CN202599119U

CN202599119U - Charging mechanism, heating furnace feeding system and material forging system

Info

Publication number: CN202599119U
Application number: CN 201220192654
Authority: CN
Inventors: 彭亦楚
Original assignee: Individual
Current assignee: Individual
Priority date: 2012-04-28
Filing date: 2012-04-28
Publication date: 2012-12-12
Anticipated expiration: 2022-04-28

Abstract

The utility model discloses a charging mechanism which comprises a fixed plate, a charging plate and a driving device; the charging plate is fixedly adjacent to the fixed plate and is lifted or lowered relative to the fixed plate under the action of the driving device; and the charging plate is provided with an oblique top surface, so that materials are adjacent to the fixed plate after being arranged on the top surface, and roll onto the top surface of the fixed plate after being lifted to be in alignment with the top surface of the fixed plate. According to the charging mechanism, because the charging plate and the fixed plate are adjacent and the top surface is the oblique surface, the materials are adjacent to the fixed plate under self-weight after being arranged on the top surface, roll onto the fixed plate after being lifted to be in alignment with the top surface of the fixed plate, and are lifted to the top surface of the fixed plate from the bottom of the fixed plate. According to the charging mechanism, the structure is simple, the manual workload is reduced, and the production efficiency is greatly improved. The utility model discloses a heating surface feeding system which applies the charging mechanism, and a material forging system which applies the heating surface feeding system.

Description

Feed mechanism, heating furnace feed system and material forge system

Technical field

The utility model relates to a kind of feed mechanism, relates in particular to a kind of material to be delivered to the feed mechanism of eminence from lower, and the heating furnace feed system of using this feed mechanism, forge system with the material of using this heating furnace feed system.

Background technology

Forging is a common technology in the component of machine process, and in order to reach certain specific character, parts need pass through behind the high temperature forging to obtain this kind performance.Heating furnace and metal forming machinery are to forge indispensable process equipment in the processing.Through earlier material being heated to the temperature that needs, metal forming machinery forges and presses material then, thereby obtains the product of corresponding performance.Existing material forging system automation degree is not high, normally leans on the artificial material clamping that will be stacked on ground one by one to deliver to the stockhole of heating furnace, and so, the hand labor amount is big, and influence forging efficient.

The utility model content

In view of above-mentioned condition, be necessary to provide a kind of hand labor amount that alleviates, material is raised to the feed mechanism of eminence from lower.

A kind of feed mechanism; Comprise fixed head, go up flitch and drive unit; Last flitch close neighbour fixed head is provided with and lifting of relative fixed plate or decline under the effect of drive unit; Last flitch has the end face of inclination, slide/is rolled on the fixed head end face along this end face with the fixed head close neighbour and when being raised to the fixed head end face after making material place this end face.

In addition, also be necessary to provide another kind can alleviate the hand labor amount, material be raised to the feed mechanism of eminence from lower.

A kind of feed mechanism; Fixed mount, last flitch and drive unit; Fixed mount comprises first fixed head and second fixed head; Be formed with the space between first fixed head and second fixed head; The said flitch of going up comprises on first flitch on the flitch and second, and flitch is contained in and said first fixed head of close neighbour slidably in said the space on said first, flitch close neighbour's second fixed head setting slidably and pass through flitch interval on said second fixed head and first on said second; On said second fixed head, said first on the flitch and said second flitch all have the end face of inclination; Make that be carried on first the material of flitch and the second material loading plate top surface is close to first fixed head and second fixed head respectively, and when the first material loading plate top surface alignd with the first fixed head end face, the material on the first material loading plate top surface slide/rolled into the first fixed head end face; When the second material loading plate top surface aligns with the second fixed head end face; Material on second on the flitch slide/rolls into the second corresponding fixed head end face, and the material of the second fixed head end face is close on first flitch and when the first material loading plate top surface aligns with the second fixed head end face, slide/is rolled into the first material loading plate top surface, and said drive unit is in order to drive flitch up-down on the flitch and second on first.

Wherein, another said feed mechanism also comprises the material loading frame, and the material loading frame has ramped bottom surface, makes descend material in the material loading frame of back of on second flitch roll into the end face of this flitch on second accordingly along ramped bottom surface.

Wherein, Said fixed mount also comprises two side and the 3rd fixed head, two side close neighbour's first fixed head setting abreast, and second fixed head and the 3rd fixed head are arranged between the two side; Be formed with first space between second fixed head and first fixed head; And the end face of second fixed head is low than the first fixed head end face, is formed with second space between the 3rd fixed head and second fixed head, and the end face of the 3rd fixed head is low than the second fixed head end face; Said first sliding panel is arranged in first space, and said second sliding panel is arranged in second space.

In addition, be necessary to provide a kind of heating furnace feed system of using in above-mentioned two kinds of feed mechanisms any one.

A kind of heating furnace feed system comprises described feed mechanism, feed mechanism and heating arrangements, and said feed mechanism is raised to material on the feed mechanism, and feed mechanism is sent to heating arrangements with material, and heating arrangements heats material.

Wherein, said feed mechanism comprises first material feeding seat, conveyer and second material feeding seat, and conveyer is sent to the material that feed mechanism is raised on first material feeding seat on second material feeding seat.

Wherein, Said second material feeding seat is provided with the block and first material-pulling device; Also offer deflector chute on this second material feeding seat; Deflector chute is connected with heating arrangements, and said block is held from first material feeding seat in order to retaining and is sent to the material on second material feeding seat, and said first material-pulling device is pushed in the said deflector chute in order to will on second material feeding seat, keeping off the material of holding.

Wherein, said feed mechanism also comprises second material-pulling device, and said heating arrangements comprises body of heater, and body of heater has burner hearth, and second material-pulling device pushes burner hearth with the material in the said deflector chute.

Wherein, said feed mechanism also comprises the inspection materials device, offers chute feeder on said first material feeding seat, is provided with conveyer belt in the chute feeder to transmit material, and said inspection materials device is arranged on a side of chute feeder, removes in order to material inspection that will offset on conveyer belt.

In addition, be necessary to provide a kind of use above-mentioned two kinds of feed mechanisms in any one material forge system.

A kind of material forges system; It is characterized in that: comprise claim 1-4 any described feed mechanism, feed mechanism, heating arrangements and a forging mechanism; Feed mechanism is raised to material on the feed mechanism; Feed mechanism is sent to heating arrangements with material, and after heating arrangements heated material, said forging mechanism forged material.

The utility model feed mechanism is provided with through going up flitch and fixed head close neighbour; And the material loading plate top surface is set to the inclined plane; So material is rolling behind the material loading plate top surface; At the following close neighbour's fixed head and when being raised to the fixed head end face of deadweight, and tumble automatically to the fixed head end face, accomplish material from bottom the fixed head to the lifting of end face.This feed mechanism is simple in structure, has alleviated the hand labor amount.Said feed mechanism is applied to the heating furnace feed system and material forges system, through the feed mechanism self-feeding, has saved human cost, has greatly improved production efficiency.

Description of drawings

Fig. 1 is the working state schematic representation that the utility model preferred embodiment material forges the heating furnace feed system of system;

Fig. 2 is feed mechanism view during material loading not that the utility model preferred embodiment material forges system;

Fig. 3 is the utility model preferred embodiment material view when forging the feed mechanism material loading of system;

Fig. 4 is the structural representation that the utility model preferred embodiment material forges another visual angle of heating furnace feed system of system;

Fig. 5 is the view of feeding to heating furnace mechanism in the utility model preferred embodiment material forging system;

Fig. 6 is the structural representation that heating arrangements is connected with forging mechanism in the utility model preferred embodiment material forging system.

The specific embodiment

By the technology contents, the structural feature that specify the utility model, is realized purpose and effect, will combine accompanying drawing and embodiment that the heating furnace feed system of the utility model is done further detailed description below.

See also Fig. 1 and Fig. 6, the utility model preferred embodiment material forges system 200 and comprises heating furnace feed system 100 and forging mechanism 40.Heating furnace feed system 100 with the material heat after, forging mechanism 40 forges material.Heating furnace feed system 100 comprises feed mechanism 10, feed mechanism 20 and heating arrangements 30.Feed mechanism 10 is raised to material on the feed mechanism 20, and feed mechanism 20 is sent to heating arrangements 30 with material, and after heating arrangements 30 heated material, 40 pairs of materials of said forging mechanism forged.

See also Fig. 2 and Fig. 3, feed mechanism 10 comprises material loading frame 11, fixed mount 12, goes up flitch 13 and drive unit 14.Material loading frame 11 can directly be built on ground, comprises two peripheral walls 111 and is arranged on a ramped bottom surface 112 of 111 of two peripheral walls.Through ramped bottom surface 112 is set, make material can slide/be rolled to the bottom of ramped bottom surface 112.Fixed mount 12 is arranged on the bottom of ramped bottom surface 112, and affixed respectively with two peripheral walls, 111 ends.Fixed mount 12 comprises two side 121, one first fixed head 122, one second fixed head 123 and one the 3rd fixed head 124.First fixed head 122 comprises first close neighbour's face 1221.Two side 121 close neighbour's first close neighbour's face 1221 abreast is provided with.Second fixed head 123 and the 3rd fixed head 124 are arranged between the two side 121, and the both sides of second fixed head 123, the 3rd fixed head 124 are affixed with two side 123 respectively.Be formed with first space (not indicating) between second fixed head 123 and first fixed head 122.Second fixed head 123 is low than first fixed head 122, and the end face of second fixed head 123 roughly is positioned at the centre position of the top of first fixed head 122 to the bottom.Be formed with second space (not indicating) between the 3rd fixed head 124 and second fixed head 123.The 3rd fixed head 123 is low than second fixed head 124, and the end face of the 3rd fixed head 123 roughly is positioned at the bottom of first fixed head 122, aligns with the bottom edge of said ramped bottom surface 112.So, make material slide/to be rolled to the 3rd fixed head 123 end faces along ramped bottom surface 112.

The said flitch 13 of going up comprises on first flitch 132 on the flitch 131 and second.Flitch 131 is slidably disposed in first space on first, but first close neighbour's face 1221 of said first fixed head 122 of close neighbour slides; Said second sliding panel 132 is slidably disposed in second space, but close neighbour's second fixed head 123 slides.On said first fixed head 122, second fixed head 123, the 3rd fixed head 124 and said first on the flitch 131 and second end face of flitch 132 be the inclined plane, make material slide/to roll in direction and be close to the adjacent panel of correspondence at the end face at place, deadweight lower edge by first fixed head 122.

Said drive unit 14 is used to drive flitch 132 risings or decline on the flitch 131 and second on first.This drive unit 14 is arranged on fixed mount 12 belows, connects on said first flitch 132 on the flitch 131 and second, can drive on first that flitch 132 rises simultaneously or descends on the flitch 131 and second.This drive unit 14 can be cylinder.

Feed mechanism 10 is following with material lifting process, and during original state, flitch 132 aligns with the end face of the 3rd fixed head 124 on second, is an inclined plane of connection; Flitch 131 aligns with the end face of second fixed head 123 on first, is an inclined plane of connection.Material is inserted in the material loading frame 11, and material will tumble on second on the flitch 132 along ramped bottom surface 112, and be close to second fixed head 123; Start drive unit 14 then; Drive unit 14 drives on first that flitch 132 rises simultaneously on the flitch 131 and second; Rise to when flitch 132 end faces align with second fixed head, 123 end faces on second; Stop to drive, material will be slipped in the end face of second fixed head 123 along the end face of flitch on second 132 and be close to flitch 131 on first.At this moment, the end face of flitch 131 aligns with the end face of said first fixed head 122 on first.Drive unit 14 action then makes that flitch 132 falls after rise to original position simultaneously on win material loading plate 131 and second.The end face of flitch 131 aligns with the end face of second fixed head 123 on first, will roll at the material on second fixed head, 123 end faces on the end face of flitch 131 on first and with first close neighbour's face 1221 to be close to.Simultaneously, the materials in the material loading frame 11 roll on second on the flitch 132.Then; Drive unit 14 drives flitch 132 risings on the flitch 131 and second on first again; Flitch 131 aligns with the end face of first fixed head 122 on first, and flitch 132 aligns with the end face of second fixed head 123 on second accordingly, so; Material on first on the flitch 131 will roll on the end face of said first fixed head 122, and material will tumble along the end face of first fixed head 122; Simultaneously, the material on the flitch 132 rolls in the end face of second fixed head 123 on second.So; Ceaselessly drive flitch 132 elevating movement back and forth on the flitch 131 and second on first through drive unit 14, and carry the transmission transition through said second fixed head 123, the materials in the material loading frame 11 can ceaselessly roll into flitch 132 end faces on second; Then to second fixed head, 123 end faces; Flitch 131 end faces on first to the end face of first fixed head 122, slide to the position that needs from first fixed head, 122 end faces then more then.So accomplish the transmission of material from low level to a high position.When inserting enough materials in the material loading frame 11, feed mechanism 10 automatically material transmits fully.

In addition, in this feed mechanism 10, fixed mount 12 can only comprise first fixed head 122; Last flitch 13 can only comprise flitch 131 on first; Flitch 131 relative first fixed head 122 under the effect of drive unit 14 goes up and down on first, and after falling, material rolls into flitch 131 end faces on first; After the rising, material rolls into to first fixed head, 122 end faces.Be appreciated that; Fixed mount 12 can be provided with plural fixed head; Form a plurality of spaces, and the height of each fixed head is different, is provided with one in each space accordingly and goes up flitch; A plurality of flitch of going up can drive through the drive unit of one or more correspondences, the lifting and can increase the conveying capacity of material step by step of realization material.

Please combine to consult Fig. 4 and Fig. 5, feed mechanism 20 comprises first material feeding seat 21, conveyer 22, second material feeding seat 23, block 24, first material-pulling device 25, second material-pulling device 26 and inspection materials device 27.Said first material feeding seat, 21 1 sides are formed with accepts wall 211.And offer chute feeder 212 in accepting wall 211 1 sides on the end face of first material feeding seat 21.This is accepted wall 211 and has sloped top face; Accept the bottom of the end face of the top of this sloped top face and said first fixed head 122; The bottom of this sloped top face connects said chute feeder 212, makes material to roll into after this accepts wall 211 from first fixed head, 122 end faces and tumbles to chute feeder 212.Said chute feeder 212 extends to the other end from first material feeding seat, 21 1 ends.Offer opening 213 on the lateral wall of chute feeder 212 near an end of said feed mechanism 10, these opening 213 places are connected with to hold and connect road 214.Hold connection road 214 1 ends and connect said chute feeder 212, the other end is connected to said material loading frame 11, makes the entering appearance connect road 214 interior materials and can be back in the said material loading frame 11.An end of accepting wall 211 on the end face of first material feeding seat 21 relatively also is provided with a matching seat 28.Matching seat 28 is positioned at a side of said chute feeder 212, and the end face of matching seat 28 is concordant with the end face of said first material feeding seat 21.Offer the through hole 281 of perforation on this matching seat 28, the bearing of trend of through hole 281 is parallel with the bearing of trend of said chute feeder 212.This through hole 281 is used to cooperate said second material-pulling device 26.

Conveyer 22 is used to transmit the material that tumbles to the chute feeder 212, and conveyer 22 comprises conveyer belt (figure does not show) and the actuator 221 that drives this conveyer belt operation.Conveyer belt is arranged in the chute feeder 212 for one section, can transmit through conveyer belt after making material roll into to the chute feeder 212.Actuator 221 is arranged on first material feeding seat 21, can be the equipment that motor etc. drives the conveyer belt operation.

Second material feeding seat 23 transfers to preset position in order to cooperate first material-pulling device 25 with the material that transmits in the chute feeder 212, for second material-pulling device 26 material is pushed into heating arrangements 30.Said second material feeding seat 23 is connected an end that is provided with matching seat 28 of first material feeding seat 21.Second material feeding seat, 23 upper surfaces are roughly concordant with the bottom surface of said chute feeder 212, make material can be under the effect of conveyer belt material be sent to the upper surface of second material feeding seat 23.Offer some deflector chutes 231 on the upper surface of second material feeding seat 23, some deflector chutes 231 are corresponding with through hole 281 positions, promptly are positioned on the bearing of trend of through hole 281, and the bearing of trend of deflector chute 231 is identical with the bearing of trend of through hole 281.

Second material feeding seat 23 is provided with the said block 24 and first material-pulling device 25.Said block 24 is relatively terminal with said chute feeder 212, and is formed with the gap of a suitable material length with this end.So, when a material is sent to 23 last times of second material feeding seat, this baffle plate 24 keeps off material and holding on direction of transfer.Said first material-pulling device 25 is used for the material that retaining is held is pushed in the deflector chute 231, and first material-pulling device 25 comprises scraping wings 251 and drives the actuator 252 of scraping wings 251 motions.Scraping wings 251 comprises a retaining wall 2511.Retaining wall 2511 has certain length; Be used for when scraping wings 251 pushes material, these retaining wall 2511 retainings are held the material in the chute feeder 212, after scraping wings 251 is return; This retaining wall 2511 can not keep off the material of holding in the chute feeder 212, thereby material can import on second material feeding seat 23.When scraping wings 251 pushed materials, the material two ends can be clamped between the end face of baffle plate 24 and matching seat 28 slided, being that scraping wings 251 is pushed in the deflector chute 231 better.

Second material-pulling device 26 is arranged on first material feeding seat 21, is used for the material in the deflector chute 231 is pushed in the heating arrangements 30.Second material-pulling device 26 comprises the push rod 261 of corresponding deflector chute 231 quantity and the actuator 262 of corresponding push rod 261 quantity.Push rod 261 1 ends connect corresponding actuator 262 and stretch through actuator 262 drivings; Push rod 261 other ends stretch in the deflector chute 231 corresponding on second material feeding seat 23 after passing the through hole 281 of said matching seat 28, slide along deflector chute 231 with the materials that promote in the deflector chute 231.In the present embodiment, said deflector chute 231 quantity are two, and corresponding push rod 261 and actuator 262 are two.When scraping wings 251 pushes material; For material can be entered in another deflector chute 231 through a deflector chute 231; The upper surface of push rod 261 is planar design; When making push rod 261 in deflector chute 231, the upper surface of push rod 261 is concordant with the upper surface of second material feeding seat 23, thereby material can be pushed in another deflector chute 231 through push rod 261 upper surfaces.The quantity that is appreciated that deflector chute 231 is not limited to two.The sequence of movement of the scraping wings 251 of the said push rod 261 of each of second material-pulling device 26 and first material-pulling device 25 all can be through programme-control or induction control.

Because material falls into possible position deflection in the chute feeder 212, the mixed and disorderly situation of material pile-up appears in accurately contraposition of storeroom, detects the position of material on the conveyer belt and in time removes the material of offset through said inspection materials device 27.Inspection materials device 27 is arranged on first material feeding seat 21, comprises actuator 271, driving wheel 272, belt 273 and loose roll 274.Actuator 271 is arranged on the said matching seat 28, and this actuator 271 can be motor, and an end of the rotating shaft of actuator 271 connects said driving wheel 272.Loose roll 274 is in transmission connection through belt 273 and driving wheel 272, under driving wheel 272 drives, rotates.This loose roll 274 is arranged on a side of the opposed openings 213 of chute feeder 212; When the skew material is arranged on the conveyer belt; The material of this skew will collide the loose roll 274 of rotation; Hold to connect in the road 214 thereby under the collision of loose roll 274, fly into, and connect road 214 and flow into said material loading frame 11 along holding, thus material loading once more.

See also Fig. 6, heating arrangements 30 comprises body of heater 31 and heat power supply device 32.Offer burner hearth 311 on the body of heater 31.Burner hearth 311 feeding mouths are connected with deflector chute 231, make material pushing burner hearth 311 under the effect of push rod 261 and in burner hearth 311, to move.Said heat power supply device 32 is used for the heating of the material in the burner hearth 311, and heat power supply device 32 is arranged on the discharge port end of burner hearth 311.In the present embodiment, heat power supply device 32 is a gas combustion apparatus, comprises Gas Pipe 321, combustion-supporting tracheae 322, and the mixed combustion tube 323 that connects Gas Pipe 321 and combustion-supporting tracheae 322.Gas Pipe 321 connects fuel gas source, like liquefied gas.Combustion-supporting tracheae 322 connects combustion-supporting source of the gas, like blower fan.Mix 323 air mixtures of combustion tube and combustion-supporting gas, make combustion gas and combustion-supporting gas firing, and mix and fire a burner of tins 323 and stretch into from the discharging opening of burner hearth 311.Mix on combustion tube 323 and Gas Pipe 321 and the combustion-supporting tracheae 322 and all flow control switch 324 can be set, to close or to regulate the flow of combustion gas and combustion-supporting gas.Heating arrangements 30 can further comprise the plate 33 that connects material.Connecting material offers the groove 331 that connects material on the plate 33, is used to guide the material after the heating slide/to be rolled to forging mechanism 40.The plate 33 that connects material is arranged on discharging opening one end of body of heater 31, and the groove 331 that connects material is positioned at the discharging opening below, makes the material that flows out from discharging opening can fall in the groove 331 that connects material, and is rolled to forging mechanism 40 along the groove 331 that connects material.

Forging mechanism 40 comprises forging tower 41, and connects the feeding plate 42 and reclaiming plate 43 that forges tower 41.Feeding plate 42 holds the material that connects after the heating that flows into from the groove 331 that connects material.Forge and be provided with forging and pressing post 411 and carrier 412 in the tower 41.After material was inserted on the carrier 412, forging and pressing post 411 pressed down so that material is forged and pressed.Material can be clamped on the carrier 412 from feeding plate 42 through manual work; Perhaps set into the syndeton of flitch 42 and carrier 412; Material can be moved on the carrier 412 from feeding plate 42; The realization material flows into carrier 412 automatically and forges and presses, and flows into carrier 412 automatically for material in the present embodiment.Material after the forging and pressing tumbles to said reclaiming plate 43.Be formed with the blow tank 431 of inclination on the reclaiming plate 43, the end of blow tank 431 is connected with accommodation apparatus (figure does not show).The material that tumbles after the forging to the reclaiming plate 43 can tumble to accommodation apparatus along blow tank.

When this material forges system's 200 forging materials; Feed mechanism 10 is raised to material on the feed mechanism 20; Material is slipped into along the end face of first fixed head 122 and accepts wall 211 and fall in the chute feeder 212, and conveyer belt is sent to material on second material feeding seat 23, and first material-pulling device 25 is pushed into material in the deflector chute 231; Second material-pulling device 26 is pushed into burner hearth 311 with the material in the deflector chute 231; Because material is one and pushes one that the length that the push rod 261 promotion strokes of second material-pulling device 26 can be merely a material gets final product, two continuous successively pushers of push rod 261; Material in the burner hearth 311 of heating arrangements 30 after the heating is fallen into the plate 33 that connects material, and slips into forging tower 41 interior forgings of forging mechanism 40, forges the back and flows into accommodation apparatus.Fully realized forging continuously automatically of material, when needing to forge the material of scheduled volume, the material that only needs in material loading frame 11, to insert scheduled volume gets final product.

To sum up; The utility model feed mechanism 10 is provided with through going up flitch and fixed head close neighbour; And the material loading plate top surface is set to the inclined plane, and so material is rolling behind the material loading plate top surface, close neighbour's fixed head and when being raised to the fixed head end face under deadweight; And tumble automatically to the fixed head end face, accomplish the lifting of material from fixed head bottom to end face.This feed mechanism is simple in structure, has alleviated the hand labor amount.Said feed mechanism is applied to the heating furnace feed system and material forges system, through the feed mechanism self-feeding, has saved human cost, has greatly improved production efficiency.

Said material comprises that iron, copper etc. need the metal material of heats forged, and material can be the erose material of bar shaped material or globular material and other, can on the end face of lifting mechanism, slide or roll.

In addition, in the said feed mechanism, said drive unit can be a plurality of, drives different last flitch respectively, and can not drive corresponding last flitch lifting or decline simultaneously.

The above; It only is the preferred embodiment of the utility model; Not being that the utility model is done any pro forma restriction, though the utility model with the preferred embodiment exposure as above, yet is not in order to limit the utility model; Anyly be familiar with the professional and technical personnel; In not breaking away from the utility model technical scheme scope, make a little change or be modified to the equivalent embodiment of equivalent variations when the technology contents of above-mentioned announcement capable of using, be not break away from the utility model technical scheme content in every case;, all still belong in the scope of the utility model technical scheme any simple modification, equivalent variations and modification that above embodiment did according to the technical spirit of the utility model.

Claims

1. feed mechanism; It is characterized in that: comprise fixed head, go up flitch and drive unit; Last flitch close neighbour fixed head is provided with and lifting of relative fixed plate or decline under the effect of drive unit; Last flitch has the end face of inclination, slide/is rolled on the fixed head end face with the fixed head close neighbour and when being raised to the fixed head end face after making material place this end face.

2. feed mechanism; It is characterized in that: comprise fixed mount, go up flitch and drive unit; Fixed mount comprises first fixed head and second fixed head; Be formed with the space between first fixed head and second fixed head; The said flitch of going up comprises on first flitch on the flitch and second, and flitch is contained in and said first fixed head of close neighbour slidably in said the space on said first, flitch close neighbour's second fixed head setting slidably and pass through flitch interval on said second fixed head and first on said second; On said second fixed head, said first on the flitch and said second flitch all have the end face of inclination; Make that be carried on first the material of flitch and the second material loading plate top surface is close to first fixed head and second fixed head respectively, and when the first material loading plate top surface alignd with the first fixed head end face, the material on the first material loading plate top surface slide/rolled into the first fixed head end face; When the second material loading plate top surface aligns with the second fixed head end face; Material on second on the flitch slide/rolls into the second corresponding fixed head end face, and the material of the second fixed head end face is close on first flitch and when the first material loading plate top surface aligns with the second fixed head end face, slide/is rolled into the first material loading plate top surface, and said drive unit is in order to drive flitch up-down on the flitch and second on first.

3. feed mechanism as claimed in claim 2 is characterized in that: feed mechanism also comprises the material loading frame, and the material loading frame has ramped bottom surface, makes descend material in the material loading frame of back of on second flitch roll into the end face of this flitch on second accordingly along ramped bottom surface.

4. feed mechanism as claimed in claim 2; It is characterized in that: said fixed mount also comprises two side and the 3rd fixed head, two side close neighbour's first fixed head setting abreast, and second fixed head and the 3rd fixed head are arranged between the two side; Be formed with first space between second fixed head and first fixed head; And the end face of second fixed head is low than the first fixed head end face, is formed with second space between the 3rd fixed head and second fixed head, and the end face of the 3rd fixed head is low than the second fixed head end face; Said first sliding panel is arranged in first space, and said second sliding panel is arranged in second space.

5. heating furnace feed system; It is characterized in that: comprise claim 1-4 any described feed mechanism, feed mechanism and a heating arrangements; Said feed mechanism is raised to material on the feed mechanism, and feed mechanism is sent to heating arrangements with material, and heating arrangements heats material.

6. heating furnace feed system as claimed in claim 5 is characterized in that: said feed mechanism comprises first material feeding seat, conveyer and second material feeding seat, and conveyer is sent to the material that feed mechanism is raised on first material feeding seat on second material feeding seat.

7. heating furnace feed system as claimed in claim 6; It is characterized in that: said second material feeding seat is provided with the block and first material-pulling device; Also offer deflector chute on this second material feeding seat; Deflector chute is connected with heating arrangements, and said block is held from first material feeding seat in order to retaining and is sent to the material on second material feeding seat, and said first material-pulling device is pushed in the said deflector chute in order to will on second material feeding seat, keeping off the material of holding.

8. heating furnace feed system as claimed in claim 7 is characterized in that: said feed mechanism also comprises second material-pulling device, and said heating arrangements comprises body of heater, and body of heater has burner hearth, and second material-pulling device pushes burner hearth with the material in the said deflector chute.

9. heating furnace feed system as claimed in claim 6; It is characterized in that: said feed mechanism also comprises the inspection materials device; Offer chute feeder on said first material feeding seat; Be provided with conveyer belt in the chute feeder to transmit material, said inspection materials device is arranged on a side of chute feeder, removes in order to material inspection that will offset on conveyer belt.

10. a material forges system; It is characterized in that: comprise claim 1-4 any described feed mechanism, feed mechanism, heating arrangements and a forging mechanism; Feed mechanism is raised to material on the feed mechanism; Feed mechanism is sent to heating arrangements with material, and after heating arrangements heated material, said forging mechanism forged material.