CN215658775U - Welding die clamp for vehicle door beam frame assembly - Google Patents
Welding die clamp for vehicle door beam frame assembly Download PDFInfo
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- CN215658775U CN215658775U CN202122106344.9U CN202122106344U CN215658775U CN 215658775 U CN215658775 U CN 215658775U CN 202122106344 U CN202122106344 U CN 202122106344U CN 215658775 U CN215658775 U CN 215658775U
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Abstract
The utility model discloses a welding die clamp for a vehicle door beam frame assembly, which comprises a bottom support template and a die assembly, wherein the die assembly is arranged on the bottom support template and can be used for stably positioning the vehicle door beam frame assembly; hoisting ring pieces arranged on the bottom support template and close to four corners; the ventilation and heat dissipation holes are formed in the middle area of the bottom support template. The utility model can adjust the die clamps according to the specific conditions of different door beam frame assemblies, so that different parts in the door beam frame assemblies can be stably limited, welding can be realized without deviation, the stability is good, and the die clamps are suitable for being popularized and used as welding die clamps in the manufacturing process of the door beam frame assemblies.
Description
Technical Field
The utility model relates to the field of welding die clamps of a vehicle door beam frame assembly, in particular to a welding die clamp for the vehicle door beam frame assembly.
Background
The door beam assembly is an important component of the vehicle. The whole car door beam frame assembly is formed by connecting a hanging piece, a side vertical piece, an arched beam piece, a corner piece and a side beam piece, wherein in the manufacturing process of the car door beam frame assembly, the bottom of the hanging piece and the bottom of the side vertical piece are usually required to be welded on the upper part of the arched beam piece, and the arched beam piece is welded with the corner piece and the side beam piece into a whole.
In the prior art, when the pendant, the side vertical piece, the arched beam piece, the corner piece and the side beam piece in the car door beam frame assembly are welded and connected, different parts in the car door beam frame assembly can not be stably limited, welding processing can easily run and deviate, the whole stability of the car door beam frame assembly after welding processing is finished is poor, in the subsequent installation and use process, the whole performance and partial installation positions of the car door beam frame assembly cannot reach standards and are unqualified, and partial die clamp accessories can not be adjusted or replaced according to the specific conditions of different car door beam frame assemblies, so that the whole use cost of the subsequent die clamps is high. To this end, the present invention provides a welding jig for a door beam assembly.
SUMMERY OF THE UTILITY MODEL
The present invention provides a welding jig for a door beam frame assembly that can solve the problems mentioned in the background art. The utility model can adjust the die clamps according to the specific conditions of different door beam frame assemblies, so that different parts in the door beam frame assemblies can be stably limited, welding can be realized without deviation, the stability is good, and the die clamps are suitable for being popularized and used as welding die clamps in the manufacturing process of the door beam frame assemblies.
The technical scheme adopted by the utility model is as follows:
a welding die clamp for a vehicle door beam frame assembly comprises a bottom support template and hoisting ring pieces arranged on the bottom support template and close to four corners, wherein the hoisting ring pieces can enable the bottom support template to be integrally hoisted or move conveniently;
the ventilation and heat dissipation holes are formed in the middle area of the bottom support template and can enable the bottom support template to be good in overall ventilation and heat dissipation performance;
it is characterized by also comprising: the assembly module is arranged on the bottom support template and can stably position the vehicle door beam frame assembly, and the assembly module can ensure that a hanging part, a side standing part, an arch beam part, a corner part and a side beam part in the vehicle door beam frame assembly are stably positioned on the bottom support template while being connected with each other.
In order to ensure that the hole positions and the tail ends of the side surfaces of the door beam frame assembly, and the side beam pieces, the side vertical pieces, the corner pieces, the arched beam pieces and the hanging pieces of the door beam frame assembly can be stably positioned without deviation and displacement in the welding process, the assembly of the modules further comprises a pressing and clamping pin clamping die arranged on the right side of the bottom support template, and the pressing and clamping pin clamping die can ensure that the side beam pieces in the door beam frame assembly are mutually connected and are stably positioned on the bottom support template;
the die set component comprises a limiting supporting die which is arranged on the bottom support die plate and is positioned below the vehicle door beam frame component to be stably positioned, and the limiting supporting die can enable positions to be welded of beams on different sides in the vehicle door beam frame component to be aligned and not to deviate;
the module assembly comprises a side pin positioning die which is arranged on the bottom support template and can be used for stably positioning the hole part on the side surface in the vehicle door beam frame assembly, and the side pin positioning die can prevent the hole part on the side surface in the vehicle door beam frame assembly from deviating and running;
the assembly module comprises a side waist pushing pin piece which is arranged on the bottom support template and can stably position the side upright piece of the vehicle door beam frame assembly, and the side waist pushing pin piece enables the contact position of the side upright piece of the vehicle door beam frame assembly and the upper surface of the arched beam piece to be stable and not to deviate;
the module assembly comprises a side hanging bolt assembly which is arranged on the bottom support template and can stably position the hanging piece in the door beam frame assembly, and the side hanging bolt assembly enables the hanging piece in the door beam frame assembly to be in close contact with the inner side of the upper part of the arched beam piece and not to be dislocated;
the module assembly comprises an outer end limiting side vertical piece which is arranged on the bottom support template and can limit the right upper end of the vehicle door beam frame assembly, the outer end limiting side vertical piece is integrally Z-shaped, the outer side of the upper portion of the outer end limiting side vertical piece is contacted with the right upper end of the vehicle door beam frame assembly, and the outer end limiting side vertical piece can enable the right upper end of the vehicle door beam frame assembly not to deviate.
In order to ensure that the lateral sunken area at the lower part of the left side of the door beam frame assembly is tightly contacted with the tail end of the arched beam piece without deviation or dislocation, the side pin positioning die further comprises a side pin groove clamping die which is arranged at the lower left part of the bottom support template and can ensure that the lateral sunken area at the lower left part of the door beam frame assembly is tightly contacted with the tail end of the arched beam piece without deviation, and the side pin groove clamping die can ensure that the lateral hole at the lateral sunken area at the lower left side of the door beam frame assembly is not dislocated;
the side pin groove clamping die is provided with a bottom plate and two side vertical plates arranged on the bottom plate, a groove is formed between the two side vertical plates, side pin pieces are arranged on the side vertical plates on the outer side of the bottom plate, the side pin pieces can enable lateral holes in a lateral depressed area on the lower portion of the left side of the door beam frame assembly not to be staggered, the bottom plate, the two side vertical plates and the side pin pieces on the side vertical plates on the outer side of the bottom plate can enable the lateral depressed area on the lower portion of the left side of the door beam frame assembly to be in close contact with the tail end of an arched beam piece and not to be deviated, and the bottom plate of the side pin groove clamping die is arranged on the lower left portion of the bottom support die plate.
In order to adjust or replace parts of die clamp accessories according to the specific conditions of different vehicle door beam frame assemblies and reduce the overall use cost of subsequent die clamps, the press clamping pin clamps the die and is provided with a U-shaped groove bottom support piece, a press plate which is arranged on the U-shaped groove bottom support piece and can move along a rotating shaft is provided with a through hole, a positioning pin which can be inserted or pulled out is arranged in the through hole of the press plate, and the positioning pin, the press plate and the U-shaped groove bottom support piece are combined together, so that the upper press plate of the U-shaped groove bottom support piece can be stably pressed and clamped on a side beam piece in the vehicle door beam frame assembly, and the hole positions on the side beam piece in the vehicle door beam frame assembly correspond to the through hole on the press plate and are not staggered;
the limiting support die is provided with a support plate piece and a limiting plate piece arranged on the support plate piece, and the support plate piece and the limiting plate piece can enable the positions to be welded of different side beam pieces in the vehicle door beam frame assembly to be aligned and not deviated together;
the side pin positioning die is provided with a side upright plate, a first positioning pin which is arranged on the side surface of the side upright plate and can be inserted or pulled out, and the first positioning pin and the side upright plate can ensure that a hole part on the side surface in the vehicle door beam frame assembly does not deviate or run;
the side pushing waist pin piece is provided with a supporting platform piece with a groove in the middle, and a side pushing piece which is arranged in the groove of the supporting platform piece and can move left and right is arranged, the left side end part of the side pushing piece is provided with a waist-shaped boss, the waist-shaped boss at the left side end part of the side pushing piece can be matched with a hole position on a side erecting piece in the vehicle door beam frame assembly, so that the hole position on the side erecting piece in the vehicle door beam frame assembly is not misplaced and dislocated, the side pushing piece is provided with a through hole, a positioning pin II which can be inserted or pulled out is arranged in the through hole of the side pushing piece, the positioning pin II can fix the side pushing piece in the groove of the supporting platform piece or is not fixed in the groove of the supporting platform piece, and the supporting platform piece, the side pushing piece and the positioning pin II can enable the contact part of the side erecting piece in the vehicle door beam frame assembly and the upper surface of the arched beam piece to be stable and not dislocated;
the side hanging bolt assembly is provided with a vertical plate and a side hanging plate arranged on the outer side of the vertical plate, one end of the side hanging plate is provided with a hanging end piece for fixing a hanging piece in the door beam frame assembly, the hanging end piece can enable the hanging piece in the door beam frame assembly to be stable and not to deviate, and the vertical plate, the side hanging plate and the hanging end piece can enable the hanging piece in the door beam frame assembly to be in close contact with the inner side of the upper part of the arch beam piece and not to deviate together;
the outer end limiting side vertical piece is integrally Z-shaped, a side limiting small plate is arranged on the inner side of the upper end of the Z-shaped outer end limiting side vertical piece, and the lower part of the side limiting small plate and the outer end limiting side vertical piece are connected into a whole;
the related components of the pressing and clamping pin clamping die, the related components of the limiting support die, the related components of the side pin positioning die, the related components of the side pushing waist pin piece, the related components of the side hanging bolt component and the related components of the outer end limiting side standing piece can be adjusted or replaced according to the specific conditions of different vehicle door beam frame components.
Compared with the prior art, the welding die clamp for the vehicle door beam frame assembly provided by the utility model has the beneficial effects that:
the welding die clamp for the vehicle door beam frame assembly has the advantages that through the die set arranged on the bottom support template, the die set can enable a hanging part, a side standing part, an arched beam part, a corner part and a side beam part in the vehicle door beam frame assembly to be stably positioned on the bottom support template while being connected with one another; the side beam pieces in the door beam frame assembly can be connected with each other through the clamping pin of the pressing and clamping die in the module group, and are stably positioned on the bottom support template; the limiting die support can enable positions to be welded of different side beam pieces in the vehicle door beam frame assembly to be aligned and not to deviate; the side pin positioning die can ensure that the hole part on the side surface in the vehicle door beam frame assembly does not deviate or run; the side pushing waist pin piece can enable the contact position between the side upright piece and the upper surface of the arched beam piece in the vehicle door beam frame assembly to be stable and not to deviate; the side hanging bolt component can enable the hanging piece in the vehicle door beam frame component to be in close contact with the inner side of the upper part of the arched beam piece without dislocation; the outer end limiting side vertical part can ensure that the tail end of the upper part of the right side of the vehicle door beam frame assembly does not deviate; different parts in the vehicle door beam frame assembly can be stably limited, and the purposes of no deviation and high stability due to no deviation in welding are achieved;
2, this a welding modular fixture for door roof beam structure subassembly, through pressing locating pin in the card round pin clamp mould, clamp plate and U-shaped tank bottom support piece, support plate spare and spacing plate in the spacing support mould, locating pin and side riser spare in the side round pin positioning mould, the saddle spare in the side waist round pin spare of pushing away, side pushes away piece and locating pin, riser in the side bolt subassembly of hanging, side hang plate spare and string end piece, bottom plate in the side round pin groove clamp mould, side riser and side round pin spare, and the design of the spacing side riser of outer end, realized can be according to the particular case of different door roof beam structure subassemblies, carry out the adjustment or the change of part mould anchor clamps accessory, reduce the whole use cost of follow-up modular fixture.
Drawings
FIG. 1 is an overall perspective view of a welding mold fixture for a door beam frame assembly and the door beam frame assembly after being stably positioned according to the present invention;
FIG. 2 is a front perspective view of an overall structure of a welding mold clamp for a door beam frame assembly according to the present invention;
FIG. 3 is a schematic side oblique perspective view of an overall structure of a welding mold clamp for a vehicle door beam frame assembly according to the present invention;
FIG. 4 is a front perspective view of a door beam assembly according to the present invention that can be used in association with a welding jig for the door beam assembly;
FIG. 5 is a rear perspective view of a door beam assembly according to the present invention that can be used in association with a welding jig for the door beam assembly;
FIG. 6 is a front perspective view of a welding jig for a door beam mount assembly according to the present invention, with no bottom bracket template, in which the module assembly and the door beam mount assembly are stably positioned;
fig. 7 is a rear perspective view illustrating the assembly of the welding jig for the door beam assembly and the stable positioning of the door beam assembly according to the present invention without a bottom bracket.
Remarks to
1. A bottom support template; 2. pressing a clamping pin clamping die; a U-shaped trough bottom holder; 202. pressing a plate; 203. positioning pins; 3. limiting and supporting the die; 301. a pallet member; 302. a limiting plate; 4. a side pin positioning die; 401. a side upright plate member; 402. a first positioning pin; 5. a side push waist pin; 501. a pallet piece; 502. a side pushing piece; 503. a second positioning pin; 6. a side hanging bolt assembly; 601. a vertical plate; 602. a side hanging plate member; 603. a hanging end piece; 7. the outer end is limited by the side vertical part; 8. clamping the clamping die by the side pin slot; 801. a base plate; 802. a side vertical plate; 803. a side pin member; 9. hoisting the ring piece; 10. ventilating and radiating holes; 11. a door beam mount assembly; 1101. hanging parts; 1102. a side stand member; 1103. a arched beam member; 1104. a lateral recessed region; 1105. a corner fitting; 1106. a side member; 12. and (4) side limiting small plates.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments obtained by a person of ordinary skill in the art based on the embodiments of the present invention without any creative efforts belong to the protection scope of the utility model.
In the description of the present invention, it is to be understood that the terms "upper", "lower", "front", "rear", "left", "right", "top", "bottom", "inner", "outer", and the like, indicate orientations or positional relationships based on the orientations or positional relationships shown in the drawings, are merely for convenience in describing the present invention and simplifying the description, and do not indicate or imply that the device or element being referred to must have a particular orientation, be constructed and operated in a particular orientation, and thus, should not be construed as limiting the present invention.
The present invention will be described in further detail with reference to examples and specific embodiments.
Referring to the attached drawings, the welding die clamp for the vehicle door beam frame assembly 11 comprises a bottom support template 1 and hoisting ring pieces 9 arranged on the bottom support template 1 and close to four corners, wherein the hoisting ring pieces 9 can enable the bottom support template 1 to be integrally hoisted or moved conveniently;
the ventilation and heat dissipation holes 10 are formed in the middle area of the bottom support template 1, and the ventilation and heat dissipation holes 10 can enable the bottom support template 1 to be good in overall ventilation and heat dissipation performance;
further comprising: the assembly module is arranged on the bottom support template 1 and can be used for stably positioning the door beam frame assembly 11, and the assembly module can ensure that the hanging pieces 1101, the side standing pieces 1102, the arched beam pieces 1103, the corner pieces 1105 and the side beam pieces 1106 in the door beam frame assembly 11 are stably positioned on the bottom support template 1 while being connected with each other.
In order to ensure that the side perforated part and the tail end of the door beam assembly 11, the side beam member 1106, the side upright member 1102, the corner member 1105, the arched beam member 1103 and the pendant 1101 of the door beam assembly 11 can be stably positioned without deviation and run-out in the welding process, the assembly module further comprises a pressing and clamping pin clamping die 2 arranged on the right side of the bottom support template 1, and the pressing and clamping pin clamping die 2 can ensure that the side beam members 1106 in the door beam assembly 11 are mutually connected and are stably positioned on the bottom support template 1;
the die set comprises a limiting supporting die 3 which is arranged on the bottom support die plate 1 and is positioned below the vehicle door beam frame assembly 11 to be stably positioned, and the limiting supporting die 3 can enable positions to be welded of different side beam pieces 1106 in the vehicle door beam frame assembly 11 to be aligned and not to deviate;
the module assembly comprises a side pin positioning die 4 which is arranged on the bottom support template 1 and can stably position the hole part on the side surface in the vehicle door beam frame assembly 11, and the side pin positioning die 4 prevents the hole part on the side surface in the vehicle door beam frame assembly 11 from deviating and running;
the assembly comprises a side waist pushing pin piece 5 which is arranged on the bottom mounting template 1 and can stably position the middle standing piece 1102 of the door beam assembly 11, and the side waist pushing pin piece 5 enables the contact position of the middle standing piece 1102 of the door beam assembly 11 and the upper surface of the arched beam piece 1103 to be stable and not to deviate;
the module group comprises a side hanging bolt assembly 6 which is arranged on the bottom support template 1 and can stably position a pendant 1101 in the door beam assembly 11, and the side hanging bolt assembly 6 enables the pendant 1101 in the door beam assembly 11 to be tightly contacted with the inner side of the upper part of the arched beam piece 1103 without dislocation;
the module assembly comprises an outer end limiting side vertical piece 7 which is arranged on the bottom support template 1 and can limit the right upper end of the vehicle door beam frame assembly 11, the outer end limiting side vertical piece 7 is integrally Z-shaped, the outer side of the upper portion of the outer end limiting side vertical piece 7 is contacted with the right upper end of the vehicle door beam frame assembly 11, and the outer end limiting side vertical piece 7 can enable the right upper end of the vehicle door beam frame assembly 11 not to deviate.
In order to make the lateral recessed area 1104 of the lower left portion of the door beam assembly 11 closely contact with the end of the arched beam member 1103 without shifting or shifting, further, the side pin positioning module 4 further comprises a side pin slot clamping module 8, the side pin slot clamping module 8 is arranged at the lower left portion of the bottom support template 1, the side pin slot clamping module 8 can make the lateral recessed area 1104 of the lower left portion of the door beam assembly 11 closely contact with the end of the arched beam 1103 without shifting, and the side pin slot clamping module 8 can make the lateral hole of the lateral recessed area 1104 of the lower left portion of the door beam assembly 11 not shift;
the side pin slot clamping die 8 is provided with a bottom plate 801, two side vertical plates 802 arranged on the bottom plate 801, a groove is arranged between the two side vertical plates 802, a side pin member 803 is arranged on the side vertical plate 802 on the outer side of the bottom plate 801, the side pin member 803 can prevent a side hole on a side lower portion side concave area 1104 on the left side of the door beam frame assembly 11 from being staggered, the bottom plate 801, the two side vertical plates 802 and the side pin member 803 on the side vertical plate 802 on the outer side of the bottom plate 801 can enable the side concave area 1104 on the left side lower portion of the door beam frame assembly 11 to be tightly contacted with the tail end of the arched beam member 1103 without deflection together, and the bottom plate 801 of the side pin slot clamping die 8 is arranged on the left lower portion of the bottom plate 1.
In order to adjust or replace parts of die clamps according to the specific conditions of different door beam frame assemblies 11 and reduce the overall use cost of subsequent die clamps, further, the pressing pin clamping die 2 is provided with a U-shaped groove bottom support member 201, a pressing plate 202 which is arranged on the U-shaped groove bottom support member 201 and can move along a rotating shaft is provided, the pressing plate 202 is provided with a through hole, a positioning pin 203 which can be inserted or pulled out is arranged in the through hole of the pressing plate 202, the positioning pin 203, the pressing plate 202 and the U-shaped groove bottom support member 201 are combined together, so that the pressing plate 202 on the U-shaped groove bottom support member 201 can be stably pressed and clamped on a side beam member 1106 in the door beam frame assembly 11, the hole positions on the side beam member 1106 in the door beam frame assembly 11 correspond to the through holes on the pressing plate 202 and are not staggered, and the pressing pin clamping die 2 can have two groups or other integer groups which are more than one;
the limiting support die 3 is provided with a supporting plate piece 301 and a limiting plate piece 302 arranged on the supporting plate piece 301, the supporting plate piece 301 and the limiting plate piece 302 can enable the positions to be welded of different side beam pieces 1106 in the door beam frame assembly 11 to be aligned and not deviated together, and the limiting support die 3 can have six groups or other integer groups larger than one;
the side pin positioning die 4 is provided with a side upright plate part 401, a first positioning pin 402 which is arranged on the side surface of the side upright plate part 401 and can be inserted or pulled out, the first positioning pin 402 and the side upright plate part 401 can ensure that a hole part on the side surface in the door beam frame assembly 11 does not deviate or run, and the side pin positioning die 4 can have three groups or other integer groups which are more than one;
the side pushing waist pin piece 5 is provided with a saddle piece 501 with a groove in the middle, a side pushing piece 502 which is arranged in the groove of the saddle piece 501 and can move left and right, a waist-shaped boss is arranged at the left end of the side pushing piece 502, the waist-shaped boss at the left end of the side pushing piece 502 can be matched with a hole position on a middle standing piece 1102 in the door beam frame assembly 11, so that the hole position on the middle standing piece 1102 in the door beam frame assembly 11 is not staggered or deviated, a through hole is arranged on the side pushing piece 502, a positioning pin II 503 which can be inserted or pulled out is arranged in the through hole of the side pushing piece 502, the positioning pin II 503 can enable the side pushing piece 502 to be fixed in the groove of the saddle piece 501 or not fixed in the groove of the saddle piece 501, the side pushing piece 502 and the positioning pin II 503 can enable the contact position of the middle standing piece 1102 in the door beam assembly 11 and the upper surface of the arched beam piece 1103 to be stable and not deviated, and the side pushing waist pin piece 5 can have one group or more than one group;
the side hanging bolt assembly 6 is provided with a vertical plate 601 and a side hanging plate 602 arranged on the outer side of the vertical plate 601, one end of the side hanging plate 602 is provided with a hanging end piece 603 for fixing a hanging piece 1101 in the door beam assembly 11, the hanging end piece 603 can enable the hanging piece 1101 in the door beam assembly 11 to be stable and not to deviate, the vertical plate 601, the side hanging plate 602 and the hanging end piece 603 can enable the hanging piece 1101 in the door beam assembly 11 to be in close contact with the inner side of the upper part of the arched beam member 1103 without dislocation together, and the side hanging bolt assembly 6 can be provided with one group or more than one integer group;
the outer end limiting side vertical piece 7 is in a Z shape integrally, a side limiting small plate 12 is arranged on the inner side of the upper end of the Z-shaped outer end limiting side vertical piece 7, the lower part of the side limiting small plate 12 and the outer end limiting side vertical piece 7 are connected into a whole, and the outer end limiting side vertical piece 7 can be a group or an integral group more than one;
wherein, the related group fittings of the pressing and clamping pin clamping die 2, the related group fittings of the limiting support die 3, the related group fittings of the side pin positioning die 4, the related group fittings of the side pushing waist pin piece 5, the related group fittings of the side hanging bolt component 6 and the related group fittings of the outer end limiting side upright piece 7 can be adjusted or replaced according to the specific conditions of different door beam frame components 11.
Example 1:
referring to fig. 1, 4, 5, 6 and 7, a welding mold clamp for a vehicle door beam frame assembly 11 comprises a bottom support template 1 and hoisting ring pieces 9 arranged on the bottom support template 1 and close to four corners, wherein the hoisting ring pieces 9 can enable the bottom support template 1 to be hoisted integrally or moved conveniently;
the ventilation and heat dissipation holes 10 are formed in the middle area of the bottom support template 1, and the ventilation and heat dissipation holes 10 can enable the bottom support template 1 to be good in overall ventilation and heat dissipation performance;
further comprising: the assembly module is arranged on the bottom support template 1 and can be used for stably positioning the door beam frame assembly 11, and the assembly module can ensure that the hanging piece 1101, the side standing piece 1102, the arched beam piece 1103, the corner piece 1105 and the side beam piece 1106 in the door beam frame assembly 11 are stably positioned on the bottom support template 1 while being connected with each other;
the module assembly comprises a pressing and clamping pin clamping die 2 arranged on the right side of the bottom support template 1, and the pressing and clamping pin clamping die 2 can enable side beam pieces 1106 in the vehicle door beam frame assembly 11 to be connected with each other and positioned on the bottom support template 1 in a stable pressure mode;
the die assembly comprises a limiting supporting die 3 which is arranged on the bottom support die plate 1 and is positioned below the vehicle door beam frame assembly 11 to be stably positioned, and the limiting supporting die 3 can enable positions to be welded of different side beam pieces 1106 in the vehicle door beam frame assembly 11 to be aligned and not to deviate;
the module assembly comprises a side pin positioning die 4 which is arranged on the bottom support template 1 and can stably position the hole part on the side surface in the vehicle door beam frame assembly 11, and the side pin positioning die 4 prevents the hole part on the side surface in the vehicle door beam frame assembly 11 from deviating and running; the side pin positioning die 4 further comprises a side pin groove clamping die 8, the side pin groove clamping die 8 is arranged at the left lower part of the bottom support die plate 1, the side pin groove clamping die 8 enables a lateral sunken area 1104 at the left lower part of the door beam assembly 11 to be in close contact with the tail end of the arched beam piece 1103 without deviation, and the side pin groove clamping die 8 enables a lateral hole on the lateral sunken area 1104 at the left lower part of the door beam assembly 11 not to be displaced;
the assembly module comprises a side pushing waist pin piece 5 which is arranged on the bottom mounting template 1 and can stably position the middle standing piece 1102 of the door beam assembly 11, and the side pushing waist pin piece 5 enables the contact part of the middle standing piece 1102 of the door beam assembly 11 and the upper surface of the arched beam piece 1103 to be stable and not to deviate;
the module comprises a side hanging bolt assembly 6 which is arranged on the bottom support template 1 and can stably position the hanging piece 1101 in the door beam assembly 11, and the side hanging bolt assembly 6 enables the hanging piece 1101 in the door beam assembly 11 to be in close contact with the inner side of the upper part of the arched beam piece 1103 without dislocation;
the module assembly comprises an outer end limiting side vertical piece 7 which is arranged on the bottom support template 1 and can limit the right upper end of the vehicle door beam frame assembly 11, the outer end limiting side vertical piece 7 is integrally Z-shaped, the outer side of the upper portion of the outer end limiting side vertical piece 7 is contacted with the right upper end of the vehicle door beam frame assembly 11, and the outer end limiting side vertical piece 7 can enable the right upper end of the vehicle door beam frame assembly 11 not to deviate.
Example 2:
referring to fig. 1, 2, 3, 4, 5, 6 and 7, a welding mold clamp for a vehicle door beam frame assembly 11 comprises a bottom support template 1 and hoisting ring pieces 9 arranged on the bottom support template 1 and close to four corners, wherein the hoisting ring pieces 9 can enable the bottom support template 1 to be hoisted integrally or moved conveniently;
the ventilation and heat dissipation holes 10 are formed in the middle area of the bottom support template 1, and the ventilation and heat dissipation holes 10 can enable the bottom support template 1 to be good in overall ventilation and heat dissipation performance;
further comprising: the assembly module is arranged on the bottom support template 1 and can be used for stably positioning the door beam frame assembly 11, and the assembly module can ensure that the hanging piece 1101, the side standing piece 1102, the arched beam piece 1103, the corner piece 1105 and the side beam piece 1106 in the door beam frame assembly 11 are stably positioned on the bottom support template 1 while being connected with each other;
the group module comprises a pressing and clamping pin clamping module 2 arranged on the right side of the bottom support template 1, the pressing and clamping pin clamping module 2 is provided with a U-shaped groove bottom support 201, a pressing plate 202 which is arranged on the U-shaped groove bottom support 201 and can move along a rotating shaft, the pressing plate 202 is provided with a through hole, a positioning pin 203 which is arranged in the through hole of the pressing plate 202 and can be inserted or pulled out is arranged, the positioning pin 203, the pressing plate 202 and the U-shaped groove bottom support 201 are combined together, the pressing plate 202 on the U-shaped groove bottom support 201 can be stably pressed and clamped on a side beam member 1106 in the door beam frame assembly 11, the hole position on the side beam member 1106 in the door beam assembly 11 corresponds to the through hole on the pressing plate 202 and is not staggered, and the pressing and clamping pin clamping module 2 can be provided with two groups or other integer groups which are more than one;
the die set comprises a limiting supporting die 3 which is arranged on the bottom support die plate 1 and is positioned below the door beam frame assembly 11 to be stably positioned, the limiting supporting die 3 is provided with a supporting plate piece 301 and a limiting plate piece 302 arranged on the supporting plate piece 301, the supporting plate piece 301 and the limiting plate piece 302 can enable the positions to be welded of different side beam pieces 1106 in the door beam frame assembly 11 to be aligned and not deviated together, and the limiting supporting die 3 can be provided with six groups or other integer groups which are larger than one;
the assembly module comprises a side pin positioning module 4 which is arranged on the bottom support template 1 and can stably position the hole part on the side surface in the door beam frame assembly 11, the side pin positioning module 4 is provided with a side upright plate member 401, a first positioning pin 402 which is arranged on the side surface of the side upright plate member 401 and can be inserted or pulled out, the first positioning pin 402 and the side upright plate member 401 can ensure that the hole part on the side surface in the door beam frame assembly 11 does not deviate or run, and the side pin positioning module 4 can have three groups or other integer groups which are more than one;
the side pin positioning die 4 further comprises a side pin groove clamping die 8, the side pin groove clamping die 8 is arranged at the left lower part of the bottom support die plate 1, the side pin groove clamping die 8 is provided with a bottom plate 801, two side vertical plates 802 arranged on the bottom plate 801, a groove is formed between the two side vertical plates 802, side pin pieces 803 are arranged on the side vertical plates 802 at the outer sides of the bottom plate 801, the side pin pieces 803 can prevent lateral holes in lateral recessed areas 1104 at the lower left part of the door beam frame assembly 11 from being staggered, the bottom plate 801, the two side vertical plates 802 and the side pin pieces 803 on the side vertical plates 802 at the outer sides of the bottom plate 801 can enable the lateral recessed areas 1104 at the lower left part of the door beam frame assembly 11 to be in close contact with the tail ends of the arched beam pieces 1103 without deflection together, and the bottom plate 801 of the side pin groove clamping die 8 is arranged at the left lower part of the bottom support die plate 1;
the combined module comprises a side pushing waist pin piece 5 which is arranged on a bottom mounting template 1 and can firmly position a middle upright piece 1102 of a door beam frame assembly 11, the side pushing waist pin piece 5 is provided with a saddle piece 501 with a groove in the middle, a side pushing piece 502 which is arranged in the groove of the saddle piece 501 and can move left and right, the left end part of the side pushing piece 502 is provided with a waist-shaped boss, the waist-shaped boss at the left end part of the side pushing piece 502 can be matched with a hole position on the middle upright piece 1102 of the door beam frame assembly 11, so that the hole position on the middle upright piece 1102 of the door beam frame assembly 11 is not misplaced or dislocated, the side pushing piece 502 is provided with a through hole, a positioning pin II 503 which can be inserted or pulled out is arranged in the through hole of the side pushing piece 502, the positioning pin II 503 can ensure that the side pushing piece 502 is fixed in the groove of the saddle piece 501 or is not fixed in the groove of the saddle piece 501, and the saddle piece 501, the positioning pin II 503 can ensure that the contact position between the middle upright piece 1102 of the middle upright piece 11 and the arch beam frame assembly 11 is not dislocated, the side push waist pin members 5 can have one or an integer number greater than one;
the module group comprises a side hanging bolt assembly 6 which is arranged on the bottom support template 1 and can stably position a pendant 1101 in the door beam assembly 11, the side hanging bolt assembly 6 is provided with a vertical plate 601 and a side hanging plate member 602 arranged on the outer side of the vertical plate 601, one end of the side hanging plate member 602 is provided with a hanging end member 603 for fixing the pendant 1101 in the door beam assembly 11, the hanging end member 603 can enable the pendant 1101 in the door beam assembly 11 to be stable and not to deviate, the vertical plate 601, the side hanging plate member 602 and the hanging end member 603 can enable the pendant 1101 in the door beam assembly 11 to be tightly contacted with the inner side of the upper part of the arch beam member 1103 and not to be dislocated together, and the side hanging bolt assembly 6 can have one group or more than one integer group;
the die set component comprises an outer end limiting side vertical component 7 which is arranged on the bottom support die plate 1 and can limit the tail end of the upper part of the right side of the vehicle door beam frame component 11, the outer end limiting side vertical component 7 is integrally Z-shaped, a side limiting plate 12 is arranged on the inner side of the upper end of the Z-shaped outer end limiting side vertical component 7, the lower part of the side limiting plate 12 and the outer end limiting side vertical component 7 are connected into a whole, and the outer end limiting side vertical component 7 can be a group or an integral group more than one;
wherein, the related group fittings of the pressing and clamping pin clamping die 2, the related group fittings of the limiting support die 3, the related group fittings of the side pin positioning die 4, the related group fittings of the side pushing waist pin piece 5, the related group fittings of the side hanging bolt component 6 and the related group fittings of the outer end limiting side upright piece 7 can be adjusted or replaced according to the specific conditions of different door beam frame components 11.
The utility model can adjust the die clamps according to the specific conditions of different door beam frame assemblies, so that different parts in the door beam frame assemblies can be stably limited, welding can be realized without deviation, the stability is good, and the die clamps are suitable for being popularized and used as welding die clamps in the manufacturing process of the door beam frame assemblies.
The foregoing is only a preferred embodiment of the present invention, and it should be noted that, for those skilled in the art, various changes and modifications can be made without departing from the inventive concept of the present invention, and these changes and modifications are all within the scope of the present invention.
Claims (4)
1. A welding die clamp for a vehicle door beam frame assembly comprises a bottom support template and hoisting ring pieces arranged on the bottom support template and close to four corners, wherein the hoisting ring pieces can enable the bottom support template to be integrally hoisted or move conveniently;
the ventilation and heat dissipation holes are formed in the middle area of the bottom support template and can enable the bottom support template to be good in overall ventilation and heat dissipation performance;
it is characterized by also comprising: the assembly module is arranged on the bottom support template and can stably position the vehicle door beam frame assembly, and the assembly module can ensure that a hanging part, a side standing part, an arch beam part, a corner part and a side beam part in the vehicle door beam frame assembly are stably positioned on the bottom support template while being connected with each other.
2. A welding jig for use with a door beam assembly as claimed in claim 1 wherein said assembly includes a clamping pin clamp disposed on the right side of the bottom bracket template, the clamping pin clamp enabling the side beam members of the door beam assembly to be interconnected and held in position against the bottom bracket template;
the die set component comprises a limiting supporting die which is arranged on the bottom support die plate and is positioned below the vehicle door beam frame component to be stably positioned, and the limiting supporting die can enable positions to be welded of beams on different sides in the vehicle door beam frame component to be aligned and not to deviate;
the module assembly comprises a side pin positioning die which is arranged on the bottom support template and can be used for stably positioning the hole part on the side surface in the vehicle door beam frame assembly, and the side pin positioning die can prevent the hole part on the side surface in the vehicle door beam frame assembly from deviating and running;
the assembly module comprises a side waist pushing pin piece which is arranged on the bottom support template and can stably position the side upright piece of the vehicle door beam frame assembly, and the side waist pushing pin piece enables the contact position of the side upright piece of the vehicle door beam frame assembly and the upper surface of the arched beam piece to be stable and not to deviate;
the module assembly comprises a side hanging bolt assembly which is arranged on the bottom support template and can stably position the hanging piece in the door beam frame assembly, and the side hanging bolt assembly enables the hanging piece in the door beam frame assembly to be in close contact with the inner side of the upper part of the arched beam piece and not to be dislocated;
the module assembly comprises an outer end limiting side vertical piece which is arranged on the bottom support template and can limit the right upper end of the vehicle door beam frame assembly, the outer end limiting side vertical piece is integrally Z-shaped, the outer side of the upper portion of the outer end limiting side vertical piece is contacted with the right upper end of the vehicle door beam frame assembly, and the outer end limiting side vertical piece can enable the right upper end of the vehicle door beam frame assembly not to deviate.
3. The welding jig as claimed in claim 2, wherein the side pin positioning die further comprises a side pin groove clamping die, the side pin groove clamping die is disposed at a lower left portion of the bottom support die plate, the side pin groove clamping die enables a lateral recessed area at the lower left portion of the door beam assembly to be in close contact with the end of the arched beam member without being displaced, and the side pin groove clamping die enables lateral holes at the lateral recessed area at the lower left portion of the door beam assembly not to be displaced;
the side pin groove clamping die is provided with a bottom plate and two side vertical plates arranged on the bottom plate, a groove is formed between the two side vertical plates, side pin pieces are arranged on the side vertical plates on the outer side of the bottom plate, the side pin pieces can enable lateral holes in a lateral depressed area on the lower portion of the left side of the door beam frame assembly not to be staggered, the bottom plate, the two side vertical plates and the side pin pieces on the side vertical plates on the outer side of the bottom plate can enable the lateral depressed area on the lower portion of the left side of the door beam frame assembly to be in close contact with the tail end of an arched beam piece and not to be deviated, and the bottom plate of the side pin groove clamping die is arranged on the lower left portion of the bottom support die plate.
4. The welding jig of claim 2, wherein the clamping pin clamp has a U-shaped bottom bracket, a pressing plate disposed on the U-shaped bottom bracket and capable of moving around a pivot, the pressing plate having a through hole, a positioning pin disposed in the through hole of the pressing plate and capable of being inserted or pulled out, the positioning pin, the pressing plate and the U-shaped bottom bracket together enable the pressing plate on the U-shaped bottom bracket to be stably clamped on the side beam of the door beam frame assembly, and enable the hole position on the side beam of the door beam frame assembly to correspond to the through hole on the pressing plate without dislocation;
the limiting support die is provided with a support plate piece and a limiting plate piece arranged on the support plate piece, and the support plate piece and the limiting plate piece can enable the positions to be welded of different side beam pieces in the vehicle door beam frame assembly to be aligned and not deviated together;
the side pin positioning die is provided with a side upright plate, a first positioning pin which is arranged on the side surface of the side upright plate and can be inserted or pulled out, and the first positioning pin and the side upright plate can ensure that a hole part on the side surface in the vehicle door beam frame assembly does not deviate or run;
the side pushing waist pin piece is provided with a supporting platform piece with a groove in the middle, and a side pushing piece which is arranged in the groove of the supporting platform piece and can move left and right is arranged, the left side end part of the side pushing piece is provided with a waist-shaped boss, the waist-shaped boss at the left side end part of the side pushing piece can be matched with a hole position on a side erecting piece in the vehicle door beam frame assembly, so that the hole position on the side erecting piece in the vehicle door beam frame assembly is not misplaced and dislocated, the side pushing piece is provided with a through hole, a positioning pin II which can be inserted or pulled out is arranged in the through hole of the side pushing piece, the positioning pin II can fix the side pushing piece in the groove of the supporting platform piece or is not fixed in the groove of the supporting platform piece, and the supporting platform piece, the side pushing piece and the positioning pin II can enable the contact part of the side erecting piece in the vehicle door beam frame assembly and the upper surface of the arched beam piece to be stable and not dislocated;
the side hanging bolt assembly is provided with a vertical plate and a side hanging plate arranged on the outer side of the vertical plate, one end of the side hanging plate is provided with a hanging end piece for fixing a hanging piece in the door beam frame assembly, the hanging end piece can enable the hanging piece in the door beam frame assembly to be stable and not to deviate, and the vertical plate, the side hanging plate and the hanging end piece can enable the hanging piece in the door beam frame assembly to be in close contact with the inner side of the upper part of the arch beam piece and not to deviate together;
the outer end limiting side vertical piece is integrally Z-shaped, a side limiting small plate is arranged on the inner side of the upper end of the Z-shaped outer end limiting side vertical piece, and the lower portion of the side limiting small plate and the outer end limiting side vertical piece are connected into a whole.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202122106344.9U CN215658775U (en) | 2021-09-02 | 2021-09-02 | Welding die clamp for vehicle door beam frame assembly |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202122106344.9U CN215658775U (en) | 2021-09-02 | 2021-09-02 | Welding die clamp for vehicle door beam frame assembly |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN215658775U true CN215658775U (en) | 2022-01-28 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202122106344.9U Active CN215658775U (en) | 2021-09-02 | 2021-09-02 | Welding die clamp for vehicle door beam frame assembly |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN215658775U (en) |
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2021
- 2021-09-02 CN CN202122106344.9U patent/CN215658775U/en active Active
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