CN108543949A - A kind of modified non-ferrous metal prealloy powder manufacturing technology equipment - Google Patents

Abstract

The invention discloses a kind of modified non-ferrous metal prealloy powder manufacturing technology equipment, including pedestal, the middle position of the pedestal upper surface be provided with one it is front and back extend phoresy platform, one is provided with above the pedestal to mill case, the case of milling is internally provided with chamber of milling, the case lower face of milling is provided with an infusion device, the infusion device includes the set casing being fixedly connected with case of milling, the lower end of the set casing is provided with an active shell, it is fixedly connected by a cricoid telescopic between the set casing and active shell, the set casing, active shell has collectively constituted internal inner cavity with telescopic, the lower end of the inner cavity is provided with a propulsion device.

Description

A kind of modified non-ferrous metal prealloy powder manufacturing technology equipment

Technical field

The present invention relates to non-ferrous metal prealloy powder technical field, specially a kind of modified non-ferrous metal prealloy powder system Make technical equipment.

Background technology

Non-ferrous metal prealloy powder uses and its extensively in modern industry manufacture, currently, non-ferrous metal prealloy powder exists It is usually used in processing and a variety of manufacturing procedures such as grinds, screens, encapsulates, however the non-ferrous metal prealloy powder system in tradition Manufacturing apparatus can not achieve grinding, screening, encapsulation integration operation, considerably increases production cost while reducing production efficiency.

Invention content

It is above-mentioned to solve the purpose of the present invention is to provide a kind of modified non-ferrous metal prealloy powder manufacturing technology equipment The problem of being proposed in background technology.

To achieve the above object, the present invention provides the following technical solutions：A kind of modified non-ferrous metal prealloy powder manufacture Technical equipment, including pedestal, the pedestal four angles bottom are equipped with hornblock simultaneously, and each hornblock bottom is equipped with walking Wheel, the middle position of the pedestal upper surface be provided with one it is front and back extend phoresy platform, the centre for phoresying platform upper surface Be provided at position one it is front and back extend phoresy slot, it is described phoresy to be provided in slot phoresy vehicle, the upper surface for phoresying vehicle is equal It is even to be provided with multiple placing chambers, it is equipped with the upward encapsulating shell of notch inside the placing chamber, is provided with above the pedestal One mills case, and the left and right ends of the case lower face of milling mutually claim to be provided with a support plate, and the lower end of the support plate is respectively at pedestal The left and right ends of upper surface are fixedly connected, and the case of milling is internally provided with chamber of milling, and is set on the upside of the chamber left end wall of milling It is equipped with implantation slot, switching door, the cavity that is internally provided with of the chamber upper end wall of milling, the cavity are provided in the implantation slot The center position of lower end wall is provided with communications and liaison hole, the communications and liaison hole communications and liaison cavity and chamber of milling, and the inside cavity screw thread connects It is connected to a pivoted arm, the center position of the pivoted arm lower face is fixedly connected with one first and ships and resell on another market axis, and described first ships and resell on another market axis Lower end is through communications and liaison hole and is fixedly connected with one and mills plate, and the described first jackshaft body for shipping and reselling on another market axis is located in communications and liaison hole and spline It is socketed with a change, one first turn trough is provided at communications and liaison hole inner wall position corresponding with change, first turn trough Right end wall is provided with a communications and liaison slot to extend to the right, and the right end communications and liaison of the communications and liaison slot have one second turn trough, second turn trough It is internally provided with a belt wheel, a transmission belt, the transmission belt drive connection change and belt wheel are provided in the communications and liaison slot, it is described Chamber right end pars intramuralis of milling is provided with a placement hole, and the center position of the second turn trough lower end wall is provided with a third and turns Slot, the lower end communications and liaison placement hole of the third turn trough, the center position of belt wheel lower face are fixedly connected with one second and ship and resell on another market axis, Described second ship and resell on another market axis lower end through third turn trough and be fixedly connected with one extend to the right first connect joining beam, described first connects The lower end of joining beam right end by third ship and resell on another market axis be rotatably connected to one extend to the left second connect joining beam, described second connects a joining beam left side The lower end at end is rotatably connected to the third that one extends to the left and connects joining beam by the 4th axis of shipping and reselling on another market, the described second intermediate bar for shipping and reselling on another market axis Body is located in third turn trough and fixing sleeve is connected to one first tooth-like wheel, third turn trough inner wall position corresponding with the first tooth-like wheel The place of setting is provided with the 4th turn trough to extend to the left, and the left end inside the 4th turn trough is provided with one second tooth-like wheel, described Second tooth-like wheel and the first tooth-like wheel are connected, and the right side inside the 4th turn trough lower end wall is provided with driver slot, described It is fixedly installed one first motor inside driver slot, first motor upper end be connected by power has one the 5th to ship and resell on another market axis, institute The upper end that the 5th ships and resell on another market axis is stated to run through the upper end wall of driver slot and be fixedly connected on the center position of the second tooth-like wheel lower face, The chamber of milling is internally provided with a sieve plate, and the chamber right end wall of milling is provided with a notch at position corresponding with sieve plate Screening tank to the left, the third connect the left end of joining beam through the left end wall of placement hole and with the centre position of sieve plate right side Place is fixedly connected, and being provided with one at the chamber left end pars intramuralis of milling position corresponding with sieve plate leads shifting slot, described to lead shifting slot It is internally provided with one and leads shifting plate, the left end of the sieve plate, which runs through, leads the right end wall for moving slot and be fixedly connected on the centre led and move plate At position, the center position for milling case lower face is provided with an infusion device, and the infusion device includes and case of milling The lower end of the set casing being fixedly connected, the set casing is provided with an active shell, passes through one between the set casing and active shell Cricoid telescopic is fixedly connected, and the set casing, active shell and telescopic have collectively constituted internal inner cavity, on the inner cavity Siphunculus is fixedly connected on the left of end wall, the lower end of the siphunculus is located at interior intracavitary and is fixed on inner cavity left end wall by a buckle Lower end, the siphunculus is internally provided with a pore, and the pore communications and liaison are milled chamber and inner cavity, and the pore is internally provided with one Valve is fixedly connected with a placement shell on the right side of the inner cavity upper end wall, and the placement shell is internally provided with a closely sealed chamber, described The upper end of placement shell right side is provided with a pneumatic tube, and the upper end of the set casing right side is fixedly connected with a pulsometer, institute The right end for stating pneumatic tube runs through the right end wall of inner cavity and is connect with pulsometer, and the pneumatic tube is internally provided with a stomata, described The closely sealed chamber of stomata communications and liaison and pulsometer, the closely sealed chamber are internally provided with a lower platen, the centre bit of the lower platen lower face The place of setting is fixedly connected with one and connects joining beam, and the lower end for connecing joining beam runs through the lower end wall of closely sealed chamber and is fixedly connected with a lifting The rear and front end of shell, the lifting shell is fixedly connected with the inner wall of active shell rear and front end respectively, setting inside the lifting shell There are a propulsion chamber, the propulsion chamber to be internally provided with a pushing block, the middle position for promoting chamber lower end wall is provided with one Advancement holes, the advancement holes communications and liaison promote chamber and inner cavity, the middle position of the pushing block lower face to be fixedly connected with a tooth The lower end of shape item, the dentation item through advancement holes and is fixedly connected with lower platen, the centre position of the advancement holes left end wall Place is provided with the driving groove of a notch to the right, and the aft bulkhead of the driving groove is fixedly connected with the second motor, second electricity Motivation has a lifting tooth-like wheel, the right end of the lifting tooth-like wheel to match with dentation item by motor mandrel's be connected by power of its front end Close connection, be both provided with a mandril at the position corresponding with encapsulating shell of the lower platen lower face, the inner cavity lower end wall with push up About one perforative hole slot is both provided at the corresponding position of bar, the lower end of the inner cavity is provided with a propulsion device, institute It states and is additionally provided with search lighting device on case of milling, the search lighting device includes lamp bracket and searchlight.

Preferably, the propulsion device includes sliding bar, the rear and front end of the sliding bar mutually claims to be provided with a sliding Block, the inner cavity rear and front end are both provided with a slippage slot at position corresponding with slipping block, are respectively provided with inside the slipping block There are one second motor, the one end of second motor far from sliding bar to have an idler wheel by a connecting shaft be connected by power, A slot rolling is both provided at slippage slot inner wall position corresponding with idler wheel, the idler wheel is rolled with slot rolling and is connected.

Preferably, the plate of milling is equal to the height of cavity at a distance from sieve plate.

Preferably, described lead moves the width of slot and be equal to the width of screening tank, the described first length for connecing joining beam is less than the Two connect joining beam length and are less than the half of screening well width, and described first, which connects joining beam and second, connects the sum of length of joining beam less than peace Set the width in hole.

Preferably, the length of the mandril is equal to the length of hole slot, and the diameter of section of the mandril is equal to hole slot Diameter.

Preferably, the lamp bracket is fixedly installed at the top of the case left end face of milling, the searchlight fixed setting In the lamp bracket bottom.

Compared with prior art, the beneficial effects of the invention are as follows：In present invention work, switching door is opened, by inculcating slot, Non-ferrous metal raw material is put into the upper end for intracavitary sieve plate of milling, closes switching door, the first electric motor operation is shipped and resell on another market by the 5th Axis drives the rotation of the second tooth-like wheel, and then driving second to ship and resell on another market by the first tooth-like wheel, shaft rotation is dynamic, and belt wheel also rotates therewith, then leads to Crossing transmission belt drives change rotation, change connects with the first axis spline of shipping and reselling on another market, and the first axis drive lifter plate of shipping and reselling on another market rotates, lifter plate Connect with the inner thread of cavity, lifter plate declines during rotation, by first ship and resell on another market axis drive mill edges of boards rotation Become and declines, the grinding function of realization device, meanwhile, the second rotation for shipping and reselling on another market axis drives first to connect joining beam rotation, is connect by first The rotation of joining beam drives second to connect joining beam swing, and third connects joining beam and also does straight reciprocating motion therewith, to push sieve plate left It moves right, completes the screening of non-ferrous metal prealloy powder particle, be convenient for the decline of little particle non-ferrous metal prealloy powder, accelerate to grind Speed is ground, production efficiency is improved, the little particle non-ferrous metal prealloy powder after grinding is fallen under the control of valve by siphunculus The left side of lower end wall in inner cavity, at this point, transmission trolley is located at the underface of infusion device, air pressure pump work pushes under lower platen Drop, to drive lifting shell to move down by connecing joining beam, lift the rear and front end of shell respectively in active shell rear and front end Wall is fixedly connected, and active shell also declines therewith, and the lower end of active shell stops declining after connecting with the upper surface for phoresying vehicle, at this point, Hole slot is connected with encapsulating shell, the second electric motor operation, and idler wheel rotation is driven by connecting shaft, to push sliding bar to the right It is mobile, the non-ferrous metal prealloy powder particle on the left of inner cavity is pushed to the right, ensures that coloured gold can be incorporated in each encapsulating shell Belong to prealloy powder, to ensure that the qualification rate of non-ferrous metal prealloy powder encapsulating shell finished product, meanwhile, the second electric motor operation, By motor mandrel drive lifting tooth-like wheel rotation, to by dentation item drive lower platen transport downwards, mandril also therewith to Lower movement, by the pushing of mandril, extruding non-ferrous metal prealloy powder avoids non-ferrous metal prealloy completely into encapsulating shell Trickling down for powder, has saved production cost, has been effectively reduced the waste of raw material.

Description of the drawings

Fig. 1 is that a kind of front view structure of modified non-ferrous metal prealloy powder manufacturing technology equipment entirety complete section of the present invention is shown It is intended to；

Fig. 2 is the front view structure of infusion device complete section in a kind of modified non-ferrous metal prealloy powder manufacturing technology equipment of the present invention Schematic diagram；

Fig. 3 is the left view structure of infusion device complete section in a kind of modified non-ferrous metal prealloy powder manufacturing technology equipment of the present invention Schematic diagram；

Fig. 4 is the left view structure of propulsion device complete section in a kind of modified non-ferrous metal prealloy powder manufacturing technology equipment of the present invention Schematic diagram；

Fig. 5 is the front view structure that vehicle complete section is phoresied in a kind of modified non-ferrous metal prealloy powder manufacturing technology equipment of the present invention Schematic diagram.

Specific implementation mode

Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete Site preparation describes, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other Embodiment shall fall within the protection scope of the present invention.

- 5 are please referred to Fig.1, a kind of embodiment provided by the invention：A kind of modified non-ferrous metal prealloy powder manufacturing technology Equipment, including pedestal 1, the pedestal 1 four angles bottom are equipped with hornblock 101 simultaneously, and each 101 bottom of the hornblock is equipped with row Walk wheel 102, the middle position of 1 upper surface of the pedestal be provided with one it is front and back extend phoresy platform 2, it is described to phoresy 2 upper end of platform The middle position in face be provided with one it is front and back extend phoresy slot 3, it is described phoresy to be provided in slot 3 phoresy vehicle 4, it is described to phoresy vehicle 4 upper surface is evenly arranged with multiple placing chambers 5, and the upward encapsulating shell 6 of notch, the base are equipped with inside the placing chamber 5 The top of seat 1 is provided with one and mills case 7, and the left and right ends of 7 lower face of case of milling mutually claim to be provided with a support plate 40, the branch The lower end of plate 40 is fixedly connected respectively at the left and right ends of 1 upper surface of pedestal, and the case 7 of milling is internally provided with chamber 8 of milling, institute It states and is provided with implantation slot 9 on the upside of 8 left end wall of chamber of milling, switching door 10 is provided in the implantation slot 9, it is described to mill on chamber 8 End wall is internally provided with cavity 11, and the center position of 11 lower end wall of the cavity is provided with communications and liaison hole 12, the communications and liaison hole 12 communications and liaison cavitys 11 and chamber 8 of milling, 11 internal whorl of the cavity are connected with a pivoted arm 13, the center of 13 lower face of the pivoted arm It is fixedly connected with one first at position to ship and resell on another market axis 14, the described first lower end for shipping and reselling on another market axis 14 through communications and liaison hole 12 and is fixedly connected with One mills plate 21, and the described first jackshaft body for shipping and reselling on another market axis 14 is located in communications and liaison hole 13 and spline is socketed with a change 15, described One first turn trough 16, the right end wall setting of first turn trough 16 are provided at 12 inner wall of communications and liaison hole position corresponding with change 15 There is a communications and liaison slot 17 to extend to the right, the right end communications and liaison of the communications and liaison slot 17 have one second turn trough 18, in second turn trough 18 Portion is provided with a belt wheel 19, is provided with a transmission belt 20 in the communications and liaison slot 17,20 drive connection change 15 of the transmission belt with Belt wheel 19, the 8 right end pars intramuralis of chamber of milling are provided with a placement hole 22, the center position of 18 lower end wall of the second turn trough It is provided with a third turn trough 23, the lower end communications and liaison placement hole 22 of the third turn trough 23, the center position of 19 lower face of belt wheel One second is fixedly connected with to ship and resell on another market axis 24, described second ship and resell on another market axis 24 lower end through third turn trough 23 and be fixedly connected with one to The first of right extension connects joining beam 25, and described first connects the lower end of joining beam right end is rotatably connected to one to the left by third axis 26 of shipping and reselling on another market Second to extend connects joining beam 27, and described second connects the lower end of 27 left end of joining beam is rotatably connected to one to the left by the 4th axis 28 of shipping and reselling on another market The third of extension connects joining beam 29, and the described second intermediate bar body for shipping and reselling on another market axis 24 is located in third turn trough 23 and fixing sleeve is connected to one the One tooth-like wheel 30, be provided at 23 inner wall of third turn trough position corresponding with the first tooth-like wheel 30 one extend to the left the 4th Turn trough 31, the left end inside the 4th turn trough 31 are provided with one second tooth-like wheel 32, second tooth-like wheel, 32 and first tooth Shape wheel 30 is connected, and the left side inside 31 lower end wall of the 4th turn trough is provided with driver slot 33, inside the driver slot 33 It is fixedly installed one first motor 34, first motor, 34 upper end be connected by power has one the 5th to ship and resell on another market axis 35, and described Five upper ends for shipping and reselling on another market axis 35 run through the upper end wall of driver slot 33 and are fixedly connected on the center of 32 lower face of the second tooth-like wheel Place, the chamber 8 of milling are internally provided with a sieve plate 37, are set at 8 right end wall of the chamber position corresponding with sieve plate 37 of milling It is equipped with the screening tank 36 of a notch to the left, the third connects left end wall and and sieve plate of the left end through placement hole 22 of joining beam 29 The middle position of 37 right sides is fixedly connected, and is arranged at 8 left end pars intramuralis of the chamber position corresponding with sieve plate 37 of milling Lead and move slot 38, it is described lead to move slot 38 and be internally provided with one and lead move plate 39, the left end of the sieve plate 37 moves slot 38 through leading Right end wall and being fixedly connected on lead the middle position for moving plate 39, the center position for milling 7 lower face of case is provided with One infusion device 41, the infusion device 41 include the set casing 42 being fixedly connected with case of milling, the lower end of the set casing 42 It is provided with an active shell 43, is fixedly connected by a cricoid telescopic 44 between the set casing 42 and active shell 43, it is described Set casing 42, active shell 43 and telescopic 44 have collectively constituted internal inner cavity 45, and the left side of 45 upper end wall of the inner cavity is fixed It is connected with siphunculus 46, the lower end of the siphunculus 46 is located in inner cavity 45 and is fixed under 45 left end wall of inner cavity by a buckle 47 End, the siphunculus 46 are internally provided with a pore 48, and 48 communications and liaison of the pore are milled chamber 8 and inner cavity 45, inside the pore 48 It is provided with a valve 49, a placement shell 50 is fixedly connected on the right side of 45 upper end wall of the inner cavity, is set inside the placement shell 50 It is equipped with a closely sealed chamber 51, the upper end of 50 right side of the placement shell is provided with a pneumatic tube 52,42 right side of the set casing Upper end is fixedly connected with a pulsometer 53, and the right end of the pneumatic tube 52 runs through the right end wall of inner cavity 45 and connects with pulsometer 53 It connects, the pneumatic tube 52 is internally provided with a stomata 54, the closely sealed chamber 51 of 54 communications and liaison of the stomata and pulsometer 53, the closely sealed chamber 51 are internally provided with a lower platen 55, and the center position of 55 lower face of the lower platen is fixedly connected with one and meets joining beam 56, institute State and connect the lower end of joining beam 56 through the lower end wall of closely sealed chamber 51 and be fixedly connected with a lifting shell 57, the lifting shell 57 it is front and back Both ends are fixedly connected with the inner wall of 43 rear and front end of active shell respectively, and the lifting shell 57 is internally provided with a propulsion chamber 58, institute It states and chamber 58 is promoted to be internally provided with a pushing block 59, the middle position for promoting 58 lower end wall of chamber is provided with an advancement holes 60,60 communications and liaison of the advancement holes promote chamber 58 and inner cavity 45, the middle position of 59 lower face of the pushing block to be fixedly connected with The lower end of one dentation item 61, the dentation item 61 through advancement holes 60 and is fixedly connected with lower platen 62, and the advancement holes 60 is left The middle position of end wall is provided with the driving groove 63 of a notch to the right, and the aft bulkhead of the driving groove 63 is fixedly connected with second Motor 64, second motor 64 has a lifting tooth-like wheel 66 by 65 be connected by power of motor mandrel of its front end, described The right end and dentation item 61 for lifting tooth-like wheel 66 are connected, at the position corresponding with encapsulating shell 6 of 62 lower face of the lower platen It is both provided with a mandril 67,45 lower end wall of the inner cavity is both provided with about one perforative hole slot at position corresponding with mandril 67 68, the lower end inside the inner cavity 45 is provided with a propulsion device 69, and search lighting device, the spy are additionally provided on the case 7 of milling Include lamp bracket 708 and searchlight 709 according to device.

Valuably, the propulsion device 69 includes sliding bar 691, and the rear and front end of the sliding bar 691 mutually claims to be provided with One slipping block 692 is both provided with a slippage slot 693 at the position corresponding with slipping block 692 of 45 rear and front end of the inner cavity, described One second motor 694 is both provided with inside slipping block 693, the one end of second motor 694 far from sliding bar 691 is logical Crossing 695 be connected by power of a connecting shaft has an idler wheel 696,693 inner wall of the slippage slot to be respectively provided at position corresponding with idler wheel 696 There are a slot rolling 697, the idler wheel 696 to roll and be connected with slot rolling 697.Its effect is that the work of the second motor 694 passes through Connecting shaft 695 drives idler wheel 696 to rotate, and to push sliding bar 691 to move right, the non-ferrous metal in 45 left side of inner cavity is closed in advance Bronze particle pushes the right to, ensures that non-ferrous metal prealloy powder can be packed into each encapsulating shell 6.

Valuably, the plate 21 of milling is equal to the height of cavity 11 at a distance from sieve plate 37.Its effect is plate 21 of milling The non-ferrous metal raw material grinding that can ensure to mill when positioned at bottom in chamber 8 is abundant.

Valuably, it is described lead move slot 38 width be equal to screening tank 36 width, described first connect joining beam 25 length it is small 27 length of joining beam is connect in second and less than the half of 36 width of screening tank, described first, which connects joining beam 25 and second, connects the length of joining beam 27 The sum of degree is less than the width of placement hole 22.Its effect is the rotation for connecing joining beam 25 by first, drives second to connect the pendulum of joining beam 27 Dynamic, third connects joining beam 29 and also does straight reciprocating motion therewith, to push sieve plate 37 to move left and right, completes non-ferrous metal and closes in advance The decline of little particle non-ferrous metal prealloy powder is convenient in the screening of bronze particle, accelerates grinding rate, improves production efficiency.

Valuably, the length of the mandril 67 is equal to the length of hole slot 68, and the diameter of section of the mandril 37 is equal to hole The diameter of slot 68.Its effect is that, by the pushing of mandril 37, extruding non-ferrous metal prealloy powder is kept away completely into encapsulating shell 6 The unrestrained of non-ferrous metal prealloy powder is exempted from, has saved production cost, be effectively reduced the waste of raw material.

Valuably, the lamp bracket 708 is fixedly installed at the top of 7 left end face of case of milling, and the searchlight 709 is fixed It is set to 708 bottom of the lamp bracket, lighting demand when present apparatus night time operation can be met by the searchlight 709.

Specifically used mode：In present invention work, switching door 10 is opened, by inculcating slot 9, non-ferrous metal raw material is put into It mills the upper end of sieve plate 37 in chamber 8, closes switching door 10, the work of the first motor 34 drives the by the 5th axis 35 of shipping and reselling on another market Two tooth-like wheels 32 rotate, then by the first tooth-like wheel 30 drive second ship and resell on another market axis 24 rotate, belt wheel 19 also rotates therewith, then leads to Crossing transmission belt 20 drives change 15 to rotate, and change 15 is connect with the first 14 spline of axis of shipping and reselling on another market, and first ships and resell on another market the drive lifter plate of axis 14 13 rotations, lifter plate 13 are connect with the inner thread of cavity 11, and lifter plate 13 declines during rotation, ships and resell on another market by first The drive of axis 14 21 side of plate rotation of milling becomes and declines, the grinding function of realization device, meanwhile, the second rotation for shipping and reselling on another market axis 24 drives the One connects the rotation of joining beam 25, and the rotation for connecing joining beam 25 by first drives second to connect the swing of joining beam 27, and third connects joining beam 29 also therewith Straight reciprocating motion is done, to push sieve plate 37 to move left and right, the screening of non-ferrous metal prealloy powder particle is completed, convenient for small Grinding rate is accelerated in the decline of particle non-ferrous metal prealloy powder, improves production efficiency, and the little particle non-ferrous metal after grinding is pre- Alloyed powder is fallen by siphunculus 46 in the left side of 45 lower end wall of inner cavity under the control of valve 49, is filled at this point, transmission trolley 4 is located at The underface of defeated device 41, pulsometer 53 work, push lower platen 55 decline, to by connect joining beam 56 drive lifting shell 57 to The rear and front end of lower movement, lifting shell 57 is fixedly connected with the inner wall of 43 rear and front end of active shell respectively, and active shell 43 is also therewith Decline, the lower end of active shell 43 stops declining after connecting with the upper surface for phoresying vehicle 4, at this point, hole slot 68 connects with the cooperation of encapsulating shell 6 It connecing, the work of the second motor 694 drives idler wheel 696 to rotate by connecting shaft 695, to push sliding bar 691 to move right, The non-ferrous metal prealloy powder particle in 45 left side of inner cavity is pushed to the right, ensures that non-ferrous metal can be packed into each encapsulating shell 6 Prealloy powder, to ensure that the qualification rate of non-ferrous metal prealloy powder encapsulating shell finished product, meanwhile, the work of the second motor 64, Lifting tooth-like wheel 66 is driven to rotate by motor mandrel 65, to drive lower platen 62 to transport downwards by dentation item 61, mandril 67 also move down therewith, and by the pushing of mandril 67, extruding non-ferrous metal prealloy powder is avoided completely into encapsulating shell 6 Trickling down for non-ferrous metal prealloy powder, has saved production cost, has been effectively reduced the waste of raw material.

It is obvious to a person skilled in the art that invention is not limited to the details of the above exemplary embodiments, Er Qie In the case of without departing substantially from spirit or essential attributes of the invention, the present invention can be realized in other specific forms.Therefore, no matter From the point of view of which point, the present embodiments are to be considered as illustrative and not restrictive, and the scope of the present invention is by appended power Profit requires rather than above description limits, it is intended that all by what is fallen within the meaning and scope of the equivalent requirements of the claims Variation is included within the present invention.Any reference signs in the claims should not be construed as limiting the involved claims.

Claims (6)

1. a kind of modified non-ferrous metal prealloy powder manufacturing technology equipment, including pedestal, four angles of pedestal bottom is simultaneously Equipped with hornblock, each hornblock bottom is equipped with traveling wheel, it is characterised in that：The middle position of the pedestal upper surface is set Be equipped with one it is front and back extend phoresy platform, the middle position for phoresying platform upper surface be provided with one it is front and back extend phoresy slot, It is described phoresy to be provided in slot phoresy vehicle, the upper surface for phoresying vehicle is evenly arranged with multiple placing chambers, in the placing chamber Portion is equipped with the upward encapsulating shell of notch, and one is provided with above the pedestal and is milled case, the left and right of the case lower face of milling Both ends mutually claim to be provided with a support plate, and the lower end of the support plate is fixedly connected respectively at the left and right ends of pedestal upper surface, the stone roller Tumbling barrel is internally provided with chamber of milling, and implantation slot is provided on the upside of the chamber left end wall of milling, is provided with out in the implantation slot Door, the cavity that is internally provided with of the chamber upper end wall of milling are closed, the center position of the cavity lower end wall is provided with communications and liaison hole, The communications and liaison hole communications and liaison cavity and chamber of milling, the inside cavity are threaded with a pivoted arm, the center of the pivoted arm lower face It is fixedly connected with one first at position to ship and resell on another market axis, the described first lower end for shipping and reselling on another market axis through communications and liaison hole and is fixedly connected with one and mills Plate, the described first jackshaft body for shipping and reselling on another market axis is located in communications and liaison hole and spline is socketed with a change, communications and liaison hole inner wall with turn One first turn trough is provided at the corresponding position of ring, the right end wall of first turn trough is provided with a communications and liaison slot to extend to the right, The right end communications and liaison of the communications and liaison slot have one second turn trough, second turn trough to be internally provided with a belt wheel, set in the communications and liaison slot It is equipped with a transmission belt, the transmission belt drive connection change and belt wheel, the chamber right end pars intramuralis of milling is provided with a placement hole, The center position of the second turn trough lower end wall is provided with a third turn trough, the lower end communications and liaison placement hole of the third turn trough, The center position of belt wheel lower face is fixedly connected with one second and ships and resell on another market axis, and third turn trough is run through in the described second lower end for shipping and reselling on another market axis And be fixedly connected with one extend to the right first connect joining beam, described first to connect the lower end of joining beam right end dynamic by third shaft rotation of shipping and reselling on another market Be connected with one extend to the left second connect joining beam, described second connects the lower end of joining beam left end is rotatably connected to by the 4th axis of shipping and reselling on another market One third to extend to the left connects joining beam, and the described second intermediate bar body for shipping and reselling on another market axis is located in third turn trough and fixing sleeve is connected to one the One tooth-like wheel, the third turn trough inner wall are provided with the 4th turn trough to extend to the left at position corresponding with the first tooth-like wheel, Left end inside 4th turn trough is provided with one second tooth-like wheel, and second tooth-like wheel and the first tooth-like wheel are connected, Right side inside the 4th turn trough lower end wall is provided with driver slot, and it is electronic that one first is fixedly installed inside the driver slot Machine, first motor upper end be connected by power have one the 5th to ship and resell on another market axis, the described 5th ship and resell on another market axis upper end through driver slot Upper end wall and the center position for being fixedly connected on the second tooth-like wheel lower face, the chamber of milling are internally provided with a sieve plate, The chamber right end wall of milling is provided with the screening tank of a notch to the left at position corresponding with sieve plate, and the third connects joining beam Left end runs through the left end wall of placement hole and is fixedly connected with the middle position of sieve plate right side, described to mill in chamber left end wall Be provided with one at portion position corresponding with sieve plate and lead shifting slot, it is described lead to move slot and be internally provided with one lead shifting plate, the sieve plate Left end run through and lead the right end wall and being fixedly connected on for moving slot and lead the middle position for moving plate, the center of the case lower face of milling An infusion device is provided at position, the infusion device includes the set casing being fixedly connected with case of milling, the set casing Lower end is provided with an active shell, is fixedly connected by a cricoid telescopic between the set casing and active shell, the fixation Shell, active shell and telescopic have collectively constituted internal inner cavity, and siphunculus is fixedly connected on the left of the inner cavity upper end wall, described The lower end of siphunculus is located at interior intracavitary and is fixed on the lower end of inner cavity left end wall by a buckle, and the siphunculus is internally provided with a pipe Hole, the pore communications and liaison are milled chamber and inner cavity, and the pore is internally provided with a valve, and the right side of the inner cavity upper end wall is fixed It is connected with a placement shell, the placement shell is internally provided with a closely sealed chamber, and the upper end of the placement shell right side is provided with a gas The upper end of pressure pipe, the set casing right side is fixedly connected with a pulsometer, and the right end of the pneumatic tube runs through the right end of inner cavity It wall and is connect with pulsometer, the pneumatic tube is internally provided with a stomata, the closely sealed chamber of the stomata communications and liaison and pulsometer, described close It closes chamber and is internally provided with a lower platen, the center position of the lower platen lower face is fixedly connected with one and connects joining beam, described to connect The lower end of joining beam through closely sealed chamber lower end wall and be fixedly connected with a lifting shell, it is described lifting shell rear and front end respectively with work The inner wall of dynamic shell rear and front end is fixedly connected, and the lifting shell is internally provided with a propulsion chamber, and the propulsion chamber is internally provided with One pushing block, the middle position for promoting chamber lower end wall are provided with an advancement holes, and the advancement holes communications and liaison promote chamber and interior The middle position of chamber, the pushing block lower face is fixedly connected with a dentation item, and advancement holes is run through in the lower end of the dentation item And it is fixedly connected with lower platen, the middle position of the advancement holes left end wall is provided with the driving groove of a notch to the right, described The aft bulkhead of driving groove is fixedly connected with the second motor, motor mandrel's be connected by power that second motor passes through its front end There are a lifting tooth-like wheel, the right end of the lifting tooth-like wheel to be connected with dentation item, the lower platen lower face and encapsulating shell It is both provided with a mandril at corresponding position, being both provided with about one at inner cavity lower end wall position corresponding with mandril runs through Hole slot, the lower end of the inner cavity is provided with a propulsion device, search lighting device, the searchlighting is additionally provided on the case of milling Device includes lamp bracket and searchlight.

2. a kind of modified non-ferrous metal prealloy powder manufacturing technology equipment according to claim 1, it is characterised in that：Institute It includes sliding bar to state propulsion device, and the rear and front end of the sliding bar mutually claims to be provided with a slipping block, the inner cavity rear and front end It is both provided with a slippage slot at position corresponding with slipping block, one second motor is both provided with inside the slipping block, it is described There are an idler wheel, the slippage slot inner wall and idler wheel in the one end of second motor far from sliding bar by a connecting shaft be connected by power A slot rolling is both provided at corresponding position, the idler wheel is rolled with slot rolling and is connected.

3. a kind of modified non-ferrous metal prealloy powder manufacturing technology equipment according to claim 1, it is characterised in that：Institute State the height that plate of milling is equal to cavity at a distance from sieve plate.

4. a kind of modified non-ferrous metal prealloy powder manufacturing technology equipment according to claim 1, it is characterised in that：Institute It states and leads the width that the width for moving slot is equal to screening tank, the described first length for connecing joining beam connects joining beam length less than second and less than sieve Select the half of well width, described first connects joining beam and second connects the width that the sum of length of joining beam is less than placement hole.

5. a kind of modified non-ferrous metal prealloy powder manufacturing technology equipment according to claim 1, it is characterised in that：Institute The length for stating mandril is equal to the length of hole slot, and the diameter of section of the mandril is equal to the diameter of hole slot.

6. a kind of modified non-ferrous metal prealloy powder manufacturing technology equipment according to claim 1, it is characterised in that：Institute It states lamp bracket to be fixedly installed at the top of the case left end face of milling, the searchlight is fixedly installed on the lamp bracket bottom.