CN206997543U - The mould structure of automobile side top covering and gutter channel - Google Patents
The mould structure of automobile side top covering and gutter channel Download PDFInfo
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- CN206997543U CN206997543U CN201720783175.3U CN201720783175U CN206997543U CN 206997543 U CN206997543 U CN 206997543U CN 201720783175 U CN201720783175 U CN 201720783175U CN 206997543 U CN206997543 U CN 206997543U
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Abstract
The utility model provides the mould structure of a kind of automobile side top covering and gutter channel, including additional side roll squeezer, gutter channel roll squeezer and covering roll squeezer, gutter channel roll squeezer includes gutter channel die assembly, gutter channel die assembly includes at least one flowing water groove mould, flowing water groove mould includes transverse slat, the riser being connected with transverse slat, auxiliary roller one, auxiliary roller two and auxiliary roller three, auxiliary roller three is parallel with transverse slat, the auxiliary roller one being used in conjunction with each other and auxiliary roller two are movably set with transverse slat, the auxiliary roller three being used cooperatively with auxiliary roller one and auxiliary roller two is movably set with riser, auxiliary roller three includes the big cylinder and small column being connected with each other, the big cylinder of auxiliary roller three abuts with the side of auxiliary roller one and the top of auxiliary roller two respectively, the top of auxiliary roller one abuts with the small column of auxiliary roller three.
Description
Technical field
A kind of processing method and structure with gutter channel body side top covering are the utility model is related to, especially automobile side top is covered
Skin and flowing water groove processing method and its mould structure.
Background technology
The gutter channel that automobile both sides add on the covering of side top is the indispensable pith of automobile external, and gutter channel can
To avoid the outside flowing water ahead running top such as vehicle body top rainwater from penetrating into interior of body with body-side bound fraction, interior of body is protected
Skeleton and each position electronic original part are not corroded damage, extend the service life of vehicle, increase the firmness of vehicle.
Conventional gutter channel and side top covering processing technology are, it is necessary to first parts such as body side top covering and gutter channels at present
Individually process, then in position corresponding to vehicle upper top skeleton, covering assembly welding is pushed up in place in side with the mode of welding
Afterwards, then on gutter channel workpiece assembly welding to covering correspondence position, because flowing water slot cross-section is smaller, intensity is not high, large car
General length of wagon be 6-8 rice, even up to 12 meters, for the sealing and appearance of guarantee welded workpiece, is often needed
To ensure welding sequence normal operation by welding tooling according to corresponding to the corresponding vehicle body processing and fabricating.
Therefore need to be improved prior art.
Utility model content
Problem to be solved in the utility model is：A kind of automobile side top covering easy to process and flowing water groove processing side are provided
Method and its mould structure.
In order to solve the above-mentioned technical problem, the utility model provides the mould knot of a kind of automobile side top covering and gutter channel
Structure, including additional side roll squeezer, gutter channel roll squeezer and covering roll squeezer；
The gutter channel roll squeezer includes gutter channel die assembly；Including gutter channel die assembly；The flowing water groove mould
Component includes at least one flowing water groove mould；The flowing water groove mould include transverse slat, the riser being connected with transverse slat, auxiliary roller one,
Auxiliary roller two and auxiliary roller three, auxiliary roller three is parallel with transverse slat, and the auxiliary roller one being used in conjunction with each other and auxiliary roller two are movably set with transverse slat,
The auxiliary roller three being used cooperatively with auxiliary roller one and auxiliary roller two is movably set with riser；The auxiliary roller three includes the great circle being connected with each other
Post and small column；The big cylinder of the auxiliary roller three abuts with the side of auxiliary roller one and the top of auxiliary roller two respectively, the top of auxiliary roller one
Portion abuts with the small column of auxiliary roller three；The auxiliary roller one, auxiliary roller two and auxiliary roller three, which are used cooperatively, can process gutter channel.
As the improvement to the utility model automobile side top covering and the mould structure of gutter channel：The gutter channel set of molds
Part is made up of flowing water groove mould one, flowing water groove mould two, flowing water groove mould three and flowing water groove mould four；
The auxiliary roller one of flowing water groove mould one of the flowing water groove mould one is the cylinder that the latter half sets annular groove；Flowing water
The auxiliary roller two of flowing water groove mould one of groove mould one is the cylinder that the latter half is provided with annular protrusion；The flowing water groove mould one is auxiliary
The annular protrusion of the annular groove of roller one roller two auxiliary with flowing water groove mould one matches；
The latter half of the auxiliary roller one of flowing water groove mould two of the flowing water groove mould two is frustum, and top half is cylinder；
The latter half of the auxiliary roller two of flowing water groove mould two of the flowing water groove mould two is the frustum phase of roller one auxiliary with flowing water groove mould two
Identical inversed taper platform, top half are cylinder；
The latter half of the auxiliary roller one of flowing water groove mould three of the flowing water groove mould three is frustum, and top half is cylinder；
The gradient of the frustum of the auxiliary roller one of flowing water groove mould three of the flowing water groove mould three is less than the stream of the latter half of flowing water groove mould two
The frustum of the auxiliary roller one of water tank die two；The latter half of the auxiliary roller two of flowing water groove mould three of the flowing water groove mould three is and flowing water
The inversed taper platform that the frustum of the auxiliary roller one of flowing water groove mould three of groove mould three matches, top half is cylinder；
The auxiliary roller one of flowing water groove mould four of the flowing water groove mould four is the cylinder that the latter half is provided with annular protrusion, or
The auxiliary the latter half of roller one of person's flowing water groove mould four is the auxiliary lower half of roller one of flowing water groove mould three that the gradient is less than flowing water groove mould three
The frustum divided, top half is cylinder；The auxiliary the latter half of roller two of flowing water groove mould four of the flowing water groove mould four is and flowing water
The annular groove or inversed taper platform that the auxiliary the latter half of roller one of flowing water groove mould four of groove mould four is used cooperatively, top half are circle
Post.
As the further improvement to the utility model automobile side top covering and the mould structure of gutter channel：The additional side
Roll squeezer includes additional side upper roller and additional side lower roll；The additional side upper roller is provided with least one upper fixing element, additional side
Lower roll is provided with the lower fixture being used cooperatively with upper fixing element；The additional side upper roller is provided with bending part, and all is upper
Fixture is all disposed within bending part the same side, and the lower bending part being used cooperatively with upper bending part is provided with the lower roll of additional side；
The upper bending part and lower bending part, which are used cooperatively, can process T-shaped additional side.
As the further improvement to the utility model automobile side top covering and the mould structure of gutter channel：The covering roller
Press includes entablature, lower axle and connecting plate；The entablature both ends are respectively connected by a connecting plate with lower axle both ends；
Axle, auxiliary roller and carrying roller are provided between the entablature and lower axle；The upper axle both ends pass through column and crossbeam
It is connected；The auxiliary roller is arranged on axle side, and carrying roller is inclined at axle opposite side；The auxiliary roller is connected with entablature；Institute
Carrying roller is stated with connecting plate to be connected；
Lower roll is provided with the lower axle, the upper roller being used cooperatively with lower roll is provided with upper axle；The lower roll, upper roller with
Auxiliary roller is with the use of the arc machining completion that can need the side top cover portion of basic sheet material.
The technical advantage that the utility model has is：
The automobile side top covering and gutter channel that the utility model automobile side top covering and gutter channel mould structure process be
Integral type, no matter vehicle body have how long, gutter channel can be completed in nipping process and side push up covering combination, so, in vapour
When car vehicle body assembles, in this way it is no longer necessary to which assembly welding, technological process is simplified, and also no longer needs to develop different length but same
Huge welding tooling, it substantial saving in production cost and productive labor intensity；The utility model automobile side top covering and flowing water
Groove is integral type, has greatly reinforced the workpiece strength of flowing water slot part so that flowing water slot part is hardly by raw material and transport
Etc. external environment influence, no matter vehicle body have how long, all almost there is no defective products, it may be said that be really achieved saving of labor, material-saving, province
When；
When vehicle is regenerated, mutually isostructural gutter channel or side top covering key element avoid the need for mold developing again, only
Micro adjustment die location or a small amount of new die are needed, assembly welding workpiece design alteration cost phase is processed respectively with original
When, will not because of by two pieces workpiece combination just substantial increase design alteration cost.
Brief description of the drawings
Specific embodiment of the present utility model is described in further detail below in conjunction with the accompanying drawings.
Fig. 1 is the structural representation of the utility model automobile side top covering and gutter channel mould structure；
Fig. 2 is the structural representation of Fig. 1 additional side roll squeezer 1；
Fig. 3 is the structural representation of Fig. 1 gutter channel roll squeezer 2；
Fig. 4 is the structural representation that flowing water groove mould 1 processes T-shaped additional side in Fig. 3；
Fig. 5 is the structural representation that flowing water groove mould 2 22 processes T-shaped additional side in Fig. 3；
Fig. 6 is the structural representation that flowing water groove mould 3 23 processes T-shaped additional side in Fig. 3；
Fig. 7 is the structural representation that flowing water groove mould 4 24 processes T-shaped additional side in Fig. 3；
Fig. 8 is the structural representation that covering roll squeezer 3 processes basic sheet material in Fig. 1；
Fig. 9 is the part-structure schematic diagram of the T-shaped additional side that additional side roll squeezer 1 processes in Fig. 1；
Figure 10 is the part-structure schematic diagram of the gutter channel 4 that Fig. 1 gutter channels roll squeezer 2 processes and welding edge 5；
Figure 11 be Fig. 1 in automobile side top covering and gutter channel mould structure machine after band gutter channel automobile side top
Stressed-skin construction schematic diagram.
Embodiment
Embodiment 1, automobile side top covering and gutter channel mould structure, as shown in figures 1-8；
Automobile side top covering and flowing water groove processing method include roll-in T-shaped additional side, roll-in gutter channel and roll-in side top and covered
Three steps of skin.
Roll-in T-shaped additional side：
First, the shape of the gutter channel 4 processed as needed calculates material requested length, and covering is pushed up along with side is made
Material requested length, draw the length of required basic sheet material；
Basic sheet material is sent into additional side roll squeezer 1, by multi-pass roll-forming, processed on basic sheet material
T-shaped additional side (now the section of basic sheet material is T-shaped), T-shaped additional side include being used for the additional side one for being processed into welding edge 5
61 and the additional side 2 62 of gutter channel 4 is processed into, additional side 2 62 is that basic folded sheet is formed so thickness is additional side one
Twice of 61.Thus it is equal to the material group that the material that processing gutter channel 4 and welding edge 5 need is needed with process side top covering
It is combined so that do not influence the shaping of side top skin technology under the premise of the shaping of gutter channel 4 is completed.
Additional side roll squeezer 1 includes additional side upper roller 12 and additional side lower roll 11, and additional side upper roller 12 is provided with least one
Individual upper fixing element 121, additional side lower roll 11 are provided with the lower fixture 111 being used cooperatively with upper fixing element 121, additional side upper roller
12 are provided with the upper bending part 122 of processing T-shaped additional side, and additional side lower roll 11 is provided with what is be used cooperatively with upper bending part 122
Lower bending part 112；All upper fixing elements 121 are all disposed within the same side of bending part 122；Upper bending part 122 and lower bending part
112 are provided with corresponding convex groove, and both coordinate multi-pass roll-in to process T-shaped additional side, as shown in Figure 9.
The gap between additional side upper roller 12 and additional side lower roll 11 can be first adjusted during use to design point, by basis
Sheet material is introduced between additional side upper roller 12 and additional side lower roll 11, by upper fixing element 111 and lower fixture 121 with the use of fixation
One end of firmly basic sheet material, upper bending part 122 and the multi-pass roll-in basis sheet material of lower bending part 112, form T-shaped additional side.
Roll-in gutter channel：
Basic sheet material processes the dash side (outer side edges and base) of gutter channel 4 by gutter channel roll squeezer 2；Gutter channel 4
Other parts fitting vehicle body, due to side top covering be combined as entirety, so without processing.
Gutter channel roll squeezer 2 includes gutter channel die assembly, and gutter channel die assembly includes flowing water groove mould 1, flowing water
4 24 4 groove mould 2 22, flowing water groove mould 3 23 and flowing water groove mould flowing water groove moulds, each flowing water groove mould include
The transverse slat 215 and riser 214 being connected, the auxiliary roller one being used in conjunction with each other and auxiliary roller two, riser are movably set with transverse slat 215
The auxiliary roller 3 213 being used cooperatively with auxiliary roller one and auxiliary roller two is movably set with 214；The auxiliary roller three of four flowing water groove moulds
213rd, transverse slat 215 and riser 214 are all identical, but auxiliary roller one and auxiliary roller two are different.
By taking flowing water groove mould 1 as an example, flowing water groove mould 1 includes transverse slat 215 and the riser being connected with transverse slat 215
214, the auxiliary roller 1 of the flowing water groove mould one being used in conjunction with each other and one auxiliary roller of flowing water groove mould are movably set with transverse slat 215
2 212, riser 214 is movably set with roller 1 auxiliary with flowing water groove mould one, the auxiliary roller 2 212 of flowing water groove mould one is used cooperatively
Auxiliary roller 3 213；
Auxiliary roller 3 213 is parallel with transverse slat 215, and auxiliary roller 3 213 includes the small column being connected with each other and big cylinder, flowing water channel mould
Have that an auxiliary auxiliary roller 2 212 of roller 1 and flowing water groove mould one is parallel with riser 214, the great circle annulated column of auxiliary roller 3 213 respectively with it is auxiliary
The side of roller one and the top of auxiliary roller two are abutted, and the top of the auxiliary small column of roller 3 213 roller 1 auxiliary with flowing water groove mould one is supported
Connect.
The auxiliary roller 1 of flowing water groove mould one, the auxiliary roller 2 212 of flowing water groove mould one and the three of auxiliary roller 3 213 energy relative motion,
Between can first being adjusted during use between the auxiliary roller 1 of flowing water groove mould one, the auxiliary roller 2 212 of flowing water groove mould one and auxiliary roller 3 213
Gap between the T-shaped additional side of basic sheet material is introduced into three, extrudes the T-shaped additional side of bending basis sheet material to design point.
The auxiliary roller 1 of flowing water groove mould one of flowing water groove mould 1 is the cylinder that the latter half sets annular groove；Stream
The auxiliary roller 2 212 of flowing water groove mould one of water tank die 1 is provided with the cylinder of annular protrusion, flowing water groove mould for the latter half
The annular protrusion of the annular groove roller 2 212 auxiliary with flowing water groove mould one of one auxiliary roller 1 matches；
The latter half of the auxiliary roller 1 of flowing water groove mould two of flowing water groove mould 2 22 is frustum, and top half is cylinder；
The latter half of the auxiliary roller 2 222 of flowing water groove mould two of flowing water groove mould 2 22 is the flowing water groove mould with flowing water groove mould 2 22
The inversed taper platform that the frustum of two auxiliary rollers 1 matches, top half is cylinder；
The latter half of the auxiliary roller 1 of flowing water groove mould three of flowing water groove mould 3 23 is frustum, and top half is cylinder；
The gradient of the frustum of the auxiliary roller 1 of flowing water groove mould three of flowing water groove mould 3 23 is less than the flowing water channel mould of flowing water groove mould 2 22
Has the frustum of two auxiliary rollers 1；The latter half of the auxiliary roller 2 232 of flowing water groove mould three of flowing water groove mould 3 23 is and gutter channel
The inversed taper platform that the frustum of the auxiliary roller 1 of flowing water groove mould three of mould 3 23 matches, top half is cylinder；
The auxiliary roller 1 of flowing water groove mould four of flowing water groove mould 4 24 is the cylinder that the latter half is provided with annular protrusion,
Or the cone that the latter half of flowing water groove mould 4 24 is the auxiliary roller 1 of flowing water groove mould three that the gradient is less than flowing water groove mould 3 23
Platform, top half are cylinder；The auxiliary roller 2 242 of flowing water groove mould four of flowing water groove mould 4 24 is the latter half and flowing water groove mould
The annular groove or inversed taper platform that the 4 24 auxiliary the latter half of roller 1 of flowing water groove mould four is used cooperatively, top half are circle
Post；
Flowing water groove mould 1 and flowing water groove mould 2 22 are set on the table by side plate, the He of flowing water groove mould 3 23
Flowing water groove mould 4 24 is set on the table by another block of side plate.Such design is to strengthen the stabilization of plate face operation
Property, facilitate directing for basic sheet material between two side plates.
The use process of roll-in gutter channel is：
The gap between auxiliary roller one, auxiliary roller two and auxiliary roller 3 213 can be first adjusted during use to design point, by soleplate
T-shaped additional side one end of material is introduced between auxiliary roller one, auxiliary roller two and auxiliary roller 3 213, mobile auxiliary roller one, auxiliary roller two and auxiliary roller three
The T-shaped additional side of 213 bendings.(flowed by auxiliary roller one and the bending of auxiliary roller 3 213 additional side 1 of the T-shaped additional side of basic sheet material
After the bending certain angle of water tank die 1, keep constant in three other flowing water groove moulds), form welding edge 5；It is attached
Edged 2 62 by auxiliary roller one and the bending of auxiliary roller two (in four flowing water groove moulds, gutter channel 4 that bending additional side 2 62 is formed
Outer side edges and the angle angle on base be sequentially reduced)；The process of the T-shaped additional side processing of basic sheet material is followed successively by：
Additional side 1 is by the auxiliary roller 1 of flowing water groove mould one and the bending of auxiliary roller 3 213 in flowing water groove mould 1, i.e.,
It is in 90 ° by the top bending of roller 1 auxiliary with flowing water groove mould one of the roundlet column bottom of auxiliary roller 3 213 for additional side 1, formed
Welding edge 5；Additional side 2 62 is flattened by the auxiliary side of roller 1 of flowing water groove mould one and the auxiliary side of roller 2 212 of flowing water groove mould one,
Facilitate follow-up bending；
Welding edge 5 is unchanged in flowing water groove mould 2 22, and additional side 2 62 is by the auxiliary lower half of roller 1 of flowing water groove mould two
The inversed taper platform side of partial frustum side and the auxiliary the latter half of roller 2 222 of flowing water groove mould two is extruded, and additional side 2 62 is rolled over
Curved certain angle；
Welding edge 5 is unchanged in flowing water groove mould 3 23, and additional side 2 62 is by the auxiliary lower half of roller 1 of flowing water groove mould three
The inversed taper platform side of partial frustum side and the auxiliary the latter half of roller 2 232 of flowing water groove mould three is extruded, and additional side 2 62 is continued
It is bent over bigger angle；
Welding edge 5 is unchanged in flowing water groove mould 4 24, and additional side 2 62 is by the auxiliary lower half of roller 1 of flowing water groove mould four
The annular groove or inversed taper platform side of partial annular protrusion or frustum side with the auxiliary the latter half of roller 2 242 of flowing water groove mould four
Face extrudes, and additional side 2 62 is bent into gutter channel 4.
Flowing water groove mould 1, flowing water groove mould 2 22, flowing water groove mould 3 23 and gutter channel are passed through in T-shaped additional side successively
4 24 4 bendings of mould, each bending angle in additional side 2 62 draw according to sheet material mechanical property and ductility, no
There are different angle, the different methods of salary distribution with material.Welding edge 5 be additional side 1 by flowing water groove mould 1 once into
Type, gutter channel 4 are that additional side 2 62 is just molded by four flowing water groove moulds, four bendings, the outer side edges of gutter channel 4 and base
Angle be gradually reduced (initially can treat as 180 °), i.e., the angle that additional side 2 62 is bent over gradually increases, final additional side
2 62 are processed to gutter channel 4, as shown in Figure 10.Roll-in gutter channel technique can combine synchronous processing completion during this,
Add the forming step being short of in existing roll squeezer.
Flowing water groove mould 1, flowing water groove mould 2 22, flowing water groove mould 3 23 and flowing water groove mould are passed through in T-shaped additional side
After 4 24 processing, gutter channel 4 is processed into, the outer side edges and base angle of the gutter channel 4 after machining are 97 ° -160 °
(angle is the α in Figure 11), the angle and basic sheet material mechanical property and ductility angle actually obtained match.
Push up covering in roll-in side：
The arc machining for being needed basic sheet material side top cover portion using multi-pass roll-in in covering roll squeezer 3 is complete
Into.
Covering roll squeezer 3 includes entablature 94, lower axle 98 and connecting plate 99, and the both ends of entablature 94 are by respectively passing through a company
Fishplate bar 99 is connected with the both ends of lower axle 98, and entablature 94 can move on connecting plate 99.It is provided between entablature 94 and lower axle 98
Upper axle 91, auxiliary roller 95 and carrying roller 97, the upper both ends of axle 91 are connected by column 93 with entablature 94, and auxiliary roller 95 connects with entablature 94
Connect, carrying roller 97 is connected with connecting plate 99.Auxiliary roller 95 is arranged on the side of axle 91, and the auxiliary lateral surface of roller 95 is a curved surface, carrying roller 97
It is inclined at the opposite side of axle 91.Lower roll 96 is provided with lower axle 98, is provided with what is be used cooperatively with lower roll 96 on upper axle 91
Upper roller 92.Lower roll 96 is a curved surface relative to the side of upper roller 92, and the line of carrying roller 97, lower roll 96 and the one side of auxiliary roller 95 is in
One smoothed curve, the smoothed curve are the shape for being processed the top of the side with the gutter channel automobile side top covering cover portion completed
Shape.
The gap between lower roll 96 and upper roller 92 can be first adjusted during use to design point, basic sheet material is introduced into lower roll
Between 96 and upper roller 92, one end that basic sheet material is provided with gutter channel 4 is disposed close to the auxiliary side of roller 95, one of basic sheet material
Divide and abutted with auxiliary roller 95, a part is placed between lower roll 96 and upper roller 92, and remainder is placed on carrying roller 97；Use lower roll
96 and upper roller 92 basic sheet material is squeezed out to the circular arc that side top cover portion needs, basic sheet material is provided with stream by auxiliary roller 95 simultaneously
One end bending of tank 4, basic sheet material are processed to band gutter channel automobile side top covering, as shown in figure 11.
Comparative example 1：The outer side edges of gutter channel 4 and the angle on base after machining are changed to be less than 97 ° or are more than
160 °, remaining is equal to embodiment 1 and carries out comparative example 1；
When the outer side edges of gutter channel 4 and the angle on base are changed to be less than 97 ° (such as 95 °, 96 °), because angle is finally
The auxiliary roller 1 of flowing water groove mould four and the auxiliary roller 2 242 of flowing water groove mould four machine, steady in process less than 97 °
It is qualitative poor, easily go wrong；When the outer side edges and base angle of gutter channel 4 are changed to be more than 160 °, gutter channel 4 has connect
Near is in a plane, and the collecting effect of rainwater is poor.
Finally, it is also necessary to it is noted that enumerate is only a specific embodiment of the present utility model to diagram.Obviously,
The utility model is not limited to a kind of example in diagram, can also there is many deformations.One of ordinary skill in the art can be from this reality
All gutter channel is pushed up into covering by rolling process and side it are combined as one with what new disclosure was directly exported or associated
Individual overall scheme and processing technology, are considered as the scope of protection of the utility model.
Claims (4)
1. the mould structure of automobile side top covering and gutter channel, it is characterised in that：Including additional side roll squeezer (1), flowing water grooved roller
Press (2) and covering roll squeezer (3)；
The gutter channel roll squeezer (2) includes gutter channel die assembly；The gutter channel die assembly includes at least one flowing water
Groove mould；The flowing water groove mould include transverse slat (215), the riser (214) being connected with transverse slat (215), auxiliary roller one, auxiliary roller two and
Auxiliary roller three (213), auxiliary roller three (213) is parallel with transverse slat (215), be movably set with transverse slat (215) be used in conjunction with each other it is auxiliary
Roller one and auxiliary roller two, the auxiliary roller three (213) being used cooperatively with auxiliary roller one and auxiliary roller two is movably set with riser (214)；It is described
Auxiliary roller three (213) includes the big cylinder and small column being connected with each other；The big cylinder of the auxiliary roller three (213) respectively with auxiliary roller one
Side and the top of auxiliary roller two abut, and the top of auxiliary roller one abuts with the small column of auxiliary roller three (213).
2. the mould structure of automobile side top according to claim 1 covering and gutter channel, it is characterised in that：The gutter channel
Die assembly is by flowing water groove mould one (21), flowing water groove mould two (22), flowing water groove mould three (23) and flowing water groove mould four
(24) form；
The auxiliary roller one (211) of flowing water groove mould one of the flowing water groove mould one (21) is the circle that the latter half sets annular groove
Post；The auxiliary roller two (212) of flowing water groove mould one of flowing water groove mould one (21) is the cylinder that the latter half is provided with annular protrusion；Institute
The annular protrusion for stating the annular groove roller two (212) auxiliary with flowing water groove mould one of the auxiliary roller one (211) of flowing water groove mould one matches；
The latter half of the auxiliary roller one (221) of flowing water groove mould two of the flowing water groove mould two (22) is frustum, and top half is
Cylinder；The latter half of the auxiliary roller two (222) of flowing water groove mould two of the flowing water groove mould two (22) is and flowing water groove mould two
The inversed taper platform that the frustum of auxiliary roller one (221) matches, top half are cylinder；
The latter half of the auxiliary roller one (231) of flowing water groove mould three of the flowing water groove mould three (23) is frustum, and top half is
Cylinder；The gradient of the frustum of the auxiliary roller one (231) of flowing water groove mould three of the flowing water groove mould three (23) is less than flowing water groove mould
The frustum of the auxiliary roller one (221) of flowing water groove mould two of two (22) the latter half；The flowing water channel mould of the flowing water groove mould three (23)
The latter half for having three auxiliary rollers two (232) is the frustum with the auxiliary roller one (231) of flowing water groove mould three of flowing water groove mould three (23)
The inversed taper platform to match, top half are cylinder；
The auxiliary roller one (241) of flowing water groove mould four of the flowing water groove mould four (24) is the circle that the latter half is provided with annular protrusion
Post, or auxiliary (241) the latter half of roller one of flowing water groove mould four are the flowing water groove mould that the gradient is less than flowing water groove mould three (23)
The frustum of three auxiliary (231) the latter half of roller one, top half is cylinder；The flowing water groove mould four of the flowing water groove mould four (24)
Auxiliary (242) the latter half of roller two is to coordinate with auxiliary (241) the latter half of roller one of the flowing water groove mould four of flowing water groove mould four (24)
The annular groove or inversed taper platform used, top half are cylinder.
3. the mould structure of automobile side top according to claim 2 covering and gutter channel, it is characterised in that：The additional side
Roll squeezer (1) includes additional side upper roller (12) and additional side lower roll (11)；The additional side upper roller (12) is provided with least one
Upper fixing element (121), additional side lower roll (11) are provided with the lower fixture (111) being used cooperatively with upper fixing element (121)；It is described
Additional side upper roller (12) is provided with bending part (122), and it is same that all upper fixing elements (121) are all disposed within bending part (122)
Side, the lower bending part (112) being used cooperatively with upper bending part (122) is provided with additional side lower roll (11).
4. the mould structure of automobile side top according to claim 3 covering and gutter channel, it is characterised in that：The covering roller
Press (3) includes entablature (94), lower axle (98) and connecting plate (99)；Entablature (94) both ends respectively pass through a connecting plate
(99) it is connected with lower axle (98) both ends；
Axle (91), auxiliary roller (95) and carrying roller (97) are provided between the entablature (94) and lower axle (98)；The upper axle
(91) both ends are connected by column (93) with crossbeam (94)；The auxiliary roller (95) is arranged on axle (91) side, and carrying roller (97) inclines
Tiltedly it is arranged on axle (91) opposite side；The auxiliary roller (95) is connected with entablature (94)；The carrying roller (97) and connecting plate (99)
It is connected；
Lower roll (96) is provided with the lower axle (98), the upper roller being used cooperatively with lower roll (96) is provided with upper axle (91)
(92)。
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720783175.3U CN206997543U (en) | 2017-06-30 | 2017-06-30 | The mould structure of automobile side top covering and gutter channel |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720783175.3U CN206997543U (en) | 2017-06-30 | 2017-06-30 | The mould structure of automobile side top covering and gutter channel |
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| CN206997543U true CN206997543U (en) | 2018-02-13 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107138620A (en) * | 2017-06-30 | 2017-09-08 | 浙江定川机电制造有限公司 | Automobile side top covering and flowing water groove processing method and its mould structure |
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2017
- 2017-06-30 CN CN201720783175.3U patent/CN206997543U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107138620A (en) * | 2017-06-30 | 2017-09-08 | 浙江定川机电制造有限公司 | Automobile side top covering and flowing water groove processing method and its mould structure |
| CN107138620B (en) * | 2017-06-30 | 2019-11-19 | 浙江定川机电制造有限公司 | Automobile side top covering and flowing water groove processing method and its mould structure |
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