rod body, is arranged at the upper plate on the top of described main rod body, is arranged at the regulating spring between described upper plate and described lower roof plate, the energy cabinet being arranged at the upper end of described main rod body, the adjustment steering wheel revolving the upper end being located at described energy cabinet and the rotary steering ring be embedded in the sidewall of described energy cabinet;
Described upper plate is discoid, and described lower roof plate is discoid; In described lower roof plate, be equipped with the first fixing hole, described first fixing hole and described main rod body adapt; Described main rod body is cylindric;
Described upper plate comprises mainboard body and is arranged at first compressing member of downside of described mainboard body, in described first compressing member, be arranged with the first locating slot; The sidewall of described first locating slot is curved surface; Described first locating slot and described regulating spring adapt;
Described adjustment steering wheel is discoid; Concave side wall in described adjustment steering wheel is provided with rotation mounting groove, and described rotation mounting groove and described welding assembly adapt;
Described base interior is also provided with load-carrying members, described load-carrying members comprise bearing plate, middle bearing plate and lower bearing plate, described upper bearing plate is rectangular structure, upper bearing plate inside is equipped with several block buffering plates, also locking screw holes is provided with between described every two block buffering plates, described lower bearing plate is rectangular structure, the height of lower bearing plate and width are all consistent with upper bearing plate, described lower bearing plate inside is provided with several buffering balls, described middle bearing plate inside is also provided with some pieces of strengthening cushion blocks, described strengthening cushion block is stage body shape, strengthening cushion block upper end is connected with upper bearing plate lower surface by welding, strengthening cushion block lower end is connected with lower bearing plate upper surface by welding, described strengthening cushion block quantity and buffer board quantity are consistent, also support column is provided with between described every two pieces of strengthening cushion blocks, described support column height is consistent with strengthening cushion block, described middle bearing plate both sides are also provided with spring,
Wherein, described welding assembly comprises mounting cylinder, wears main set bar in the inner along the axis of described mounting cylinder, revolves the soldering tip holder of the lower end being located at described main set bar, is arranged at the welding gun of the bottom of described soldering tip holder, is arranged at first adjusting rod in the outside of described mounting cylinder, revolves the commutation connector of the end being located at described first adjusting rod, revolves the second adjusting rod be located on described commutation connector, is arranged at the push rod of the bottom in the outside of described mounting cylinder and revolves first fixture of the one end away from described mounting cylinder being located at described push rod.
Wherein, described first fixture comprises shell body and is arranged at the inserting foot of end of described shell body; Described shell body is hemispherical; Described inserting foot is cylindric;
Described commutation connector is spherical; Radial direction along described commutation connector is arranged with the first installation cavity and the second installation cavity in the inner; Described first installation cavity and described first adjusting rod adapt; Described second installation cavity and described second adjusting rod adapt; Described first adjusting rod is cylindric; The size of the cross section of described second adjusting rod is along its axial consecutive variations;
Axis along described mounting cylinder is equipped with the first rising-falling tone knothole in the inner, and described first rising-falling tone knothole and described main set bar adapt;
Be arranged with the first mounting groove in the bottom of described soldering tip holder, described first mounting groove and described welding gun adapt.
The utility model has the advantage of:
The copper coin welding robot with load-carrying members of the present utility model, comprise pedestal, also comprise the mainframe of the upper end being arranged at described pedestal, be arranged on described pedestal and be in the downside of described mainframe the first motor, be arranged at one end away from described first motor of described pedestal luggage carrier, be arranged at the top of described mainframe energy resource supply parts and be arranged at the top of described mainframe and the welding assembly of described energy resource supply members;
Described mainframe comprises main rod body, is arranged at the lower roof plate of the bottom of described main rod body, is arranged at the upper plate on the top of described main rod body, is arranged at the regulating spring between described upper plate and described lower roof plate, the energy cabinet being arranged at the upper end of described main rod body, the adjustment steering wheel revolving the upper end being located at described energy cabinet and the rotary steering ring be embedded in the sidewall of described energy cabinet;
Described upper plate is discoid, and described lower roof plate is discoid; In described lower roof plate, be equipped with the first fixing hole, described first fixing hole and described main rod body adapt; Described main rod body is cylindric;
Described upper plate comprises mainboard body and is arranged at first compressing member of downside of described mainboard body, in described first compressing member, be arranged with the first locating slot; The sidewall of described first locating slot is curved surface; Described first locating slot and described regulating spring adapt;
Described adjustment steering wheel is discoid; Concave side wall in described adjustment steering wheel is provided with rotation mounting groove, and described rotation mounting groove and described welding assembly adapt; The copper coin welding robot with load-carrying members of the present utility model is easy to operate, easy to adjust, and welding efficiency is high, and welding quality is good.
Accompanying drawing explanation
Fig. 1 is the front view with the copper coin welding robot of load-carrying members of the present utility model.
Fig. 2 is the front view of mainframe of the present utility model.
Fig. 3 is the front view of welding assembly of the present utility model.
Fig. 4 is the structural representation of load-carrying members of the present utility model.
1-pedestal; The upper bearing plate of 11-; Bearing plate in 12-; Bearing plate under 13-; 14-buffer board; 15-locking screw holes; 16-strengthens cushion block; 17-support column; 18-buffering ball; 19-spring; 2-first motor; 3-mainframe; 31-regulates steering wheel; 32-energy cabinet; 33-upper plate; 34-main rod body; 35-lower roof plate; 36-regulating spring; 37-rotary steering ring; 4-energy resource supply parts; 5-welding assembly; 51-first adjusting rod; 52-commutates connector; 53-second adjusting rod; 54-first fixture; 55-push rod; 56-soldering tip holder; 57-welding gun; The main set bar of 58-; 59-mounting cylinder; 6-luggage carrier.
Detailed description of the invention
The technological means realized to make the utility model, creation characteristic, reaching object and effect is easy to understand, below in conjunction with diagram and specific embodiment, setting forth the utility model further.
Composition graphs 1 to Fig. 4 is described in detail to the copper coin welding robot with load-carrying members of the present utility model.
The copper coin welding robot with load-carrying members of the present utility model, comprise pedestal 1, also comprise the mainframe 3 of the upper end being arranged at described pedestal 1, be arranged on described pedestal 1 and be in the first motor 2 of the downside of described mainframe 3, welding assembly 5 that the luggage carrier 6 being arranged at one end away from described first motor 2 of described pedestal 1, the energy resource supply parts 4 that are arranged at the top of described mainframe 3 are communicated with described energy resource supply parts 4 with the top being arranged at described mainframe 3;
Described mainframe 3 comprises main rod body 34, is arranged at the lower roof plate 35 of the bottom of described main rod body 34, is arranged at the upper plate 33 on the top of described main rod body 34, is arranged at the regulating spring 36 between described upper plate 33 and described lower roof plate 35, the energy cabinet 32 being arranged at the upper end of described main rod body 34, the adjustment steering wheel 31 revolving the upper end being located at described energy cabinet 32 and the rotary steering ring 37 be embedded in the sidewall of described energy cabinet 32;
Described upper plate 33 is discoid, and described lower roof plate 35 is discoid; In described lower roof plate 35, be equipped with the first fixing hole, described first fixing hole and described main rod body 34 adapt; Described main rod body 34 is cylindric;
Described upper plate 33 comprises mainboard body and is arranged at first compressing member of downside of described mainboard body, in described first compressing member, be arranged with the first locating slot; The sidewall of described first locating slot is curved surface; Described first locating slot and described regulating spring 36 adapt;
Described adjustment steering wheel 31 is discoid; Concave side wall in described adjustment steering wheel 31 is provided with rotation mounting groove, and described rotation mounting groove and described welding assembly 5 adapt;
Described pedestal 1 inside is also provided with load-carrying members, described load-carrying members comprise bearing plate 11, middle bearing plate 12 and lower bearing plate 13, described upper bearing plate 11 is rectangular structure, upper bearing plate 11 inside is equipped with several block buffering plates 14, locking screw holes 15 is also provided with between described every two block buffering plates 14, described lower bearing plate 13 is rectangular structure, the height of lower bearing plate 13 and width are all consistent with upper bearing plate 11, described lower bearing plate 13 inside is provided with several buffering balls 18, described middle bearing plate 12 inside is also provided with some pieces of strengthening cushion blocks 16, described strengthening cushion block 16 is stage body shape, strengthening cushion block 16 upper end is connected with upper bearing plate 11 lower surface by welding, strengthening cushion block 16 lower end is connected with lower bearing plate 13 upper surface by welding, described strengthening cushion block 16 quantity and buffer board 14 quantity are consistent, support column 17 is also provided with between described every two pieces of strengthening cushion blocks 16, described support column 17 height is consistent with strengthening cushion block 16, described middle bearing plate 12 both sides are also provided with spring 19,
Described welding assembly 5 comprises mounting cylinder 59, axis along described mounting cylinder 59 wears main set bar 58 in the inner, revolve the soldering tip holder 56 of the lower end being located at described main set bar 58, be arranged at the welding gun 57 of the bottom of described soldering tip holder 56, be arranged at first adjusting rod 51 in the outside of described mounting cylinder 59, revolve the commutation connector 52 of the end being located at described first adjusting rod 51, revolve the second adjusting rod 53 be located on described commutation connector 52, be arranged at the push rod 55 of the bottom in the outside of described mounting cylinder 59 and revolve first fixture 54 of the one end away from described mounting cylinder 59 being located at described push rod 55.
Described first fixture 54 comprises shell body and is arranged at the inserting foot of end of described shell body; Described shell body is hemispherical; Described inserting foot is cylindric;
Described commutation connector 52 is spherical; Radial direction along described commutation connector 52 is arranged with the first installation cavity and the second installation cavity in the inner; Described first installation cavity and described first adjusting rod 51 adapt; Described second installation cavity and described second adjusting rod 53 adapt; Described first adjusting rod 51 is cylindric; The size of the cross section of described second adjusting rod 53 is along its axial consecutive variations;
Axis along described mounting cylinder 59 is equipped with the first rising-falling tone knothole in the inner, and described first rising-falling tone knothole and described main set bar 58 adapt;
Be arranged with the first mounting groove in the bottom of described soldering tip holder 56, described first mounting groove and described welding gun 57 adapt.
More than show and describe general principle of the present utility model, principal character and advantage of the present utility model.The technical staff of the industry should understand; the utility model is not restricted to the described embodiments; what describe in above-described embodiment and description just illustrates principle of the present utility model; under the prerequisite not departing from the utility model spirit and scope, the utility model also has various changes and modifications, and these changes and improvements all fall within the scope of claimed the utility model.The claimed scope of the utility model is defined by appending claims and equivalent thereof.
Claims (3)
1. one kind has the copper coin welding robot of load-carrying members, comprise pedestal (1), it is characterized in that: the mainframe (3) also comprising the upper end being arranged at described pedestal (1), be arranged at described pedestal (1) to go up and the first motor (2) being in the downside of described mainframe (3), be arranged at the luggage carrier (6) of one end away from described first motor (2) of described pedestal (1), the welding assembly (5) that the energy resource supply parts (4) being arranged at the top of described mainframe (3) are communicated with described energy resource supply parts (4) with the top being arranged at described mainframe (3),
Described mainframe (3) comprises main rod body (34), be arranged at the lower roof plate (35) of the bottom of described main rod body (34), be arranged at the upper plate (33) on the top of described main rod body (34), be arranged at the regulating spring (36) between described upper plate (33) and described lower roof plate (35), be arranged at the energy cabinet (32) of the upper end of described main rod body (34), the adjustment steering wheel (31) revolving the upper end being located at described energy cabinet (32) and the rotary steering ring (37) be embedded in the sidewall of described energy cabinet (32),
Described upper plate (33) is for discoid, and described lower roof plate (35) is for discoid; In described lower roof plate (35), be equipped with the first fixing hole, described first fixing hole and described main rod body (34) adapt; Described main rod body (34) is for cylindric;
Described upper plate (33) comprises mainboard body and is arranged at first compressing member of downside of described mainboard body, in described first compressing member, be arranged with the first locating slot; The sidewall of described first locating slot is curved surface; Described first locating slot and described regulating spring (36) adapt;
Described adjustment steering wheel (31) is for discoid; Concave side wall in described adjustment steering wheel (31) is provided with rotation mounting groove, and described rotation mounting groove and described welding assembly (5) adapt;
Described pedestal (1) inside is also provided with load-carrying members, described load-carrying members comprise bearing plate (11), middle bearing plate (12) and lower bearing plate (13), described upper bearing plate (11) is rectangular structure, upper bearing plate (11) inside is equipped with several block buffering plates (14), locking screw holes (15) is also provided with between described every two block buffering plates (14), described lower bearing plate (13) is rectangular structure, the height of lower bearing plate (13) and width are all consistent with upper bearing plate (11), described lower bearing plate (13) inside is provided with several buffering balls (18), described middle bearing plate (12) inside is also provided with some pieces of strengthenings cushion block (16), described strengthening cushion block (16) is stage body shape, strengthening cushion block (16) upper end is connected with upper bearing plate (11) lower surface by welding, strengthening cushion block (16) lower end is connected with lower bearing plate (13) upper surface by welding, described strengthening cushion block (16) quantity and buffer board (14) quantity are consistent, support column (17) is also provided with between described every two pieces of strengthenings cushion block (16), described support column (17) height is consistent with strengthening cushion block (16), described middle bearing plate (12) both sides are also provided with spring (19).
2. a kind of copper coin welding robot with load-carrying members according to claim 1, it is characterized in that: described welding assembly (5) comprises mounting cylinder (59), axis along described mounting cylinder (59) wears main set bar (58) in the inner, revolve the soldering tip holder (56) of the lower end being located at described main set bar (58), be arranged at the welding gun (57) of the bottom of described soldering tip holder (56), be arranged at first adjusting rod (51) in the outside of described mounting cylinder (59), revolve the commutation connector (52) of the end being located at described first adjusting rod (51), revolve the second adjusting rod (53) be located on described commutation connector (52), be arranged at the push rod (55) of the bottom in the outside of described mounting cylinder (59) and revolve first fixture (54) of the one end away from described mounting cylinder (59) being located at described push rod (55).
3. a kind of copper coin welding robot with load-carrying members according to claim 2, is characterized in that: described first fixture (54) comprises shell body and is arranged at the inserting foot of end of described shell body; Described shell body is hemispherical; Described inserting foot is cylindric;
Described commutation connector (52) is for spherical; Radial direction along described commutation connector (52) is arranged with the first installation cavity and the second installation cavity in the inner; Described first installation cavity and described first adjusting rod (51) adapt; Described second installation cavity and described second adjusting rod (53) adapt; Described first adjusting rod (51) is for cylindric; The size of the cross section of described second adjusting rod (53) is along its axial consecutive variations;
Axis along described mounting cylinder (59) is equipped with the first rising-falling tone knothole in the inner, and described first rising-falling tone knothole and described main set bar (58) adapt;
Be arranged with the first mounting groove in the bottom of described soldering tip holder (56), described first mounting groove and described welding gun (57) adapt.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520948838.3U CN205166203U (en) | 2015-11-24 | 2015-11-24 | Copper welding machine with load -carrying members |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520948838.3U CN205166203U (en) | 2015-11-24 | 2015-11-24 | Copper welding machine with load -carrying members |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205166203U true CN205166203U (en) | 2016-04-20 |
Family
ID=55730237
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520948838.3U Expired - Fee Related CN205166203U (en) | 2015-11-24 | 2015-11-24 | Copper welding machine with load -carrying members |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205166203U (en) |
-
2015
- 2015-11-24 CN CN201520948838.3U patent/CN205166203U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160420 Termination date: 20161124 |