CN207076829U - It is a kind of full-automatic red to rush machine - Google Patents
It is a kind of full-automatic red to rush machine Download PDFInfo
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- CN207076829U CN207076829U CN201720722303.3U CN201720722303U CN207076829U CN 207076829 U CN207076829 U CN 207076829U CN 201720722303 U CN201720722303 U CN 201720722303U CN 207076829 U CN207076829 U CN 207076829U
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Abstract
Full-automatic red machine, including body feed tank, feeding device, red flushing furnace, feed device, decompressor are rushed the utility model discloses a kind of.The utility model has advantages below and effect:The elevated device of material in body feed tank is promoted in feeding passage upper end, and material is slid on fixed station along feeding passage, is entered positioning intracavitary locations and is fixed.Actuator one in feeding device drives the motion of feeding seat, and material is pushed on cycloconveyor belt from fixed station.Feeding device is successively transported material in red flushing furnace, after material heating in red flushing furnace, material after heating is delivered in decompressor by feed device, improve the capacity usage ratio in red flushing furnace, the energy consumption in production process is reduced, has reached high automaticity, reduction energy consumption, clean manufacturing, effect high in machining efficiency.
Description
Technical field
Valve element manufacturing equipment is the utility model is related to, it is more particularly to a kind of full-automatic red to rush machine.
Background technology
Valve element is the valve that valve body realizes the basic function of direction controlling, Stress control or flow control by its movement
Part.It is red punching be in valve element manufacturing process pass through frequently with a kind of hot extrusion technique, red punching is from modern age finish forge and hot extrusion base
A kind of advanced professional technique to grow up on plinth.
It is of the prior art it is red rush technique, worker accommodates copper rod using instrument during processing, is put into the red flushing furnace of high temperature, copper
Rod be heated in red flushing furnace it is crimson after, worker again by copper rod be clamped at punch press process.In above-mentioned process, worker's hand
Work clamping copper rod carries out red punching one by one, and workload is big, and working strength is high, and processing efficiency is low.
Utility model content
The purpose of this utility model be to provide it is a kind of it is full-automatic it is red rush machine, there is effect high in machining efficiency.
Above-mentioned technical purpose of the present utility model technical scheme is that:A kind of full-automatic red punching
Machine, including body feed tank, feeding device, red flushing furnace, feed device, decompressor, the feeding device includes stock shelf, inclination is set
The feeding passage that is placed on the stock shelf, for the material in the body feed tank to be transported into carrying for the feeding passage upper end
Rise device, be arranged at the fixed station of the feeding passage lower end, the feeding seat for promoting material on the fixed station;It is described red
Rushing stove includes grate, is fixed on the body of heater on the grate, is located at positioned at fixed station lower section and middle part in body of heater for defeated
Send the cycloconveyor belt of material;The feed device includes cradle, is obliquely installed in the cradle and upper end is positioned at annular
Conveyer belt side is used to convey the feeding channel of material, described for the material on cycloconveyor belt to be pushed to decompressor
The pusher part of feeding channel upper end.
By using above-mentioned technical proposal, full-automatic red when rushing machine work, the lifting device in feeding device carries material
Rise in feeding passage upper end, material is moved downward along feeding passage, moves on fixed station, and material is pushed to ring by feeding seat
On shape conveyer belt.
Cycloconveyor belt drives material movement to enter in red flushing furnace, and material is added through red flushing furnace and in red flushing furnace
Heat.Material is pushed into feeding channel by pusher part, and material enters decompressor along inclined feeding channel slide downward
It is interior, material is delivered continuously in red flushing furnace and heated, the material of heating, automaticity are continuously provided for decompressor
Height, improve processing efficiency.
It is of the present utility model to be further arranged to:The feeding seat is arranged at along cycloconveyor belt feed direction sliding
On the stock shelf, the stock shelf is provided with the actuator one for being used for driving the feeding seat sliding, is set on the feeding seat
There are the block positioned at the feeding seat front end, the location-plate being arranged in front of the feeding seat, depart from ring for adjusting location-plate
The regulating part of material on shape conveyer belt, formed and be used for feeding between the feeding seat front end face, the block, the location-plate
The positioning chamber for the material positioning that passage lower end skids off.
By using above-mentioned technical proposal, material is transported in feeding passage upper end by lifting device out of body feed tank,
Material is moved downward along feeding passage under Action of Gravity Field, and material is entered in positioning chamber after being skidded off from feeding passage lower end.Driving
Part one drives the motion of feeding seat, and feeding seat front end, block, location-plate are moved out behind fixed station upper surface positioned at annular conveying
Band top, the material in positioning chamber drops on cycloconveyor belt under gravity, while the material in feeding passage lower end
Touch feeding seat side wall.Material is after positioning chamber is dropped on cycloconveyor belt, and location-plate lower end is less than on cycloconveyor belt
The upper end of material, limit when material is dropped on cycloconveyor belt and roll.It is defeated to depart from annular after regulating part regulation location-plate motion
Send the material taken, actuator one drives feeding seat to retreat, after regulating part regulation positioning sheet reset, location-plate, feeding seat front end,
Positioning chamber is formed between block, feeding seat continues to retreat the material up in feeding passage lower end aligned positioning chamber, feeding passage
Slide under gravity in positioning chamber.
It is of the present utility model to be further arranged to:The regulating part include be fixed on the support bar on the feeding seat, in
Adjusting rod that portion is articulated with the support bar, it is fixed on the feeding seat and piston rod is articulated with described adjusting rod one end
Cylinder one is adjusted, the one end of the adjusting rod away from the regulation cylinder is hinged with compensating part, the company of being hinged with the compensating part
Extension bar, spacing pedestal one is provided with the feeding seat, is provided with pilot hole on the spacing pedestal one, the connecting rod passes through
It is fixed on after the pilot hole on the location-plate.
By using above-mentioned technical proposal, regulation cylinder one piston rod stretches out, and drives adjusting rod close to regulation cylinder one
One end rises, and adjusting rod rotates along hinged place, and adjusting rod declines close to one end of location-plate, drives under connecting rod and location-plate
Drop, location-plate form positioning chamber after declining between block, feeding seat front end face;Adjust the piston rod of cylinder one to retract, drive and adjust
Pole declines close to one end of regulation cylinder one, and after adjusting rod rotates along hinged place, adjusting rod rises close to one end of location-plate,
Compensating part, connecting rod and location-plate is driven to rise, location-plate rises the lower end of rear position plate higher than material on cycloconveyor belt
Upper end, depart from the material on cycloconveyor belt.
It is of the present utility model to be further arranged to:The regulating part includes the regulation cylinder being fixed on the feeding seat
Two, the regulation piston rod of cylinder two is fixed on the location-plate.
By using above-mentioned technical proposal, after the material in positioning chamber is dropped on cycloconveyor belt, regulation cylinder two is lived
Stopper rod stretches, and drives location-plate motion until departing from the material on cycloconveyor belt.
It is of the present utility model to be further arranged to:The lifting device include carriage, be arranged on the carriage and
Annular elevator belt in the body feed tank for improving material, the actuator for driving the annular elevator belt to rotate
Two, the baffle plate positioned at the annular elevator belt side is provided with the carriage, is provided with and is used on the annular elevator belt
Material is oriented to the stock guide of the baffle plate, the feeding passage upper end is located at the stock guide upper end.
By using above-mentioned technical proposal, actuator two drives annular elevator belt to move, and the material in body feed tank touches
On stock guide, it is delivered up by annular elevator belt, the stock guide that the material on stock guide is inclined by is directed at baffle plate, works as material
When being promoted to baffle plate upper end, partial material is slided into feeding passage, and partial material slides through baffle plate upper end along stock guide
After drop in body feed tank.
It is of the present utility model to be further arranged to:The cycloconveyor belt is provided with the locating slot for material insertion, described
Grate is provided with the actuator three for being used for driving cycloconveyor belt to rotate.
By using above-mentioned technical proposal, when material is dropped on cycloconveyor belt, it is embedded into locating slot, locating slot pair
Material plays a part of positioning, avoids material from being rolled on cycloconveyor belt.Actuator three drives the cycloconveyor belt on grate
Rotate.
It is of the present utility model to be further arranged to:Pusher cylinder is fixed with the grate, the pusher part is fixed on institute
State on pusher cylinder piston rod.
By using above-mentioned technical proposal, the motion of pusher cylinder piston rod movement progress pusher part, pusher part movement progress
Material on cycloconveyor belt is entered in feeding channel.
It is of the present utility model to be further arranged to:The decompressor includes punch press, workbench, and the punch press is provided with past
The sliding block moved again, the drift being arranged on the sliding block, the positioning being provided with the workbench below the drift
Hole, be communicated with the workbench in the feeding channel lower end and be vertically arranged tapping channel, positioned at the discharging
Stop part below passage, the workbench are provided with the rotary shaft for being vertically arranged and being rotationally connected with the workbench, consolidated
Due to the conveying seat in the rotary shaft, limit base is provided with the conveying seat, is articulated with the conveying seat and with it is described
Spacing pedestal one end forms the grip slipper in clamping gap, one end is fixed on the grip slipper and the other end is fixed on the conveying seat
On clamp springs, be fixed on the conveying seat gripper cylinder for being used to drive the grip slipper to rotate, the clamping gap
Between the tapping channel and the stop part, the conveying seat is in linkage with the sliding block, described when the sliding block rises
Convey seat and swing and drive the clamping intermittent motion to above the positioning hole, the limit base move to the tapping channel with
Between the stop part;After the sliding block declines, the conveying seat, which is swung, drives the clamping intermittent motion to the discharging
Between passage and the stop part.
By using above-mentioned technical proposal, when decompressor works, gap is clamped between tapping channel and stop part,
Gripper cylinder piston rod stretches out driving grip slipper and rotated, and clamp springs are stretched.Material enters from feeding channel upper end, in gravity
Slided down under effect in tapping channel, fall and entered in clamping gap along tapping channel, the lower end of material, which contradicts, to be hindered
In stopper.Gripper cylinder piston rod leaves grip slipper after retracting, grip slipper rotates under the effect of clamp springs elastic force, clamps gap
Reduce, clamp the material in gap and be clamped seat and limit base clamping.
Sliding block rises, and conveying seat is swung centered on rotary shaft, and clamping gap is with conveying seat motion until being located at positioning hole
Surface, gripper cylinder piston rod stretches out driving grip slipper and rotates, and clamping gap becomes big, clamps the material in gap in gravity
Dropped under effect in positioning hole.Between tapping channel and stop part, the material lower end in tapping channel contradicts limit base
In limit base upper surface.
Sliding block slide downward, seat backswing centered on rotary shaft is conveyed, clamping gap is with conveying seat motion until position
Between tapping channel and stop part, gripper cylinder piston rod stretches out driving grip slipper and rotated, and clamping gap becomes big, next thing
Material is fallen in clamping gap, and gripper cylinder piston rod leaves grip slipper after retracting, and grip slipper rotates under clamp springs effect,
Clamping gap diminishes, and limit base and grip slipper again clamp material.Sliding block drives drift to move during decline simultaneously, right
Material punching press in positioning hole.Punching press finishes rear slider rising, and drift by outside material lifting to positioning hole, put again by conveying seat
Dynamic, clamping gap moves to positioning hole upper end with conveying seat again, has haveed the function that continuous punching material.
It is of the present utility model to be further arranged to:The conveying seat be provided be rotationally connected with it is described conveying seat roller bearing,
The back-moving spring that the conveying seat and the other end are fixed on the workbench is fixed in one end, and the rotary shaft is positioned at described multiple
Between position spring and the roller bearing, guide pad is provided with the sliding block, is provided with the guide pad for contacting the rolling
The guiding surface that the conveying seat is swung is oriented to after axle.
By using above-mentioned technical proposal, sliding block descent tape action-oriented block declines, and the guiding surface on guide pad touches
After conveying the roller bearing on seat, driving conveying seat is swung, and conveys the clamping gap on seat from positioning hole upper direction to tapping channel
Elastic deformation occurs for lower section, back-moving spring.Sliding block, which rises, drives guide pad to rise, and conveying seat is anti-under the effect of back-moving spring elastic force
To swing, convey the clamping gap on seat from tapping channel moved beneath to positioning hole top.
It is of the present utility model to be further arranged to:The passage that gathers materials positioned at the sliding block side is provided with the punch press,
The knockout rod for passage that the material impacting on the drift gathers materials described in is fixed with the conveying seat.
By using above-mentioned technical proposal, after the punch material on sliding block, sliding block, which rises, drives drift to rise, drift
Material is taken out of out of positioning hole, conveying seat drives knockout rod motion when swinging, knockout rod strikes the material on drift, material
It is knocked and gathers materials in passage.
In summary, the utility model has the advantages that:The elevated device of material in body feed tank is promoted to
Expect in passage upper end, material is slid on fixed station along feeding passage, is entered positioning intracavitary locations and is fixed.In feeding device
Actuator one drives the motion of feeding seat, and material is pushed on cycloconveyor belt from fixed station.Cycloconveyor belt is moved thing
Material is transported in red flushing furnace body of heater after heating, and pusher cylinder promotes the motion of pusher part, and the material after heating is pushed to by pusher part
In feeding channel upper end, material is moved in decompressor along feeding channel, and decompressor carries out punching press to material, has been reached certainly
Dynamicization degree is high, effect high in machining efficiency.
Brief description of the drawings
Fig. 1 is the body feed tank, feeding device, the structural representation of red flushing furnace of embodiment 1;
Fig. 2 is the red flushing furnace of embodiment 1, pusher cylinder, feed device, the structural representation of decompressor;
Fig. 3 is the lifting device structural representation of embodiment 1;
Fig. 4 is the feeding seat of embodiment 1, the connection relationship diagram of cycloconveyor belt;
Fig. 5 is the feeding seat, fixed station, the connection relationship diagram of location-plate of embodiment 1;
Fig. 6 is the punching machine structure schematic diagram of embodiment 1;
Fig. 7 is the Working table structure schematic diagram of embodiment 1;
Fig. 8 is the rotary shaft of embodiment 1, conveying seat, the position relationship schematic diagram of back-moving spring;
Fig. 9 is the regulating part structural representation of embodiment 2;
Figure 10 is the regulating part structural representation of embodiment 3.
In figure:1st, body feed tank;2nd, feeding device;21st, stock shelf;22nd, feeding passage;23rd, lifting device;231st, convey
Frame;2311st, baffle plate;2312nd, guide plate;232nd, annular elevator belt;2321st, stock guide;234th, actuator two;235th, feed back leads to
Road;24th, fixed station;25th, feeding seat;251st, pedestal;252nd, connecting shaft;253rd, push pedal;254th, block;255th, positioning chamber;26th, drive
Moving part one;27th, slide rail;271st, limited impression;28th, regulating part;281st, cylinder one is adjusted;2811st, support bar;2812nd, adjusting rod;
2813rd, compensating part;2814th, connecting rod;282nd, cylinder two is adjusted;29th, location-plate;291st, flanging;292nd, spacing pedestal one;
2921st, pilot hole;293rd, spacing pedestal two;3rd, red flushing furnace;31st, grate;32nd, body of heater;33rd, cycloconveyor belt;331st, locating slot;
34th, actuator three;4th, feed device;41st, cradle;42nd, feeding channel;43rd, tapping channel;5th, pusher cylinder;51st, pusher
Part;6th, decompressor;61st, punch press;611st, sliding block;612nd, drift;613rd, guide pad;6131st, guiding surface;614th, gather materials logical
Road;62nd, workbench;621st, stop part;622nd, positioning hole;623rd, roller bearing;624th, spacing block seat one;625th, spacing block seat two;63、
Rotary shaft;631st, limited block;64th, seat is conveyed;641st, limit base;642nd, grip slipper;6421st, stressed plate;643rd, gripper cylinder;
644th, clamp springs;645th, gap is clamped;65th, back-moving spring;66th, knockout rod;661st, vertical rod one;662nd, vertical rod two;663rd, delay
Rush spring;664th, push rod.
Embodiment
The utility model is described in further detail below in conjunction with accompanying drawing.
Embodiment 1:It is a kind of it is full-automatic it is red rush machine, as shown in Figure 1 and Figure 2, including body feed tank 1, feeding device 2, red flushing furnace 3,
Feed device 4, decompressor 6.Material is contained in body feed tank 1, the upper end of body feed tank 1 is unlimited case mouth, and material is to be processed
Metal bar, such as copper rod.Red flushing furnace 3 includes grate 31 and the body of heater 32 being fixed on grate 31, and body of heater 32 is for material
The heating furnace of heating.The rear and front end of body of heater 32 sets hatch frame, and cycloconveyor belt 33 and driving annular are provided with grate 31
The actuator 3 34 that conveyer belt 33 rotates.The middle part of cycloconveyor belt 33 is in body of heater 32 and before and after both ends pass body of heater 32 respectively
The opening at both ends is located at outside.Feeding device 2 is transported material on cycloconveyor belt 33, the motion band animal of cycloconveyor belt 33
Material motion is delivered to outside body of heater 32, pusher part 51 promotes cycloconveyor belt 33 by the body of heater 32 of red flushing furnace 3 after material is heated
On material movement enter in the upper end of feeding channel 42, material is entered in decompressor 6 along feeding channel 42, complete doublet
The punching press of material.
As shown in Figure 1, Figure 3, feeding device 2 is set including the lifting device 23, stock shelf 21, inclination being connected with body feed tank 1
The feeding passage 22 being placed on stock shelf 21, the fixed station 24 being fixed with stock shelf 21 above cycloconveyor belt 33(Ginseng
See Fig. 5), sliding be arranged on stock shelf 21 feeding seat 25, for drive feeding seat 25 move actuator 1.Lifting dress
23 are put to be lifted up out of body feed tank 1 material to move to fixation along feeding passage 22 to the upper end open of feeding passage 22, material
After on platform 24, actuator 1 drives feeding seat 25 to move and the material on fixed station 24 is pushed on cycloconveyor belt 33, complete
Into feeding process.
As shown in figure 3, lifting device 23 includes carriage 231, the annular elevator belt 232 being arranged on carriage 231, used
In the actuator 2 234 for driving annular elevator belt 232 to rotate.The annular lower end of elevator belt 232 is located in body feed tank 1, annular lifting
Band 232 faces up motion, and the back side moves downward.The baffle plate positioned at the annular side of elevator belt 232 is fixed with carriage 231
2311, multiple inclined stock guides 2321 are fixed with annular elevator belt 232.The annular positive stock guide 2321 of elevator belt 232
It is less than the other end close to one end of baffle plate 2311, material is under the guiding of stock guide 2321 during annular 232 improving material of elevator belt
Move, and contradicted in the side wall of baffle plate 2311 towards baffle plate 2311.The upper end of feeding passage 22 is located at the upper end of baffle plate 2311, conveying
The guide plate 2312 being fixed with frame 231 above feeding passage 22, when material is promoted at the upper end of baffle plate 2311, portion
Point material movement is in feeding passage 22, along the slide downward of feeding passage 22, partial material by behind the upper end of baffle plate 2311 upper
Expect the top slide downward of passage 22, after touching guide plate 2312, material is dropped in body feed tank 1 under being blocked backward.Conveying
Feed back passage 235 is fixed with frame 231, the side wall of feed back passage 235 is wire netting, and the upper end open of feed back passage 231 is positioned at annular
The back side of elevator belt 232, the lower ending opening of feed back passage 235 are located above 1 case mouth of body feed tank.The thing at the annular back side of elevator belt 232
After material is fallen under gravity on feed back passage 235, slided into along feed back passage 235 in body feed tank 1.
As shown in figure 3, the lower rotary shaft being rotationally connected with carriage 231 is provided with carriage 231(Not shown in figure)、
The upper rotating shaft being rotationally connected with carriage 231(Not shown in figure), upper rotating shaft is located above lower rotary shaft.Annular elevator belt 232
Including two lifting chains in a ring being sheathed in upper rotating shaft and lower rotary shaft(Not shown in figure), two are fixed with upper rotating shaft
The individual upper sprocket wheel engaged respectively for lifting chain(Not shown in figure), two are fixed with lower rotary shaft and is engaged respectively for lifting chain
Lower sprocket(Not shown in figure).Annular elevator belt 232 also includes polylith band body unit(Not shown in figure), band body unit both sides
It is separately fixed on two lifting chains.Actuator 2 234 is the reducing motor being fixed on carriage 231, and reducing motor is defeated
Drive sprocket one is fixed with shaft(Not shown in figure), driven sprocket one is further fixed on lower rotary shaft(Not shown in figure), drive
Driving chain one is arranged with movable sprocket one and driven sprocket one(Not shown in figure).Reducing motor output shaft, which rotates, passes through transmission
Chain one drives lower rotary shaft to rotate, and lower rotary shaft, which rotates, drives lifting chain to rotate, and lifting chain drives band body unit to move, and plays
The effect for driving annular elevator belt 232 to rotate.
As shown in Figure 4, Figure 5, feeding passage 22(Referring to Fig. 1)Interior material moves to fixed station 24 under gravity
On, the direction sliding that feeding seat 25 conveys material along cycloconveyor belt 33 is arranged on stock shelf 21.Feeding seat 25 includes pedestal
251st, connecting shaft 252 and the push pedal 253 positioned at the front end of pedestal 251, push pedal 253 are located at the top of fixed station 24.The lower surface of pedestal 251
It is provided with chute(Not shown in figure), the slide rail 27 being embedded in chute is provided with stock shelf 21, and the both sides side wall of slide rail 27 is set
The limited impression 271 set along the length direction of slide rail 27 is equipped with, slide rail 27 is embedded in chute.Actuator 1 is to be fixed on
Cylinder on bin 21, the piston rod in actuator 1 parallel to the length direction of slide rail 27 and are fixed on feeding seat 25.
As shown in Figure 4, Figure 5, block 254 is provided with the push pedal 253 of the front end of feeding seat 25, is additionally provided with feeding seat 25
Depart from the regulation positioned at material on cycloconveyor belt 33 positioned at the location-plate 29 in the front of feeding seat 25 and for adjusting location-plate 29
Part 28.Positioning chamber 255 is formed between the front end face of feeding seat 25, block 254, location-plate 29, the side of positioning chamber 255 is block 254
End face and opposite side are opening, the opening on the lower end aligned positioning chamber 255 of feeding passage 22.
As shown in Figure 4, Figure 5, regulating part 28 includes the support bar 2811 that is fixed on feeding seat 25, middle part is articulated with support
Adjusting rod 2812 on bar 2811, the regulation cylinder 1 being fixed on feeding seat 25.The one end of adjusting rod 2812 is articulated with regulation
On the piston rod of cylinder 1, the other end is hinged with compensating part 2813, and connecting rod 2814 is hinged with compensating part 2813.Feeding seat
Spacing pedestal 1 and the spacing pedestal 2 293 positioned at the lower section of spacing pedestal 1 are fixed with 25, on spacing pedestal 1
Provided with the pilot hole 2921 for vertically running through spacing pedestal 1.The flanging of bending is wholely set on location-plate 29
291, flanging 291 is between spacing pedestal 1 and spacing pedestal 2 293, after connecting rod 2814 is fed through pilot hole 2921
It is fixed on flanging 291.The piston rod of regulating part 28 is set straight up, and regulation cylinder 1 piston rod stretches out, and drives adjusting rod
2812 rise close to one end of regulation cylinder 1, and adjusting rod 2812 rotates along hinged place, and adjusting rod 2812 is close to connecting rod
2814 one end declines, and drives connecting rod 2814 and location-plate 29 to decline, the flanging 291 of location-plate 29 contacts at spacing pedestal two
On 293.Regulation cylinder piston rod one is retracted, and drives adjusting rod 2812 to decline close to one end of regulation cylinder, the edge of adjusting rod 2812
Hinged place rotates, and adjusting rod 2812 rises close to one end of connecting rod 2814, drives connecting rod 2814 and location-plate 29 to rise, fixed
Flanging 291 on the plate 29 of position is contacted on spacing pedestal 1.
As shown in Figure 4, Figure 5, material under gravity from the lower slide of feeding passage 22 to positioning chamber 255 in, positioning
The lower end of plate 29 is less than material upper end.Actuator 1 drives the forward slip of feeding seat 25, and the material in positioning chamber 255 is in feeding seat
Travelled forward under 25 drive, the material in feeding passage 22 is contradicted in the side wall of feeding seat 25.Feeding seat 25 positions after moving
Chamber 255 is located at the top of cycloconveyor belt 33, and cycloconveyor belt 33 is provided with multiple locating slots 331 for material insertion, positioning chamber
Materials downward in 255 is dropped in the locating slot 331 on cycloconveyor belt 33, and the lower end of location-plate 29 is less than locating slot
Material upper end in 331, material from positioning chamber 255 drop in locating slot 331 when, location-plate 29 limit material annular convey
Rolled on band 33.Location-plate 29 being adjusted with regulating part 28 to rise, the lower end of location-plate 29 is higher than the upper end of material in locating slot 331,
After actuator 1 drives feedblock reverse slide, regulating part 28 to adjust the decline of location-plate 29, location-plate 29, the front end of feeding seat 25
Positioning chamber 255 is formed between face, block 254 again, when the motion of feeding seat 25 until feeding passage 22 is directed at positioning chamber 255, on
Material in material passage 22 slides into positioning chamber 255 again.
As shown in Figure 1 and Figure 2, a pair of conveying rotating shafts being rotationally connected with grate 31 are provided with the grate 31 of red flushing furnace 3
(Not shown in figure), two convey rotating shafts and are parallel to each other, and convey and are fixed with transportation sprocket in rotating shaft(Not shown in figure), it is annular defeated
The inwall of band 33 is sent to be fixed with chain(Not shown in figure), chain be engaged in two conveying rotating shaft on transportation sprockets.
Actuator 3 34 is fixed with grate 31, actuator 3 34 is motor, and drive sprocket is fixed with the output shaft of actuator 3 34
Two, convey and be fixed with driven sprocket two in rotating shaft, driving chain two is arranged with drive sprocket two and driven sprocket two.Actuator
3 34 output shaft rotations drive drive sprocket to rotate, and drive sprocket two drives driven sprocket and conveying rotating shaft by driving chain two
Rotate, and then drive cycloconveyor belt 33 to rotate.
As shown in Fig. 2 the pusher cylinder 5 positioned at the side of cycloconveyor belt 33, pusher gas are fixed with the grate 31 of red flushing furnace 3
Pusher part 51 is fixed with the piston rod of cylinder 5.Feed device 4 includes cradle 41, and feeding channel 42 is provided with cradle 41.Send
Material passage 42 is obliquely installed, and the upper end of feeding channel 42 is located at side of the cycloconveyor belt 33 away from pusher part 51.Pusher cylinder 5
Piston rod, which stretches out, promotes pusher part 51 to enter in the locating slot 331 on cycloconveyor belt 33, and pusher part 51 promotes locating slot 331
Interior material is entered in the upper end of feeding channel 42 after departing from locating slot 331.It is fixed with cradle 41 and is communicated in feeding channel
The tapping channel 43 of 42 lower ends, tapping channel 43 are set straight down.
As shown in fig. 6, decompressor 6 includes workbench 62 and punch press 61.Punch press 61 is provided with vertically reciprocal fortune
Dynamic sliding block 611, drift 612 is fixed with sliding block 611, and workbench 62 is provided with the positioning hole 622 positioned at the lower section of drift 612.
As shown in Figure 7, Figure 8, workbench 62 is provided with rotary shaft 63 and conveying seat 64, and conveying seat 64 is fixed in rotary shaft 63.Conveying
Limit base 641, the grip slipper 642 being articulated with conveying seat 64, shape between limit base 641 and grip slipper 642 are fixed with seat 64
Into the clamping gap 645 for clamping material, the stop part 621 positioned at the lower section of tapping channel 43 is fixed with workbench 62, folder
Gap 645 is held between tapping channel 43 and stop part 621, the end of limit base 641 is additionally provided with clamping gap 645
Groove.Clamp springs 644 and gripper cylinder 643 are additionally provided with conveying seat 64, the one end of clamp springs 644 is fixed on grip slipper
On 642 and the other end is fixed on conveying seat 64.Include stressed plate 6421 in grip slipper 642, the piston rod of gripper cylinder 643 stretches out
Stressed plate 6421 is contacted afterwards, and driving stressed plate 6421 rotates, and stressed plate 6421, which rotates, drives grip slipper 642 to rotate, clamp springs
644 are stretched, and clamping gap 645 becomes big.The piston rod of gripper cylinder 643 is retracted away from stressed plate 6421, and grip slipper 642 is clamping
The effect of the elastic force of spring 644 is lower to be rotated, and clamping gap 645 diminishes.
As shown in Figure 7, Figure 8, conveying seat 64 is provided with horizontally disposed roller bearing 623, and the both ends of roller bearing 623 are rotationally connected with defeated
Send on seat 64.Back-moving spring 65 is additionally provided with conveying seat 64, the one end of back-moving spring 65 is fixed on conveying seat 64, and the other end is fixed
In on fixed station 24.Rotary shaft 63 is between roller bearing 623 and back-moving spring 65.Sliding block 611 is fixed with guide pad 613, is oriented to
Guiding surface 6131 is provided with block 613.Spacing block seat 1, spacing block seat 2 625, rotary shaft are fixed with workbench 62
The limited block 631 being fixed with 63 between spacing block seat 1 and spacing block seat 2 625.It is further fixed on conveying seat 64
Vertical rod 1 and vertical rod 2 662, the upper end of vertical rod 1 are provided with knockout rod 66, and the one end of knockout rod 66 is fixed in vertical rod 1
End, knockout rod 66 are fixedly arranged in the middle of buffer spring 663, and the middle part of knockout rod 66 is fixed in the one end of buffer spring 663 and the other end is consolidated
Due in vertical rod 2 662.Push rod 664 is fixed with vertical rod 2 662, the one end of push rod 664 is welded in vertical rod 2 662, the other end
Buffer gap is formed between knockout rod 66.Knockout rod 66 is located at the side of punch press 61, and it is another that the passage 614 that gathers materials is located at punch press 61
Side.
As shown in Fig. 6 to Fig. 8, when sliding block 611 declines, the guide pad 613 on sliding block 611 declines, on guide pad 613
Guiding surface 6131 is touched on the roller bearing 623 on conveying seat 64, and driving conveying seat 64 is put along rotary shaft 63 after the stress of roller bearing 623
Dynamic, back-moving spring 65 is stretched, under conveying the clamping gap 645 on seat 64 from the upper direction of positioning hole 622 to tapping channel 43
Square, the limited block 631 in rotary shaft 63 is moved at spacing block seat 2 625 from spacing block seat 1.The piston of gripper cylinder 643
Bar stretches out driving grip slipper 642 and rotated, and clamp springs 644 are stretched, and clamping gap 645 becomes big, the material in tapping channel 43
Decline in clamping gap 645, the lower end of material is contacted on stop part 621.The piston rod of gripper cylinder 643 leaves after retracting
Grip slipper 642, grip slipper 642 rotate under the effect of the elastic force of clamp springs 644, and clamping gap 645 clamps material after reducing.It is sliding
Drift 612 on block 611 carries out punching press after declining to the material in positioning hole 622.
As shown in Fig. 6 to Fig. 8, after sliding block 611 rises, drift 612 takes material out of out of positioning hole 622, conveys seat 64
After knockout rod 66 on the elastic force lower swing of back-moving spring 65, conveying seat 64 touches the material on drift 612, by drift 612
On material impacting to gathering materials in passage 614.Gap 645 is clamped from the moved beneath of tapping channel 43 to the top of positioning hole 622, is turned
Limited block 631 on moving axis 63 moves to spacing block seat 1 from spacing block seat 2 625.The piston rod of gripper cylinder 643, which stretches out, to be driven
Dynamic grip slipper 642 is swung, and after clamping gap 645 becomes big, the material clamped in gap 645 declines under gravity, falls to
In positioning hole 622.Sliding block 611 declines again, and punching press is carried out to the material in positioning hole 622.
It is full-automatic it is red the elevated device 23 of material in body feed tank 1 is promoted in the upper end of feeding passage 22 when rushing machine work,
Material is slid on fixed station 24 along feeding passage 22, is entered position in positioning chamber 255 and is fixed.Driving in feeding device 2
Part 1 drives feeding seat 25 to move, and material is pushed on cycloconveyor belt 33 from fixed station 24.Cycloconveyor belt 33 is transported
Dynamic to transport material in the body of heater 32 of red flushing furnace 3 after heating, pusher cylinder 5 promotes pusher part 51 to move, and pusher part 51 will heat
Material afterwards is pushed in the upper end of feeding channel 42, and material is moved in decompressor 6 along feeding channel 42, and decompressor 6 is right
Material carries out punching press, and automaticity is high, high in machining efficiency.
Embodiment 2:It is a kind of it is full-automatic it is red rush machine, be that regulating part 28 is as shown in Figure 9, with the difference of embodiment 1
The regulation cylinder 2 282 of feeding seat 25 is fixed on, regulation cylinder 2 282 is set straight down, and location-plate 29 is fixed on regulation gas
On cylinder piston rod.When the material in positioning chamber 255 is dropped on cycloconveyor belt 33, the lower end of location-plate 29 is defeated less than annular
The upper end of material on band 33 is sent, material is limited and is rolled on cycloconveyor belt 33, regulation cylinder 2 282 piston rod is retracted, and is driven
Location-plate 29 rises until the lower end of location-plate 29 is higher than the material upper end of cycloconveyor belt 33, and drive location-plate 29 departs from annular conveying
Material upper end on band 33.
Embodiment 3:It is a kind of it is full-automatic it is red rush machine, as shown in Figure 10, be with the difference of embodiment 1, adjust cylinder
2 282 is horizontally disposed, and location-plate 29 is fixed on regulation cylinder piston rod.When the material in positioning chamber 255 drop to annular it is defeated
When sending on band 33, the lower end of location-plate 29 limits material in cycloconveyor belt 33 less than the upper end of material on cycloconveyor belt 33
On material roll.Regulation cylinder 2 282 piston rod movement drives location-plate 29 to move in the horizontal direction, until location-plate 29 is de-
From the material on cycloconveyor belt 33.
Specific embodiment is only that it is not to limitation of the present utility model, this area to explanation of the present utility model
Technical staff can make the modification of no creative contribution to the present embodiment as needed after this specification is read, but only
All to be protected in right of the present utility model by Patent Law.
Claims (10)
1. full-automatic red machine is rushed a kind of, it is characterised in that:Including body feed tank(1), feeding device(2), red flushing furnace(3), feeding dress
Put(4), decompressor(6), the feeding device(2)Including stock shelf(21), be obliquely installed in the stock shelf(21)On
Feeding passage(22), for by the body feed tank(1)Interior material is transported to the feeding passage(22)The lifting device of upper end
(23), be arranged at the feeding passage(22)The fixed station of lower end(24), for promoting the fixed station(24)Upper material it is upper
Expect seat(25);The red flushing furnace(3)Including grate(31), be fixed on the grate(31)On body of heater(32), positioned at described solid
Determine platform(24)Lower section and middle part is located at body of heater(32)The interior cycloconveyor belt for being used to convey material(33);The feed device(4)
Including cradle(41), be obliquely installed in the cradle(41)And upper end is located at cycloconveyor belt(33)Side is used for punching press
Device(6)Convey the feeding channel of material(42), for by cycloconveyor belt(33)On material be pushed to the feeding channel
(42)The pusher part of upper end(51).
2. a kind of full-automatic red machine is rushed according to claim 1, it is characterised in that:The feeding seat(25)Along the annular
Conveyer belt(33)Feed direction sliding is arranged at the stock shelf(21)On, the stock shelf(21)It is provided with described for driving
Feeding seat(25)The actuator one of sliding(26), the feeding seat(25)It is provided with and is located at the feeding seat(25)The block of front end
(254), be arranged at the feeding seat(25)The location-plate in front(29), for adjusting location-plate(29)Depart from cycloconveyor belt
(33)The regulating part of upper material(28), the feeding seat(25)Front end face, the block(254), the location-plate(29)Between
Formed and be used for feeding passage(22)The positioning chamber for the material positioning that lower end skids off(255).
3. a kind of full-automatic red machine is rushed according to claim 2, it is characterised in that:The regulating part(28)Including being fixed on
The feeding seat(25)On support bar(2811), middle part be articulated with the support bar(2811)On adjusting rod(2812), it is solid
Due to the feeding seat(25)Upper and piston rod is articulated with the adjusting rod(2812)The regulation cylinder one of one end(281), it is described
Adjusting rod(2812)Away from the regulation cylinder one(281)One end be hinged with compensating part(2813), the compensating part(2813)
On be hinged with connecting rod(2814), the feeding seat(25)On be provided with spacing pedestal one(292), the spacing pedestal one
(292)On be provided with pilot hole(2921), the connecting rod(2814)Through the pilot hole(2921)After be fixed on it is described fixed
Position plate(29)On.
4. a kind of full-automatic red machine is rushed according to claim 2, it is characterised in that:The regulating part(28)Including being fixed on
The feeding seat(25)On regulation cylinder two(282), the regulation cylinder two(282)Piston rod is fixed on the location-plate
(29)On.
5. a kind of full-automatic red machine is rushed according to claim 1, it is characterised in that:The lifting device(23)Including conveying
Frame(231), be arranged at the carriage(231)Go up and be located at the body feed tank(1)The interior annular elevator belt for improving material
(232), for driving the annular elevator belt(232)The actuator two of rotation(234), the carriage(231)On be provided with
Positioned at the annular elevator belt(232)The baffle plate of side(2311), the annular elevator belt(232)On be provided with for by material
It is oriented to the baffle plate(2311)Stock guide(2321), the feeding passage(22)Upper end is located at the stock guide(2321)On
End.
6. a kind of full-automatic red machine is rushed according to claim 1, it is characterised in that:The cycloconveyor belt(33)It is provided with
For the locating slot of material insertion(331), the grate(31)It is provided with and is used to drive cycloconveyor belt(33)The actuator of rotation
Three(34).
7. a kind of full-automatic red machine is rushed according to claim 6, it is characterised in that:The grate(31)On be fixed with pusher
Cylinder(5), the pusher part(51)It is fixed on the pusher cylinder(5)On piston rod.
8. a kind of full-automatic red machine is rushed according to claim 1, it is characterised in that:The decompressor(6)Including punch press
(61), workbench(62), the punch press(61)It is provided with reciprocating sliding block(611), be arranged at the sliding block(611)On
Drift(612), the workbench(62)On be provided with positioned at the drift(612)The positioning hole of lower section(622), the workbench
(62)On be communicated with the feeding channel(42)Lower end and the tapping channel being vertically arranged(43), positioned at the tapping channel
(43)The stop part of lower section(621), the workbench(62)It is provided with and is vertically arranged and is rotationally connected with the workbench(62)
On rotary shaft(63), be fixed on the rotary shaft(63)On conveying seat(64), the conveying seat(64)Upper setting limited location
Seat(641), be articulated with the conveying seat(64)It is upper and with the spacing pedestal one(292)End forms clamping gap(645)Folder
Hold seat(642), one end be fixed on the grip slipper(642)And the other end is fixed on the conveying seat(64)On clamp springs
(644), be fixed on the conveying seat(64)It is upper to be used to drive the grip slipper(642)The gripper cylinder of rotation(643), the folder
Hold gap(645)Positioned at the tapping channel(43)With the stop part(621)Between, the conveying seat(64)It is in linkage with described
Sliding block(611), the sliding block(611)During rising, the conveying seat(64)Swing and drive the clamping gap(645)Move to institute
State positioning hole(622)Top, the limit base(641)Move to the tapping channel(43)With the stop part(621)Between;
When the sliding block(611)After decline, the conveying seat(64)Swing and drive the clamping gap(645)It is logical to move to the discharging
Road(43)With the stop part(621)Between.
9. a kind of full-automatic red machine is rushed according to claim 8, it is characterised in that:The conveying seat(64)It is provided with and rotates
It is connected to the conveying seat(64)Roller bearing(623), one end be fixed on the conveying seat(64)And the other end is fixed on the work
Make platform(62)On back-moving spring(65), the rotary shaft(63)Positioned at the back-moving spring(65)With the roller bearing(623)It
Between, the sliding block(611)On be provided with guide pad(613), the guide pad(613)On be provided with for contacting the roller bearing
(623)After be oriented to the conveying seat(64)The guiding surface of swing(6131).
10. a kind of full-automatic red machine is rushed according to claim 9, it is characterised in that:The punch press(61)On be provided with position
In the sliding block(611)The passage that gathers materials of side(614), the conveying seat(64)On be fixed with for by the drift(612)
On material impacting gather materials described in passage(614)Knockout rod(66).
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CN201720722303.3U CN207076829U (en) | 2017-06-20 | 2017-06-20 | It is a kind of full-automatic red to rush machine |
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CN201720722303.3U CN207076829U (en) | 2017-06-20 | 2017-06-20 | It is a kind of full-automatic red to rush machine |
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CN108526239A (en) * | 2018-06-12 | 2018-09-14 | 彪马集团有限公司 | A kind of slide way mechanism for the red conveying for rushing raw material |
CN108620501A (en) * | 2018-03-12 | 2018-10-09 | 浙江彪马自动化设备有限公司 | A kind of hydraulic pressure is red to rush feedstock transportation push general assembly mechanism |
CN108723224A (en) * | 2018-05-31 | 2018-11-02 | 彪马集团有限公司 | It is a kind of to be used for the red clamping device for rushing raw material |
CN108838233A (en) * | 2018-06-12 | 2018-11-20 | 彪马集团有限公司 | A kind of multifunctional vertical is hydraulic red to rush organisation of working |
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CN109226409A (en) * | 2018-09-07 | 2019-01-18 | 诸暨市润拓机械自动化科技有限公司 | It is automatically red to rush metal forming machine |
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CN110722038A (en) * | 2019-09-25 | 2020-01-24 | 慈溪市家捷消防阀门有限公司 | Rocking arm formula is red towards valve body apparatus for producing |
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CN108838233A (en) * | 2018-06-12 | 2018-11-20 | 彪马集团有限公司 | A kind of multifunctional vertical is hydraulic red to rush organisation of working |
CN108941228A (en) * | 2018-06-12 | 2018-12-07 | 彪马集团有限公司 | A kind of full-automatic vertical is red to rush equipment |
CN108526239B (en) * | 2018-06-12 | 2024-02-20 | 浙江彪马自动化设备有限公司 | Chute mechanism for conveying red punching raw materials |
CN109226409A (en) * | 2018-09-07 | 2019-01-18 | 诸暨市润拓机械自动化科技有限公司 | It is automatically red to rush metal forming machine |
CN109551187B (en) * | 2019-01-21 | 2023-08-22 | 永固集团股份有限公司 | Automatic terminal production line |
CN109551187A (en) * | 2019-01-21 | 2019-04-02 | 永固集团股份有限公司 | A kind of automation terminal production line |
CN110722038A (en) * | 2019-09-25 | 2020-01-24 | 慈溪市家捷消防阀门有限公司 | Rocking arm formula is red towards valve body apparatus for producing |
CN111151668A (en) * | 2020-03-19 | 2020-05-15 | 郑州铁头机械科技有限公司 | Automatic feeding device for punching die |
CN112453241A (en) * | 2020-10-12 | 2021-03-09 | 宁波创启自动化科技有限公司 | Automatic feeding device |
CN113926918A (en) * | 2021-10-18 | 2022-01-14 | 深圳市宏讯制造技术有限公司 | Continuous die system and continuous stamping process |
CN113926918B (en) * | 2021-10-18 | 2024-05-17 | 深圳市宏讯制造技术有限公司 | Progressive die system and progressive stamping process |
CN116372026A (en) * | 2023-01-03 | 2023-07-04 | 浙江普兰卡钎具股份有限公司 | Upsetting device and upsetting process for library of brazing tools |
CN116372026B (en) * | 2023-01-03 | 2023-09-29 | 浙江普兰卡钎具股份有限公司 | Upsetting device and upsetting process for library of brazing tools |
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CP01 | Change in the name or title of a patent holder |
Address after: 318057 Tangwang village, Pengjie Town, Luqiao District, Taizhou City, Zhejiang Province Patentee after: Zhejiang Hongming water heating technology Co.,Ltd. Address before: 318057 Tangwang village, Pengjie Town, Luqiao District, Taizhou City, Zhejiang Province Patentee before: TAIZHOU LUQIAO HONGMING WATER HEATING Co.,Ltd. |
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