CN108941228A

CN108941228A - A kind of full-automatic vertical is red to rush equipment

Info

Publication number: CN108941228A
Application number: CN201810601250.9A
Authority: CN
Inventors: 沈信延
Original assignee: PUMA GROUP CO Ltd
Current assignee: PUMA GROUP CO Ltd
Priority date: 2018-06-12
Filing date: 2018-06-12
Publication date: 2018-12-07
Anticipated expiration: 2038-06-12
Also published as: CN108941228B

Abstract

Equipment is rushed the present invention relates to a kind of full-automatic vertical is red, including feed frame general assembly, raw material transmission device, raw material material-pulling device and the device for feeding raw materials for transmitting workpiece；The raw material transmission device is located at the upper end of feed frame general assembly；Raw material material-pulling device and device for feeding raw materials position are corresponding；The raw material material-pulling device and device for feeding raw materials are located at the end of raw material transmission device；It further include sequentially connected red rushing raw materials furnace and heating, chute device, conveying transport mechanism and organisation of working；Equipment is rushed using the full-automatic vertical of vertical structure is red, is occupied little space, high degree of automation, pass through setting shield and observation slot, it is ensured that when setting processing, the personal safety of worker, meanwhile we can observe the working condition of process equipment at any time by observation slot；Structure is simple, and the course of work is safe and reliable.

Description

A kind of full-automatic vertical is red to rush equipment

Technical field

The invention belongs to mechanical equipment technical field more particularly to a kind of full-automatic vertical is red rushes equipment.

Background technique

The red specific processing method for rushing technique be brass bar or iron staff are heated to it is crimson after, be put into punching machine heat punching Disposable extrusion forming is carried out in mold.In common production technology, need operator by the brass bar or iron after heating The piece-holders such as stick at punching machine after just can be carried out processing.

Authorization Notice No. is to disclose a kind of automatic red in the patent document of CN203438577U and rush machine, although changing biography The mode of operation of system, but structure described in the document is excessively complicated, and transmission parts and control unit are excessive, and control precision is not Height, every equipment need special messenger to operate, high labor cost, and maintenance is also inconvenient；

Chinese patent (its application No. is: 201721359200.1；Its notification number are as follows: CN207238780 U), disclose one kind certainly Dynamic horizontal type hot extrusion machine, including, including bottom plate and molding machine set on the bottom plate, molding machine include punch-pin, cavity plate with And be fixedly mounted on left risers and right risers on bottom plate, one end of small guide post is fixedly connected with hyphen plate, on hyphen plate with length It is equipped in the middle part of the adjacent one end of transverse slat and pushes away column, pushed away column and slide through long transverse slat, be equipped with corresponding with column is pushed away is locked on long transverse slat Block and locking cylinder, hyphen plate are equipped with mandril in the middle part of one end adjacent with right risers, and mandril penetrates inside cavity plate to be terminated in molding After carry out liftout；The extruder of the patent is horizontal type structure, and occupied space is more, and production efficiency and safety need to be improved, It is unfavorable for the popularization of enterprise.

In view of the above problems, therefore, it is necessary to it makes improvements.

Summary of the invention

The present invention be in order to overcome above-mentioned defect in the prior art, provide a kind of design rationally, structure is simple, operation is steady Determine, occupy little space, the full-automatic vertical of high degree of automation is red to rush equipment.

In order to reach the goals above, the technical scheme adopted by the invention is that: a kind of full-automatic vertical is red to rush equipment, including Feed frame general assembly, raw material transmission device, raw material material-pulling device and device for feeding raw materials for transmitting workpiece；Raw material Transmission device is located at the upper end of feed frame general assembly；Raw material material-pulling device and device for feeding raw materials position are corresponding；Raw material pusher Device and device for feeding raw materials are located at the end of raw material transmission device；It further include sequentially connected red rushing raw materials furnace and heating, sliding slot Device, conveying transport mechanism and organisation of working.

Preferably, chute device is fixedly arranged on the red side wall for rushing raw materials furnace and heating, and one end of chute device rushes raw material with red The discharge port of heating furnace is corresponding, and the other end is corresponding with the conveying feed openings of transport mechanism, and chute device includes sliding slot branch Frame mechanism, the chute device being fixedly arranged in slipping groove stent mechanism；Chute device includes first sliding groove and second sliding slot；First sliding groove Inclination is laid in slipping groove stent mechanism, and the upper end of second sliding slot is arranged in first sliding groove, and the outlet of first sliding groove is sliding with second The entrance of slot is connected to；Lateral inclination angle between first sliding groove and slipping groove stent mechanism is 35 °~65 °, first sliding groove and cunning Longitudinal inclination between slot bracket institution is 75 °~85 °；First sliding groove includes side plate, bottom plate and is arranged in bottom plate two The outer baffle and Internal baffle of side, wherein the upper end of outer baffle, Internal baffle and bottom plate is installed with side plate, baffle, Internal baffle and bottom plate Lower end be connected with second sliding slot；Second sliding slot is arc chute, and the width of second sliding slot gradually decreases from big to small；Second is sliding The exit of slot is connected with lead-over groove, and second sliding slot is fixedly connected with lead-over groove, is integrally formed；The width of lead-over groove and second is slided Slot exit width is consistent；Lead-over groove includes transition bottom plate, and the transition baffle of transition bottom plate two sides is arranged in；Second is sliding Slot includes sliding slot bottom plate, and the sliding slot baffle of sliding slot bottom plate two sides is arranged in, and is laid with sliding slot lid on the sliding slot baffle of two sides Plate；The height of Internal baffle is higher than outer baffle height.

Preferably, horizontal segment and tilting section are formed on Internal baffle, the upper end of horizontal segment and the upper end of side plate are in same water In plane；Inclined sliding slot guide plate outward is installed on outer baffle, the upper end of sliding slot guide plate is higher than the upper end of horizontal segment, The tilt angle of sliding slot guide plate and outer baffle is 95 °~175 °；Slipping groove stent mechanism includes bracket bottom plate, is fixedly arranged on bracket bottom Bracket support plate on plate is installed with stent bearing plank in bracket support plate, and the other side of stent bearing plank is installed with slipping groove stent, branch The locating slot for being used to support first sliding groove is formed between frame support plate, stent bearing plank and slipping groove stent；It is movable in slipping groove stent It is connected with adjustable plate, one end of adjustable plate is mutually butted on outer baffle, for adjusting adjustable plate in slipping groove stent on adjustable plate The side regulating mechanism of longitudinal separation；Side regulating mechanism includes side adjustment bolt, has elongated side on adjustable plate Regulating tank, side adjustment bolt are threaded through in the regulating tank of side, and adjustable plate is solid by the cooperation of side adjustment bolt and side regulating tank It is scheduled in slipping groove stent.

Preferably, conveying transport mechanism includes conveying device and transmission device；Pass through between conveying device and transmission device Transition plates connection；Conveying device includes two conveying side walls and the conveyer belt between two conveying side walls, conveyer belt both ends Delivery wheel is connected, delivery wheel is by motor driven, for pushing the red raw material that rushes being located on conveyer belt to transmission device movement, mistake Cab apron and conveyer belt are conveyed and are additionally provided on side wall for the red top gear for rushing raw material top surface and being limited in same level Item；Conveying side wall is equipped with the top adjustment structure for adjusting top blend stop orientation；Top adjustment structure is defeated including being fixedly arranged on The top connecting plate of side-wall outer side is sent, pushes up and is connected with top adjustment plate on connecting plate, is vertically installed in the adjustment plate of top in the form of an " L " Upper positioning strip, upper positioning strip end vertical are installed with top blend stop, and top blend stop is located at the upper end of conveyer belt, stay with conveying side wall There is gap；Top adjustment plate be equipped with for blend stop at the top of adjusting between the upper and lower away from top regulating mechanism；Top regulating mechanism includes Adjustment bolt is pushed up, pushes up to have in adjustment plate and rushes raw material moving direction and elongated top regulating tank perpendicular to red, top adjustment spiral shell Bolt be threaded through top regulating tank in, top adjustment plate by top adjustment bolt with top regulating tank cooperation be fixed on push up connecting plate on； Transmission device includes guide rail shell, and guide rail shell includes bottom plate and both side plate, and bottom plate and both side plate are integrally formed；Both side plate difference Positioned at the two sides of bottom plate, bottom plate and both side plate form unclosed for conveying the red chute feeder for rushing raw material；Transition plates and bottom plate End offsets, and bottom plate and transition plates, in same level, the bottom of transmission device is provided with vibrating mechanism；The one of side plate Middle side part is formed with guide recess, is installed with side wall close to guide recess bottom on the outside of side plate and adjusts fixed block, side wall adjustment is solid Determine to be connected with positioning plate device on block, positioning plate device is used to adjust the width size of chute feeder.

Preferably, positioning plate device includes connecting plate, and connecting plate end is installed with positioning plate, and positioning plate tilts the company of being laid in On fishplate bar；It includes positioning pin that rocker arm, which adjusts device, the rocker arm being rotationally connected on positioning pin, is installed with adjustment on the outside of rocker arm end Block, it is corresponding, rocker arm locating piece corresponding with adjustment block position is installed on side plate；Guiding is formed in adjustment block Hole, pilot hole are equipped with the bolt for adjusting rocker arm rotation angle；Vibrating mechanism includes vibrating shaft, is socketed on vibrating shaft Shock mount；It is installed with oscillating plate at the top of vibrating shaft, vibrating disk is provided on oscillating plate, is equipped with solenoid valve in vibrating disk；Vibrating disk Top connects chute feeder, and vibrating disk inclination is laid on oscillating plate, and vibrating disk is consistent with the tilt angle of chute feeder；Shock mount Including pedestal and positioning ring；Pedestal is fixedly connected with integrated molding with positioning ring；Positioning ring side is provided with symmetrical interconnecting piece, Link slot is formed between two interconnecting pieces, link slot is attached by bolt, for limiting vibrating shaft in positioning ring Lower movement；Positioning ring bottom is formed with guide groove close to interconnecting piece position, and guide groove and link slot are in " ⊥ " shape body.

Preferably, organisation of working includes processing rack, automatic feeding and is fixedly arranged in processing rack along vertical side To the main platen and platen successively laid, main platen is fixedly connected with platen surrounding by connecting shaft, and automatic feeding is fixed In in processing rack；It is provided with drive cylinder in the middle part of main platen, drive cylinder bottom is provided with formed punch mold device, corresponding , it is installed with die opening mechanism compatible with formed punch mold device on platen, is provided with flat-die on die opening mechanism and crosses flitch, with this phase It is corresponding, it is provided on platen and crosses the corresponding charging hand driving means of flitch, vertical feeding adjusting bracket and liftout machine with flat-die Structure；It is additionally provided on platen and determines material assembly apparatus and finished product guide assembly；Automatic feeding includes conveying, feeds hand push Device and conveying is sent to cooperate, charging hand driving means includes pedestal, and the charging hand seat being fixedly arranged on pedestal feeds hand Driving cylinder is installed on seat, driving cylinder passes through charging hand seat connection sliding block, and it feeds and is fixedly provided with two sleeves on hand seat, two A sleeve is located at driving cylinder upper end and symmetrical laying, slidably connects guide post in sleeve, guide post passes through sleeve and sliding block It is fixedly connected, push rod is connected on sliding block, push rod end is installed with the push rod positioning plate for pushing material, push rod positioning plate Above conveying；The side of charging hand seat is installed with induction fixed plate corresponding with driving cylinder location, and induction is solid Inductive switch compatible with driving cylinder is provided on fixed board, when the material being located on transfer passage, which meets conveying, to be required, Inductive switch is for driving cylinder moving, so that push rod positioning plate is for pushing material；Sliding block is along its length direction shape At there is guide groove, push rod is slidably connected in guide groove；Regulating tank is formed on push rod, if being connected with bolt stem on regulating tank, If the bolt stem is by regulating tank for adjusting position of the push rod on sliding block；Guiding column end is installed with connecting plate, connecting plate Middle part is provided with stop nut, and gag lever post is rotatably connected on stop nut, corresponding, and charging hand seat is equipped with and limit The corresponding limiting buffer device of position bar, limiting buffer device are located between two sleeves；It is formed on push rod positioning plate for pushing The direction of the clamping opening of material, clamping opening is consistent with the driving driving direction of cylinder.

Preferably, material jacking mechanism includes liftout sleeve, material ejection cylinder and liftout positioning plate；Liftout positioning plate and material ejection cylinder It is fixedly arranged on the upper and lower side of liftout sleeve respectively；It is characterized by also including for connecing workpiece from the discharge outlet of conveying device The Lifting Device of receipts, liftout axis is connected on material ejection cylinder, and liftout axis passes through liftout sleeve and liftout positioning plate and Lifting Device It offsets, and Lifting Device is driven to go up and down；At least one sliding groove, corresponding, liftout are provided in the middle part of liftout sleeve Gag lever post compatible with sliding groove is installed on axis, gag lever post is slidably connected in sliding groove；There are two sliding groove settings, right Title is laid in liftout sleeve two sides；The length of sliding groove is consistent with Lifting Device adjustable height；Lifting Device includes limit plate, The supporting block being laid on limit plate is installed in supporting block and shelves plate for shelve workpiece；Supporting block is in the form of an " L ", packet Include adjustable plate and support plate；Adjustable plate is equipped with for adjusting the top regulating mechanism for shelving plate fore-and-aft clearance；Top adjusts machine Structure includes adjustment bolt, have on adjustable plate be parallel to it is red rush raw material moving direction and elongated top regulating tank, adjust spiral shell Bolt be threaded through top regulating tank in, adjustable plate by adjusting bolt and top regulating tank cooperation be fixed on limit plate；Limit plate On be formed with guide openings, liftout axle sleeve is connected in guide openings, limit plate be equipped with for adjusting limit plate in liftout axis The side regulating mechanism of distance；Side regulating mechanism includes that side adjusts bolt, and side adjusts bolt and is used for across guide openings Limit position of the limit plate on liftout axis；Support plate is laid with plate inclination is shelved, and tilt angle is defeated with automatic feeding Send direction consistent.

Preferably, vertical feeding adjusting bracket includes adjusting base device and being fixedly arranged on the adjusting induction adjusted on base device to fill It sets；Adjusting sensing device includes adjusting sleeve, adjusts in sleeve and is rotatably connected to adjustment axis, the both ends of adjustment axis are connected separately with First adjustable plate and the second adjustable plate；It adjusts sleeve and is equipped with adjusting induction switch device compatible with the second adjustable plate；The One adjustable plate is fixedly arranged on adjustment axis upper end, and the first adjustable plate, which is located at, shelves plate and flat-die is crossed between flitch, and the first adjustable plate Top crosses flitch side with flat-die and offsets；First adjustable plate is fixedly arranged on adjustment axis one end, and it is another that the second adjustable plate is socketed on adjustment axis One end is provided with adjusting bolt between the second adjustable plate and adjustment axis；Adjusting induction switch device includes being fixedly arranged on adjusting sleeve First fixed plate of end is vertically connected with the second fixed plate in the first fixed plate, and the first fixed plate is fixed with the second fixed plate Connection is integrally formed；Second fixed plate side is installed with L-shaped third fixed plate, and third fixed plate and adjusting sleeve hang down It is straight to lay；Third fixed plate bottom is provided with adjustment bolt, and adjustment bolt is corresponding with the lower end of the second adjustable plate, and second is fixed It is provided with inductive switch at the top of plate, inductive switch is corresponding with the top ends of the second adjustable plate；Adjustment bolt is rotatably arranged on Third fixed plate bottom, and the top of adjustment bolt is corresponding with the center of the second adjustable plate；It includes L-shaped for adjusting base device The adjustment base of shape, adjustment base include Level tune plate and vertical adjustable plate, and adjusting support plate is connected on vertical adjustable plate, It adjusts and is installed with adjusting sleeve in support plate；Vertical adjustable plate is equipped with for adjusting vertical adjustable plate on adjusting support plate The top regulating mechanism of vertical distance；Top regulating mechanism includes upper adjustment bolt, is had on vertical adjustable plate perpendicular to red punching Raw material moving direction and elongated upper regulating tank, upper adjustment bolt are threaded through in regulating tank, is mutually butted on adjusting support plate On, vertical adjustable plate be fixed on and adjusted in support plate by the cooperation of upper adjustment bolt and upper regulating tank；Surely expect assembly apparatus It including determining material pedestal, is fixedly arranged on and determines to determine material seat on material pedestal, be installed on fixed material seat and determine material driving cylinder, fixed material driving cylinder Across material seat connection guiding axis fixed block is determined, locating piece fixed plate is connected on guiding axis fixed block, locating piece dead plate upper end is solid Equipped with receiver, the front of locating piece fixed plate is installed with positioning plate, and positioning plate and push rod positioning plate cooperate, for clamping It is red to rush workpiece；Locating piece fixed plate is in " T " shape body, and locating piece fixed plate is connect with receiver by hopper fixed plate；Receiver Positioned at positioning plate upper end, and the center of receiver is corresponding with the front end of positioning plate；Receiver and fixed material driving cylinder are in 30 ° ~60 ° of angle, the driving direction of the opening of receiver and fixed material driving cylinder on the contrary, the opening of receiver towards finished product guide rail Component, and after receiver reception material, receiver is located at the top of finished product guide assembly, and the inclination of finished product guide assembly is laid in platform On plate；Two abutment sleeves are fixedly provided on fixed material seat, two abutment sleeves expect driving cylinder two sides and symmetrical laying positioned at fixed, It is slidably connected in abutment sleeve and leads an axis, led an axis and be fixedly connected across abutment sleeve with guiding axis fixed block；Fixed material seat Side is installed with side plate, and side end is installed with cylinder protection board corresponding with material driving cylinder location surely；It is solid on fixed material seat Equipped with positioning fixed plate corresponding with material driving cylinder location is determined, positioning fixed plate is located at the lower end of abutment sleeve, and positioning is solid It is provided on fixed board and cylinder is compatible expects inductive switch surely for material driving surely, when the material being located on transfer passage meets conveying It is required that when, inductive switch is expected surely for material driving cylinder moving surely, so that positioning plate is for pushing material；Shape on positioning plate At the positioning clamping opening having for pushing material, the direction for positioning clamping opening is consistent with the material driving driving direction of cylinder is determined.

Preferably, the surrounding between main platen and platen is provided with shield, shield be removably coupled to main platen with Several observation slots are formed between platen, on shield, several observation slots are equidistantly laid on shield.

It preferably, further include rejecting mechanism, rejecting mechanism includes cylinder pushing material component corresponding with plate is shelved and temperature control General assembly mechanism, temperature control general assembly mechanism are located at the top of cylinder pushing material component；Position opposite with cylinder pushing material component is fixed on platen The charging conduit set, temperature control general assembly mechanism include the temperature control fixed frame being socketed on vertical support column, are installed on temperature control fixed frame Temperature control fixed plate is connected with temperature control holder fixed plate in temperature control fixed plate, and temperature control folder is rotatably connected in temperature control holder fixed plate , sensing device corresponding with material jacking mechanism is socketed on temperature control holder；Cylinder pushing material component includes being socketed on vertical support Air cylinder supporting structure on column is installed with rejecting cylinder in air cylinder supporting structure, rejects solid before being connected with cylinder in the drive shaft of cylinder Fixed board, it is removable on cylinder front shoe to be connected with cylinder pusher；Cylinder pusher includes pusher fixed plate, pusher shaft And expeller；One end of pusher shaft is vertically located in the middle part of pusher fixed plate, and the other end of pusher shaft is fixedly connected with expeller； The width of expeller is consistent with pusher shaft outer diameter, and the length of expeller is 2 times of pusher shaft outer diameter；Air cylinder supporting structure includes cylinder Left support and cylinder right support；The side of cylinder left support is provided with lug boss, corresponding, is formed on cylinder right support There is recess compatible with lug boss, lug boss is adapted clamping, the other side of cylinder left support and cylinder right support with recess Air cylinder supporting structure is fixed on bracket by regulating mechanism；Lug boss is arc-shaped shape, corresponding, and recess is also in round Arc shape；Regulating mechanism includes adjusting screw, and cylinder left support end is provided with equipped with adjustment hole, adjusts screw and passes through adjustment hole It is connected on cylinder right support, for cylinder left support and cylinder right support to be fixed on bracket；It adjusts screw and is embedded in tune In knothole；Drive shaft is provided with two, is symmetrically laid in cylinder front shoe two sides；Temperature control holder fixed plate and temperature control fixed plate Rotation connection；Temperature control holder fixed plate is in " F " shape body, including connecting plate and is fixedly arranged on the first guide plate and the of connecting plate end Two guide plates；Guide groove is formed between first guide plate and the second guide plate, the linking arm of temperature control holder, which is rotationally connected with, leads Into slot, for adjusting the irradiating angle of sensing device；Connecting plate, the first guide plate are fixedly connected with the second guide plate, one Molding；It is arc transition on the outside of connecting plate and the first guide plate junction；Rotation angle between temperature control holder and guide groove is 0 °~180 °；Temperature control fixed frame includes temperature control left support and temperature control right support；The side of temperature control left support is provided with protruding block, with This is corresponding, and groove compatible with protruding block is formed on temperature control right support, and protruding block is adapted clamping, temperature control with groove Temperature control fixed frame is positioned on bracket by the other side of left support and temperature control right support by temperature control regulating mechanism；Protruding block is in circle Arc shape, corresponding, groove is also arc-shaped shape；Temperature control regulating mechanism includes that temperature control adjusts screw, temperature control left support End is provided with equipped with connecting hole, and temperature control adjusts screw and is connected on temperature control right support across connecting hole, is used for the left branch of temperature control Frame and temperature control right support are fixed on bracket；Temperature control adjusts screw and is embedded in connecting hole；Sensing device is infrared heat thermometric Instrument.

The beneficial effects of the present invention are:

1. rushing equipment using the full-automatic vertical of vertical structure is red, occupy little space, high degree of automation, by the way that shield is arranged With observation slot, it is ensured that when setting processing, the personal safety of worker, meanwhile, by observation slot, we can observe at any time adds The working condition of construction equipment；Structure is simple, and the course of work is safe and reliable；

2. effectively reducing manually, 1 worker can control 3~5 machines, improve productivity effect；Single set equipment is easily up to single The level of 10000, class；20 minutes rapid die changes adapt to the conversion production of small lot multi items；Blank uses profile straight line Cutting processing reduces intermediate blank machine-shaping process and inventory, reduces process flow, reduces raw material loss；Complete machine uses Servo electrical machinery system drives and control, can carry out a variety of real-time flexible modulations, including the speed of service at any time in production process, hold Continuous time and hydro-forming pressure；

3. using real-time non-contacting infrared temperature control detection system, whole process is precisely controlled blank heating temperature；It can be according to various spies Different technology needs to be arranged different blank heating temperatures, it is ensured that best punch forming temperature, Improving The Quality of Products.

It, can large-scale promotion 4. operation of the present invention is simple, convenient for disassembly and assembly.

Detailed description of the invention

Fig. 1 is the structural schematic diagram (one) of the embodiment of the present invention；

Fig. 2 is the structural schematic diagram (two) of the embodiment of the present invention；

Fig. 3 is the structural schematic diagram (two) of the embodiment of the present invention；

Fig. 4 is the structural schematic diagram of feed frame of embodiment of the present invention general assembly；

Fig. 5 is the rearview of feed frame of embodiment of the present invention general assembly；

Fig. 6 is A-A of embodiment of the present invention cross-sectional view；

Fig. 7 is the structural schematic diagram of raw material of embodiment of the present invention transmission device；

Fig. 8 is the usage state diagram of raw material of embodiment of the present invention transmission device；

Fig. 9 is the raw material material-pulling device structural schematic diagram of the embodiment of the present invention；

Figure 10 is the raw material material-pulling device usage state diagram of the embodiment of the present invention；

Figure 11 is the device for feeding raw materials structural schematic diagram (one) of the embodiment of the present invention；

Figure 12 is the device for feeding raw materials structural schematic diagram (two) of the embodiment of the present invention；

Figure 13 is the device for feeding raw materials structural schematic diagram (three) of the embodiment of the present invention；

Figure 14 is the structural schematic diagram that the embodiment of the present invention conveys transport mechanism；

Figure 15 is the usage state diagram that the embodiment of the present invention conveys transport mechanism；

Figure 16 is the transmission device structural schematic diagram that the embodiment of the present invention conveys transport mechanism；

Figure 17 is the transmission device usage state diagram that the embodiment of the present invention conveys transport mechanism；

Figure 18 is the positioning plate device structural schematic diagram that the embodiment of the present invention conveys transport mechanism；

Figure 19 is the vibrating mechanism structural schematic diagram that the embodiment of the present invention conveys transport mechanism；

Figure 20 is the vibrating mechanism side view that the embodiment of the present invention conveys transport mechanism；

Figure 21 is the side view that the embodiment of the present invention conveys transport mechanism shock mount；

Figure 22 is the structural schematic diagram that the embodiment of the present invention conveys transport mechanism shock mount；

Figure 23 is the structural schematic diagram (one) of chute device of the embodiment of the present invention；

Figure 24 is the structural schematic diagram (two) of chute device of the embodiment of the present invention；

Figure 25 is the usage state diagram of chute device of the embodiment of the present invention；

Figure 26 is the structural schematic diagram of organisation of working of the embodiment of the present invention；

Figure 27 is that organisation of working of the embodiment of the present invention removes the structural schematic diagram after shield；

Figure 28 is the top view of organisation of working of embodiment of the present invention automatic feeding；

Figure 29 is the automatic feeding structural schematic diagram of organisation of working of the embodiment of the present invention；

Figure 30 is the material jacking mechanism side view of organisation of working of the embodiment of the present invention；

Figure 31 is the material jacking mechanism structural schematic diagram of organisation of working of the embodiment of the present invention；

Figure 32 is the vertical feeding adjusting bracket structural schematic diagram of organisation of working of the embodiment of the present invention；

Figure 33 is the vertical feeding adjusting bracket usage state diagram of organisation of working of the embodiment of the present invention；

Figure 34 determines material assembly apparatus top view for organisation of working of the embodiment of the present invention；

Figure 35 determines material assembly apparatus structural schematic diagram for organisation of working of the embodiment of the present invention；

Figure 36 determines material assembly apparatus side view for organisation of working of the embodiment of the present invention；

Figure 37 is the usage state diagram of temperature control of embodiment of the present invention general assembly mechanism；

Figure 38 is the structural schematic diagram of temperature control of embodiment of the present invention general assembly mechanism；

Figure 39 is the structural schematic diagram of cylinder of embodiment of the present invention pushing material component

Figure 40 is the top view of cylinder of embodiment of the present invention pushing material component；

Figure 41 is the side view of cylinder of embodiment of the present invention pushing material component.

Specific embodiment

It elaborates with reference to the accompanying drawing to the embodiment of the present invention.

Embodiment: as shown in Figure 1-3, a kind of full-automatic vertical is red to rush equipment, including for transmitting workpiece Expect rack general assembly 50, raw material transmission device 51, raw material material-pulling device 52 and device for feeding raw materials 53；Raw material transmission device 51 is located at The upper end of feed frame general assembly 50；Raw material material-pulling device 52 and 53 position of device for feeding raw materials are corresponding；Raw material material-pulling device 52 It is located at the end of raw material transmission device 51 with device for feeding raw materials 53；Red raw material is rushed it is characterized by also including sequentially connected Heating furnace 20, chute device 200, conveying transport mechanism 201 and organisation of working 205；Device for feeding raw materials 53 is used for workpiece is defeated It send to red rush in raw materials furnace and heating 20 and heats, and then conveying transport mechanism 201 is sent to by chute device 200, finally by 205 machine-shaping of organisation of working；Chute device 200 is fixedly arranged on the red side wall for rushing raw materials furnace and heating 20, and the one of chute device 200 End is corresponding with the red discharge port for rushing raw materials furnace and heating 20, and the other end is corresponding with the conveying feed openings of transport mechanism 201；It adopts Equipment is rushed with the full-automatic vertical of vertical structure is red, is occupied little space, high degree of automation passes through setting shield and observation Slot, it is ensured that when setting processing, the personal safety of worker, meanwhile, by observation slot, we can observe process equipment at any time Working condition；Structure is simple, and the course of work is safe and reliable.

As Figure 4-Figure 6, feed frame general assembly 50 includes that rack 111, rack 111 are equipped with for holding the red raw material that rushes Hopper 201；Hopper 201 for hold it is red rush raw material, hopper 201 includes bottom plate 2-1 and the side plate 2- for being fixedly arranged on the two sides bottom plate 2-1 2；Bottom plate 2-1 inclination is laid between side plate 2-2, is fixedly provided between both side plate 2-2 and is promoted fixing plate device 6 and promoted solid The compatible promotion slide block device 444 of fixed board device 6；It promotes the top of fixing plate device 6 and promotes the top of slide block device 444 Equal ecto-entad inclination, tilt angle are consistent with the tilt angle of bottom plate 2-1；The top of rack 111 is provided with pedestal 222, pedestal 222 is equipped with the conveyer belt 21 consistent with 6 tilt angle of fixing plate device is promoted, and conveyer belt 21 and promotion are fixed The top of panel assembly 6 is corresponding；111 bottom of rack is laid with driving cylinder 5, and the driving connection of cylinder 5 promotes slide block device 444, And promotion slide block device 444 is driven to move up and down, it is conveyed for promoting red rush on raw material to conveyer belt 21；Using above structure Afterwards, it using promoting sliding block and promoting the mutual cooperation between fixed plate, may be implemented rapidly orderly to transmit raw material, and convey Onto transmission belt；Production efficiency not only can be improved, and save cost of labor and time；First angle steel 270 and conveyer belt 21 outer fixes are corresponding；It is hot rush raw material by promoted slide block device 444 be delivered on conveyer belt 21 when, the first angle steel 270 Can prevent the raw material on conveyer belt 21 from falling from rack, thus guarantee raw material using safe；Meanwhile pedestal 222 is close The red raw material outbound course that rushes is provided with blanking plate 18, and the inclination of blanking plate 18 is fixedly arranged on side plate 2-2, and the outer end of blanking plate 18 is also solid Equipped with discharge flapper 19；Using the above scheme, so that material can be conveyed orderly in transmit process, when material is not according to pre- When determining stroke and orbit transports, can by blanking plate 18 slide into hopper 201, then by promoted slide block device 444 into Row is promoted and conveying, improves the degree of automation of feedstock transportation；Promoting slide block device 444 includes several promotion sliding blocks, with This is corresponding, promoted be provided on fixing plate device 6 it is several with promote the corresponding promotion fixed plates of sliding block, promoted sliding block and Fixed plate is promoted to be laid staggeredly；It promotes slide block device 444 and promotes the top of fixing plate device 6 and the tilt angle of bottom plate 2-1 It is 60 °~80 °；The tilt angle is sloped inwardly from outside, in this way, can slide by the own wt of raw material the bottom of to The bottom plate 2-1, since first on bottom plate 2-1 and promotion slide block device 444 promotes sliding block 4-1 on same inclined surface, so Raw material also slides to first and is promoted on sliding block 4-1, drives promotion slide block device 444 to move upwards by driving cylinder 5, and then band Animal material is delivered in transmission belt 8；Promoting slide block device 444 includes the first promotion sliding block 4-1, the second promotion sliding block 4-2, third It promotes sliding block 4-3 and the 4th and promotes sliding block 4-4；First, which promotes the two sides of the bottom sliding block 4-1, promotes two sides at the top of sliding block 4-2 with second It is fixedly connected by the first spacer 4-5；The second promotion two sides of the bottom sliding block 4-2 promote two sides at the top of sliding block 4-3 with third and pass through Second spacer 4-6 is fixedly connected；Three promoted the two sides of the bottom sliding block 4-3 with the 4th promoted sliding block 4-4 at the top of two sides by third every Set 4-7 is fixedly connected；Promoting fixing plate device 6 includes the first promotion fixed plate 6-1, the second promotion fixed plate 6-2, third promotion Fixed plate 6-3 and the 4th promotes fixed plate 6-4；First promotes the two sides of the bottom fixed plate 6-1 is promoted at the top of fixed plate 6-2 with second Two sides are fixedly connected by the first connecting shaft 6-5；The first movable pulley 11, the first sliding are rotatably connected on first connecting shaft 6-5 11 middle part of wheel is formed with the first sliding groove 11-1, the first promotion sliding block 4-1 and is connected in the first of two the first movable pulleies, 11 middle part In sliding groove 11-1；The second promotion two sides of the bottom fixed plate 6-2 promote the top two sides fixed plate 6-3 with third and connect by second Axis 6-6 is fixedly connected；It is rotatably connected to the second movable pulley 12 on second connecting shaft 6-6, is formed in the middle part of the second movable pulley 12 Two sliding groove 12-1, second, which promotes sliding block 4-2, is connected in the second sliding groove 12-1 at two the second movable pulleies, 12 middle part；Third It promotes the two sides of the bottom fixed plate 6-3 and is fixedly connected with two sides at the top of the 4th promotion fixed plate 6-4 by third connecting shaft 6-7；The It is rotatably connected to third movable pulley 13 on three connecting shaft 6-7, third sliding groove 13-1, third are formed in the middle part of third movable pulley 13 Sliding block 4-3 is promoted to be connected in the third sliding groove 13-1 at two third movable pulleies, 13 middle part；4th promotes the bottom fixed plate 6-4 Two sides are fixedly connected with the top two sides of both side plate 2-2 by the fourth connecting shaft 6-8；It is rotatably connected on the fourth connecting shaft 6-8 4th movable pulley 14, is formed with the 4th sliding groove 14-1 in the middle part of the 4th movable pulley 14, and the 4th promotion sliding block 4-4 is connected in two the In the 4th sliding groove 14-1 at four movable pulleies, 14 middle part；Driving cylinder 5 is fixedly arranged on the first bottom promotion sliding block 4-1, drives gas Cylinder 5 drives upside down the first promotion of drive sliding block 4-1 and slides up and down, and then drives second to promote sliding block 4-2, third promotion sliding block 4- 3 and the 4th promotion sliding block 4-4 slide up and down simultaneously；First, which promotes sliding block 4-1, the second promotion sliding block 4-2, third, promotes sliding block 4- 3 and the 4th promoted sliding block 4-4 height it is consistent；First, which promotes fixed plate 6-1, the second promotion fixed plate 6-2, third, is promoted admittedly The height that fixed board 6-3 and the 4th promotes fixed plate 6-4 is consistent；The upper end of 4th promotion sliding block 4-4 and the upper end of bottom plate 2-1 exist On same inclined surface, and the 4th promotion sliding block 4-4 is bonded to each other with bottom plate 2-1 and connect；Corresponding, the 4th promotes fixation The upper end of plate 6-4 and third promote the upper end of sliding block 4-3 on same inclined surface, and the 4th promotion fixed plate 6-4 is mentioned with third It rises sliding block 4-3 and is bonded to each other connection；Third promotes the upper end of fixed plate 6-3 and the upper end of the second promotion sliding block 4-2 and inclines same On inclined-plane, and third promotion fixed plate 6-3 is bonded to each other with the second promotion sliding block 4-2 and connect；Second promotes the upper of fixed plate 6-2 End and the upper end of the first promotion sliding block 4-1 are on same inclined surface, and second promotes the promotion of fixed plate 6-2 and first sliding block 4-1 It is bonded to each other connection；It is installed with fuel tank support frame 16 on side plate 2-2, fuel tank 15 is provided on fuel tank support frame 16, fuel tank 15 can The formula of tearing open is connected on support frame 16, and the upper end of side plate 2-2 is fixedly provided with the fuel tank protective cover 17 for protecting the safety of fuel tank 15；Bottom Bearing positioning plate 8-1 and driving motor 8-5 are installed on seat 222；The two sides of bearing positioning plate 8-1 are installed with bearing block 8-2, and two Side shaft holder 8-2 central rotational is connected with drive shaft 8-3, and driving gear 8-4 is installed on drive shaft 8-3, is driven on gear 8-4 Connect conveyer belt 21；Driving motor 8-5 drives driving gear 8-4 rotation to rush raw material for red so that conveyer belt 21 be driven to rotate Conveying.

As Figure 7-8, raw material transmission device includes pedestal 222, the conveyer belt being arranged on pedestal 222 21, and driving passes The motor 22 for sending band 21 to transmit；Positioning strip 223 and several locating block devices are installed on pedestal 222；Positioning strip 223 fits in fixed On the inside of the block assembly of position；The square steel 26 and connection strap 224 symmetrical with 223 position of positioning strip are fixedly provided on pedestal 222；Positioning strip It is formed between 223 and square steel 26 and connection strap 224 for the red chute feeder 27 for rushing feedstock transportation；It is successively laid on pedestal 222 There are stock stop 250 and induction mechanism 260；Stock stop 250 is arranged in the present apparatus, will not can meet size on conveyer belt always It is required that the red raw material that rushes block, driving means is used for the material that blocks material blocking rod and enters in hopper by pusher mouthful, and material leads to Lift mechanism lifts feeding and conveying again are crossed, the stability and safety of feedstock transportation are improved；Meanwhile passing through induction mechanism 260 can improve feeding stability, avoid workpiece conveying excessive or very few, further improve it and convey stability.Moreover, This material-feed transmission device automatic charging, high degree of automation have relatively high practical value；Locating block device is by locating piece 28 compositions；L-shaped the first angle steel 270 and the second angle steel 271 are provided on locating piece 28；Stock stop 250 is located at first Between angle steel 270 and the second angle steel 271；Induction mechanism 260 is fixedly arranged on 271 end of the second angle steel, close to 250 position of stock stop Place；Second angle steel 271 is corresponding with 26 position of square steel；First angle steel 270 is corresponding with 224 position of connection strap；Stock stop 250 Including backgauge screw rod 24, material blocking rod 25 is socketed on backgauge screw rod 24；The end of first angle steel 270 is installed with limited post 251, One end of material blocking rod 25 is rotationally connected on backgauge screw rod 24, and the other end is resisted against between the first angle steel 270 and limited post 251； The height of material blocking rod 25 can be adjusted according to actual use, and material blocking rod 25 rushes raw material with red apart from the distance between conveyer belt Height it is corresponding, can be convenient in this way and meet the red raw material that rushes of size and pass through, do not meet size it is red rush raw material then by Material blocking rod 25 blocks；The lower end of material blocking rod 25 is provided with driving means, corresponding, is provided with and pushes on pedestal 222 The corresponding pusher mouthful 273 of device, pusher mouthful 273 is between square steel 26 and connection strap 224；The driving means is used for backgauge The material that bar 25 blocks is entered in hopper by pusher mouthful 273, and material passes through lift mechanism lifts feeding and conveying again；Push Device includes the connecting plate 281 being laid on locating piece 28, and the end of connecting plate 281 is installed with baffle 282, and baffle 282 tilts It is laid on connecting plate 281, the length of pusher mouthful 273 is greater than the length of baffle 282；The inclination angle of baffle 282 and connecting plate 281 Degree is 30 °~60 °, and the present embodiment is preferably 45 °；Induction mechanism 260 includes bracket 261, is installed with guide sleeve at the top of bracket 261 262, connecting shaft 263 is rotatably connected in guide sleeve 262, and the both ends of connecting shaft 263 are connected separately with the first tablet 264 and second Tablet 265；The direction of first tablet 264 and the second tablet 265 is opposite；Bracket 261 is equipped with and the second tablet 265 Compatible induction switch device；First tablet 264 is corresponding with 27 position of chute feeder；First tablet, 264 company of being fixedly arranged on 263 one end of spindle, the second tablet 265 are socketed on 263 other end of connecting shaft, set between the second tablet 265 and connecting shaft 263 It is equipped with and adjusts bolt 267；Induction switch device includes first tune fixed at 262 position of guide sleeve positioned at 261 upper end of bracket Whole plate 266, the first adjustment plate 266 and 261 vertical runs of bracket are vertically connected in the middle part of the first adjustment plate 266 in the form of an " L " Second adjustment plate 268, is provided with adjustment bolt 269 at the top of second adjustment plate 268, adjustment bolt 269 and the second tablet 265 Upper end is corresponding, and 266 end of the first adjustment plate is provided with inductive switch 290, the bottom of inductive switch 290 and the second tablet 265 Portion end is corresponding.290 bottom of inductive switch connects transportion wire, and transportion wire connection is for conveying the red conveying electricity for rushing raw material Machine；When detection inductive switch 290 detects undesirable material, feeder motor can be made out of service, work as exclusion After failure, feeder motor is being opened, we can the red normal operation for rushing raw material conveying device, guarantee with real-time control in this way The safety and stability used；The end of first tablet 264 is in upward convex structure；So that material is in transmission process In, there is a smooth transition effect to extend so that undesirable material reduces the impact force of the first tablet 264 First tablet, 264 service life, while also ensuring using safe；Adjustment plate 291, adjustment plate 291 are installed on square steel 26 Including interconnecting piece 291-1 and adjustment section 291-2；Interconnecting piece 291-1 and adjustment section 291-2 are vertically connected, and interconnecting piece 291-1 is located at In chute feeder 27,26 inside of square steel is fitted in, adjustment section 291-2 is connected to 26 top of square steel, is formed with tune on adjustment section 291-2 Adjusting screw 291-4 is provided on whole slot 291-3, adjustment tank 291-3；Conveying direction of the end interconnecting piece 291-1 close to material For arc transition；Since this inclination is oblique to adjustment plate 291 for material-feed transmission device, in order to be suitable for different material transmission and defeated It send, by the way that adjustment plate 291 is arranged, improves the convenience and stability of material transmission.

As shown in figs. 9-10, raw material material-pulling device 52 includes main fixed frame 3 and the third driving being fixedly arranged on main fixed frame 3 Cylinder 32；Third driving cylinder 32 passes through main fixed frame 3 and is fixedly connected with connecting plate 33；Two are fixedly provided in main fixed frame 3 Sleeve 34, two sleeves 34 are symmetrically laid in third driving 32 two sides of cylinder；Guide post 35 is slidably connected in sleeve 34, is oriented to Column 35 passes through sleeve 34 and is fixedly connected with connecting plate 33, is vertically connected with scraping wings 36 on connecting plate 33, on scraping wings 36 vertically It is connected with striker plate 37；It is formed between connecting plate 33, scraping wings 36 and striker plate 37 for pushing the red accommodating chamber 38 for rushing raw material, The direction of the accommodating chamber 38 is consistent with the conveying direction of raw material, and accommodating chamber 38 is located at the conveyer belt end of raw material；Using upper After stating structure, the mutual cooperation between cylinder 32 and connecting plate 33, scraping wings 36 and striker plate 37, Ke Yishi are driven using third Now rapidly by raw material from orderly pushing in guide rail in transmission belt, production efficiency not only can be improved, and save artificial Cost and time；The working principle of the invention is: being formed between connecting plate 33, scraping wings 36 and striker plate 37 for pushing red punching The accommodating chamber 38 of raw material and 21 outbound course of conveyer belt of raw material transmission device 51 are corresponding, and accommodating chamber 38 is located at the end of conveyer belt 21 Portion, the hot raw material that rushes successively are delivered in accommodating chamber 38 by conveyer belt 21, drive cylinder 32 to be drivingly connected plate 33 by third, Scraping wings 36 and striker plate 37 move integrally, by the red raw material that rushes being located in accommodating chamber 38 along the driving of third driving cylinder 32 Axis direction is mobile, and the moving distance of third driving cylinder 32 can be adjusted according to actual needs, and third drives cylinder 32 can It is pushed in adjacent chute feeder with will successively be located at the red raw material that rushes in accommodating chamber 38, the quantity of chute feeder can be according to practical need It is selected, the processing efficiency of raw material can be improved in this way, save cost of labor and time；Connecting plate 33, scraping wings 36 Bottom end with striker plate 37 is in same level；Convenient for the convenience that third driving cylinder 32 pushes, meanwhile, also ensuring makes Safety；Pusher connecting plate 36-1 is vertically connected on scraping wings 36, pusher connecting plate 36-1 is located at 36 middle part of scraping wings, pushes away Material connecting plate 36-1 is fixedly connected with scraping wings 36, is integrally formed；Pusher guide groove 36-2 is formed on pusher connecting plate 36-1, If being connected with bolt stem 36-3 on pusher guide groove 36-2, pushed away by pusher guide groove 36-2 for adjusting if being somebody's turn to do bolt stem 36-3 Position of the flitch 36 on connecting plate 33；Using the above scheme, the distance between adjustable scraping wings 36 and connecting plate 33, side Just the raw material push of different size, provides the diversity of Raw material processing, applied widely；37 upper top of striker plate is vertically connected with Backgauge connecting plate 37-1, backgauge connecting plate 37-1 are fixedly connected with striker plate 37, are integrally formed；It is formed on backgauge connecting plate 37-1 There is backgauge guide groove 37-2, several positioning screw 37-3 are connected on backgauge guide groove 37-2, several positioning screw 37-3 are logical Backgauge guide groove 37-2 is crossed for adjusting position of the striker plate 37 on scraping wings 36；Using the above scheme, adjustable backgauge The distance between plate 37 and scraping wings 36 facilitate the raw material of different size to push, provide the diversity of Raw material processing, the scope of application Extensively；Cylinder sheath 31 is installed on main fixed frame 3, the length of cylinder sheath 31 is consistent with the third driving length of cylinder 32； Using the above scheme, can be driven with effective protection third cylinder 32 using safe, avoid driving cylinder 32 to third to external force Damage；33 end of connecting plate is installed with side fixed plate 39 at 38 position of accommodating chamber, and side fixed plate 39 fits in main fixation 3 side of frame；Using the above scheme, the stability and safety of third driving cylinder 32 are further improved, meanwhile, but also holding Receive chamber 38 receiving area increase, suitable for do not have to specification material push；The width of striker plate 37 is greater than scraping wings 36 and arrives side The distance between fixed plate 39 guarantees so that we during pushing raw material, the contact area of striker plate 37 and raw material increases Push the safety of material.

As figs 11-13, device for feeding raw materials 53 include it is main fixed plate 40 and be fixedly arranged in main fixed plate 40 first Drive cylinder 41 and the second driving cylinder 42；The drive shaft of first driving cylinder 41 and the second driving cylinder 42 passes through main fixed plate 40 are separately connected the first side fixed plate 43 and second side fixed plate 44；The first scraping wings is provided at the top of first side fixed plate 43 431, the second scraping wings 432 is provided at the top of second side fixed plate 44, it is corresponding, it is equipped at the top of main fixed plate 40 and the One scraping wings 431, first track 433 compatible with the second scraping wings 432 and the second track 434；First scraping wings 431 and Two scraping wings 432 pass through main fixed plate 40 and are adapted and connect with the first track 433 and the second track 434；First driving cylinder 41 The first side fixed plate 43 and second side fixed plate 44 is driven to be moved forward and backward respectively with the second driving cylinder 42, for the will to be placed on Red in one track 433 and the second track 434 rushes raw material, is successively pushed away forward by the first scraping wings 431 and the second scraping wings 432 It send；Using the above structure, drive the first scraping wings and the second scraping wings the by the first driving cylinder and the second driving cylinder Pushed on one track and the second track it is red rush raw material, two tracks are set, can rapidly by raw material pass through delivery device push It into track, is successively pushed by the first scraping wings and the second scraping wings, the working efficiency of transmission can be improved, can not only mentioned High efficiency, and save cost of labor and time；The working principle of the invention is: the hot raw material that rushes passes through raw material pusher Device 52 successively pushes in the first track 433 and the second track 434, and the first driving cylinder 41 and the second driving cylinder 42 can be with Successively by be located in the first track 433 and the second track 434 it is red rush raw material and push in raw materials furnace and heating heat, in this way The processing efficiency that raw material can be improved, saves cost of labor and time；Meanwhile passing through setting first sleeve 45 and second sleeve 46, the first guide post 47 and the second guide post 48 are set in first sleeve 45 and second sleeve 46, improve raw material feeding Stability and safety；It is fixedly provided in main fixed plate 40 and the first driving cylinder 41 and the second driving cylinder 42 corresponding the One sleeve assembly and second sleeve component；First sleeve component includes two first sleeves 45, and two about 45 first sleeves are right Title is laid in 41 two sides of the first driving cylinder；The first guide post 47 is slidably connected in first sleeve 45, the first guide post 47 is worn First sleeve 45 is crossed to be fixedly connected with the first side fixed plate 43；Second sleeve component include two second sleeves 46, two second Sleeve 46 is symmetrical above and below to be laid in 42 two sides of the second driving cylinder；The second guide post 48 is slidably connected in second sleeve 46, the Two guide posts 48 pass through second sleeve 46 and are fixedly connected with second side fixed plate 44；It is led by the way that the first guide post 47 and second is arranged To column 48, the driving stability of the first driving cylinder 41 and the second driving cylinder 42 is improved, ensure that the safety of feeding；It is main 40 upper end of fixed plate is provided with L-shaped bottom plate 435 close to the first track 433 and 434 bottom of the second track, and bottom plate 435 wraps Include level board 435-1 and vertical panel 435-2；Support rod 436 is installed on vertical panel 435-2, one end of support rod 436 is fixedly arranged on In the middle part of vertical panel 435-2, the other end is fixedly arranged between the first track 433 and the second track 434；Bottom plate 435 is set, is used to support First track 433 and the second track 434, prevent the material on the first track 433 and the second track 434 excessive, so that the first rail The deformation in road 433 and the second track 434 influences subsequent material conveying；It is formed on vertical panel 435-2 there are two guide groove 437, Two guide grooves 437 are located at 436 two sides of support rod, positioning bolt 438 are connected on guide groove 437, positioning bolt 438 is by leading To slot 437 for adjusting level board 435-1 to the support degree of the first track 433 and the second track 434；First track, 433 He Second track 434 is fixedly connected, and is integrally formed；First track 433 and the second track 434 are in " W " shape；Using the program, one Be allow the first track 433 and the second track 434 successively push it is red rush raw material feeding, meanwhile, also increase the first track 433 and second track 434 connectivity robustness and stability in use, ensure that using safe；The length of first guide post 47 with The length of first scraping wings 431 is consistent；Second guide post 48 is consistent with the length of the second scraping wings 432；Main fixed plate 40 Top is provided with connecting plate 444, and connecting plate 444 is installed with peace at 44 position of the first side fixed plate 43 and second side fixed plate Loading board 445；Connecting plate 444 is vertical with mounting plate 445 to be fixedly connected, and mounting plate 445 and the first side fixed plate 43 and second side There are gaps for fixed plate 44；Regulating tank 447 is formed on connecting plate 444, is provided on regulating tank 447 and adjusts bolt 446, adjusts spiral shell Bolt 446 is by regulating tank 447 for adjusting connecting plate 444 in the movement of main fixed plate 40, moving direction and the first driving cylinder 41 is identical with the driving direction of the second driving cylinder 42；The width of connecting plate 444 is the first scraping wings 431 and the second scraping wings The 2/3 of the sum of 432 width.

As shown in Figure 14-22, conveying transport mechanism 201 includes conveying device 3 and transmission device 31；Conveying device 3 and biography It send and is connected between device 31 by transition plates 32；Conveying device 3 is including two conveying side walls 301 and is located at two conveying side walls Conveyer belt 302 between 301,302 both ends of conveyer belt connect delivery wheel 303, and delivery wheel 303 is by motor driven, for pushing It is mobile to transmission device 31 that red on conveyer belt 302 rushes raw material, transition plates 32 and conveyer belt 302 in same level, It is additionally provided on conveying side wall 301 for the red top blend stop 304 for rushing raw material top surface and being limited；The present apparatus passes through conveying device The 3 red workpiece for rushing raw material of conveying, by transmission device 31 transmit it is red rush raw material workpiece, workpiece after heating is orderly transmitted To process equipment, meanwhile, also vibrating mechanism 34 is arranged in transmission device bottom, so that workpiece is in the feeding process, it can be steady Orderly, guarantee efficiency of transmission；It further improves it and conveys stability.

In use, workpiece lies low into feed conveyor belt 302, due to the effect of top blend stop 304, workpiece can be more steady Fixed is located on conveyer belt 302.When workpiece in transmission process, enters to transmission device by transition plates 32 on conveyer belt 302 On 31, in the process, transition plates 32 and conveyer belt 302 guarantee that the transmission of workpiece is steady, top blend stop in same level Position-limiting action is played in 304 pairs of workpiece top surfaces, prevents workpiece from falling from conveyer belt 302, so that workpiece transport is relatively stable.Transition plates 32 length can be selected according to actual needs；Conveying side wall 301 is equipped with the top for adjusting top 304 orientation of blend stop Adjust structure 33；Structure 33 is adjusted by top, the more convenient orientation to top blend stop 304 of energy is adjusted, so that this dress The transport for adapting to various sizes of workpiece is set, and top blend stop 304 is made to be in best orientation, so that workpiece is smoothly transported It send.

Top adjustment structure 33 includes the top connecting plate 33-1 for being fixedly arranged on 301 outside of conveying side wall, is pushed up on connecting plate 33-1 It is connected with top adjustment plate 33-2, pushes up and is vertically installed with upper positioning strip 33-3 in the form of an " L ", upper positioning strip on adjustment plate 33-2 33-3 end vertical is installed with top blend stop 304, and top blend stop 304 is located at the upper end of conveyer belt 302, stays with conveying side wall 301 There is gap；Top adjustment plate 33-2 be equipped with for blend stop 304 at the top of adjusting between the upper and lower away from top regulating mechanism；Top adjusts machine Structure includes top adjustment bolt 33-6, pushes up to have on adjustment plate 33-2 and rushes raw material moving direction and elongated top tune perpendicular to red Save slot 33-7, top adjustment bolt 33-6 be threaded through top regulating tank 33-7 in, top adjustment plate 33-2 by top adjustment bolt 7-6 with The cooperation of top regulating tank 33-7 is fixed on the connecting plate 33-1 of top.

Structure 33 is adjusted by top, can be more convenient to being adjusted at the top of workpiece on conveyer belt 302, so that the present apparatus The transport of various sizes of workpiece is adapted to, and the top blend stop 304 at top is made to be in best orientation, to rush raw material suitable so that red Benefit is transported；Transmission device 31 include guide rail shell 1, guide rail shell 1 include bottom plate 1-1 and both side plate 1-2, bottom plate 1-1 and Both side plate 1-2 is integrally formed；Both side plate 1-2 is located at the two sides of bottom plate 1-1, and bottom plate 1-1 and both side plate 1-2 forms unclosed For conveying the red chute feeder 1-3 for rushing raw material；Transition plates 32 offsets with the end bottom plate 1-1, and bottom plate 1-1 and transition plates 32 In same level, allow the red conveying for rushing raw material and transmission more steady；The bottom of transmission device 31 is provided with vibration Motivation structure 34；A middle side part of side plate 1-2 is formed with guide recess 103, consolidates on the outside of side plate 1-2 close to 103 bottom of guide recess Fixed block 102 is adjusted equipped with side wall, is connected with positioning plate device 101 on side wall adjustment fixed block 102, positioning plate device 101 is used In the width size of adjustment chute feeder 1-3；It using the above scheme, can be to chute feeder 1-3's by the way that positioning plate device 101 is arranged Side is adjusted, and enables the present apparatus to carry out feeding to the bar work of more sizes or model, so that present apparatus adaptability It is high；The end side plate 1-2 is additionally provided with rocker arm adjustment device 104, after rocker arm adjustment device 104 is located at positioning plate device 101 End, and rocker arm adjustment device 104 and positioning plate device 101 are in the same side；Positioning plate device 101 includes connecting plate 101-1, connection The end plate 101-1 is installed with positioning plate 101-2, and positioning plate 101-2 inclination is laid on connecting plate 101-1；Positioning plate 101-2 with The tilt angle of connecting plate 101-1 is 30 °~60 °, and the present embodiment tilt angle is 45 °, so that the red conveying for rushing material is more Stablize and efficiently, ensure that use is safe, improve production efficiency.

The length of positioning plate 101-2 is the 2/3 of bottom plate 1-1 length；Adjustment hole 101-3 is formed on connecting plate 101-1；It adjusts Knothole 101-3 is corresponding with side wall adjustment 102 position of fixed block, is connected on adjustment hole 101-3 for adjusting chute feeder 1-3 wide The adjusting bolt 101-4 of degree；By adjusting the distance between bolt 101-4 adjustable positioning plate 101-2 and side plate 1-2, fit Feedstock transportation is rushed for different model and the red of specification；The both ends of connecting plate 101-1 are inside arc transition structure, and use is above-mentioned Scheme reduces the impact force to connecting plate 101-1 so that material during transportation, has a smooth transition effect, while It ensure that use is safe, meanwhile, the other end and the rocker arm 106 of connecting plate 101-1 offsets, and the material sent is put down Steady transition provides conveniently for subsequent materiel machining；It includes positioning pin 105 that rocker arm, which adjusts device 104, is rotationally connected with positioning pin Rocker arm 106 on 105 is installed with adjustment block 108 on the outside of 106 end of rocker arm, corresponding, be installed on side plate 1-2 with The corresponding rocker arm locating piece 107 in 108 position of adjustment block；Pilot hole 108-1 is formed in adjustment block 108, on pilot hole 108-1 Equipped with the bolt 108-2 for rotating angle for adjusting rocker arm 106,106 end of rocker arm is corresponding with the end bottom plate 1-1；By setting Rocker arm adjustment device 104 is set, cooperates between the rocker arm 106 and positioning plate 101-2 on rocker arm adjustment device 104, is convenient for object Expect the stability and safety of conveying；Vibrating mechanism 34 includes vibrating shaft 2, the shock mount 21 being socketed on vibrating shaft 2；Vibrating shaft 21 tops are installed with oscillating plate 23, and vibrating disk 24 is provided on oscillating plate 23, is equipped with solenoid valve 25 in vibrating disk 24；Using above-mentioned Structure is vibrated by solenoid valve 25, so that the bottom plate 1-1 of transmission device 31 vibrates, so that material is in the feeding process, and it can With smooth sequential, guarantee efficiency of transmission；It further improves it and conveys stability；Transmission device is connected at the top of vibrating disk 24 31, the inclination of vibrating disk 24 is laid on oscillating plate 23, and vibrating disk 24 is consistent with the tilt angle of feedstock transportation guide rail；Inclination is set It sets, is conducive to the red stationarity for rushing feedstock transportation, meanwhile, also it is conducive to the vibration that solenoid valve 25 drives vibrating disk 24, and then drive The vibration of conveying improves the efficiency of material conveying；The tilt angle of vibrating disk 24 is 30 °~60 °, is shaken in the present embodiment The tilt angle of Moving plate 24 is 55 °, can be adjusted according to actual needs；Shock mount 21 includes pedestal 2221-1 and positioning ring 21-2；Pedestal 2221-1 is fixedly connected with integrated molding with positioning ring 21-2；Using the above scheme, the structure of shock mount 21 is increased Intensity and fastness, meanwhile, but also the vibration of the vibrating mechanism more smooth sequential；Pedestal 2221-1 is in positioning ring 21-2 " ⊥ " shape body, in pedestal 2221-1 connection rack, the side positioning ring 21-2 is provided with symmetrical interconnecting piece 21-3, two interconnecting pieces Link slot 21-4 is formed between 21-3, link slot 21-4 is attached by bolt 21-5, is being positioned for limiting vibrating shaft 2 Moving up and down in ring 21-2；Shock mount 21 is set, and the spacing of adjustable vibrating disk 24 and feedstock transportation guide rail is suitable for not Transport with material shakes, and the present apparatus is enabled to carry out feeding to the bar work of more sizes or model, so that the present apparatus is suitable Ying Xinggao；The bottom positioning ring 21-2 is formed with guide groove 26 close to the position interconnecting piece 21-3, and guide groove 26 is in link slot 21-4 " ⊥ " shape body, guide groove 26, the length of guide groove 26 are the 1/3 of positioning ring 21-2 perimeter；Using the above scheme, guide groove is set 26, so that interconnecting piece 21-3 is in screwing process, it is possible to reduce the torque of bolt, conveniently adjustment bolt, is convenient for Operation.

As shown in figs. 23-25, chute device 200 includes slipping groove stent mechanism 40, is fixedly arranged in slipping groove stent mechanism 40 Chute device 41；Chute device 41 includes first sliding groove 42 and second sliding slot 43；The inclination of first sliding groove 42 is laid in slipping groove stent In mechanism 40, the upper end of second sliding slot 43, the outlet of first sliding groove 42 and the entrance of second sliding slot 43 is arranged in first sliding groove 42 Connection；The present apparatus by setting first sliding groove 42 and second sliding slot 43, material first sliding groove 42 is entered by heating furnace, then from It is skidded off in second sliding slot 43, workpiece is orderly entered on conveyer belt by lead-over groove, can guarantee transmission with smooth sequential Efficiency；It further improves it and conveys stability.

The working principle of the present embodiment is: after material is by heating stove heating, successively falls in first sliding groove 42, due to The inclination of first sliding groove 42 is laid in slipping groove stent mechanism 40, and material glides in own wt effect and drops down onto second sliding slot 43, Second sliding slot 43 is arc chute, and the width of second sliding slot 43 gradually decreases from big to small, and material is in dropping process, certainly Dynamic adjustment direction, skids off along the outlet of second sliding slot 43, enters to lead-over groove 44, the conveyer belt level of lead-over groove 44 and material Setting, so that material can orderly enter on conveyer belt, carry out operation processing in next step；First sliding groove 42 and slipping groove stent Lateral inclination angle between mechanism 40 is 35 °~65 °, the cross between the first sliding groove 42 and slipping groove stent mechanism 40 of this programme It is 45 ° to tilt angle；Longitudinal inclination between first sliding groove 42 and slipping groove stent mechanism 40 is 75 °~85 °.This programme First sliding groove 42 and slipping groove stent mechanism 40 between longitudinal inclination be 80 °；First sliding groove 42 includes side plate 420, bottom Plate 421 and the outer baffle 422 and Internal baffle 423 that 421 two sides of bottom plate are set, wherein outer baffle 422, Internal baffle 423 with The upper end of bottom plate 421 is installed with side plate 420, and the lower end of baffle 422, Internal baffle 423 and bottom plate 421 is connected with second sliding slot 43； The height of Internal baffle 423 is higher than 422 height of outer baffle, is formed with horizontal segment 423-1 and tilting section 423-2, water on Internal baffle 423 The upper end of flat section 423-1 and the upper end of side plate 420 are in same level；The length of horizontal segment 423-1 and the outlet of heating furnace Width is consistent or the length of horizontal segment 423-1 is greater than the exit width of heating furnace, the program is used, so that facilitating material It is fallen in first sliding groove 42 from the outlet of heating furnace；Inclined sliding slot guide plate 45 outward is installed on outer baffle 422, it is sliding The tilt angle of upper end of the upper end of slot guide plate 45 higher than horizontal segment 423-1, sliding slot guide plate 45 and outer baffle 422 is 95 ° ~175 °, the sliding slot guide plate 45 of this programme and the tilt angle of outer baffle 422 are 155 °, sliding slot guide plate 45 and side plate 420 The guiding slot port of a similar " V " shape is formed between Internal baffle 423, it in this way can be to avoid from the material of the outlet of heating furnace The outside for falling to chute device ensure that use is safe, meanwhile, also facilitate the transmission stability and safety of material；The Two sliding slots 43 are arc chute, and the width of second sliding slot 43 gradually decreases from big to small；So that the material to fall has a buffering With adjustment process, workpiece is orderly skidded off from the discharge port of second sliding slot 43；The exit of second sliding slot 43 is connected with Lead-over groove 44, second sliding slot 43 are fixedly connected with lead-over groove 44, are integrally formed；Using the program, sliding slot dress is further improved The integral strength and firmness set；The width of lead-over groove 44 is consistent with 43 exit width of second sliding slot；Lead-over groove 44 includes Transition bottom plate 44-1, and the transition baffle 44-2 of the two sides transition bottom plate 44-1 is set；Second sliding slot 43 includes sliding slot bottom plate 43-1, and the sliding slot baffle 43-2 of the two sides sliding slot bottom plate 43-1 is set, sliding slot is laid on the sliding slot baffle 43-2 of two sides Length between cover board 43-3, sliding slot cover board 43-3 and sliding slot bottom plate 43-1 is 1.5 times of material diameter, can make object in this way Material is convenient by second sliding slot 43, meanwhile, but also material is unlikely to be connected to the discharge port of second sliding slot 43, it is subsequent work It is convenient that part conveying provides；Slipping groove stent mechanism 40 includes bracket bottom plate 401, the bracket support plate being fixedly arranged on bracket bottom plate 401 402, stent bearing plank 403 is installed in bracket support plate 402, and the other side of stent bearing plank 403 is installed with slipping groove stent 404, branch The locating slot 405 for being used to support first sliding groove 42 is formed between frame support plate 402, stent bearing plank 403 and slipping groove stent 404； Adjustable plate 406 is connected in slipping groove stent 404, one end of adjustable plate 406 is mutually butted on outer baffle 422, on adjustable plate 406 For adjusting the side regulating mechanism of longitudinal separation of the adjustable plate 406 in slipping groove stent 404；Side regulating mechanism includes side Adjustment bolt 407, has elongated side regulating tank 408 on adjustable plate 406, and side adjustment bolt 407 is threaded through side adjusting In slot 408, adjustable plate 406 is fixed in slipping groove stent 404 by the cooperation of side adjustment bolt 407 and side regulating tank 408；This Device is provided with side regulating mechanism, can facilitate positioning first sliding groove 42 in slipping groove stent mechanism, enable first sliding groove right The red workpiece for rushing raw material of more sizes or model carries out feeding, so that present apparatus adaptability is high.

As shown in Figure 26-36, organisation of working 205 is including processing rack 1118, automatic feeding 186 and is fixedly arranged on processing The main platen 180 and platen 181 successively laid along vertical direction in rack 1118, main platen 180 pass through with 181 surrounding of platen Connecting shaft 182 is fixedly connected, and automatic feeding 186 is fixedly arranged in processing rack 1118；Driving is provided in the middle part of main platen 180 Oil cylinder 183,183 bottom of drive cylinder is provided with formed punch mold device 184, corresponding, is installed on platen 181 and formed punch The compatible die opening mechanism 185 of mold device 184 is provided with flat-die on die opening mechanism 185 and crosses flitch 1800, corresponding, Be provided on platen 181 with flat-die cross the corresponding charging hand driving means 187 of flitch 1800, vertical feeding adjusting bracket 1801 and Material jacking mechanism 188；It is additionally provided on platen 181 and determines material assembly apparatus 189 and finished product guide assembly 1802；Workpiece by sending automatically Material device 186 is delivered on material jacking mechanism 188, by cooperating between material jacking mechanism 188 and vertical feeding adjusting bracket 1801, Workpiece is jacked to flat-die and crosses 1800 end of flitch, is then pushed on die opening mechanism 185 by feeding hand driving means 187, Finally by 184 punch forming of formed punch mold device, after punch forming, finished workpart is deducted a percentage, by determining material assembly apparatus 189 It is delivered to finished product guide assembly 1802；Surrounding between main platen 180 and platen 181 is provided with shield 1803, on shield Several observation slots 1804 are formed with, shield 1803 is removably coupled on main platen 180 and platen 181, convenient to equipment Maintenance and maintenance pass through setting shield 1803 and observation slot 1804, it is ensured that when setting processing, the personal safety of worker, Meanwhile we can observe the working condition of process equipment at any time by observation slot；Structure is simple, and the course of work is safe and reliable； Automatic feeding 186 includes conveying 1805, and charging hand driving means 187 and conveying 1805 cooperate, charging Hand driving means 187 includes pedestal 6, and the charging hand seat 61 being fixedly arranged on pedestal 6 feeds and is installed with driving cylinder on hand seat 61 62, driving cylinder 62 passes through charging 61 connection sliding block 63 of hand seat, feeds and is fixedly provided with two sleeves 64, two sleeves on hand seat 61 64 are located at driving 62 upper end of cylinder and symmetrical laying, slidably connect guide post 65 in sleeve 64, guide post 65 passes through sleeve 64 It is fixedly connected with sliding block 63, push rod 66 is connected on sliding block 63,66 end of push rod is installed with the positioning of the push rod for pushing material Plate 67, push rod positioning plate 67 are located at 1805 top of conveying；The side of charging hand seat 61 is installed with and driving 62 position of cylinder Corresponding induction fixed plate 68 incudes and is provided with inductive switch 69 compatible with driving cylinder 62 in fixed plate 68, works as position When the material satisfaction conveying on transfer passage requires, inductive switch 69 is for driving cylinder 62 to move, so that push rod is fixed Position plate 67 is for pushing material；Inductive switch 69 connects induction controller and is detected by power source drive by induction controller It conveys the temperature of charge state in material path and sends electric signal to controller, analysis is carried out by controller and is compared and according to result Control signal is issued to corresponding power source, passes through the material successively interrupted output of inductor made to convey in material path；It is unqualified Material is rejected by device for eliminating, issues control signal to power source by inductor, so that power source drive, so that pushing away Bar positioning plate 67 avoids the conveying for causing unqualified material, power source can be cylinder or motor etc., specifically for pushing material With no restrictions, the power source in the present embodiment is driving cylinder 62 to structure.

With the above structure, driving cylinder 62 and the phase between sliding block 63, push rod 66 and push rod positioning plate 67 are utilized Mutually cooperation may be implemented to realize that material conveys automatically rapidly by raw material from orderly pushing in processing mold in transmission belt, be Following process provides automation foundation, meanwhile, by the way that inductive switch is arranged, whether inductive switch can detecte conveyed material Meet processing request, reduce the substandard products of the processing of material, improve work efficiency, significantly reduces production cost, and save Cost of labor and time；The length of cylinder 62 is driven to be greater than the length of guide post 65, it is convenient to push convenient for driving cylinder 62 Property, meanwhile, also ensure the safety used；Sliding block 63 is formed with guide groove 63-1 along its length direction, and the sliding of push rod 66 connects It is connected in guide groove 63-1, regulating tank 66-1 is formed on push rod 66, if being connected with bolt stem 66-2 on regulating tank 66-1, if should Bolt stem 66-2 is by regulating tank 66-1 for adjusting position of the push rod 66 on sliding block 63；The length of regulating tank 66-1 is push rod The 1/2 of 66 length, using the above scheme, position of the adjustable push rod 66 on sliding block 63 facilitates the raw material of different size to push away It send, the diversity of Raw material processing is provided, it is applied widely；65 end of guide post is installed with connecting plate 601,601 middle part of connecting plate It is provided with stop nut 604, gag lever post 602 is rotatably connected on stop nut 604, it is corresponding, it feeds on hand seat 61 Equipped with limiting buffer device 603 corresponding with gag lever post 602, limiting buffer device 603 is located between two sleeves 64；Using above-mentioned Scheme, the moving distance of adjustable guide post 65 facilitate the raw material of different size to push, provide the diversity of Raw material processing, It is applied widely；The clamping opening 67-1 for pushing material, direction and the driving gas of clamping opening 67-1 are formed on push rod positioning plate 67 The driving direction of cylinder 62 is consistent, convenient and quick when being conducive to material and conveying from transfer passage, meanwhile, push rod positioning plate 67 with The bottom of push rod 66 in same level, reduce to the greatest extent push rod positioning plate 67 due to needing to extend into transfer passage lower part by The width limitation arrived, clamping opening 67-1 are in " V " shape body, are arc-shaped transition on the inside of clamping opening 67-1；Further it can increase and press from both sides The bearing area of mouth 67-1 and material, reduce the conveying stability and safety of material；Material jacking mechanism 188 include liftout sleeve 8, Material ejection cylinder 81 and liftout positioning plate 82；Liftout positioning plate 82 and material ejection cylinder 81 are fixedly arranged on the upper and lower side of liftout sleeve 8 respectively； It further include for being connected with liftout on material ejection cylinder 81 for the received Lifting Device 800 of the discharge outlet of workpiece from conveying device Axis 83, liftout axis 83 passes through liftout sleeve 8 and liftout positioning plate 82 offsets with Lifting Device 800, and drives Lifting Device 800 Lifting.

In use, workpiece falls to the shelving on plate 805 of Lifting Device 800 by the discharge port of conveying device, due to One adjustable plate 113, which fits in, shelves plate 805 and flat-die is crossed between flitch 1800, and what workpiece can be relatively stable, which be located at, shelves plate 805 On, with the above structure, the mutual cooperation between sensing device rushes material temperature when falling in shelve on plate 805 red When being unsatisfactory for processing request, sensing device issues signal and drives pushing material component, and the red raw material that rushes is pushed in scrap collecting tank, when When falling in shelve on plate 805 red and rushing raw material and meet processing request, driven up by material ejection cylinder 81, it is mutual with clamping device Cooperation, by piece-holder, the machine-shaping into mold, convenient and efficient, and production efficiency not only can be improved in high degree of automation, and And cost of labor and time are saved, shelving 805 length of plate can be selected according to actual needs；It is set in the middle part of liftout sleeve 8 It is equipped at least one sliding groove 801, it is corresponding, gag lever post compatible with sliding groove 801 is installed on liftout axis 83 802, gag lever post 802 is slidably connected in sliding groove 801；There are two the settings of sliding groove 801, is symmetrically laid in 8 liang of liftout sleeve Side；Further improve the stability of material jacking mechanism lifting, length and the 800 adjustable height phase one of Lifting Device of sliding groove 801 It causes, the plate 805 of shelving of the corresponding Lifting Device 800 in the bottom of sliding groove 801 is in original state, is unsatisfactory for the work of processing request Part is dropped down onto scrap collecting tank by pushing material component from shelving plate 805 and above push away, the corresponding Lifting Device in the top of sliding groove 801 800 plate 805 of shelving is in rising maximum rating, and the workpiece for meeting processing request is driven up by material ejection cylinder 81, workpiece Clamp the machine-shaping into mold；Lifting Device 800 includes limit plate 803, the supporting block 804 being laid on limit plate 803, branch It is installed on bracer 804 and shelves plate 805 for shelve workpiece, limit plate 803, supporting block 804 and shelve that plate 805 is fixed to be connected It connects, is integrally formed；Using upper scheme, the overall structural strength and fastness of Lifting Device 800 are further improved, is also improved The stability of workpiece conveying；Supporting block 804 is in the form of an " L ", including adjustable plate 804-1 and support plate 804-2；Adjustable plate 804-1 It is equipped with for adjusting the top regulating mechanism for shelving 805 fore-and-aft clearance of plate；Top regulating mechanism includes adjustment bolt 806, is adjusted Have to be parallel on section plate 804-1 and red rushes raw material moving direction and elongated top regulating tank 807, adjustment bolt 806 are worn Top regulating tank 807 in, adjustable plate 804-1 by adjusting bolt 806 and top regulating tank 807 cooperation be fixed on limit plate On 803；By top regulating mechanism, more convenient plate 805 can be shelved to front and back and be adjusted, so that the present apparatus adapts to difference The transport of the workpiece of size, and the plate 805 of shelving at top is made to be in best orientation, so that the red raw material that rushes smoothly is transported； Guide openings 84 are formed on limit plate 803, liftout axis 83 is socketed in guide openings 84, and limit plate 803 is equipped with for adjusting Save the side regulating mechanism of the distance on liftout axis 83 of limit plate 803；Side regulating mechanism includes that side adjusts bolt 85, side It adjusts bolt 85 and passes through guide openings 84 for limiting position of the limit plate 803 on liftout axis 83；By side regulating mechanism, Can be more convenient to shelving plate 805 up and down and being adjusted, so that the present apparatus adapts to the transport of various sizes of workpiece, and make The plate 805 of shelving at top is in best orientation, so that the red raw material that rushes smoothly is transported；Supporting block 804 is tilted with plate 805 is shelved It lays, tilt angle is consistent with workpiece conveying direction；Supporting block 804 is 75 °~85 ° with 805 tilt angle of plate is shelved, this hair Bright supporting block 804 is 80 ° with 805 tilt angle of plate is shelved, using the above scheme, so that will shelve plate 805 in material ejection cylinder 81 On material when jacking to maximum height, material under own wt effect, cross on flitch, then passes through by rolls forward to workpiece The clamping device of workpiece processes piece-holder into processing mold, so that the red conveying for rushing material is more stable and efficient, protects It is safe to have demonstrate,proved use, has improved production efficiency；Vertical feeding adjusting bracket 1801 includes adjusting base device 11 and being fixedly arranged on adjustment seat Adjusting sensing device 110 on device 11；Adjusting sensing device 110 includes adjusting sleeve 111, adjusts rotation in sleeve 111 and connects It is connected to adjustment axis 112, the both ends of adjustment axis 112 are connected separately with the first adjustable plate 113 and the second adjustable plate 114；Adjust sleeve 111 are equipped with adjusting induction switch device compatible with the second adjustable plate 114；First adjustable plate 113 is fixedly arranged on adjustment axis 112 Upper end, the first adjustable plate 113, which is located at, shelves plate 805 and flat-die is crossed between flitch 1800, and the top of the first adjustable plate 113 and flat Mould crosses 1800 side of flitch and offsets

Using the above scheme, so that the present invention by adjust inductive switch detect it is red rush whether workpiece meets processing request, Under the premise of this, when satisfactory workpiece is located at when shelving on plate of jacking apparatus, the first adjustable plate 113 shelves plate by being connected to On, the plate of shelving of jacking apparatus rises along the height of the first adjustable plate, and then workpiece is driven to rise on flitch, passes through work Part clamping device pushes to piece-holder at mold Working position, when undesirable workpiece is located at shelving for jacking apparatus When on plate, the first adjustable plate by being connected on punishment in advance plate so that be placed between the workpiece and the first adjustable plate shelved on plate there are Gap facilitates the push axis of driving means to reject undesirable workpiece from side, ensure that use is safe, improves life Produce efficiency；First adjustable plate 113 is fixedly arranged on 112 one end of adjustment axis, and the second adjustable plate 114 is socketed on 112 other end of adjustment axis, the It is provided between two adjustable plates 114 and adjustment axis 112 and adjusts bolt 117；By adjusting bolt 117, adjustable first is adjusted Positional relationship between plate 113 and the second adjustable plate 114, the red raw material that rushes suitable for not having to specification are adjusted；Adjust inductive switch Device includes being fixedly arranged on the first fixed plate 118 for adjusting 111 end of sleeve, and it is solid that second is vertically connected in the first fixed plate 118 Fixed board 119, the first fixed plate 118 are fixedly connected with the second fixed plate 119, are integrally formed；Second fixed plate, 119 side is installed with L-shaped third fixed plate 1110, third fixed plate 1110 and adjusting 111 vertical runs of sleeve；1110 bottom of third fixed plate Portion is provided with adjustment bolt 1111, and adjustment bolt 1111 is corresponding with the lower end of the second adjustable plate 114, the second fixed plate 119 top Portion is provided with inductive switch 1112, and inductive switch 1112 is corresponding with the top ends of the second adjustable plate 114；Inductive switch 1112 Upper connection transportion wire, transportion wire are connected for conveying the red feeder motor for rushing raw material；When detection inductive switch 1112 detects To be located at jacking apparatus the material shelved on plate 805 when whether be qualified products when, make first by inductive switch 1112 Adjustable plate 113 is in corresponding position, guarantees the safety and stability that material is rejected or jacked；1111 turns of adjustment bolt It is dynamic to be arranged in 1110 bottom of third fixed plate, and the top of adjustment bolt 1111 is corresponding with the center of the second adjustable plate 114.Into One step improves the sensitivity contacted between adjustment bolt 1111 and the second adjustable plate 114, so that the red conveying for rushing raw material is more Safety；Adjusting base device 11 includes adjustment base 1113 in the form of an " L ", and adjustment base 1113 includes Level tune plate 1113-1 It with vertical adjustable plate 1113-2, is connected on vertical adjustable plate 1113-2 and adjusts support plate 1114, adjust solid in support plate 1114 Equipped with sleeve 111 is adjusted, vertical adjustable plate 1113-2, which is equipped with, is adjusting support plate for adjusting vertical adjustable plate 1113-2 The top regulating mechanism of vertical distance on 1114；Top regulating mechanism includes upper adjustment bolt 1115, vertical adjustable plate 1113- Have on 2 and rush raw material moving direction and elongated upper regulating tank 1116 perpendicular to red, upper adjustment bolt 1115 is threaded through In regulating tank 1116, be mutually butted on adjust support plate 1114 on, vertical adjustable plate 1113-2 by upper adjustment bolt 1115 with it is upper The cooperation of regulating tank 1116, which is fixed on, to be adjusted in support plate 1114；It, can be more convenient to being located at by the way that top regulating mechanism is arranged About 113 distance of the first adjustable plate on delivery chute is adjusted, so that the present apparatus adapts to the transport of various sizes of workpiece And rejecting, and first adjustable plate 113 at top is made to be in best orientation, so that the satisfactory red raw material that rushes smoothly is transported It send and rejects；Adjustment axis 112 rotates so that the first adjustable plate 113 fits in and shelves plate 805 or flat-die is crossed on flitch 1800, convenient First adjustable plate 113 rejects in the red raw material that rushes or during push, can provide convenience with free switching；First adjusts The upper end that flitch 1800 is crossed on the top and flat-die for saving plate 113, using the program, passes through putting for hoisting mechanism in same level When setting plate 805 and workpiece being pushed to flat-die cross flitch 1800, the clamping that work holder can be convenient is easy to operate；Fixed material Assembly apparatus 189 includes expecting pedestal 5 surely, is fixedly arranged on and determines to determine material seat 51 on material pedestal 5, is installed on fixed material seat 51 and determines material driving Cylinder 52, fixed material driving cylinder 52 pass through fixed material seat 51 and connect guiding axis fixed block 53, connect positioning on guiding axis fixed block 53 Block fixed plate 54,54 upper end of locating piece fixed plate are installed with receiver 55, and the front of locating piece fixed plate 54 is installed with positioning plate 56。

With the above structure, using determining material driving cylinder 52 and guiding axis fixed block 53,54 He of locating piece fixed plate Mutual cooperation between positioning plate 56 may be implemented rapidly by raw material from orderly pushing in processing mold in transmission belt, in fact Existing material conveys automatically, meanwhile, after processing mold punching course, it can be processed by the reception of 55 safety and precise of receiver Product, improve work efficiency, significantly reduce production cost；Locating piece fixed plate 54 is in " T " shape body, locating piece fixed plate 54 are connect with receiver 55 by hopper fixed plate 503；Using the above scheme, it improves and determines the whole secured of material assembly apparatus Property, while also improving the safety that receiver 55 receives material；Receiver 55 is located at 56 upper end of positioning plate, and receiver 55 Center is corresponding with the front end of positioning plate 56；The program is used, so that raw material is being pushed to processing mold punching by positioning plate 56 After pressure, by processing mold extrusion forming, product after molding, which can be convenient, to be fallen on receiver 55, improves work effect Rate significantly reduces production cost, and there are gap, the distances and hopper fixed plate in gap between positioning plate 56 for receiver 55 503 length is corresponding；Receiver 55 and the fixed angle for expecting that cylinder 52 is driven to be in 30 °~60 °, preferably 45 ° of this programme, receiver 55 opening is opposite with the fixed material driving driving direction of cylinder 52；Product in this way convenient for falling in receiver 55 can be convenient It drops on discharging device；The opening of receiver 55 is with the fixed driving direction for expecting driving cylinder 52 on the contrary, the opening court of receiver 55 To finished product guide assembly 1802, and after the reception material of receiver 55, receiver 55 is located at the top of finished product guide assembly 1802, at The inclination of product guide assembly 1802 is laid on platen 181；Two abutment sleeves 57, two positioning sleeves are fixedly provided on fixed material seat 51 Cylinder 57 slidably connects in fixed material driving 52 two sides of cylinder and symmetrical laying, abutment sleeve 57 and leads an axis 58, leads an axis 58 It is fixedly connected across abutment sleeve 57 with guiding axis fixed block 53；Using the program, the stability of material conveying is improved；Fixed material The side of seat 51 is installed with side plate 51-1, and the end side plate 51-1 is installed with cylinder corresponding with material driving 52 position of cylinder surely and protects Backplate 51-2；The length of side plate 51-1 is 2 times of fixed material driving 52 length of cylinder, passes through side plate 51-1 and cylinder protection board 51- 2, for protecting the safety in utilization for determining material driving cylinder 52；It is installed on fixed material seat 51 opposite with material driving 52 position of cylinder surely The positioning fixed plate 501 answered, positioning fixed plate 501 are located at the lower end of abutment sleeve 57, position and are provided with and determine in fixed plate 501 Material driving cylinder 52 is compatible to expect inductive switch 502 surely, fixed to expect when the material being located on transfer passage, which meets conveying, to be required Inductive switch 502 is moved for material driving cylinder 52 surely, so that positioning plate 56 is for pushing material；Meanwhile fixed material induction Switch 502 can detect whether receiver 55 picks up the workpiece after punching press, do not fall off after avoiding workpiece punching press and lead to workpiece The case where two times punch causes workpiece, mold and formed punch to damage, long service life；It is formed on positioning plate 56 for pushing material Positioning clamping opening 56-1, positioning clamping opening 56-1 direction with determine material driving the driving direction of cylinder 52 it is consistent.Conducive to material from defeated It is convenient and quick when channel being sent to convey, meanwhile, positioning clamping opening 56-1 is in " V " shape body, is in circular arc on the inside of positioning clamping opening 56-1 Shape can further increase the bearing area with clamping opening 67-1 and material, reduce the conveying stability and safety of material.

As shown in Figure 37-41, rejecting mechanism includes that cylinder pushing material component 162 corresponding with plate 805 is shelved and temperature control are total Mounting mechanism 163, temperature control general assembly mechanism 163 are located at the top of cylinder pushing material component 162；It is fixed on pedestal 16 and cylinder pusher group The charging conduit 164 of 162 relative position of part, temperature control general assembly mechanism 163 include the temperature control fixed frame being socketed on vertical support column 161 10, temperature control fixed plate 101 is installed on temperature control fixed frame 10, and temperature control holder fixed plate 102 is connected in temperature control fixed plate 101, It is rotatably connected to temperature control holder 103 in temperature control holder fixed plate 102, is socketed on temperature control holder 103 opposite with material jacking mechanism 160 The sensing device 104 answered；With the above structure, pass through material jacking mechanism 160, cylinder pushing material component 162 and temperature control total installed capacity Mutual cooperation between structure 163, when fall in material jacking mechanism 160 shelve on plate 805 it is red rush material temperature and be unsatisfactory for processing want When asking, temperature control general assembly mechanism 163 issues signal and cylinder pushing material component 162 is driven to move, and passes through 162 front end of cylinder pushing material component Pusher shaft 902 and expeller 903 push to the red raw material that rushes in charging conduit 164, and convenient and efficient, high degree of automation not only may be used To improve production efficiency, and save cost of labor and time；Temperature control holder fixed plate 102 and temperature control fixed plate 101 rotate Connection；It is conveniently adjusted the angle on bracket of temperature control holder fixed plate 102, is provided conveniently for the adjustment of sensing device 104；Temperature Controlling holder fixed plate 102 is in " F " shape body, including connecting plate 102-1 and the first guide plate for being fixedly arranged on the end connecting plate 102-1 102-2 and the second guide plate 102-3；It is formed with guide groove 102-4 between first guide plate 102-2 and the second guide plate 102-3, The linking arm of temperature control holder 103 is rotationally connected in guide groove 102-4, for adjusting the irradiating angle of sensing device 104；Using The program improves stability and fastness that sensing device 104 is connect with temperature control holder fixed plate 102, further ensures Sensing device 104 using safe；Connecting plate 102-1, the first guide plate 102-2 are fixedly connected with the second guide plate 102-3, and one It is body formed；The integral firmness of temperature control holder fixed plate 102 is increased, meanwhile, connecting plate 102-1 and the first guide plate 102-2 It is arc transition on the outside of junction；It is possible to prevente effectively from temperature control holder fixed plate 102 is during rotation, to personnel or other The scratch of object improves property easy to use；Rotation angle between temperature control holder 103 and guide groove 102-4 is 0 °~180 °, Rotation angle can be selected according to the specific location of workpiece；Temperature control fixed frame 10 includes that temperature control left support 105 and temperature control are right Bracket 106；The side of temperature control left support 105 is provided with protruding block 107, corresponding, is formed on temperature control right support 106 Groove 108 compatible with protruding block 107, protruding block 107 are adapted clamping with groove 108, and temperature control left support 105 and temperature control are right Temperature control fixed frame 10 is positioned on bracket by the other side of bracket 106 by temperature control regulating mechanism；Temperature control fixed frame and bracket can Tear formula connection open, so that the temperature control fixed frame can be adapted for the bracket positioning of different size, meanwhile, but also sensing device can be with Workpiece temperature suitable for different height detects, applied widely；Protruding block 107 is arc-shaped shape, corresponding, groove 108 are also arc-shaped shape；Using the above scheme, so that temperature control left support 105 and temperature control right support 106 are connected together more just Victory further improves the assembly efficiency of temperature control left support 105 and temperature control right support 106；Temperature control regulating mechanism includes temperature control tune Screw 109 is saved, 105 end of temperature control left support is provided with equipped with connecting hole 1001, and temperature control adjusts screw 109 and passes through connecting hole 1001 It is connected on temperature control right support 106, for temperature control left support 105 and temperature control right support 106 to be fixed on bracket；Pass through setting Temperature control regulating mechanism can conveniently be such that temperature control left support 105 and temperature control right support 106 is fixed on bracket, so that this dress The transport for adapting to the workpiece of different height is set, and sensing device 104 is made to be in best orientation, so that detection is red to rush raw material more It is for convenience and accurate；Temperature control adjusts screw 109 and is embedded in connecting hole 1001, and overall aesthetic degree is more preferable, meanwhile, also avoid temperature Control section screw 109 is exposed outside, so that the red conveying for rushing material is more stable and efficient, ensure that using safe, raising Production efficiency；Cylinder pushing material component 162 includes the air cylinder supporting structure 9 being socketed on vertical support column 161, air cylinder supporting structure 9 On be installed with reject cylinder 90, reject cylinder 90 drive shaft 94 on be connected with cylinder front shoe 91, cylinder front shoe 91 It is above removable to be connected with cylinder pusher 900；With the above structure, by rejecting the pusher in cylinder driving drive shaft Block, convenient and efficient for pushing to unqualified workpiece in charging conduit 164, high degree of automation improves machining accuracy and life Efficiency is produced, and saves cost of labor and time；Drive shaft 94 is provided with two, is symmetrically laid in 91 liang of cylinder front shoe Side；The stability of driving push is further improved, ensure that using safe；Cylinder pusher 900 includes pusher fixed plate 901, pusher shaft 902 and expeller 903；One end of pusher shaft 902 is vertically located in 901 middle part of pusher fixed plate, pusher shaft 902 The other end be fixedly connected with expeller 903, the width of expeller 903 is consistent with 902 outer diameter of pusher shaft, the length of expeller 903 Degree is 2 times of 902 outer diameter of pusher shaft, uses the program, so that the contact area of expeller 903 and workpiece increases, stress is more Steadily, while the stability and safety of push workpiece being also increased；Air cylinder supporting structure 9 includes that cylinder left support 92 and cylinder are right Bracket 93；The side of cylinder left support 92 is provided with lug boss 95, corresponding, be formed on cylinder right support 93 with it is convex The compatible recess 96 in portion 95 is played, lug boss 95 is adapted clamping with recess 96, cylinder left support 92 and cylinder right support 93 Air cylinder supporting structure 9 is fixed on bracket by the other side by regulating mechanism；Using the above scheme, so that the air cylinder supporting structure 9 can It is positioned with being suitable for the bracket of different size, meanwhile, but also cylinder pusher 900 can be adapted for the workpiece of different height Push, it is applied widely；Lug boss 95 is arc-shaped shape, corresponding, and recess 96 is also arc-shaped shape；Using above-mentioned side Case further improves cylinder left support 92 so that being connected together for cylinder left support 92 and cylinder right support 93 is more convenient With the assembly efficiency of cylinder right support 93；Regulating mechanism includes adjusting screw 97, and 92 end of cylinder left support is provided with to be equipped with and adjust Knothole 98 adjusts screw 97 and is connected on cylinder right support 93 across adjustment hole 98, for cylinder left support 92 and cylinder is right Bracket 93 is fixed on bracket；By regulating mechanism, it can conveniently make cylinder left support 92 and cylinder right support 93 fixed In on bracket, so that the present apparatus adapts to the transport of the workpiece of different height, and the expeller 903 at top is made to be in best side Position, so that the red raw material that rushes smoothly is removed；Screw 97 is adjusted to be embedded in adjustment hole 98；Overall aesthetic degree is more preferable, meanwhile, It is exposed outside to avoid adjusting screw 97, so that the red conveying for rushing material is more stable and efficient, ensure that use is safe, mention High production efficiency.

Claims

1. a kind of full-automatic vertical is red to rush equipment, passed including the feed frame general assembly (50) for transmitting workpiece, raw material Dynamic device (51), raw material material-pulling device (52) and device for feeding raw materials (53)；The raw material transmission device (51) is located at feeder The upper end of frame general assembly (50)；Raw material material-pulling device (52) is corresponding with device for feeding raw materials (53) position；The raw material pusher dress It sets (52) and device for feeding raw materials (53) is located at the end of raw material transmission device (51)；It is characterized by also including be sequentially connected Red rush raw materials furnace and heating (20), chute device (200), conveying transport mechanism (201) and organisation of working (205).

2. a kind of full-automatic vertical according to claim 1 is red to rush equipment, it is characterised in that: the chute device (200) It is fixedly arranged on the red side wall for rushing raw materials furnace and heating (20), one end of chute device (200) rushes going out for raw materials furnace and heating (20) with red Material mouth is corresponding, and the other end is corresponding with the conveying feed openings of transport mechanism (201), and chute device (200) includes sliding slot branch Frame mechanism (40), the chute device (41) being fixedly arranged on slipping groove stent mechanism (40)；The chute device (41) includes first sliding Slot (42) and second sliding slot (43)；First sliding groove (42) inclination is laid on slipping groove stent mechanism (40), and first sliding groove (42) is set The upper end in second sliding slot (43) is set, the outlet of first sliding groove (42) is connected to the entrance of second sliding slot (43)；Described first is sliding Lateral inclination angle between slot (42) and slipping groove stent mechanism (40) is 35 °~65 °, first sliding groove (42) and slipping groove stent machine Longitudinal inclination between structure (40) is 75 °~85 °；The first sliding groove (42) include side plate (420), bottom plate (421), with And setting is in the outer baffle (422) and Internal baffle (423) of bottom plate (421) two sides, wherein outer baffle (422), Internal baffle (423) It is installed with side plate (420) with the upper end of bottom plate (421), baffle (422), Internal baffle (423) and the lower end of bottom plate (421) are connected with Second sliding slot (43)；The second sliding slot (43) is arc chute, and the width of second sliding slot (43) gradually decreases from big to small；Institute The exit for stating second sliding slot (43) is connected with lead-over groove (44), and second sliding slot (43) is fixedly connected with lead-over groove (44), one Molding；The width of the lead-over groove (44) is consistent with second sliding slot (43) exit width；Lead-over groove (44) includes transition bottom Plate (44-1), and setting is in the transition baffle (44-2) of the two sides transition bottom plate (44-1)；The second sliding slot (43) includes sliding Trough floor (43-1), and setting is in the sliding slot baffle (43-2) of the two sides sliding slot bottom plate (43-1), the sliding slot baffle (43- of two sides 2) sliding slot cover board (43-3) is laid on；The height of the Internal baffle (423) is higher than outer baffle (422) height.

3. a kind of full-automatic vertical according to claim 2 is red to rush equipment, it is characterised in that: on the Internal baffle (423) It is formed with horizontal segment (423-1) and tilting section (423-2), the upper end of horizontal segment (423-1) and the upper end of side plate (420) are same On horizontal plane；Be installed with inclined sliding slot guide plate (45) outward on the outer baffle (422), sliding slot guide plate (45) it is upper End is higher than the upper end of horizontal segment (423-1), and the tilt angle of sliding slot guide plate (45) and outer baffle (422) is 95 °~175 °；Institute Stating slipping groove stent mechanism (40) includes bracket bottom plate (401), the bracket support plate (402) being fixedly arranged on bracket bottom plate (401), branch It being installed in frame support plate (402) stent bearing plank (403), the other side of stent bearing plank (403) is installed with slipping groove stent (404), It is formed between bracket support plate (402), stent bearing plank (403) and slipping groove stent (404) and is used to support first sliding groove (42) Locating slot (405)；It is connected with adjustable plate (406) on the slipping groove stent (404), one end of adjustable plate (406) is mutually butted on On outer baffle (422), for adjusting the side of longitudinal separation of the adjustable plate (406) on slipping groove stent (404) on adjustable plate (406) Portion's regulating mechanism；The side regulating mechanism includes side adjustment bolt (407), and having on the adjustable plate (406) is in strip The side regulating tank (408) of shape, the side adjustment bolt (407) are threaded through in side regulating tank (408), the adjustable plate (406) It is fixed on slipping groove stent (404) by the cooperation of side adjustment bolt (407) and side regulating tank (408).

4. a kind of full-automatic vertical according to claim 1 or 2 is red to rush equipment, it is characterised in that: the conveying conveyer Structure (201) includes conveying device (3) and transmission device (31)；Pass through transition plates between conveying device (3) and transmission device (31) (32) it connects；The conveying device (3) includes two conveyings side wall (301) and the biographies between two conveyings side wall (301) Band (302) is sent, conveyer belt (302) both ends connect delivery wheel (303), and delivery wheel (303) is located at by motor driven for pushing The red raw material that rushes on conveyer belt (302) is mobile to transmission device (31), and the transition plates (32) and conveyer belt (302) are in same water In plane, it is additionally provided on conveying side wall (301) for the red top blend stop (304) for rushing raw material top surface and being limited；Institute It states the top that conveying side wall (301) is equipped with for adjusting top blend stop (304) orientation and adjusts structure (33)；The top adjustment Structure (33) includes the top connecting plate (33-1) being fixedly arranged on the outside of conveying side wall (301), is connected with top on top connecting plate (33-1) Adjustment plate (33-2) pushes up and is vertically installed with upper positioning strip (33-3) in the form of an " L ", upper positioning strip (33- on adjustment plate (33-2) 3) end vertical is installed with top blend stop (304), and top blend stop (304) is located at the upper end of conveyer belt (302), with conveying side wall (301) there are gaps；It is described top adjustment plate (33-2) be equipped with for adjusts top blend stop (304) between the upper and lower away from top adjusting Mechanism；The top regulating mechanism includes top adjustment bolt (33-6), is had on the top adjustment plate (33-2) perpendicular to red punching Raw material moving direction and elongated top regulating tank (33-7), the top adjustment bolt (33-6) are threaded through top regulating tank (33- 7) in, the top adjustment plate (33-2) is by pushing up adjustment bolt 7-6) top connection is fixed on the cooperation for pushing up regulating tank (33-7) On plate (33-1)；The transmission device (31) includes guide rail shell (1), and the guide rail shell (1) includes bottom plate (1-1) and two sides Plate (1-2), bottom plate (1-1) and both side plate (1-2) are integrally formed；Both side plate (1-2) is located at the two sides of bottom plate (1-1), bottom Plate (1-1) and both side plate (1-2) form unclosed for conveying the red chute feeder (1-3) for rushing raw material；Transition plates (32) and bottom The end plate (1-1) offsets, and bottom plate (1-1) and transition plates (32) are in same level, the bottom of the transmission device (31) Portion is provided with vibrating mechanism (34)；One middle side part of the side plate (1-2) is formed with guide recess (103), the side plate (1-2) Outside is installed with side wall adjustment fixed block (102) close to guide recess (103) bottom, connects in side wall adjustment fixed block (102) Have positioning plate device (101), positioning plate device (101) is used to adjust the width size of chute feeder (1-3).

5. a kind of full-automatic vertical according to claim 4 is red to rush equipment, it is characterised in that: the positioning plate device It (101) include connecting plate (101-1), the end connecting plate (101-1) is installed with positioning plate (101-2), positioning plate (101-2) inclination It is laid on connecting plate (101-1)；Rocker arm adjustment device (104) includes positioning pin (105), is rotationally connected with positioning pin (105) rocker arm (106) on, rocker arm (106) end outside are installed with adjustment block (108), corresponding, the side plate Rocker arm locating piece (107) corresponding with adjustment block (108) position is installed on (1-2)；It is formed on the adjustment block (108) Pilot hole (108-1), pilot hole (108-1) are equipped with the bolt (108-2) for adjusting rocker arm (106) rotation angle；It is described Vibrating mechanism (34) includes vibrating shaft (2), the shock mount (21) being socketed on vibrating shaft (2)；It is installed at the top of vibrating shaft (21) Oscillating plate (23) is provided with vibrating disk (24) on oscillating plate (23), is equipped with solenoid valve (25) in vibrating disk (24)；The vibrating disk (24) top connects chute feeder (1-3), in vibrating disk (24) inclination laying and oscillating plate (23), vibrating disk (24) and chute feeder The tilt angle of (1-3) is consistent；The shock mount (21) includes pedestal (21-1) and positioning ring (21-2)；Pedestal (21-1) and Positioning ring (21-2) is fixedly connected with integrated molding；Positioning ring (21-2) side is provided with symmetrical interconnecting piece (21-3), It is formed between two interconnecting pieces (21-3) link slot (21-4), link slot (21-4) is attached by bolt (21-5), is used for Limit vibrating shaft (2) moving up and down in positioning ring (21-2)；The positioning ring bottom (21-2) is close to interconnecting piece (21-3) Position is formed with guide groove (26), and guide groove (26) and link slot (21-4) are in " ⊥ " shape body.

6. a kind of full-automatic vertical according to claim 1 is red to rush equipment, it is characterised in that: the organisation of working (205) Including processing rack (18), automatic feeding (186) and be fixedly arranged on process rack (18) on successively lay along vertical direction Main platen (180) and platen (181), main platen (180) and platen (181) surrounding be fixedly connected by connecting shaft (182), from Dynamic feed device (186) are fixedly arranged in processing rack (18)；It is provided with drive cylinder (183), drives in the middle part of the main platen (180) Dynamic oil cylinder (183) bottom is provided with formed punch mold device (184), corresponding, is installed on platen (181) and is filled with formed punch mould (184) compatible die opening mechanism (185) is set, flat-die is provided on die opening mechanism (185) and is crossed flitch (1800), it is corresponding , be provided on the platen (181) with flat-die cross flitch (1800) corresponding charging hand driving means (187), it is vertical into Expect adjusting bracket (1801) and material jacking mechanism (188)；It is additionally provided on the platen (181) and determines material assembly apparatus (189) and finished product Guide assembly (1802)；The automatic feeding (186) includes conveying (1805), charging hand driving means (187) with Conveying (1805) cooperate, the charging hand driving means (187) includes pedestal (6), be fixedly arranged on pedestal (6) into Expect hand seat (61), driving cylinder (62) is installed in charging hand seat (61), and driving cylinder (62) passes through charging hand seat (61) connection Sliding block (63), two sleeves (64) are fixedly provided on the charging hand seat (61), and two sleeves (64) are located at driving cylinder (62) Upper end and symmetrical laying, sleeve (64) is interior to be slidably connected guide post (65), and guide post (65) passes through sleeve (64) and sliding block (63) it is fixedly connected, is connected on sliding block (63) push rod (66), it is fixed that push rod (66) end is installed with the push rod for pushing material Position plate (67), push rod positioning plate (67) are located above conveying (1805)；It is described charging hand seat (61) side be installed with The corresponding induction fixed plate (68) in cylinder (62) position is driven, is provided in induction fixed plate (68) and driving cylinder (62) phase The inductive switch (69) of adaptation, when the material being located on transfer passage, which meets conveying, to be required, inductive switch (69) is for driving Cylinder (62) movement, so that push rod positioning plate (67) is for pushing material；The sliding block (63) is along its length direction shape At having guide groove (63-1), push rod (66) is slidably connected in guide groove (63-1)；Regulating tank is formed on the push rod (66) (66-1), regulating tank (66-1) if on be connected with bolt stem (66-2), if should bolt stem (66-2) by regulating tank (66-1) use In position of adjustment push rod (66) on sliding block (63)；Guide post (65) end is installed with connecting plate (601), connecting plate (601) middle part is provided with stop nut (604), is rotatably connected on stop nut (604) gag lever post (602), corresponding , charging hand seat (61) is equipped with limiting buffer device (603) corresponding with gag lever post (602), and limiting buffer device (603) is located at Between two sleeves (64)；The clamping opening (67-1) for pushing material, the clamping opening are formed on the push rod positioning plate (67) The direction of (67-1) is consistent with the driving driving direction of cylinder (62).

7. a kind of full-automatic vertical according to claim 6 is red to rush equipment, it is characterised in that: the material jacking mechanism (188) Including liftout sleeve (8), material ejection cylinder (81) and liftout positioning plate (82)；Liftout positioning plate (82) and material ejection cylinder (81) are respectively It is fixedly arranged on the upper and lower side of liftout sleeve (8)；It is characterized by also including for receiving workpiece from the discharge outlet of conveying device Lifting Device (800), be connected with liftout axis (83) on material ejection cylinder (81), liftout axis (83) passes through liftout sleeve (8) and pushes up Material positioning plate (82) offsets with Lifting Device (800), and Lifting Device (800) is driven to go up and down；In the middle part of the liftout sleeve (8) It is provided at least one sliding groove (801), it is corresponding, it is installed on liftout axis (83) and is adapted with sliding groove (801) Gag lever post (802), gag lever post (802) is slidably connected in sliding groove (801)；There are two sliding groove (801) settings, right Title is laid in liftout sleeve (8) two sides；The length of the sliding groove (801) is consistent with Lifting Device (800) adjustable height；Institute Stating Lifting Device (800) includes limit plate (803), the supporting block (804) being laid on limit plate (803), in supporting block (804) It is installed with and shelves plate (805) for shelve workpiece；The supporting block (804) is in the form of an " L ", including adjustable plate (804-1) and Support plate (804-2)；Adjustable plate (804-1) is equipped with for adjusting the top regulating mechanism for shelving plate (805) fore-and-aft clearance；Institute Stating top regulating mechanism includes adjustment bolt (806), has to be parallel on the adjustable plate (804-1) and red rushes raw material moving direction And elongated top regulating tank (807), the adjustment bolt (806) are threaded through in top regulating tank (807), the adjustable plate (804-1) is fixed on limit plate (803) by adjusting the cooperation on bolt (806) and top regulating tank (807)；The limit plate (803) it is formed on guide openings (84), liftout axis (83) is socketed in guide openings (84), and limit plate (803), which is equipped with, to be used In the side regulating mechanism of adjusting limit plate (803) distance on liftout axis (83)；The side regulating mechanism includes side tune It saves bolt (85), side adjusts bolt (85) and passes through guide openings (84) for limiting limit plate (803) in liftout axis (83) Position；The support plate (804-2) is laid with plate (805) inclination is shelved, and tilt angle and automatic feeding (186) are defeated Send direction consistent.

8. a kind of full-automatic vertical according to claim 6 is red to rush equipment, it is characterised in that: the vertical feeding adjusting bracket It (1801) include the adjusting sensing device (110) for adjusting base device (11) and being fixedly arranged in adjusting base device (11)；The adjusting Sensing device (110) includes adjusting sleeve (111), adjusts in sleeve (111) and is rotatably connected to adjustment axis (112), adjustment axis (112) both ends are connected separately with the first adjustable plate (113) and the second adjustable plate (114)；The adjusting sleeve (111) is equipped with The compatible adjusting induction switch device with the second adjustable plate (114)；First adjustable plate (113) is fixedly arranged on adjustment axis (112) upper end, the first adjustable plate (113), which is located at, shelves plate (805) and flat-die is crossed between flitch (1800), and the first adjustable plate (113) top crosses flitch (1800) side with flat-die and offsets；First adjustable plate (113) is fixedly arranged on adjustment axis (112) one End, the second adjustable plate (114) are socketed on adjustment axis (112) other end, set between the second adjustable plate (114) and adjustment axis (112) It is equipped with and adjusts bolt (117)；The induction switch device that adjusts includes being fixedly arranged on the first fixed plate for adjusting sleeve (111) end (118), it is vertically connected with the second fixed plate (119) in the first fixed plate (118), the first fixed plate (118) and the second fixed plate (119) it is fixedly connected, is integrally formed；Second fixed plate (119) side is installed with L-shaped third fixed plate (1110), the Three fixed plates (1110) and adjusting sleeve (111) vertical runs；Third fixed plate (1110) bottom is provided with adjustment bolt (1111), adjustment bolt (1111) is corresponding with the lower end of the second adjustable plate (114), is provided at the top of the second fixed plate (119) Inductive switch (1112), inductive switch (1112) are corresponding with the top ends of the second adjustable plate (114)；The adjustment bolt (1111) third fixed plate (1110) bottom, and the top of adjustment bolt (1111) and the second adjustable plate (114) are rotatably arranged on Center it is corresponding；The adjusting base device (11) includes adjustment base in the form of an " L " (1113), adjustment base (1113) packet Level tune plate (1113-1) and vertical adjustable plate (1113-2) are included, is connected with adjusting support plate on vertical adjustable plate (1113-2) (1114), it adjusts to be installed on support plate (1114) and adjusts sleeve (111)；The vertical adjustable plate (1113-2) is equipped with and is used for Vertical adjustable plate (1113-2) is adjusted in the top regulating mechanism for adjusting the vertical distance on support plate (1114)；The top tune Saving mechanism includes upper adjustment bolt (1115), has on the vertical adjustable plate (1113-2) and rushes raw material moving direction perpendicular to red And elongated upper regulating tank (1116), the upper adjustment bolt (1115) are threaded through in regulating tank (1116), are mutually butted on It adjusts on support plate (1114), the vertical adjustable plate (1113-2) passes through upper adjustment bolt (1115) and upper regulating tank (1116) cooperation, which is fixed on, to be adjusted on support plate (1114)；Surely material assembly apparatus (189) includes material pedestal (5) surely, Gu Set on determining to determine material seat (51) on material pedestal (5), expects to be installed on seat (51) surely and determine material driving cylinder (52), fixed material driving cylinder (52) fixed material seat (51) connection guiding axis fixed block (53) is passed through, connects locating piece fixed plate on guiding axis fixed block (53) (54), locating piece fixed plate (54) upper end is installed with receiver (55), and the front of locating piece fixed plate (54) is installed with positioning plate (56), positioning plate (56) and push rod positioning plate (67) cooperate, and red rush workpiece for clamping；Locating piece fixed plate (54) is in " T " shape body, locating piece fixed plate (54) are connect with receiver (55) by hopper fixed plate (503)；Receiver (55) position In positioning plate (56) upper end, and the center of receiver (55) is corresponding with the front end of positioning plate (56)；The receiver (55) It is in 30 °~60 ° of angle, the driving side of the opening of receiver (55) and fixed material driving cylinder (52) with material driving cylinder (52) is determined To on the contrary, the opening of receiver (55) towards finished product guide assembly (1802), and after receiver (55) receives material, receiver (55) it is located at the top of finished product guide assembly (1802), finished product guide assembly (1802) inclination is laid on platen (181)；It is described Two abutment sleeves (57) are fixedly provided on fixed material seat (51), two abutment sleeves (57) are located at fixed material and drive cylinder (52) two sides And symmetrical laying, interior slidably connect of abutment sleeve (57) lead an axis (58), lead an axis (58) across abutment sleeve (57) and lead It is fixedly connected to axis fixed block (53)；The side for determining material seat (51) is installed with side plate (51-1), and the end side plate (51-1) is solid Equipped with cylinder protection board (51-2) corresponding with material driving cylinder (52) position is determined；It is described to determine to be installed on material seat (51) and determine The corresponding positioning fixed plate (501) in material driving cylinder (52) position, positioning fixed plate (501) are located under abutment sleeve (57) End, be provided in positioning fixed plate (501) it is compatible with material driving cylinder (52) surely expect inductive switch (502) surely, when being located at When material satisfaction conveying on transfer passage requires, expect that inductive switch (502) drive cylinder (52) movement for material surely surely, in turn So that positioning plate (56) is for pushing material；Positioning clamping opening (the 56- for pushing material is formed on the positioning plate (56) 1), the direction of positioning clamping opening (56-1) is consistent with the material driving driving direction of cylinder (52) is determined.

9. a kind of full-automatic vertical according to claim 6 is red to rush equipment, it is characterised in that: the main platen (180) with Surrounding between platen (181) is provided with shield (1803), and shield (1803) is removably coupled to main platen (180) and platform Between plate (181), several observation slots (1804) are formed on shield (1803), several observation slots (1804) are equidistantly laid in anti- On shield (1803).

10. a kind of -9 any full-automatic vertical is red according to claim 1 rushes equipment, it is characterised in that: further include picking Except mechanism, the rejecting mechanism includes cylinder pushing material component (162) corresponding with plate (805) are shelved and temperature control general assembly mechanism (163), temperature control general assembly mechanism (163) is located at the top of cylinder pushing material component (162)；It is fixed on platen (181) and is pushed away with cylinder Expect the charging conduit (164) of component (162) relative position, temperature control general assembly mechanism (163) includes being socketed on vertical support column (161) the temperature control fixed frame (10) on is installed with temperature control fixed plate (101) on temperature control fixed frame (10), temperature control fixed plate (101) On be connected with temperature control holder fixed plate (102), temperature control holder (103), temperature control are rotatably connected in temperature control holder fixed plate (102) Sensing device (104) corresponding with material jacking mechanism (160) is socketed on holder (103)；Cylinder pushing material component (162) packet The air cylinder supporting structure (9) being socketed on vertical support column (161) is included, is installed in air cylinder supporting structure (9) and rejects cylinder (90), picked It is removable on cylinder front shoe (91) to be connected with except being connected with cylinder front shoe (91) in the drive shaft (94) of cylinder (90) Cylinder pusher (900)；The cylinder pusher (900) includes pusher fixed plate (901), pusher shaft (902) and pusher Block (903)；One end of pusher shaft (902) is vertically located in the middle part of pusher fixed plate (901), the other end of pusher shaft (902) with Expeller (903) is fixedly connected；The width of the expeller (903) is consistent with pusher shaft (902) outer diameter, expeller (903) Length is 2 times of pusher shaft (902) outer diameter；The air cylinder supporting structure (9) includes cylinder left support (92) and cylinder right support (93)；The side of cylinder left support (92) is provided with lug boss (95), corresponding, and cylinder right support is formed on (93) The compatible recess (96) with lug boss (95), lug boss (95) are adapted clamping with recess (96), cylinder left support (92) and Air cylinder supporting structure (9) is fixed on bracket by the other side of cylinder right support (93) by regulating mechanism；The lug boss (95) It is arc-shaped shape, corresponding, recess (96) is also arc-shaped shape；The regulating mechanism includes adjusting screw (97), gas Cylinder left support (92) end is provided with equipped with adjustment hole (98), is adjusted screw (97) across adjustment hole (98) and is connected to the right branch of cylinder On frame (93), for cylinder left support (92) and cylinder right support (93) to be fixed on bracket；In the adjusting screw (97) In adjustment hole (98)；The drive shaft (94) is provided with two, is symmetrically laid in cylinder front shoe (91) two sides；It is described Temperature control holder fixed plate (102) and temperature control fixed plate (101) are rotatablely connected；The temperature control holder fixed plate (102) is in " F " shape Body, including connecting plate (102-1) and be fixedly arranged on the end connecting plate (102-1) the first guide plate (102-2) and the second guide plate (102-3)；Guide groove (102-4), temperature control holder are formed between first guide plate (102-2) and the second guide plate (102-3) (103) linking arm is rotationally connected in guide groove (102-4), for adjusting the irradiating angle of sensing device (104)；The company Fishplate bar (102-1), the first guide plate (102-2) are fixedly connected with the second guide plate (102-3), are integrally formed；Connecting plate (102- It 1) is arc transition with the junction the first guide plate (102-2) outside；The temperature control holder (103) and guide groove (102-4) it Between rotation angle be 0 °~180 °；The temperature control fixed frame (10) includes temperature control left support (105) and temperature control right support (106)；The side of temperature control left support (105) is provided with protruding block (107), corresponding, shape on temperature control right support (106) The compatible groove (108) of Cheng Youyu protruding block (107), protruding block (107) are adapted clamping, the left branch of temperature control with groove (108) Temperature control fixed frame (10) is positioned on bracket by the other side of frame (105) and temperature control right support (106) by temperature control regulating mechanism； The protruding block (107) is arc-shaped shape, corresponding, and groove (108) is also arc-shaped shape；The temperature control regulating mechanism Screw (109) are adjusted including temperature control, temperature control left support (105) end is provided with equipped with connecting hole (1001), and temperature control adjusts screw (109) connecting hole (1001) are passed through to be connected on temperature control right support (106), is used for temperature control left support (105) and the right branch of temperature control Frame (106) is fixed on bracket；The temperature control adjusts screw (109) and is embedded in connecting hole (1001)；The sensing device It (104) is infrared high temperature thermometer.