CN205668380U - Vehicle air conditioner duct cutting tool - Google Patents
Vehicle air conditioner duct cutting tool Download PDFInfo
- Publication number
- CN205668380U CN205668380U CN201620549076.4U CN201620549076U CN205668380U CN 205668380 U CN205668380 U CN 205668380U CN 201620549076 U CN201620549076 U CN 201620549076U CN 205668380 U CN205668380 U CN 205668380U
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- head
- cylinder
- afterbody
- air conditioner
- vehicle air
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Abstract
The utility model discloses a kind of vehicle air conditioner duct cutting tool, it includes housing assembly, the otch material cutter sweep of vehicle air conditioner duct (1), installing hole hole punched device, irregular hole hole punched device and electrical control gear (5)；Described otch material cutter sweep, installing hole hole punched device and irregular hole hole punched device are installed on housing assembly and all electrically connect with electrical control gear (5).After using above structure, production efficiency, the accuracy to size of raising product can be greatly improved.
Description
Technical field
This utility model relates to the technical field of mould, is especially a kind of vehicle air conditioner duct cutting tool.
Background technology
Vehicle air conditioner duct, is delivered to each air conditioning exhausting in car by automobile air conditioner compressor cold wind out or hot blast
Mouthful, owing to strictly being limited by automobile instrument board space, the design in air channel inevitably needs to make concessions, and which forms
Common vehicle air conditioner duct is typically the shape of bending.Vehicle air conditioner duct is usually blow molded part, as depicted in fig. la, vapour
The cephalic incision material 1.1 and tail cant material 1.2 formed due to blow molding process is usually there will be on car air-conditioning duct 1, therefore,
Vehicle air conditioner duct 1 also needs to cut away unnecessary cephalic incision material 1.1 and tail cant material 1.2 after blow molding.It addition,
Installing hole 1.3 or other irregularly shaped hole would generally be provided with, such as cross bore 1.5, and at end on vehicle air conditioner duct
Breach 1.4 it has been additionally provided with at Kou.In actual production, it will usually carry out separate operations, first cut away the cephalic incision of port
Material 1.1 and tail cant material 1.2, then go out the closed pore 1.3 of vehicle air conditioner duct 1, and the irregular shape on unilateral wall body
Shape hole 1.5, finally must go out the breach 1.4 of port.Therefore, there is following asking in the processing of traditional vehicle air conditioner duct
Topic:
1) it is an irregular part due to vehicle air conditioner duct, when carrying out these cuttings above-mentioned or punching operation,
If relying on artificial manual operations, the size of product can not be guaranteed at all；
2) simultaneously, if on vehicle air conditioner duct, these operations operate successively, production efficiency is the lowest；
3) it addition, the hand-held blank of operator is by instrument cutting punchings such as electric saws, there is the peace that operational danger is big
Full hidden danger.
Utility model content
Technical problem to be solved in the utility model be to provide a kind of easy to operate, ensure product size accurately, safety
Property high, and the vehicle air conditioner duct cutting tool of production efficiency can be greatly improved.
For solving above-mentioned technical problem, the vehicle air conditioner duct cutting tool that this utility model provides, it includes frame group
Part, the otch material cutter sweep of vehicle air conditioner duct, installing hole hole punched device, irregular hole hole punched device and electrical control dress
Put；Described housing assembly includes horizontally disposed top frame, work top framework and under(-)chassis the most successively；Institute
Otch material cutter sweep, installing hole hole punched device and the irregular hole hole punched device stated are installed on work top framework and equal
Electrically connecting with electrical control gear, electrical control gear is arranged between under(-)chassis；Wherein otch material cutter sweep is two
Group, is respectively cephalic incision material cutter sweep and the tail cant material cutter sweep for cutting vehicle air conditioner duct two ends；Peace
Dress hole hole punched device on rear side of otch material device and housing assembly between work top framework on, irregular hole hole punched device
On the work top framework in the outside being positioned at tail cant material cutter sweep.
Described cephalic incision material cutter sweep include head Imitating block, head drive cylinder, head cutter blade and
Head hold-down mechanism；Wherein, described head Imitating block is fixedly connected on work top framework by connecting bearing, head
The upper surface of Imitating block is the curved surface fitted with vehicle air conditioner duct head undersurface, the cephalic incision of vehicle air conditioner duct
Material is positioned at outside the upper surface of head Imitating block；Described head drives cylinder to be fixedly connected on workbench by connecting bearing
On surface frame frame, head drives the piston rod free end of cylinder to be connected with one end of head cutter blade, head cutter blade another
One end is concordant with the port junction of vehicle air conditioner duct with cephalic incision material；The upper end of described head hold-down mechanism and frame
The top frame of assembly connects, and lower end connects simulated block on head, and on this head, the lower surface of simulated block has empty with automobile
Adjust the curved surface that air channel head upper surface fits；Described head hold-down mechanism includes head compression cylinder and head press head group
Part, head compression cylinder is that vertical direction is arranged, and cylinder body is fixedly connected in top frame, the piston rod of head compression cylinder
Free end is fixing with the upper end of head pressure head component to be connected, and the lower end of head pressure head component is solid with the upper end on simulated block on head
Fixed connection.
Described cephalic incision material cutter sweep also includes blade guiding mechanism, and this blade guiding mechanism includes laying respectively at
The head slide track component of head cutter blade both sides and head guide rod assembly；Described head slide track component includes head glidepath
With head top board, the cross section of head glidepath is L-shaped, and one end of head glidepath is fixedly connected on head Imitating block
On upper surface, the other end is positioned at outside head Imitating block and drives cylinder to extend to head；Head top board and head glidepath
Overlap and fix connection, between head top board and head glidepath, forming the chute for head cutter blade slides；Described
Head guide rod assembly includes guide rod and guide pin bushing, and guide pin bushing is connected to head and drives on the installing plate of cylinder and be positioned at head driving cylinder
Side, one end of guide rod is connected with the end of head cutter blade, and the middle part of guide rod is slidably connected in guide pin bushing, guide rod another
One end is free end, and the axis of guide rod drives the centerline axis parallel of cylinder with head.
Described tail cant material cutter sweep include afterbody Imitating block, afterbody drive cylinder, afterbody cutting blade and
Afterbody hold-down mechanism；Wherein, described afterbody Imitating block is connected on work top framework, afterbody Imitating block has with
The curved surface that vehicle air conditioner duct afterbody lower surface fits, the tail cant material of vehicle air conditioner duct is positioned at afterbody Imitating block
Outside；Described afterbody drives cylinder to be fixedly connected on the side of afterbody Imitating block by connecting support, and afterbody drives cylinder
Piston rod free end be connected with one end of afterbody cutting blade, the other end of afterbody cutting blade and tail cant material and automobile
The port junction of air-conditioning duct is concordant；The described upper end of afterbody hold-down mechanism is connected with the top frame of housing assembly, under
End connection has simulated block on afterbody, and on this afterbody, the lower surface of simulated block has and fits with vehicle air conditioner duct afterbody upper surface
Curved surface；Described afterbody hold-down mechanism includes afterbody compression cylinder and afterbody pressing plate, and afterbody compression cylinder is that vertical direction sets
Putting, and cylinder body is fixedly connected in top frame, the piston rod free end of afterbody compression cylinder is fixing with afterbody pressing plate to be connected,
Under on afterbody, the upper end of simulated block is fixedly connected on afterbody pressing plate.
Described connection support is two, lays respectively at the both sides of afterbody cutting blade, and the upper end of each connection support is divided
Not fixing with two sides of afterbody Imitating block side and be connected, lower end drives the two ends of cylinder mounting plate to fix with afterbody respectively
Connecting, afterbody drives the cylinder body of cylinder to be fixedly connected on afterbody and drives on cylinder mounting plate, is provided with use between two connection supports
In the guide frame guiding afterbody cutting blade；The described support that connects drives one end of cylinder to have limiting plate near afterbody,
The width of limiting plate is less than connecting the width of support and being provided with spacing between limiting plate medial surface and the medial surface being connected support；
Connecting the part beyond support limiting plate in the longitudinal direction and have boss, the side of boss is concordant with the side of limiting plate；Two
The projection section of individual connection support is connected by guide plate, the side of afterbody cutting blade be slidably connected at guide plate, boss and
Connect in the chute formed between support.
Described irregular hole hole punched device includes connecting flat board, the detent mechanism of vehicle air conditioner duct, air conditioning for automobiles wind
Cross bore perforating press on wall body in the middle part of the front breach punch mechanism of port, road, rear breach punch mechanism and vehicle air conditioner duct
Structure；Described connection flat board is between work top framework and top frame, and connects the two ends of flat board respectively by even
Connect that post and top frame are fixing to be connected；Described front breach punch mechanism be arranged on connection flat board on, rear breach punch mechanism and
Cross bore punch mechanism is connected on work top framework.
Described front breach punch mechanism include front breach cutter, front breach drive cylinder, front bearing, gripper shoe, fork,
Front guide pad and prelocalization block；Wherein, the lower end of described front bearing is fixedly connected on connection flat board, and front breach drives cylinder
Cylinder body be fixedly connected on the upper end of front bearing, the upper end of prelocalization block is fixedly connected on connection flat board, under prelocalization block
End is positioned at below connection flat board and coordinates with the inwall of indentation, there before the port of vehicle air conditioner duct；Gripper shoe is horizontally disposed with, and one
End is fixing with the sidewall of prelocalization block to be connected, hinged in the middle part of the other end and fork, the upper end of fork and front breach driving cylinder
Piston rod free end is hinged, and lower end is hinged with horizontally disposed front breach cutter one end；The upper end of front guide pad and prelocalization block
Sidewall fixing connect, lower end is dynamically connected with front breach cutter slide, and the lower end of prelocalization block is provided with for front breach cutter punching
Front breach through hole.
Described rear breach punch mechanism include rear breach cutter, rear breach drive cylinder, rear support, rear guide pad and after
Locating piece；Wherein, the lower end of described rear support is fixedly connected on work top framework, and rear breach drives the cylinder body of cylinder admittedly
Surely the upper end of rear support it is connected to；The upper end of rear guide pad be fixedly connected on connection flat board under, one end of rear breach cutter with after
Breach drives the fixing connection of piston rod free end of cylinder, and the other end is connected with the lower slide of rear guide pad；Rear locating piece
Upper end is fixedly connected under connection flat board, and lower end coordinates with the inwall of indentation, there after the port of vehicle air conditioner duct, and lower end
There is the rear breach through hole for rear breach cutter punching.
Described detent mechanism includes positioning simulated block, centralized positioning block, positioning cylinder, positioning cylinder fixed plate；Location
Air cylinder fixed plate connects with being connected flat board, and the cylinder body of positioning cylinder is fixedly connected under positioning cylinder fixed plate, positioning cylinder
Piston rod free end is positioned at above positioning cylinder fixed plate and is connected with location simulated block, and location simulated block has and automobile
The curved surface that air-conditioning duct port wall body lower surface matches, and be positioned at below rear locating piece；One end of centralized positioning block with after
Locating piece is fixing to be connected, and the other end is provided with the cross bore boss for going out cross bore on vehicle air conditioner duct, cross bore boss
Center is provided with cross-hole.
Described cross bore punch mechanism includes that cross bore drives cylinder, cross bore cutter and connects bearing；Described ten
Word hole drives the cylinder body of cylinder to be connected with work top framework by connecting bearing, and cross bore drives the piston rod free end of cylinder
It is connected with cross bore cutter.
After using above structure, this utility model compared with prior art, has the advantage that
1) owing to otch material cutter sweep, installing hole hole punched device, irregular hole hole punched device are all integrated in a work
In dress and by electrical control gear, each device above-mentioned is carried out sequential control, make the following process of vehicle air conditioner duct become
Semi-automatic processing, is greatly improved production efficiency；And the cutter sweep that the left side of this frock is otch material, at complete otch material
Cutting operation after, vehicle air conditioner duct is taken and on the irregular hole hole punched device on right side, carries out punch operation, and simultaneously
Next processed product can be placed, so that production efficiency improves further in the otch material cutter sweep on the left side；
2) by each simulated block and the location of hold down gag and compression, vehicle air conditioner duct is made to be accurately located at frock
On, it is ensured that the machining accuracy of each product, it is greatly improved the quality of product；
3) the whole course of processing need not be the most hand-held, greatly reduces the incidence rate of security incident.
Accompanying drawing explanation
Fig. 1 is the course of processing structural representation of vehicle air conditioner duct in this utility model.
Fig. 2 is the structural representation of this utility model vehicle air conditioner duct cutting tool.
Fig. 3 is the structural representation of cephalic incision material cutter sweep in this utility model.
Fig. 4 is the structural representation of cephalic incision material cutter sweep in this utility model.
Fig. 5 is the structural representation of tail cant material cutter sweep in this utility model
Fig. 6 is the detonation configuration schematic diagram of tail cant material cutter sweep in this utility model.
Fig. 7 is the structural representation of irregular hole hole punched device in this utility model.
Fig. 8 is the structural representation of irregular hole hole punched device in this utility model.
Fig. 9 is the structural representation of irregular hole hole punched device in this utility model.
Figure 10 is the structural representation of prelocalization block in this utility model.
Figure 11 is the structural representation of rear locating piece in this utility model.
Figure 12 is the structural representation of centralized positioning block in this utility model.
Figure 13 is the structural representation of afterbody Imitating block in this utility model.
Wherein, 1, vehicle air conditioner duct；1.1, cephalic incision material；1.2, tail cant material；1.3, installing hole；1.4, lack
Mouthful；1.5, cross bore；2, top frame；3, work top framework；4, under(-)chassis；5, electrical control gear；6, guide rod；7, lead
Set；8, head drives cylinder；9, head cutter blade；10, head top board；11, head Imitating block；12, simulate on head
Block；13, head pressure head component；14, head compression cylinder；15, head glidepath；16, afterbody compression cylinder；17, afterbody pressing plate；
18, simulated block on afterbody；19, guide plate；20, afterbody cutting blade；21, afterbody drives cylinder；22, afterbody drives cylinder to install
Plate；23, support is connected；24, afterbody Imitating block；25, limiting plate；26, boss；27, flat board is connected；28, prelocalization block；29、
Front bearing；30, front breach drives cylinder；31, gripper shoe；32, fork；33, front breach cutter；34, front guide pad；35, location
Simulated block；36, positioning cylinder fixed plate；37, positioning cylinder；38, rear locating piece；39, centralized positioning block；40, cross bore boss；
41, bearing is connected；42, cross bore cutter；43, cross bore drives cylinder；44, rear guide pad；45, rear breach drives cylinder；46、
Rear support；47, rear breach cutter；48, front breach through hole；49, rear breach through hole；50, centralized positioning block installing hole；51, cross
Through hole.
Detailed description of the invention
With detailed description of the invention, this utility model is described in more detail below in conjunction with the accompanying drawings.
From the structural representation of this utility model vehicle air conditioner duct cutting tool shown in Fig. 1～Figure 13, its bag
Including rack assembly, otch material cutter sweep, installing hole hole punched device, irregular hole hole punched device and the electricity of vehicle air conditioner duct 1
Gas control device 5.Described housing assembly includes horizontally disposed top frame 2, work top framework 3 and the most successively
Under(-)chassis 4.Described otch material cutter sweep, installing hole hole punched device and irregular hole hole punched device are installed in workbench
Electrically connecting on surface frame frame 3 and all with electrical control gear 5, electrical control gear 5 is arranged between under(-)chassis 4.Wherein otch
Material cutter sweep is two groups, is respectively the cephalic incision material cutter sweep for cutting vehicle air conditioner duct 1 two ends and afterbody is cut
Mouth material cutter sweep.Installing hole hole punched device on rear side of otch material device and housing assembly between work top framework 3 on,
On the work top framework 3 in the outside that irregular hole hole punched device is positioned at tail cant material cutter sweep.
Described cephalic incision material cutter sweep includes that head Imitating block 11, head drive cylinder 8, head cutter blade
9 and head hold-down mechanism.Wherein, described head Imitating block 11 is fixedly connected on work top framework 3 by connecting bearing
On, the upper surface of head Imitating block 11 is the curved surface fitted with vehicle air conditioner duct 1 head undersurface, vehicle air conditioner duct
The cephalic incision material 1.1 of 1 is positioned at outside the upper surface of head Imitating block 11.Described head drives cylinder 8 to prop up by connecting
Seat is fixedly connected on work top framework 3, and head drives the piston rod free end of cylinder 8 and one end of head cutter blade 9
Connecting, the other end of head cutter blade 9 is concordant with the port junction of vehicle air conditioner duct 1 with cephalic incision material 1.1.Described
The upper end of head hold-down mechanism be connected with the top frame 2 of housing assembly, lower end connect have simulated block 12 on head, this head
The lower surface of upper simulated block 12 has the curved surface fitted with vehicle air conditioner duct 1 head upper surface.Described head compacting machine
Structure includes head compression cylinder 14 and head pressure head component 13, and head compression cylinder 14 is arranged in vertical direction, and cylinder body is fixed
Being connected in top frame 2, the piston rod free end of head compression cylinder 14 is fixing with the upper end of head pressure head component 13 to be connected,
The lower end of head pressure head component 13 is fixing with the upper end on simulated block on head 12 to be connected.
Described cephalic incision material cutter sweep also includes blade guiding mechanism, and this blade guiding mechanism includes laying respectively at
The head slide track component of head cutter blade 9 both sides and head guide rod assembly.Described head slide track component includes that head glides
Rail 15 and head top board 10, the cross section of head glidepath 15 is L-shaped, and one end of head glidepath 15 is fixedly connected on head
On the upper surface of Imitating block 11, the other end is positioned at outside head Imitating block 11 and drives cylinder 8 to extend to head.Press on head
Plate 10 overlaps with head glidepath 15 and fixes and is connected, and is formed for head cutter between head top board 10 and head glidepath 15
The chute that blade 9 slides.Described head guide rod assembly includes guide rod 6 and guide pin bushing 7, and guide pin bushing 7 is connected to head and drives cylinder 8
On installing plate and be positioned at head drive cylinder 8 side, one end of guide rod 6 is connected with the end of head cutter blade 9, guide rod 6
Middle part be slidably connected in guide pin bushing 7, the other end of guide rod 6 is free end, and the axis of guide rod 6 and head drive in cylinder 8
Mandrel line is parallel.
Described tail cant material cutter sweep includes that afterbody Imitating block 24, afterbody drive cylinder 21, afterbody cutter
Sheet 20 and afterbody hold-down mechanism.Wherein, described afterbody Imitating block 24 is connected on work top framework 3, afterbody Imitating
There is the curved surface fitted with vehicle air conditioner duct 1 afterbody lower surface, the tail cant material 1.2 of vehicle air conditioner duct 1 on block 24
It is positioned at the outside of afterbody Imitating block 24.Described afterbody drives cylinder 21 to be fixedly connected on afterbody lower mold by connecting support 23
Intending the side of block 24, afterbody drives the piston rod free end of cylinder 21 to be connected with one end of afterbody cutting blade 20, and afterbody cuts
The other end of blade 20 is concordant with the port junction of vehicle air conditioner duct 1 with tail cant material 1.2.Described afterbody compacting machine
The upper end of structure is connected with the top frame 2 of housing assembly, and lower end connects simulated block 18 on afterbody, simulated block 18 on this afterbody
Lower surface has the curved surface fitted with vehicle air conditioner duct 1 afterbody upper surface.Described afterbody hold-down mechanism includes afterbody pressure
Tight cylinder 16 and afterbody pressing plate 17, afterbody compression cylinder 16 is arranged in vertical direction, and cylinder body is fixedly connected on top frame 2
On, the piston rod free end of afterbody compression cylinder 16 is fixing with afterbody pressing plate 17 to be connected, and on afterbody, the upper end of simulated block 18 is fixed
It is connected to afterbody pressing plate 17 times.
Described connection support 23 is two, lays respectively at the both sides of afterbody cutting blade 20, each connection support 23
Upper end is fixing with two sides of afterbody Imitating block 24 side respectively to be connected, and lower end drives cylinder mounting plate 22 with afterbody respectively
Two ends fixing connect, afterbody drives the cylinder body of cylinder 21 to be fixedly connected on afterbody to drive on cylinder mounting plate 22, two connections
The guide frame for guiding afterbody cutting blade 20 it is provided with between support 23.Described connection support 23 drives gas near afterbody
One end of cylinder 21 has limiting plate 25, the width of limiting plate 25 less than connect the width of support 23 and limiting plate 25 medial surface with
Connect and be provided with spacing between the medial surface of support 23.Connect the part beyond support 23 limiting plate 25 in the longitudinal direction and have convex
Platform 26, the side of boss 26 is concordant with the side of limiting plate 25.Boss 26 part of two connection supports 23 passes through guide plate 19
Connecting, the side of afterbody cutting blade 20 is slidably connected at guide plate 19, boss 26 and connects the chute formed between support 23
In.
Described irregular hole hole punched device includes connecting flat board 27, the detent mechanism of vehicle air conditioner duct 1, air conditioning for automobiles
Cross bore on wall body punching in the middle part of the front breach punch mechanism of port, air channel 1, rear breach punch mechanism and vehicle air conditioner duct 1
Holes mechanism.Described connection flat board 27 is between work top framework 3 and top frame 2, and connects the two ends of flat board 27
By connecting, post is fixing with top frame 2 to be connected respectively.Described front breach punch mechanism is arranged on connection flat board 27, lacks afterwards
Mouth punch mechanism and cross bore punch mechanism are connected on work top framework 3.
Described front breach punch mechanism includes that front breach cutter 33, front breach drive cylinder 30, front bearing 29, gripper shoe
31, fork 32, front guide pad 34 and prelocalization block 28.Wherein, the lower end of described front bearing 29 is fixedly connected on connection flat board
On 27, front breach drives the cylinder body of cylinder 30 to be fixedly connected on the upper end of front bearing 29, and the upper end of prelocalization block 28 is fixing to be connected
Connecting on flat board 27, the lower end of prelocalization block 28 is positioned at below connection flat board 27 and lacks before the port of vehicle air conditioner duct 1
Inwall at Kou coordinates.Gripper shoe 31 is horizontally disposed with, and one end is fixing with the sidewall of prelocalization block 28 to be connected, the other end and fork 32
Middle part is hinged, and the upper end of fork 32 and front breach drive the piston rod free end of cylinder 30 hinged, lower end and horizontally disposed before
Breach cutter 33 one end is hinged.The upper end of front guide pad 34 is fixing with the sidewall of prelocalization block 28 to be connected, lower end and front breach cutter
Tool 33 is slidably connected, and the lower end of prelocalization block 28 is provided with the front breach through hole 48 for the punching of front breach cutter 33.
Described rear breach punch mechanism includes that rear breach cutter 47, rear breach drive cylinder 45, rear support 46, guide afterwards
Block 44 and rear locating piece 38.Wherein, the lower end of described rear support 46 is fixedly connected on work top framework 3, and rear breach drives
The cylinder body of dynamic air cylinder 45 is fixedly connected on the upper end of rear support 46.The upper end of rear guide pad 44 is fixedly connected on connection flat board 27
Under, one end of rear breach cutter 47 is fixing with the piston rod free end of rear breach driving cylinder 45 to be connected, the other end and rear guiding
The lower slide of block 44 connects.The upper end of rear locating piece 38 is fixedly connected on connection flat board 27 times, lower end and vehicle air conditioner duct 1
Port after the inwall of indentation, there coordinate, and lower end has the rear breach through hole 49 for the punching of rear breach cutter 47.
Described detent mechanism includes positioning simulated block 35, centralized positioning block 39, positioning cylinder 37, positioning cylinder fixed plate
36.Positioning cylinder fixed plate 36 connects with being connected flat board 27, and the cylinder body of positioning cylinder 37 is fixedly connected on positioning cylinder fixed plate
36 times, the piston rod free end of positioning cylinder 37 is positioned at above positioning cylinder fixed plate 36 and is connected with location simulated block 35, fixed
On the simulated block 35 of position, there is the curved surface matched with vehicle air conditioner duct 1 port wall body lower surface, and be positioned at rear locating piece 38
Lower section.One end of centralized positioning block 39 is fixing with rear locating piece 38 to be connected, and the other end is provided with for going out vehicle air conditioner duct 1
The cross bore boss 40 of cross bore 1.5, cross bore boss 40 center is provided with cross-hole 51.
Described cross bore punch mechanism includes that cross bore drives cylinder 43, cross bore cutter 42 and connects bearing 41.Institute
The cross bore stated drives the cylinder body of cylinder 43 to be connected with work top framework 3 by connecting bearing 41, and cross bore drives cylinder 43
Piston rod free end be connected with cross bore cutter 42.
In this utility model frock, also the both sides of the housing assembly between top frame and work top framework, the most perpendicular
Grating is directly installed, and otch material cutting activate switch, rotary knob and otch material are installed on work top framework cut
Cut activate switch.The side of housing assembly, the back side are mounted on lattice-shaped coaming plate, the bottom below cephalic incision material cutter sweep
Framework is provided with cephalic incision material blanking bucket, and the under(-)chassis below tail cant material cutter sweep is provided with tail cant material and falls
Charging basket.The housing assembly back side of top frame is provided with illuminating lamp.
The work process of this utility model vehicle air conditioner duct cutting tool is as follows:
1, the most whether inspection equipment connects correctly, then connects power supply and source of the gas, filtering pressure reducer pressure is adjusted to institute
Need air pressure 0.6～0.7MPa；
2, start the battery main switch on electrical control gear, check whether emergency stop switch (red) is opened, rotary knob
Adjust to centre position；When product-free, start otch material cutting activate switch and otch material cutting activate switch is (same
Time press 2 activate switches), it is the most feasible that grating is installed in detection, and checks that equipment mechanism action is the most unobstructed；
3, after power-on main switch, equipment is under off working state, is placed on simulated block by processed product；Open
After opening two activate switches, by cephalic incision material cutter sweep and the action of tail cant material cutter sweep, installing hole punching
After the action of device, take out semi-finished product, be placed on the punching processing carrying out cross bore and breach on the hole punched device of irregular hole；
4, after all machining, equipment recovers ortho states, takes out product；Repeat the action of step 3；
The above state of equipment is integrated model action, i.e. left side otch material cutter sweep and the irregular hole punching on right side
Device works simultaneously；It can also be action respectively, only need to rotate rotary knob to left side, it is possible to carry out single otch
Material cutting operation, rotates rotary knob to right side, so that it may just carry out the most irregular hole punch operation.
The above, instrument is the enforcement example that this utility model is the most feasible, it is impossible to the most i.e. limit to of the present utility model
Interest field, for those skilled in the art, all utilization the technical solution of the utility model and technology design are made
Other various corresponding changes all should belong within this utility model scope of the claims.
Claims (10)
1. a vehicle air conditioner duct cutting tool, it is characterised in that: it includes housing assembly, the cutting of vehicle air conditioner duct (1)
Mouth material cutter sweep, installing hole hole punched device, irregular hole hole punched device and electrical control gear (5)；Described housing assembly
Include horizontally disposed top frame (2), work top framework (3) and under(-)chassis (4) the most successively；Described otch
Material cutter sweep, installing hole hole punched device and irregular hole hole punched device are installed on work top framework (3) and all with electric
Gas control device (5) electrically connects, and electrical control gear (5) is arranged between under(-)chassis (4)；Wherein otch material cutter sweep is
Two groups, respectively it is used for cutting the cephalic incision material cutter sweep at vehicle air conditioner duct (1) two ends and tail cant material cutting dress
Put；Installing hole hole punched device on rear side of otch material device and housing assembly between work top framework (3) on, irregular hole
Hole punched device is positioned on the work top framework (3) in the outside of tail cant material cutter sweep.
Vehicle air conditioner duct cutting tool the most according to claim 1, it is characterised in that: described cephalic incision material cutting
Device includes that head Imitating block (11), head drive cylinder (8), head cutter blade (9) and head hold-down mechanism；Wherein,
Described head Imitating block (11) is fixedly connected on work top framework (3) by connecting bearing, head Imitating block
(11) upper surface is the curved surface fitted with vehicle air conditioner duct (1) head undersurface, and the head of vehicle air conditioner duct (1) is cut
Mouth material (1.1) is positioned at outside the upper surface of head Imitating block (11)；Described head drives cylinder (8) solid by connecting bearing
Surely being connected on work top framework (3), head drives the piston rod free end of cylinder (8) and the one of head cutter blade (9)
End connects, the other end of head cutter blade (9) and cephalic incision material (1.1) and the port junction of vehicle air conditioner duct (1)
Concordant；The upper end of described head hold-down mechanism is connected with the top frame (2) of housing assembly, and lower end connects to have on head simulates
Block (12), on this head, the lower surface of simulated block (12) has the curved surface fitted with vehicle air conditioner duct (1) head upper surface；
Described head hold-down mechanism includes head compression cylinder (14) and head pressure head component (13), and head compression cylinder (14) is in perpendicular
Nogata is to setting, and cylinder body is fixedly connected in top frame (2), the piston rod free end of head compression cylinder (14) and head
The upper end of pressure head component (13) is fixing to be connected, and the lower end of head pressure head component (13) is solid with the upper end on simulated block (12) on head
Fixed connection.
Vehicle air conditioner duct cutting tool the most according to claim 2, it is characterised in that: described cephalic incision material cutting
Device also includes blade guiding mechanism, and this blade guiding mechanism includes that the head laying respectively at head cutter blade (9) both sides is sliding
Rail assembly and head guide rod assembly；Described head slide track component includes head glidepath (15) and head top board (10), head
The cross section of subordinate's slide rail (15) is L-shaped, and one end of head glidepath (15) is fixedly connected on the upper of head Imitating block (11)
On surface, the other end is positioned at head Imitating block (11) and outward and drives cylinder (8) to extend to head；Head top board (10) and head
Subordinate's slide rail (15) overlaps and fixing connection, is formed for head cutter cutter between head top board (10) and head glidepath (15)
The chute that sheet (9) slides；Described head guide rod assembly includes guide rod (6) and guide pin bushing (7), and guide pin bushing (7) is connected to head and drives
On the installing plate of cylinder (8) and be positioned at head and drive the side of cylinder (8), one end of guide rod (6) and head cutter blade (9)
End connects, and the middle part of guide rod (6) is slidably connected in guide pin bushing (7), and the other end of guide rod (6) is free end, the axle of guide rod (6)
Line drives the centerline axis parallel of cylinder (8) with head.
Vehicle air conditioner duct cutting tool the most according to claim 1, it is characterised in that: described tail cant material cutting
Device includes that afterbody Imitating block (24), afterbody drive cylinder (21), afterbody cutting blade (20) and afterbody hold-down mechanism；Its
In, described afterbody Imitating block (24) is connected on work top framework (3), and afterbody Imitating block (24) has and automobile
The curved surface that air-conditioning duct (1) afterbody lower surface fits, the tail cant material (1.2) of vehicle air conditioner duct (1) is positioned under afterbody
The outside of simulated block (24)；Described afterbody drives cylinder (21) to be fixedly connected on afterbody Imitating block by connecting support (23)
(24) side, afterbody drives the piston rod free end of cylinder (21) to be connected with one end of afterbody cutting blade (20), and afterbody is cut
The other end of cutting blade (20) is concordant with the port junction of vehicle air conditioner duct (1) with tail cant material (1.2)；Described tail
The upper end of portion's hold-down mechanism is connected with the top frame (2) of housing assembly, and lower end connects simulated block on afterbody (18), this afterbody
The lower surface of upper simulated block (18) has the curved surface fitted with vehicle air conditioner duct (1) afterbody upper surface；Described afterbody pressure
Tight mechanism includes afterbody compression cylinder (16) and afterbody pressing plate (17), and afterbody compression cylinder (16) is arranged in vertical direction, and cylinder
Body is fixedly connected in top frame (2), and the piston rod free end of afterbody compression cylinder (16) is fixing with afterbody pressing plate (17) even
Connect, under on afterbody, the upper end of simulated block (18) is fixedly connected on afterbody pressing plate (17).
Vehicle air conditioner duct cutting tool the most according to claim 4, it is characterised in that: described connection support (23) is
Two, lay respectively at the both sides of afterbody cutting blade (20), the upper end of each connection support (23) respectively with afterbody Imitating block
(24) two sides of side are fixing connects, and lower end is fixing with the two ends of afterbody driving cylinder mounting plate (22) respectively to be connected, tail
Portion drives the cylinder body of cylinder (21) to be fixedly connected on afterbody and drives on cylinder mounting plate (22), sets between two connection supports (23)
There is the guide frame for guiding afterbody cutting blade (20)；Described connection support (23) drives cylinder (21) near afterbody
One end has limiting plate (25), and the width of limiting plate (25) is less than width and limiting plate (25) medial surface connecting support (23)
It is provided with spacing with between the medial surface being connected support (23)；Connect the portion beyond support (23) limiting plate in the longitudinal direction (25)
Dividing and have boss (26), the side of boss (26) is concordant with the side of limiting plate (25)；The boss of two connection supports (23)
(26) part is connected by guide plate (19), and the side of afterbody cutting blade (20) is slidably connected at guide plate (19), boss
(26) in the chute and formed between connection support (23).
Vehicle air conditioner duct cutting tool the most according to claim 1, it is characterised in that: described irregular hole punching dress
Put the front breach punching including connecting flat board (27), the detent mechanism of vehicle air conditioner duct (1), vehicle air conditioner duct (1) port
Cross bore punch mechanism on holes mechanism, rear breach punch mechanism and vehicle air conditioner duct (1) middle part wall body；Described connection is put down
Plate (27) is positioned between work top framework (3) and top frame (2), and connects the two ends of flat board (27) respectively by connecting
Post is fixing with top frame (2) to be connected；Described front breach punch mechanism is arranged in connection flat board (27), rear breach perforating press
Structure and cross bore punch mechanism are connected on work top framework (3).
Vehicle air conditioner duct cutting tool the most according to claim 6, it is characterised in that: described front breach punch mechanism
Cylinder (30), front bearing (29), gripper shoe (31), fork (32), front guide pad is driven including front breach cutter (33), front breach
And prelocalization block (28) (34)；Wherein, the lower end of described front bearing (29) is fixedly connected in connection flat board (27), front breach
The cylinder body driving cylinder (30) is fixedly connected on the upper end of front bearing (29), and the upper end of prelocalization block (28) is fixedly connected on connection
On flat board (27), the lower end of prelocalization block (28) be positioned at connection flat board (27) lower section and with the port of vehicle air conditioner duct (1) before
The inwall of indentation, there coordinates；Gripper shoe (31) is horizontally disposed with, and the sidewall of one end and prelocalization block (28) is fixing to be connected, the other end and
Fork (32) middle part is hinged, and the upper end of fork (32) and front breach drive the piston rod free end of cylinder (30) hinged, lower end and
Horizontally disposed front breach cutter (33) one end is hinged；The upper end of front guide pad (34) is fixing with the sidewall of prelocalization block (28) to be connected
Connecing, lower end is slidably connected with front breach cutter (33), and the lower end of prelocalization block (28) is provided with for the punching of front breach cutter (33)
Front breach through hole (48).
Vehicle air conditioner duct cutting tool the most according to claim 6, it is characterised in that: described rear breach punch mechanism
Cylinder (45), rear support (46), rear guide pad (44) and rear locating piece (38) is driven including rear breach cutter (47), rear breach；
Wherein, the lower end of described rear support (46) is fixedly connected on work top framework (3), and rear breach drives the cylinder of cylinder (45)
Body is fixedly connected on the upper end of rear support (46)；The upper end of rear guide pad (44) is fixedly connected under connection flat board (27), lacks afterwards
One end of mouth cutter (47) is fixing with the piston rod free end of rear breach driving cylinder (45) to be connected, the other end and rear guide pad
(44) lower slide connects；The upper end of rear locating piece (38) is fixedly connected under connection flat board (27), lower end and air conditioning for automobiles
After the port in air channel (1), the inwall of indentation, there coordinates, and the rear breach that lower end has for the punching of rear breach cutter (47) leads to
Hole (49).
Vehicle air conditioner duct cutting tool the most according to claim 8, it is characterised in that: described detent mechanism includes fixed
Position simulated block (35), centralized positioning block (39), positioning cylinder (37), positioning cylinder fixed plate (36)；Positioning cylinder fixed plate
(36) be connected flat board (27) connect, the cylinder body of positioning cylinder (37) is fixedly connected under positioning cylinder fixed plate (36), location
The piston rod free end of cylinder (37) is positioned at positioning cylinder fixed plate (36) top and is connected with location simulated block (35), positions mould
Intend, on block (35), there is the curved surface matched with vehicle air conditioner duct (1) port wall body lower surface, and be positioned at rear locating piece
(38) lower section；One end of centralized positioning block (39) is fixing with rear locating piece (38) to be connected, and the other end is provided with for going out automobile empty
Adjusting the cross bore boss (40) of the upper cross bore (1.5) in air channel (1), cross bore boss (40) center is provided with cross-hole (51).
Vehicle air conditioner duct cutting tool the most according to claim 6, it is characterised in that: described cross bore perforating press
Structure includes that cross bore drives cylinder (43), cross bore cutter (42) and connects bearing (41)；Described cross bore drives cylinder
(43) cylinder body is connected with work top framework (3) by connecting bearing (41), and cross bore drives the piston rod of cylinder (43) certainly
It is connected with cross bore cutter (42) by end.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620549076.4U CN205668380U (en) | 2016-06-03 | 2016-06-03 | Vehicle air conditioner duct cutting tool |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620549076.4U CN205668380U (en) | 2016-06-03 | 2016-06-03 | Vehicle air conditioner duct cutting tool |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205668380U true CN205668380U (en) | 2016-11-02 |
Family
ID=57191697
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620549076.4U Withdrawn - After Issue CN205668380U (en) | 2016-06-03 | 2016-06-03 | Vehicle air conditioner duct cutting tool |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205668380U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105881875A (en) * | 2016-06-03 | 2016-08-24 | 宁波精治汽车检具有限公司 | Cutting tool for automobile air conditioner air channels |
| CN107813366A (en) * | 2017-11-27 | 2018-03-20 | 台州市日兴汽车设备有限公司 | Car duct arc cutting tool |
-
2016
- 2016-06-03 CN CN201620549076.4U patent/CN205668380U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105881875A (en) * | 2016-06-03 | 2016-08-24 | 宁波精治汽车检具有限公司 | Cutting tool for automobile air conditioner air channels |
| CN105881875B (en) * | 2016-06-03 | 2018-05-29 | 宁波精治汽车检具有限公司 | Vehicle air conditioner duct cutting tool |
| CN107813366A (en) * | 2017-11-27 | 2018-03-20 | 台州市日兴汽车设备有限公司 | Car duct arc cutting tool |
| CN107813366B (en) * | 2017-11-27 | 2023-12-01 | 台州市日兴汽车设备有限公司 | Arc-shaped cutting tool for automobile air duct |
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| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20161102 Effective date of abandoning: 20180529 |
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| AV01 | Patent right actively abandoned |