CN208402235U - For automating the positioning mold of hot welding press - Google Patents
For automating the positioning mold of hot welding press Download PDFInfo
- Publication number
- CN208402235U CN208402235U CN201820852713.4U CN201820852713U CN208402235U CN 208402235 U CN208402235 U CN 208402235U CN 201820852713 U CN201820852713 U CN 201820852713U CN 208402235 U CN208402235 U CN 208402235U
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- Prior art keywords
- locating slot
- compression bar
- main body
- accommodation groove
- die main
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Abstract
The utility model provides a kind of for automating the positioning mold of hot welding press, including die main body, several magnetic sheets and several compression bars, die main body offers elongate holes, the uniform first workpiece locating slot of several spacing and second workpiece locating slot are opened up on die main body, second workpiece locating slot and the first workpiece locating slot have coincidence part, second workpiece locating slot extends to opposite side from the side of elongate holes, die main body upper surface offers several compression bar accommodation grooves corresponding with every one first workpiece locating slot, each compression bar accommodation groove extends through the front end face of die main body from the first corresponding workpiece locating slot, one end of each compression bar is articulated with the front end of each compression bar accommodation groove, the other end of each compression bar is inlaid with magnetic sheet, also correspondence is inlaid with magnetic sheet to each compression bar accommodation groove.The positioning mold can realize that Multi-station circulating welds, and realize and put part, welding, pickup continuous-flow type operation, effectively improve production efficiency.
Description
Technical field
It is the utility model relates to thermal compression welding technical field, in particular to a kind of for automating the positioning mould of hot welding press
Tool.
Background technique
Thermal compression welding is a kind of welding procedure for connecting flexible circuit board and rigid circuit board, as microelectronics surface-assembled
The emerging manufacturing process and important component of technical field, stable and efficient welding procedure of hot pressing, which is undoubtedly, guarantees that product is good
The important link of good quality.For the device that those cannot use SMT and reflow ovens to be welded, and if carried out using soldering iron
The quality problems such as inconsistent weld appearance, out-of-flatness, rosin joint short circuit are then easy to appear when welding.Hot welding press is ironed different from constant temperature
Iron, hot welding press can reach wanted temperature in the moment that is powered, and after the completion of welding, scolding tin lifts soldering tip in the case where solidification,
And soldering tip is smooth, so the flat appearance that welding comes out is consistent, rosin joint seldom occur, to connect tin etc. bad.Hot welding press is welding
It is preceding two elements to be welded to be first positioned, then be placed on the welding post of hot welding press, existing positioning method is uncomfortable
Continuous-flow type operation is answered, production efficiency is lower.
Utility model content
In view of the above, the utility model provide it is a kind of for automating the positioning mold of hot welding press, with solve on
State there are the problem of.
The utility model relates to technical solution:
It is a kind of for automating the positioning mold of hot welding press, including die main body, several magnetic sheets and several compression bars, mould
Tool main body is strip plate body, and die main body middle part offers elongate holes, table on die main body along die main body length direction
Side on face positioned at elongate holes opens up the uniform first workpiece locating slot of several spacing, and die main body offers on upper surface
Second workpiece locating slot corresponding with the first workpiece locating slot, second workpiece locating slot has with the first workpiece locating slot to be overlapped
Portion, coincidence part are used to accommodate the weld part of welded workpiece group, and second workpiece locating slot extends to phase from the side of elongate holes
To side, die main body upper surface offers several compression bar accommodation grooves corresponding with every one first workpiece locating slot, each compression bar
Accommodation groove extends through the front end face of die main body from the first corresponding workpiece locating slot, and one end of each compression bar is hinged
In the front end of each compression bar accommodation groove, the other end of each compression bar is inlaid with magnetic sheet, and also correspondence is inlaid with each compression bar accommodation groove
Magnetic sheet, when die main body is placed in each compression bar accommodation groove after rotating, magnetic sheet and each compression bar on each compression bar hold
The magnetic sheet set in slot mutually adsorbs.
Further, further include long shaft, each compression bar accommodating front of the slot is located on die main body and offers predetermined depth
Hinged end accommodation groove, die main body front end face offers long shaft accommodation groove, hinged end of the long shaft accommodation groove from starting point
Accommodation groove extends to the hinged end accommodation groove of end, and the hinged end of each compression bar offers axis hole, and long shaft is rotationally worn
In in the axis hole of each compression bar, long shaft is fixed in the corner of long shaft accommodation groove by several screws.
Further, each compression bar is made of metal material.
Further, the second workpiece locating slot is for accommodating rigid circuit board, and the first workpiece locating slot is for accommodating
Flexible circuit board sets the depth of the first workpiece locating slot as h1, and the depth of second workpiece locating slot is h2, compression bar accommodation groove
Depth is h3, rigid circuit board with a thickness of d1, accommodate flexible circuit board with a thickness of d2, then h1=h3+d2, and h2=h1+
d1。
Further, the die main body uses flame resistant material Grade numbers for the epoxy resin board of FR4.
The utility model has the beneficial effects that
To sum up, the utility model is used to automate the positioning mold of hot welding press, by opening up several on die main body
Away from uniform first workpiece locating slot and second workpiece locating slot, flexible circuit board is placed in the first workpiece locating slot, it will be rigid
Property circuit board is placed in second workpiece locating slot, by the magnetic attraction of each compression bar by each flexible circuit board and each rigid electric
Road plate is positioned on die main body, cooperation automation hot welding press use, it can be achieved that Multi-station circulating weld, and realize put part,
Welding, pickup continuous-flow type operation, effectively improve production efficiency.
Detailed description of the invention
Fig. 1 is the structural schematic diagram that the utility model automates hot welding press；
Fig. 2 is the partial enlarged view for the welder that the utility model automates hot welding press；
Fig. 3 is the sectional view in Fig. 1 along line A-A；
Fig. 4 is that the utility model automates the structural schematic diagram after hot welding press dismounting shield；
Fig. 5 is the structural schematic diagram for the loading plate that the utility model automates hot welding press；
Fig. 6 is the structural schematic diagram for the positioning mold that the utility model automates hot welding press；
Fig. 7 is the decomposition texture schematic diagram for the welded workpiece group that the utility model automates hot welding press；
Fig. 8 is the structural schematic diagram after the welded workpiece group welding of the utility model automation hot welding press；
Fig. 9 is that the positioning mold of the utility model automation hot welding press is installed on the structural schematic diagram on loading plate；
Figure 10 is the side structure schematic view for the positioning mold that the utility model automates hot welding press；
Figure 11 is the partial enlarged view for the positioning mold that the utility model automates hot welding press；
Figure 12 is the partial enlarged view for the welding wire transport mechanism that the utility model automates hot welding press；
Figure 13 is the side view for the welding wire transport mechanism that the utility model automates hot welding press；
Figure 14 is the enlarged drawing of part B in Figure 13.
Specific embodiment
Below with reference to the attached drawing in the utility model embodiment, the technical scheme in the embodiment of the utility model is carried out clear
Chu is fully described by.It should be appreciated that specific embodiment described herein is only used to explain the utility model, it is not used to
Limit scope of protection of the utility model.
Referring to Fig. 1, the utility model provides a kind of automation hot welding press, including 1, two welder 2 of base, cunning
Dynamic 3, two welding wire transport mechanisms 4 of positioning mechanism, cooling device and electric cabinet 5.
Two welders 2 are mounted on base 1 with being spaced pre-determined distance, and each welder 2 includes liftable
Head assembly 6 is welded, slide locating mechanism 3 is installed on the underface for being located at two welding head assemblies 6 on base 1, slides localization machine
Structure 3 be used for several welded workpiece groups position, each welded workpiece group include flexible circuit board 7 and rigid circuit board 8 (such as
Shown in Fig. 7), slide locating mechanism 3 drives several welded workpiece group slip-sticks, if with two 6 pairs of head assembly of welding of cooperation
Dry welded workpiece group is welded one by one.
Two welding wire transport mechanisms 4 are mounted on the rear side that two welders 2 are located on base 1, and each welding wire passes
Sending mechanism 4 is that corresponding welder 2 provides welding wire 9, and welding wire 9 is transmitted in each welding head assembly 6 and positions with sliding
Between welded workpiece group in mechanism 3, so that each welding head assembly 6 drives welding wire 9, to drop to welded workpiece group enterprising
Row welding.
Cooling device is mounted on base 1, for being rapidly cooled to the workpiece group being welded, accelerates solder joint solidifying
Gu.
Electric cabinet 5 is mounted on base 1, welding movement, weld interval and the welding for auto-control hot welding press
Temperature.
It is appreciated that one or more can also be arranged in welder 2 in a manner described, when welder 2 is arranged one
When, welder 2 welds several welded workpiece groups on slide locating mechanism 3 from first to the last one one by one；When
When welder 2 is arranged multiple, it is consistent that several welded workpiece groups on slide locating mechanism 3 are divided into welded workpiece group quantity
Multistage, each welder 2 welds the welded workpiece group in each section one by one from one end to the other side, so can be simultaneously
The welding for realizing multiple welded workpiece groups, greatly improves production efficiency.
Each welder 2 further includes that lifting assembly 10 and pressure adjust component 11, and lifting assembly 10 is installed on base 1
On, pressure adjusts the lift side that component 11 is fixed on lifting assembly 10, and welding head assembly 6 is fixed on pressure and adjusts 11 bottom of component
Portion, lifting assembly 10 are used for band dynamic pressure and adjust component 11 and weld the lifting of head assembly 6, and pressure adjusts component 11 and welds for adjusting
Joint assembly 6 acts on the pressure in welded workpiece group.
Fig. 1 and Fig. 2 is please referred to, lifting assembly 10 includes column 12, sliding chute seat 13, sliding block 14 and lifting actuator 15, is stood
The bottom end of column 12 is fixed on base 1, and sliding chute seat 13 is fixed in 12 upper end of column, and sliding chute seat 13 includes two sliding rails being oppositely arranged
And it is fixed in the connecting plate of two rail tips, sliding slot is offered on two sliding rails, the two sides difference liftable of sliding block 14 is slidably
It is set in two sliding slots, lifting actuator 15 is fixed on the connecting plate of sliding chute seat 13, and the piston rod of lifting actuator 15 can rise
It is set between two sliding rails of sliding chute seat 13 to drop, piston rod bottom end and the sliding block 14 for going up and down actuator 15 are affixed.This embodiment party
Cylinder can be used in lifting actuator 15 in formula, and under the driving of lifting actuator 15, the piston rod of lifting actuator 15 is pushed
Seat 13 reciprocatingly slides sliding block 14 along the chute, and the up-down mode of such structure may make the lifting of sliding block 14 more stable and reliable.
Fig. 1 and Fig. 3 is please referred to, pressure adjusts component 11 and includes stationary body 16, elevating lever 17, spring 18 and adjust hand
Handle 19, stationary body 16 are fixed on sliding block 14, offer stepped hole 20 on stationary body 16 vertically, stepped hole 20 is through fixation
The both ends of the surface of main body 16, elevating lever 17 are liftably set in stepped hole 20, and the bottom end of elevating lever 17 extend out to stationary body
16 is outer and affixed with welding head assembly 6, and 17 periphery wall predeterminated position of elevating lever is equipped with holding block 21, and when installation, holding block 21 is supported
It is held on the cascaded surface in stepped hole 20, the upper hole section of stepped hole 20 is equipped with internal screw thread, regulation handle 19 close to top open part
Periphery wall for the cylindrical shape of top seal, bottom end is equipped with external screw thread, and spring 18 is placed in regulation handle 19, regulation handle 19
It is bolted in the top open part of stepped hole 20, the top of elevating lever 17 is liftably set in regulation handle 19,18 bullet of spring
Property be held between the top of elevating lever 17 and the roof of regulation handle 19, by rotate regulation handle 19, play adjusting bullet
The purpose of 18 elastic force of spring.
Referring to Fig. 2, welding head assembly 6 includes the heater element 22 for being installed on the bottom end of elevating lever 17, it is installed on fever
Temperature sensor (not shown) on element 22, and it is installed on the weldering nozzle 23 of 22 bottom side of heater element, heater element 22
It is electrically connected respectively with electric cabinet 5 with temperature sensor, heater element 22 provides suitable welding temperature when welding for weldering nozzle 23
Degree, in the weldering decline welding of nozzle 23, electric cabinet 5 controls 22 energization transient heating of heater element, after the completion of welding the welding of nozzle 23, electricity
Controlling the control power-off cooling of heater element 22 of case 5 can be effectively prevented weldering in such a way that energization transient heating and power-off are cooling
Socket part floats and rosin joint, and can inhibit the heat affecting to peripheral parts well.Electric cabinet 5 is detected by temperature sensor
Data can accurately adjust suitable welding temperature.
Weldering nozzle 23 in present embodiment welds nozzle using sawtooth sheet, each sawtooth point of weldering 23 bottom end of nozzle protrusion with it is to be welded
The each weld locations connect in workpiece group are corresponding, so that weldering nozzle 23 welds multiple solder joints in welded workpiece group simultaneously
It connects.
Fig. 1 and Fig. 4 is please referred to, slide locating mechanism 3 includes the guide rail 24 being fixed on base 1, is slideably positioned in guide rail
Sliding block (not shown) on 24, the support base 25 being fixed on sliding block, the loading plate 26 being fixed on support base 25 are positioned at
Positioning mold 27 (as shown in Figure 9) on loading plate 26, opposite two bearing blocks 28 for being fixed in 24 both ends of guide rail, lead screw 29,
Shaft coupling 30 and the lead screw actuator 31 being fixed on base 1 offer screw hole on support base 25, and lead screw 29 is bolted in this spiral shell
In hole, the both ends of lead screw 29 are smooth shaft part, and the both ends of lead screw 29 are rotatably installed on two bearing blocks 28 by bearing,
One end of lead screw 29 is stretched out from a bearing block 28, and the output shaft of lead screw actuator 31 passes through the extension end of shaft coupling 30 and lead screw 29
Mutually it is sequentially connected.
Fig. 5 and Fig. 6 is please referred to, loading plate 26 is equipped with locating slot 32, the shape and peripheral dimension of locating slot 32 and positioning
The shape and peripheral dimension of mold 27 are suitable, so that positioning mold 27 is detachably positioned in locating slot 32, loading plate 26
Front side is equipped with opening, for being placed in or taking out positioning mold 27.
It is located at its front openings notch 33 there are two opening up on loading plate 26, to be more easily placed in or take out positioning mould
Tool 27.
Referring to Fig. 1, slide locating mechanism 3 further includes shield 34, the both ends of shield 34 pass through bolt removably
The both ends of guide rail 24 are installed on, shield 34 covers at 29 top of guide rail 24 and lead screw, to prevent dust or other sundries from falling into
On guide rail 24 and lead screw 29.The two sides that shield 34 is located at guide rail 24 offer sliding eye, and support base 25 is in " Kan " shape, have water
Flat support plate and the vertical plate for vertically convexedly stretching in horizontally-supported board ends, the two sides of horizontal supporting plate are respectively from 34 two sides of shield
Sliding eye stretches out, and loading plate 26 is fixed on two vertical plates.
Fig. 6, Figure 10 and Figure 11 are please referred to, positioning mold 27 includes die main body 35, several magnetic sheets 36 and several compression bars
37, die main body 35 is strip plate body, and 35 middle part of die main body offers elongate holes 38 along 35 length direction of die main body,
Side on 35 upper surface of die main body positioned at elongate holes 38 opens up the uniform first workpiece locating slot 39 of several spacing, mold
Second workpiece locating slot 40 corresponding with the first workpiece locating slot 39, second workpiece locating slot 40 are offered on 35 upper surface of main body
There is coincidence part 41 with the first workpiece locating slot 39, coincidence part 41 is used to accommodate the weld part of welded workpiece group, second workpiece
Locating slot 40 extends to opposite side from the side of elongate holes 38, and second workpiece locating slot 40 is for accommodating rigid circuit board
8, the first workpiece locating slot 39 offers fixed with every one first workpiece for accommodating flexible circuit board 7,35 upper surface of die main body
The corresponding several compression bar accommodation grooves 42 of position slot 39, each compression bar accommodation groove 42 prolong from the first corresponding workpiece locating slot 39
The front end face through die main body 35 is stretched, one end of each compression bar 37 is articulated with the front end of each compression bar accommodation groove 42, each pressure
The other end of bar 37 is inlaid with magnetic sheet 36, and each compression bar accommodation groove 42 is also inlaid with magnetic sheet 36, when die main body 35 is after rotating
When being placed in each compression bar accommodation groove 42, the magnetic sheet 36 on each compression bar 37 and 36 phase of magnetic sheet in each compression bar accommodation groove 42
Absorption.
Further, positioning mold 27 further includes long shaft 43, before being located at each compression bar accommodation groove 42 on die main body 35
End offers the hinged end accommodation groove 44 of predetermined depth, and 35 front end face of die main body offers the long shaft accommodation groove of " ┍ " shape
45, long shaft accommodation groove 45 extends to the hinged end accommodation groove 44 of end, each compression bar from the hinged end accommodation groove 44 of starting point
37 hinged end offers axis hole, and long shaft 43 is rotatably penetrated and arranged in the axis hole of each compression bar 37, if long shaft 43 passes through
Dry screw 46 is fixed in the corner of long shaft accommodation groove 45.Preferably, each compression bar 37 is made of metal material, as aluminium,
Iron or stainless steel.
The depth of the first workpiece locating slot 39 is set as h1, the depth of second workpiece locating slot 40 is h2, compression bar accommodation groove
42 depth is h3, rigid circuit board 8 with a thickness of d1, accommodate flexible circuit board 7 with a thickness of d2, then h1=h3+d2, and h2
=h1+d1.
Die main body 35 uses flame resistant material Grade numbers for the epoxy resin board of FR4, to facilitate processing and save manufacture
Cost.
If being appreciated that, the number of the first workpiece locating slot 39 is m, and the number of welder 2 is n, then m:n should be certainly
So number, so that the quantity for the welded workpiece group that each welder 2 welds is consistent, to cooperate slide locating mechanism 3 to drive
Several welded workpiece groups are welded one by one.
Fig. 7, Fig. 8 and Figure 11 are please referred to, before Fig. 7 welds for the flexible circuit board 7 and rigid circuit board 8 of welded workpiece group
Decomposition diagram, Fig. 8 is the structural schematic diagram after flexible circuit board 7 and rigid circuit board 8 weld, before welding, rigid electric
There are several solder joints 47, in use, first rigid circuit board 8 is positioned in second workpiece locating slot 40, then will be soft on road plate 8
Property circuit board 7 is positioned in the first workpiece locating slot 39, so that the welding of the weld part of rigid circuit board 8 and flexible circuit board 7
Portion is stacked, and finally rotates compression bar 37, will be pressed on flexible circuit board 7 under compression bar 37, and being adsorbed by 36 phase of magnetic sheet will
Together with rigid circuit board 8 is steadily clamped with flexible circuit board 7.Figure 12 is please referred to, weldering nozzle 23 drives welding wire 9 to decline
Weld part to 7 upper surface of flexible circuit board is welded, and the weld part in 7 upper surface of flexible circuit board is correspondingly formed several welderings
47 are put, several solder joints 47 on rigid circuit board 8 are melted in the case where weldering nozzle 23 heats, and are welded on after cooling with flexible circuit board 7
Together.
Figure 12 to Figure 14 is please referred to, welding wire transport mechanism 4 includes stock shelf 48, guide bracket 49, the first guiding tube 50, second
Guiding tube 51, third guiding tube 52, gear 53, lower gear 54, welding wire hold down assembly 55, hose connector 56 and gear drive
57, stock shelf 48 includes the fixed plate being fixed on base 1, and side stretches in the support shaft of fixed plate side, and is bolted in support
The nut of axis extension end, the turntable 58 for being wound with welding wire 9 are rotationally sheathed in support shaft, and are rotationally held on solid
Between fixed board and nut；Guide bracket 49 is fixed in 9 exit of welding wire being located on stock shelf 48 on base 1, and guide bracket 49 has
The perpendicular wall of opposite two and the connection wall for being fixed in the two perpendicular same side end faces of wall offer on the perpendicular wall of the two of guide bracket 49 logical
Hole, the first guiding tube 50 are arranged in the through-hole of the perpendicular wall of 48 side of stock shelf, and the second guiding tube 51 is arranged in another perpendicular
In the through-hole of wall, the gear 53 of engagement installation can be rotatably set between the first guiding tube 50 and the second guiding tube 51 under
The center line weight in the horizontal tangent direction of gear 54, gear 53 and lower gear 54 and the first guiding tube 50 and the second guiding tube 51
It closes, the outer end of gear 53 and lower gear 54 all has idler wheel, offers guiding groove 59 on each idler wheel, and welding wire holds down assembly 55
It is set between gear 53 and the second guiding tube 51, for welding wire 9 to be pressed in guiding groove 59, to enhance welding wire 9 and draw
The frictional force of guide groove 59 prevents welding wire 9 from skidding in transmit process；Gear drive 57 is fixed in guide bracket 49, and gear drives
The output shaft of moving part 57 and gear 53 or lower gear 54 are affixed, for driving 54 intermittent rotary of gear 53 or lower gear；It is soft
The output end of one end of connecting tube 56 and the second guiding tube 51 is connected, and the input terminal of the other end and third guiding tube 52 is connected,
Third guiding tube 52 is fixed in welding head assembly 6.Welding wire 9 sequentially passes through the first guiding tube 50, guiding groove 59, the second guiding tube
51, hose connector 56 and third guiding tube 52, welding wire 9 are finally stretched out from third guiding tube 52.
Specifically, gear drive 57 stops after driving gear 53 to rotate predetermined angle, and the rotation of gear 53 drives
Lower gear 54 accordingly rotates, so that the welding wire 9 being held in upper and lower guiding groove 59 sends out one section of preset length to output end
Welding wire 9.
It 55 includes being integrally connected to the fixed blocks 60, adjusting screw rod 61, holding piece 62, two of guide bracket 49 that welding wire, which holds down assembly,
Bolt 63, pressure spring 64, lower lock block 65 and elastic catheter 66 offer screw hole on fixed block 60, and adjusting screw rod 61 is bolted in this spiral shell
In hole, the lower end of adjusting screw rod 61 is equipped with holding piece 62 by two bolts 63, and holding piece 62 is rotationally sheathed on adjusting spiral shell
The lower end of bar 61, the upper end of pressure spring 64 are fixed on holding piece 62, and lower end is fixed on lower lock block 65, and elastic catheter 66 is worn
In the input terminal of the second guiding tube 51, lower lock block 65 is flexibly held on elastic catheter 66.By rotating adjusting screw rod 61,
The compression degree of adjustable pressure spring 64, and then play a role in the size of the pressure on elastic catheter 66, elastic catheter 66 is being pressed
Power effect is lower to be occurred elastic deformation and is pressed in welding wire 9 in the guiding groove 59 of lower section.
Welding wire transport mechanism 4 further includes bracket 67, and third guiding tube 52 is fixed in welding head assembly 6 by bracket 67.
In the present embodiment, the first guiding tube 50, the second guiding tube 51 and third guiding tube 52 are made of metal tube.Bullet
Property conduit 66 use Elastic flexible glue pipe.
Fig. 1 and Figure 12 is please referred to, cooling device includes refrigeration fan, several hose connectors 68 and several air outlets 69, system
Air-cooler is installed on base 1, and the outlet port of one end of each hose connector 68 and refrigeration fan is connected, the other end and every
One air outlet 69 is connected, and each hose connector 68 is flexible at arbitrary shape, to be welded with the air outlet alignment for adjusting air outlet 69
Connect workpiece group.
Electric cabinet 5 includes PLC controller, display screen 70 and several control buttons 71, and PLC controller is used for auto-control
The production process of hot welding press, display screen 70 are used for display working condition and running parameter, and several control buttons 71 are respectively used to
The various working conditions of auto-control hot welding press.
The working principle of the utility model automation hot welding press:
Several welded workpiece groups are positioned on slide locating mechanism 3, slide locating mechanism 3 drives several works to be welded
Part group is moved to the lower section of several welding head assemblies 6, and several welded workpiece groups are divided into several segments, each plumb joint group in equal size
Part 6 welds several welded workpiece groups in each section one by one, every to have welded a welded workpiece group, and cooling device is sent out
Cold wind is to realize the quick solidification of solder joint, after each welding head assembly 6 has welded a welded workpiece group, each plumb joint group
Part 6 rises simultaneously, and slide locating mechanism 3 drives the mobile pre-determined distance of several welded workpiece groups, to next work to be welded
Part group is welded.
To sum up, the utility model automation hot welding press is by being arranged several welders 2 and welding with several
Several welded workpiece groups can be positioned on slide locating mechanism 3 by the slide locating mechanism 3 that device 2 is slidingly fitted, if
A dry welded workpiece group is divided into several segments in equal size, the welding head assembly 6 of each welder 2 in each section it is several to
Welding workpiece group is welded one by one, and the welded workpiece group just welded realizes the quick of solder joint under the rapid cooling of cooling device
Solidification.It is every to have welded a welded workpiece group, the corresponding sliding pre-determined distance of slide locating mechanism 3, by it is next it is adjacent to
Welding workpiece group is sent to the lower section of corresponding each welding head assembly 6, for welding.The multistation welding mode so recycled
It can be achieved to put part, welding, pickup continuous-flow type operation, effectively increase production efficiency.It is dynamic by 5 automatic control soldering of electric cabinet
Make, weld interval and welding temperature, multiple solder joints in each welded workpiece group are once completed, and solder joint solidification is fast, consistency
Good, weld strength height, solder joint are beautiful and easy to operate, effectively increase the degree of automation.
The above description is only the embodiments of the present invention, and therefore it does not limit the scope of the patent of the utility model, all
Using equivalent structure or equivalent flow shift made by the utility model description, it is applied directly or indirectly in other phases
The technical field of pass, is also included in the patent protection scope of the utility model.
Claims (5)
1. a kind of for automating the positioning mold of hot welding press, which is characterized in that including die main body (35), several magnetic sheets
(36) and several compression bars (37), die main body (35) are strip plate body, and die main body (35) middle part is along die main body (35)
Length direction offers elongate holes (38), and the side on die main body (35) upper surface positioned at elongate holes (38) opens up several
The uniform first workpiece locating slot (39) of spacing, it is right with the first workpiece locating slot (39) to offer on die main body (35) upper surface
The second workpiece locating slot (40) answered, second workpiece locating slot (40) and the first workpiece locating slot (39) have coincidence part (41),
Coincidence part (41) is used to accommodate the weld part of welded workpiece group, side of the second workpiece locating slot (40) from elongate holes (38)
Opposite side is extended to, die main body (35) upper surface offers several compression bars corresponding with every one first workpiece locating slot (39)
Accommodation groove (42), each compression bar accommodation groove (42) extend through die main body at the first corresponding workpiece locating slot (39)
(35) front end face, one end of each compression bar (37) are articulated with the front end of each compression bar accommodation groove (42), each compression bar (37)
The other end is inlaid with magnetic sheet (36), and also correspondence is inlaid with magnetic sheet (36) to each compression bar accommodation groove (42), when die main body (35) pass through
Be placed in after rotation each compression bar accommodation groove (42) it is interior when, magnetic sheet (36) and each compression bar accommodation groove on each compression bar (37)
(42) magnetic sheet (36) in mutually adsorbs.
2. according to claim 1 for automating the positioning mold of hot welding press, which is characterized in that further include long shaft
(43), the hinged end accommodation groove that each compression bar accommodation groove (42) front end offers predetermined depth is located on die main body (35)
(44), die main body (35) front end face offers long shaft accommodation groove (45), and long shaft accommodation groove (45) is from the hinged of starting point
End accommodation groove (44) extends to the hinged end accommodation groove (44) of end, and the hinged end of each compression bar (37) offers axis hole, long to turn
Axis (43) is rotatably penetrated and arranged in the axis hole of each compression bar (37), and long shaft (43) is fixed in long turn by several screws (46)
The corner of axis accommodation groove (45).
3. according to claim 1 for automating the positioning mold of hot welding press, which is characterized in that each compression bar
(37) it is made of metal material.
4. according to claim 1 for automating the positioning mold of hot welding press, which is characterized in that the second workpiece
For accommodating rigid circuit board (8), the first workpiece locating slot (39) is set locating slot (40) for accommodating flexible circuit board (7)
The depth of first workpiece locating slot (39) is h1, and the depth of second workpiece locating slot (40) is h2, the depth of compression bar accommodation groove (42)
Degree is h3, rigid circuit board (8) with a thickness of d1, accommodate flexible circuit board (7) with a thickness of d2, then h1=h3+d2, and h2=
h1+d1。
5. according to claim 1 for automating the positioning mold of hot welding press, which is characterized in that the die main body
(35) use flame resistant material Grade numbers for the epoxy resin board of FR4.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820852713.4U CN208402235U (en) | 2018-06-04 | 2018-06-04 | For automating the positioning mold of hot welding press |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820852713.4U CN208402235U (en) | 2018-06-04 | 2018-06-04 | For automating the positioning mold of hot welding press |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208402235U true CN208402235U (en) | 2019-01-18 |
Family
ID=65135220
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820852713.4U Expired - Fee Related CN208402235U (en) | 2018-06-04 | 2018-06-04 | For automating the positioning mold of hot welding press |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208402235U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114274522A (en) * | 2021-12-03 | 2022-04-05 | 深圳市富创橡塑五金制品有限公司 | Foot pad hot press forming feeding equipment |
-
2018
- 2018-06-04 CN CN201820852713.4U patent/CN208402235U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114274522A (en) * | 2021-12-03 | 2022-04-05 | 深圳市富创橡塑五金制品有限公司 | Foot pad hot press forming feeding equipment |
| CN114274522B (en) * | 2021-12-03 | 2024-01-19 | 深圳市富创橡塑五金制品有限公司 | Hot-press forming feeding equipment for foot pads |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190118 |