CN110026443A - Based on cloth, welding and net is integrated out mesh sheet welding composite tooling - Google Patents
Based on cloth, welding and net is integrated out mesh sheet welding composite tooling Download PDFInfo
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- CN110026443A CN110026443A CN201910472497.XA CN201910472497A CN110026443A CN 110026443 A CN110026443 A CN 110026443A CN 201910472497 A CN201910472497 A CN 201910472497A CN 110026443 A CN110026443 A CN 110026443A
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21C—MANUFACTURE OF METAL SHEETS, WIRE, RODS, TUBES OR PROFILES, OTHERWISE THAN BY ROLLING; AUXILIARY OPERATIONS USED IN CONNECTION WITH METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL
- B21C23/00—Extruding metal; Impact extrusion
- B21C23/02—Making uncoated products
- B21C23/04—Making uncoated products by direct extrusion
- B21C23/08—Making wire, bars, tubes
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21C—MANUFACTURE OF METAL SHEETS, WIRE, RODS, TUBES OR PROFILES, OTHERWISE THAN BY ROLLING; AUXILIARY OPERATIONS USED IN CONNECTION WITH METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL
- B21C33/00—Feeding extrusion presses with metal to be extruded ; Loading the dummy block
- B21C33/02—Feeding extrusion presses with metal to be extruded ; Loading the dummy block the metal being in liquid form
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21C—MANUFACTURE OF METAL SHEETS, WIRE, RODS, TUBES OR PROFILES, OTHERWISE THAN BY ROLLING; AUXILIARY OPERATIONS USED IN CONNECTION WITH METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL
- B21C37/00—Manufacture of metal sheets, bars, wire, tubes or like semi-manufactured products, not otherwise provided for; Manufacture of tubes of special shape
- B21C37/04—Manufacture of metal sheets, bars, wire, tubes or like semi-manufactured products, not otherwise provided for; Manufacture of tubes of special shape of bars or wire
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21C—MANUFACTURE OF METAL SHEETS, WIRE, RODS, TUBES OR PROFILES, OTHERWISE THAN BY ROLLING; AUXILIARY OPERATIONS USED IN CONNECTION WITH METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL
- B21C47/00—Winding-up, coiling or winding-off metal wire, metal band or other flexible metal material characterised by features relevant to metal processing only
- B21C47/02—Winding-up or coiling
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Transmission Devices (AREA)
- Wire Processing (AREA)
Abstract
The invention discloses based on cloth, welding and net is integrated out mesh sheet welding composite tooling, vapor chamber is equipped in the rack, extrusion device is equipped in the vapor chamber, the extrusion device includes extruding box, the extruding box can melt metallic particles, transmission device is equipped on the upside of the extrusion device, the transmission device includes piston plate and horizontal rotating shaft, and the piston plate can be according to the variation rise and fall of heat;The present apparatus is effectively utilized the waste heat that heating metallic particles generates, reduce electricity consumption, the present apparatus has used the metal wire of three steps to draw modeling technique simultaneously, the first step is that preliminary draw is moulded, the purpose of process is to process the thicker wire of radius, and second is rotation extrusion molding, which is to produce the uniform wire of radius, third portion is to draw modeling, which is the wire for pulling out corresponding thickness.
Description
Technical field
The present invention relates to wire manufacture fields, specially based on cloth, welding and out mesh sheet that net is integrated is welded and used
Composite tooling.
Background technique
It in the production preparation for carrying out metal mesh sheet, needs that wire is arranged and welded, therefore, is carrying out metal
When the preparation of mesh sheet, the preparation of wire stands in the breach, and wire is the metal product being commonly used on present society, flexible
Property it is high, it is widely used to be used by numerous industries, but wire process be mostly use crin by multiple process into
Row attenuate, area required for the process is larger, and process takes a long time, increased for factory it is permanent at
This, has strict requirements for the revolving speed for controlling shaft during cutting, this process is more difficult to control, in view of the above problems, carrying out
The design of the present apparatus.
Summary of the invention
The purpose of the present invention is to provide based on cloth, welding and net is integrated out mesh sheet welding composite tooling, with
Solve the problems mentioned above in the background art.
To achieve the above object, the invention provides the following technical scheme: based on cloth, welding and net is integrated out mesh sheet
Welding composite tooling, including organic frame, the rack is interior to be equipped with vapor chamber, and extrusion device is equipped in the vapor chamber, described
Extrusion device includes extruding box, and the extruding box can melt metallic particles, and transmission is equipped on the upside of the extrusion device
Device, the transmission device include piston plate and horizontal rotating shaft, and the piston plate can be according to the variation rise and fall of heat
Rotation chamber is equipped on the right side of extrusion device, the rotation is intracavitary to be equipped with vertical processing device, and the vertical processing device includes circle
Cylinder gear, the cylinder gear provide power by the transmission device and are rotated, and water is equipped on the right side of the vertical processing device
Flat processing unit (plant), the horizontal processing unit (plant) include horizontal processing case, and the horizontal processing case is obtained by the horizontal rotating shaft
Power is obtained, the horizontal processing unit (plant) and the vertical processing device rotation direction are to reverse, on the right side of the horizontal processing unit (plant)
Equipped with around line chamber, the coiling is intracavitary to be equipped with bobbin winder device, and the bobbin winder device includes guide bar and reel, the guiding
Bar can move left and right, and the reel is the position wound after processing is completed, and the guide bar obtains from the horizontal rotating shaft
Power, the reel obtain power from the horizontal processing unit (plant), move horizontally to control by the fixed pulley
The uniform winding of wire.
Preferably, the extrusion device includes vapor chamber, the vapor chamber opening is set towards a left side, the vapor chamber lower section
There is opening towards left feed cavity, the interior sliding of the feed cavity is equipped with feed pipe, is equipped with pan feeding chamber, the charging in the feed pipe
It is slided on the right side of pipe and is equipped with rotating bar, helical blade is fixed in the rotating bar, opening is equipped in the rotating bar towards a left side
Centrifugal chamber has the blow tank being externally open in the centrifugal chamber, and the blow tank is connected with the pan feeding chamber, and described turn
Rotation is equipped with extruding box in lever, and steam turbine blade is fixed in the rotating bar, is equipped with extruding cavity in the extruding box,
The heating chamber being located on the right side of the vapor chamber is equipped in the rack, the extruding box is rotationally connected in the heating chamber, institute
It states and is uniformly provided with adding thermal resistance in heating chamber, the extruding box is fixedly connected with the adding thermal resistance, solid on the right side of the extruding box
Surely it is equipped with contraction block, contraction chamber is equipped in the contraction block, end wall is symmetrically fixed with stop block to the contraction chamber up and down.
Preferably, the transmission device includes kerosene chamber, the kerosene is intracavitary to be equipped with kerosene, the intracavitary cunning of kerosene
Dynamic to be equipped with piston plate, the piston plate top end face is fixed with rack gear, is equipped with and is located above the kerosene chamber in the rack
Rack chamber, the upper end of the rack extend in the rack chamber, and end wall rotation is equipped with rotary shaft, the rotation before and after the rack chamber
Cooperation spur gear is fixed in shaft, the cooperation spur gear is engaged with the rack gear, is fixed with position in the rotary shaft
Drive bevel gear on front side of the cooperation spur gear, the rack chamber right side are equipped with gear mating cavity, the gear mating cavity
Right side is equipped with rotation chamber, is equipped with bevel gear chamber on the right side of the rotation chamber, turns between the bevel gear chamber and the gear mating cavity
Dynamic to be equipped with horizontal rotating shaft, rotation, which is equipped with, between the gear mating cavity and the rack chamber rotates round bar, on the rotation round bar
It is fixed with the driven wheel of differential being located in the rack chamber, the driven wheel of differential is engaged with the drive bevel gear, described
The transmission spur gear in the gear mating cavity is fixed on rotation round bar, the bevel gear chamber and the gear cooperate
It is equipped with gear between chamber and rotates chamber, rotation is equipped with through the gear and turns between the gear mating cavity and the bevel gear chamber
The horizontal rotating shaft of dynamic chamber, is fixed with the rotation spur gear in the gear mating cavity on the horizontal rotating shaft, and described turn
Dynamic spur gear is engaged with the transmission spur gear, is fixed on the horizontal rotating shaft and is rotated intracavitary linkage positioned at the gear
Spur gear is fixed with the vertical bevel gear intracavitary positioned at the bevel gear on the horizontal rotating shaft.
Preferably, the horizontal processing unit (plant) includes horizontal processing case, the horizontal processing case is rotationally connected with institute
It is intracavitary to state rotation, the horizontal processing case right end wall is fixed with drum gear, and the drum gear is rotationally connected with the circle
In bucket gear cavity, the drum gear is engaged with the linkage spur gear, is equipped with horizontal processing cavity, institute in the horizontal processing case
It states and is equipped with parallel slide block slot on front side of horizontal processing cavity, it is right to be equipped with front and back for sliding between the slide block slot and the horizontal processing cavity
The litter of title, rotation is equipped with the compression runner being located in the horizontal processing cavity on the litter, is fixed on the litter
Sliding block in the slide block slot, the horizontal processing case is interior to be equipped with the belt chamber being located on the upside of horizontal processing cavity, the skin
Band chamber left end wall is fixed with horizontal motor, and the belt chamber left hand end wall rotation is equipped with horizontal motor shaft, the horizontal electricity
It is fixed with drive pulley in machine shaft, threaded rod is threaded between the litter, is fixed on the threaded rod
Driven pulley, the driven pulley are connect with the drive pulley by belt, and the threaded rod left and right sides screw thread turns
To opposite.
Preferably, the vertical processing device includes motor vertical, vertical strap is equipped in the vertical processing case
Chamber, the vertical strap chamber front and back end wall rotation are equipped with motor vertical shaft, and the vertical strap cavity rear end wall is fixed with vertical
Straight motor, the motor vertical shaft back segment extended spot are connected by power with the motor vertical, solid in the motor vertical shaft
Fixed be equipped with is located at the intracavitary main pulley of the vertical strap, and the intracavitary sliding of vertical strap is equipped with secondary pulley, described to hang down
It is equipped with vertical processing cavity on the left of straight belt chamber, bar sliding cavity is equipped on the left of the vertical processing cavity, is set on the left of the bar sliding cavity
There is connecting rod chamber, through the bar sliding cavity and the vertical processing cavity sliding between the vertical strap chamber and the connecting rod chamber
Equipped with control-rod symmetrical above and below, the vertical strap chamber right end wall is equipped with opening towards left bar sliding groove, the bar sliding groove
Right end is equipped with opening and is equipped with sliding square, the sliding towards left sliding groove, the sliding groove and the interior sliding of the bar sliding groove
Square left side is fixedly connected with the top control-rod, is fixed in the vertical processing cavity on the control-rod
Vertical wheel, rotation is equipped with the master connecting-rod being located in the connecting rod chamber on the control-rod, and the connecting rod chamber front bulkhead rotation is set
There is pitman shaft, rotation is equipped with pivot link on the pitman shaft, and the pivot link and the master connecting-rod are hinged, described vertically to add
Work case left end wall is fixed with cylinder gear, and it is intracavitary that the barrel tooth wheel rotates in cylinder gear, the cylinder gear cavity and institute
State transmission spur gear engagement.
Preferably, the bobbin winder device includes described around line chamber, the bevel gear chamber and described turn between line chamber
It is dynamic to be equipped with vertical rotation axis, the horizontal bevel gear intracavitary positioned at the bevel gear, the level are fixed on the vertical rotation axis
Bevel gear engages with the vertical bevel gear, and the turntable intracavitary positioned at the coiling is fixed on the vertical rotation axis, described
Rotation is equipped with connecting rod on turntable, and sliding block is fixed in the connecting rod, described to be equipped with bilateral symmetry around line chamber left hand end wall
Limit chamber, sliding is equipped with limited block in the limit chamber, and the limited block left side is fixed with support rod, the support rod
Between be fixed with sliding case, sliding block sliding groove is equipped in the sliding case, the sliding block is slidably connected in the sliding block, institute
It states sliding case lower end surface and is fixed with guide bar, rotation is equipped with roller arm between the guide bar, and fixation is set on the roller arm
There is fixed pulley, it is described to be equipped with spool around the rotation of line chamber front and back end wall, reel, the spiral are fixed on the spool
The rotating bevel gear being fixed on axis on front side of the reel, it is described to be equipped with vertical gear chamber around line chamber lower section, it is described
Rotation is equipped with rotating bar between line chamber and the vertical gear chamber, is fixed in the rotating bar intracavitary positioned at the coiling
Cooperation bevel gear, the cooperation bevel gear engages with the rotating bevel gear, be fixed in the rotating bar be located at it is described
The intracavitary secondary bevel gear of vertical gear, is equipped with cooperation straight-tooth race on the left of the vertical gear chamber, the cooperation straight-tooth race and
Rotation is equipped with linkage shaft between the vertical gear chamber, is fixed in the linkage shaft intracavitary positioned at the vertical gear
Master bevel gear, the master bevel gear engages with the secondary bevel gear, is fixed in the linkage shaft positioned at the cooperation
Linkage spur gear in straight-tooth race, the linkage spur gear are engaged with the drum gear, and the coiling is intracavitary to be fixed with
Narrow extrusion round block is fixed with narrow extrusion block in the narrow extrusion round block.
In conclusion easy to operate, the present apparatus uses steam pair the beneficial effects of the present invention are: present apparatus structure is simple
Extruder forms power, is effectively utilized the waste heat that heating metallic particles generates, reduces electricity consumption, while the present apparatus has used three
The purpose of metal wire of step draws modeling technique, and the first step is that preliminary draw is moulded, the process is to process the thicker wire of radius, second
Portion is rotation extrusion molding, which is to produce the uniform wire of radius, and third portion is to draw modeling, which is to pull out corresponding thickness
Wire, the present apparatus completes one step of process of wire, can greatly reduce institute in wire process
The a large amount of occupied areas for needing to expend are also convenient for the preparation of the metal mesh in later period, reduce factory's expenditure cost.
Detailed description of the invention
It, below will be to embodiment or existing in order to illustrate more clearly of inventive embodiments or technical solution in the prior art
Attached drawing needed in technical description is briefly described, it should be apparent that, the accompanying drawings in the following description is only to invent
Some embodiments for those of ordinary skill in the art without creative efforts, can also basis
These attached drawings obtain other attached drawings.
Fig. 1 is that the present invention is based on cloth, welding and the masters of mesh sheet welding composite tooling entirety complete section that net is integrated out
Depending on structural schematic diagram；
Fig. 2 is that the present invention is based on cloth, welding and left view structural representations at mesh sheet welding composite tooling A-A that net is integrated out
Figure；
Fig. 3 is the present invention is based on cloth, welding and out mesh sheet welding composite tooling B-B that net is integrated locates plan structure and illustrates
Figure；
Fig. 4 is the left view structural representation in Fig. 2 at C-C；
Fig. 5 is the enlarged structure schematic diagram in Fig. 1 at D；
Fig. 6 is the enlarged structure schematic diagram in Fig. 1 at E.
Specific embodiment
All features disclosed in this specification or disclosed all methods or in the process the step of, in addition to mutually exclusive
Feature and/or step other than, can combine in any way.
Any feature disclosed in this specification (including any accessory claim, abstract and attached drawing), except non-specifically chatting
It states, can be replaced by other alternative features that are equivalent or have similar purpose.That is, unless specifically stated, each feature is only
It is an example in a series of equivalent or similar characteristics.
Fig. 1-6 is please referred to, a kind of embodiment provided by the invention: based on cloth, welding and mesh sheet that net is integrated weldering out
It connects and uses composite tooling, including organic frame 10, vapor chamber 60 is equipped in the rack 10, is equipped with extrusion device in the vapor chamber 60
200, the extrusion device 200 includes extruding box 55, and the extruding box 55 can melt metallic particles, the extrusion dress
It sets 200 upsides and is equipped with transmission device 201, the transmission device 201 includes piston plate 61 and horizontal rotating shaft 20, the piston plate
61 can be equipped with rotation chamber 21 according to the variation rise and fall of heat, on the right side of the extrusion device 200, be equipped in the rotation chamber 21 vertical
Straight processing unit (plant) 202, the vertical processing device 202 includes cylinder gear 51, and the cylinder gear 51 is filled by the transmission
It sets 201 offer power to be rotated, horizontal processing unit (plant) 203, the horizontal processing is equipped on the right side of the vertical processing device 202
Device 203 includes horizontal processing case 47, and the horizontal processing case 47 obtains power, the level by the horizontal rotating shaft 20
Processing unit (plant) 203 and 202 rotation direction of vertical processing device are to reverse, be equipped on the right side of the horizontal processing unit (plant) 203 around
Line chamber 109, described that bobbin winder device 204 is equipped in line chamber 109, the bobbin winder device 204 includes guide bar 31 and reel
34, the guide bar 31 can move left and right, and the reel 34 is the position wound after processing is completed, and the guide bar 31 is from institute
Acquisition power at horizontal rotating shaft 20 is stated, the reel 34 obtains power from the horizontal processing unit (plant) 203, by described
The uniform winding for moving horizontally to control wire of fixed pulley 32.
Valuably, the extrusion device 200 includes vapor chamber 60, and the vapor chamber 60 is open towards a left side, the vapor chamber
60 lower sections are equipped with opening towards left feed cavity 94, and the interior sliding of the feed cavity 94 is equipped with feed pipe 95, sets in the feed pipe 95
There is pan feeding chamber 96, sliding is equipped with rotating bar 53 on the right side of the feed pipe 95, it is fixed with helical blade 54 in the rotating bar 53,
It is equipped with the centrifugal chamber 59 being open towards a left side in the rotating bar 53, has the blow tank 58 being externally open in the centrifugal chamber 59,
The blow tank 58 is connected with the pan feeding chamber 96, and rotation is equipped with extruding box 55, the rotating bar 53 in the rotating bar 53
On be fixed with steam turbine blade 111, extruding cavity 108 is equipped in the extruding box 55, is equipped in the rack 10 and is located at institute
The heating chamber 56 on 60 right side of vapor chamber is stated, the extruding box 55 is rotationally connected in the heating chamber 56, in the heating chamber 56
It is uniformly provided with adding thermal resistance 57, the extruding box 55 is fixedly connected with the adding thermal resistance 57, fixed on the right side of the extruding box 55
Equipped with contraction block 50, it is equipped with contraction chamber 48 in the contraction block 50, about 48 end wall of contraction chamber is symmetrically fixed with restriction
Block 49.
Valuably, the transmission device 201 includes kerosene chamber 62, and the kerosene chamber 62 is provided with kerosene, the kerosene
Sliding is equipped with piston plate 61 in chamber 62, and 61 top end face of piston plate is fixed with rack gear 63, is equipped with and is located in the rack 10
The rack chamber 11 of 62 top of kerosene chamber, 63 upper end of rack gear extends in the rack chamber 11, before the rack chamber 11
Aft bulkhead rotation is equipped with rotary shaft 14, is fixed with cooperation spur gear 12 in the rotary shaft 14, the cooperation spur gear 12 and
The rack gear 63 engages, and the drive bevel gear 13 positioned at 12 front side of cooperation spur gear is fixed in the rotary shaft 14,
It is equipped with gear mating cavity 110 on the right side of the rack chamber 11, rotation chamber 21, the rotation are equipped on the right side of the gear mating cavity 110
Bevel gear chamber 28 is equipped on the right side of chamber 21, rotation is equipped with horizontal rotating shaft between the bevel gear chamber 28 and the gear mating cavity 110
20, rotation is equipped with rotation round bar 16 between the gear mating cavity 110 and the rack chamber 11, fixes on the rotation round bar 16
Equipped with the driven wheel of differential 15 being located in the rack chamber 11, the driven wheel of differential 15 is engaged with the drive bevel gear 13,
The transmission spur gear 19 in the gear mating cavity 110, the bevel gear chamber 28 are fixed on the rotation round bar 16
It is equipped with gear between the gear mating cavity 110 and rotates chamber 26, between the gear mating cavity 110 and the bevel gear chamber 28
Rotation is equipped with the horizontal rotating shaft 20 through gear rotation chamber 26, is fixed on the horizontal rotating shaft 20 positioned at the tooth
The rotation spur gear 18 in mating cavity 110 is taken turns, the rotation spur gear 18 is engaged with the transmission spur gear 19, and described horizontal turn
It is fixed with the linkage spur gear 25 rotated in chamber 26 positioned at the gear on axis 20, is fixed with position on the horizontal rotating shaft 20
Vertical bevel gear 27 in the bevel gear chamber 28.
Valuably, the horizontal processing unit (plant) 203 includes horizontal processing case 47, and the horizontal processing case 47 is rotatablely connected
In in the rotation chamber 21, the horizontal processing 47 right end wall of case is fixed with drum gear 46, and the drum gear 46 rotates
It is connected in the drum gear cavity 45, the drum gear 46 is engaged with the linkage spur gear 25, the horizontal processing case
It is equipped with horizontal processing cavity 22 in 47, is equipped with parallel slide block slot 76, the slide block slot 76 and institute on front side of the horizontal processing cavity 22
State between horizontal processing cavity 22 sliding and be equipped with the symmetrical litter 71 in front and back, on the litter 71 rotation be equipped be located at it is described horizontal plus
Compression runner 73 in work chamber 22 is fixed with the sliding block 75 in the slide block slot 76, the level on the litter 71
The belt chamber 68 for being equipped with and being located at horizontal 22 upside of processing cavity is processed in case 47, and the 68 left end wall of belt chamber is fixed with horizontal electricity
Machine 64,68 left hand end wall of the belt chamber rotation are equipped with horizontal motor shaft 66, are fixed in the horizontal motor shaft 66
Drive pulley 65 is threaded with threaded rod 72 between the litter 71, is fixed with follower belt on the threaded rod 72
Wheel 70, the driven pulley 70 is connect with the drive pulley 65 by belt, and the 72 left and right sides screw thread of threaded rod turns
To opposite.
Valuably, the vertical processing device 202 includes motor vertical 84, is equipped in the vertical processing case 69 vertical
Belt chamber 85,85 front and back end wall of the vertical strap chamber rotation are equipped with motor vertical shaft 83,85 rear end of vertical strap chamber
Wall is fixed with motor vertical 84, and the 83 back segment extended spot of motor vertical shaft is connected by power with the motor vertical 84, institute
State the main pulley 82 being fixed in the vertical strap chamber 85 in motor vertical shaft 83, the vertical strap chamber 85
Interior sliding is equipped with secondary pulley 86, and vertical processing cavity 80 is equipped on the left of the vertical strap chamber 85, and the vertical processing cavity 80 is left
Side is equipped with bar sliding cavity 93, and connecting rod chamber 78, the vertical strap chamber 85 and the connecting rod chamber are equipped on the left of the bar sliding cavity 93
It is equipped with control-rod 79 symmetrical above and below through the bar sliding cavity 93 and the vertical processing cavity 80 sliding between 78, it is described to hang down
Straight 85 right end wall of belt chamber is equipped with opening towards left bar sliding groove 88, and 88 right end of bar sliding groove is equipped with opening towards left sliding
Slot 87, the sliding groove 87 and sliding in the bar sliding groove 88 are equipped with sliding square 90,90 left side of sliding square and
The top control-rod 79 is fixedly connected, and vertical turn in the vertical processing cavity 80 is fixed on the control-rod 79
81 are taken turns, rotation is equipped with the master connecting-rod 77 being located in the connecting rod chamber 78 on the control-rod 79, and 78 front bulkhead of connecting rod chamber turns
Dynamic to be equipped with pitman shaft 92, rotation is equipped with pivot link 91, the pivot link 91 and the master connecting-rod 77 on the pitman shaft 92
Hingedly, the vertical 69 left end wall of processing case is fixed with cylinder gear 51, and the cylinder gear 51 rotates in cylinder gear cavity
In 52, the cylinder gear cavity 52 is engaged with the transmission spur gear 19.
Valuably, the bobbin winder device 204 includes described around line chamber 109, the bevel gear chamber 28 with it is described around line chamber
Rotation is equipped with vertical rotation axis 30 between 109, is fixed with the level in the bevel gear chamber 28 on the vertical rotation axis 30
Bevel gear 29, the horizontal bevel gear 29 are engaged with the vertical bevel gear 27, are fixed with and are located on the vertical rotation axis 30
The turntable 98 in line chamber 109, rotation is equipped with connecting rod 99 on the turntable 98, is fixed with cunning in the connecting rod 99
Block 100, described to be equipped with symmetrical limit chamber 105 around 109 left hand end wall of line chamber, sliding is equipped with limit in the limit chamber 105
Position block 104,104 left side of limited block is fixed with support rod 103, is fixed with sliding case between the support rod 103
102, the sliding case 102 is interior to be equipped with sliding block sliding groove 101, and the sliding block 100 is slidably connected in the sliding block 100, described
Sliding 102 lower end surface of case is fixed with guide bar 31, and rotation is equipped with roller arm 33, the roller arm 33 between the guide bar 31
On be fixed with fixed pulley 32, described to be equipped with spool 36 around the rotation of 109 front and back end wall of line chamber, fixation is set on the spool 36
There is reel 34, the rotating bevel gear 35 positioned at 34 front side of reel, the coiling are fixed on the spool 36
Vertical gear chamber 40 is equipped with below chamber 109, the rotation between line chamber 109 and the vertical gear chamber 40 is equipped with rotating bar
38, be fixed in the rotating bar 38 and be located at the cooperation bevel gear 37 in line chamber 109, the cooperation bevel gear 37 and
The rotating bevel gear 35 engages, and is fixed with the secondary bevel gear in the vertical gear chamber 40 in the rotating bar 38
39, cooperation straight-tooth race 43, the cooperation straight-tooth race 43 and the vertical gear chamber are equipped on the left of the vertical gear chamber 40
Rotation is equipped with linkage shaft 42 between 40, is fixed with the main cone in the vertical gear chamber 40 in the linkage shaft 42
Gear 41, the master bevel gear 41 engage with the secondary bevel gear 39, are fixed in the linkage shaft 42 and are located at described match
The linkage spur gear 44 in straight-tooth race 43 is closed, the linkage spur gear 44 is engaged with the drum gear 46, described around line chamber
It is fixed with narrow extrusion round block 107 in 109, is fixed with narrow extrusion block 106 in the narrow extrusion round block 107.
In the following, applicant will be based on cloth, welding with reference to attached drawing 1-6 and the application described above and net is one out
The concrete composition of the mesh sheet welding composite tooling of body introduces the application based on cloth, welding and out net is integrated in detail
The mesh sheet welding application method of composite tooling structure:
In present invention work, raw metal is first put into the pan feeding chamber 96 by user, and the feed pipe 95 can be needed more
It asks and is replaced, metallic particles enters in the centrifugal chamber 59, and the adding thermal resistance 57 is opened at this time, to the vapor chamber 60
Interior water is heated, and the water of heating becomes vapor and the steam turbine blade 111 is driven to rotate, the steam turbine blade
111 drive the rotating bar 53 to rotate, and due to centrifugal action, metallic particles is fallen into heating and melting in the extruding cavity 108, institute
It states helical blade 54 to squeeze out molten metal liquid, carries out just one-step extrusion molding by the contraction chamber 48, at this time the kerosene
Kerosene in chamber 62 heats expansion, and the piston plate 61 is driven to move up, and the piston plate 61 drives the rack gear 63 upwards
Mobile, the rack gear 63 drives the cooperation spur gear 12 to rotate, and the cooperation spur gear 12 drives the rotary shaft 14 to rotate,
The rotary shaft 14 drives the drive bevel gear 13 to rotate, and the drive bevel gear 13 drives 15 turns of the driven wheel of differential
Dynamic, the driven wheel of differential 15 drives the rotation round bar 16 to rotate, and the rotation round bar 16 drives the transmission spur gear 19
Rotation, the transmission spur gear 19 drive the cylinder gear 51 and the rotation spur gear 18 to rotate, the rotation spur gear
18 drive the horizontal rotating shaft 20 to rotate, and the horizontal rotating shaft 20 drives the linkage spur gear 25 to rotate, the linkage straight-tooth
Wheel 25 drives the drum gear 46 to rotate, therefore the horizontal processing case 47 and vertical 69 backwards rotation of processing case, together
Shi Suoshu motor vertical 84 and the horizontal motor 64 by adjust separately the vertical wheel 81 and the compression runner 73 it
Between distance second carried out to wire squeeze；
Wherein, the thickness of wire is accurately controlled, and iron wire enters between the narrow extrusion block 106 later, is carried out final
Drawing be moulded into type, wire around on the fixed pulley 32, and is fixed on the reel 34 by user, at this time the water
Flat turn axis 20 drives the vertical bevel gear 27 to rotate, and the vertical bevel gear 27 drives the horizontal bevel gear 29 to rotate, institute
Stating horizontal bevel gear 29 drives the vertical rotation axis 30 to rotate, and the vertical rotation axis 30 drives the turntable 98 to rotate, and described turn
Disk 98 drives the connecting rod 99 to rotate, and the connecting rod 99 drives the sliding block 100 to slide, the slip band of the sliding block 100
It moves the sliding case 102 to slide in the front-back direction, drives wire uniform winding on 34 surface of reel, while the circle
Bucket gear 46 drives the linkage spur gear 44 to rotate, and the linkage spur gear 44 drives the linkage shaft 42 to rotate, described
Linkage shaft 42 drives the master bevel gear 41 to rotate, and the master bevel gear 41 drives the secondary bevel gear 39 to rotate, the pair
Bevel gear 39 drives the rotating bar 38 to rotate, the cooperation bevel gear 37 rotation of 38 band of rotating bar, the cooperation cone
Gear 37 drives the rotating bevel gear 35 to rotate, and the rotating bevel gear 35 drives the spool 36 to rotate, the spiral
Axis 36 drives the reel 34 to rotate, and carries out take-up.
The beneficial effects of the present invention are: present apparatus structure is simple, easy to operate, the present apparatus is formed extruder using steam
Power is effectively utilized the waste heat that heating metallic particles generates, reduces electricity consumption, while the present apparatus has used the metal of three steps
The purpose of line draws modeling technique, and the first step is that preliminary draw is moulded, the process is to process the thicker wire of radius, and second is squeezed for rotation
Modeling, the process are to produce the uniform wire of radius, and third portion is to draw modeling, which is the wire for pulling out corresponding thickness,
The present apparatus completes one step of process of wire, expends required for can greatly reducing in wire process
A large amount of occupied areas are also convenient for the preparation of the metal mesh in later period, reduce factory's expenditure cost.
The above, the specific embodiment only invented, but invent protection scope be not limited thereto, it is any without
The change or replacement that creative work is expected are crossed, should all be covered within the protection scope of invention.Therefore, the protection scope of invention
It should be determined by the scope of protection defined in the claims.
Claims (6)
1. based on cloth, welding and net is integrated out mesh sheet welding composite tooling, including organic frame, it is characterised in that: institute
It states and is equipped with vapor chamber in rack, be equipped with extrusion device in the vapor chamber, the extrusion device includes extruding box, the extrusion
Case can melt metallic particles, transmission device is equipped on the upside of the extrusion device, the transmission device includes piston plate
And horizontal rotating shaft, the piston plate can be according to the variation rise and fall of heat, and the extrusion device right side, which is equipped with, rotates chamber, and described turn
Move it is intracavitary be equipped with vertical processing device, the vertical processing device includes cylinder gear, and the cylinder gear is by the transmission
Device provides power and is rotated, and horizontal processing unit (plant), the horizontal processing unit (plant) packet are equipped on the right side of the vertical processing device
Included horizontal processing case, the horizontal processing case obtains power by the horizontal rotating shaft, the horizontal processing unit (plant) with it is described
Vertical processing device rotation direction is to reverse, and is equipped on the right side of the horizontal processing unit (plant) around line chamber, the coiling is intracavitary be equipped with around
Line apparatus, the bobbin winder device include guide bar and reel, and the guide bar can move left and right, and the reel is processing
The position wound after the completion, the guide bar obtain power from the horizontal rotating shaft, and the reel is processed from the level
Power is obtained at device, passes through the uniform winding for moving horizontally to control wire of the fixed pulley.
2. according to claim 1 based on cloth, welding and net is integrated out mesh sheet welding composite tooling, feature
Be: the extrusion device includes vapor chamber, and the vapor chamber opening is equipped with opening towards a left side towards a left side, the vapor chamber lower section
Feed cavity, the interior sliding of the feed cavity are equipped with feed pipe, and pan feeding chamber is equipped in the feed pipe, and feed pipe right side sliding is set
Have rotating bar, be fixed with helical blade in the rotating bar, opening is equipped in the rotating bar towards left centrifugal chamber, it is described from
The blow tank being externally open is had on the chambers of the heart, the blow tank is connected with the pan feeding chamber, and rotation is set in the rotating bar
There is extruding box, steam turbine blade is fixed in the rotating bar, extruding cavity is equipped in the extruding box, is set in the rack
There is the heating chamber being located on the right side of the vapor chamber, the extruding box is rotationally connected in the heating chamber, in the heating chamber
Even to be equipped with adding thermal resistance, the extruding box is fixedly connected with the adding thermal resistance, is fixed with contraction block on the right side of the extruding box,
Contraction chamber is equipped in the contraction block, end wall is symmetrically fixed with stop block to the contraction chamber up and down.
3. according to claim 1 based on cloth, welding and net is integrated out mesh sheet welding composite tooling, feature
Be: the transmission device includes kerosene chamber, and the kerosene is intracavitary to be equipped with kerosene, and the intracavitary sliding of kerosene is equipped with piston
Plate, the piston plate top end face are fixed with rack gear, and the rack chamber being located above the kerosene chamber is equipped in the rack, described
Upper end of the rack extends in the rack chamber, and end wall rotation is equipped with rotary shaft before and after the rack chamber, fixes in the rotary shaft
Equipped with cooperation spur gear, the cooperation spur gear is engaged with the rack gear, is fixed in the rotary shaft positioned at the cooperation
Drive bevel gear on front side of spur gear, the rack chamber right side are equipped with gear mating cavity, are equipped with and turn on the right side of the gear mating cavity
Dynamic chamber, the rotation chamber right side are equipped with bevel gear chamber, and rotation is equipped with level between the bevel gear chamber and the gear mating cavity
Shaft, rotation is equipped with rotation round bar between the gear mating cavity and the rack chamber, is fixed with position on the rotation round bar
Driven wheel of differential in the rack chamber, the driven wheel of differential are engaged with the drive bevel gear, on the rotation round bar
It is fixed with the transmission spur gear being located in the gear mating cavity, is equipped between the bevel gear chamber and the gear mating cavity
Gear rotates chamber, and rotation is equipped with the level through gear rotation chamber between the gear mating cavity and the bevel gear chamber
Shaft, is fixed with the rotation spur gear in the gear mating cavity on the horizontal rotating shaft, the rotation spur gear with
The transmission spur gear engages, and is fixed on the horizontal rotating shaft and rotates intracavitary linkage spur gear, institute positioned at the gear
It states and is fixed with the vertical bevel gear intracavitary positioned at the bevel gear on horizontal rotating shaft.
4. according to claim 1 based on cloth, welding and net is integrated out mesh sheet welding composite tooling, feature
Be: the horizontal processing unit (plant) includes horizontal processing case, and the horizontal processing case is rotationally connected with intracavitary, the institute of the rotation
It states horizontal processing case right end wall and is fixed with drum gear, the drum gear is rotationally connected in the drum gear cavity, institute
It states drum gear to engage with the linkage spur gear, is equipped with horizontal processing cavity, the horizontal processing cavity in the horizontal processing case
Front side is equipped with parallel slide block slot, and sliding is equipped with the symmetrical litter in front and back, institute between the slide block slot and the horizontal processing cavity
It states rotation on litter and is equipped with the compression runner being located in the horizontal processing cavity, be fixed on the litter positioned at the sliding block
Sliding block in slot, the horizontal processing case is interior to be equipped with the belt chamber being located on the upside of horizontal processing cavity, and belt chamber left end wall is solid
Surely it is equipped with horizontal motor, the belt chamber left hand end wall rotation is equipped with horizontal motor shaft, fixes in the horizontal motor shaft
Equipped with drive pulley, it is threaded with threaded rod between the litter, driven pulley, institute are fixed on the threaded rod
It states driven pulley and is connect with the drive pulley by belt, the threaded rod left and right sides screw thread turns to opposite.
5. according to claim 1 based on cloth, welding and net is integrated out mesh sheet welding composite tooling, feature
Be: the vertical processing device includes motor vertical, and vertical strap chamber, the vertical skin are equipped in the vertical processing case
End wall rotation is equipped with motor vertical shaft before and after band chamber, and the vertical strap cavity rear end wall is fixed with motor vertical, described to hang down
Straight machine shaft back segment extended spot is connected by power with the motor vertical, is fixed with described in being located in the motor vertical shaft
The intracavitary main pulley of vertical strap, the intracavitary sliding of vertical strap are equipped with secondary pulley, set on the left of the vertical strap chamber
There is vertical processing cavity, bar sliding cavity is equipped on the left of the vertical processing cavity, connecting rod chamber is equipped on the left of the bar sliding cavity, it is described to hang down
Through the bar sliding cavity and the vertical processing cavity sliding equipped with symmetrical above and below between straight belt chamber and the connecting rod chamber
Control-rod, the vertical strap chamber right end wall are equipped with opening towards left bar sliding groove, and the bar sliding groove right end is equipped with opening court
Sliding is equipped with sliding square in left sliding groove, the sliding groove and the bar sliding groove, the sliding square left side with it is upper
Fang Suoshu control-rod is fixedly connected, the vertical wheel being fixed in the vertical processing cavity on the control-rod, described
Rotation is equipped with the master connecting-rod being located in the connecting rod chamber on control-rod, and the connecting rod chamber front bulkhead rotation is equipped with pitman shaft, described
Rotation is equipped with pivot link on pitman shaft, and the pivot link and the master connecting-rod are hinged, and the vertical processing case left end wall is solid
Surely it is equipped with cylinder gear, it is intracavitary that the barrel tooth wheel rotates in cylinder gear, the cylinder gear cavity and the transmission spur gear
Engagement.
6. according to claim 1 based on cloth, welding and net is integrated out mesh sheet welding composite tooling, feature
Be: the bobbin winder device includes described around line chamber, and the bevel gear chamber is equipped with vertical turn with the rotation between line chamber
Axis, is fixed with the horizontal bevel gear intracavitary positioned at the bevel gear on the vertical rotation axis, the horizontal bevel gear with it is described
Vertical bevel gear engages, and is fixed with the turntable intracavitary positioned at the coiling on the vertical rotation axis, rotates and set on the turntable
There is connecting rod, sliding block is fixed in the connecting rod, it is described to be equipped with symmetrical limit chamber around line chamber left hand end wall, it is described
Sliding is equipped with limited block in limit chamber, and the limited block left side is fixed with support rod, is fixed between the support rod
Case is slided, is equipped with sliding block sliding groove in the sliding case, the sliding block is slidably connected in the sliding block, the sliding case lower end
Face is fixed with guide bar, and rotation is equipped with roller arm between the guide bar, is fixed with fixed pulley on the roller arm, described
It is equipped with spool around the rotation of line chamber front and back end wall, reel is fixed on the spool, is fixed on the spool
Rotating bevel gear on front side of the reel, it is described to be equipped with vertical gear chamber around line chamber lower section, it is described around line chamber and described
Rotation is equipped with rotating bar between vertical gear chamber, is fixed in the rotating bar and bores tooth positioned at the intracavitary cooperation of the coiling
Wheel, the cooperation bevel gear engage with the rotating bevel gear, are fixed in the rotating bar positioned at the vertical gear chamber
Interior secondary bevel gear, the vertical gear chamber left side are equipped with cooperation straight-tooth race, the cooperation straight-tooth race and the vertical teeth
It takes turns rotation between chamber and is equipped with linkage shaft, be fixed with the main cone tooth intracavitary positioned at the vertical gear in the linkage shaft
Wheel, the master bevel gear are engaged with the secondary bevel gear, are fixed in the linkage shaft positioned at the cooperation straight-tooth race
Interior linkage spur gear, the linkage spur gear are engaged with the drum gear, and the coiling is intracavitary to be fixed with narrow extrusion circle
Block is fixed with narrow extrusion block in the narrow extrusion round block.
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| CN201910472497.XA CN110026443B (en) | 2019-05-31 | 2019-05-31 | Equipment for preparing metal wire |
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| CN201910472497.XA CN110026443B (en) | 2019-05-31 | 2019-05-31 | Equipment for preparing metal wire |
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| CN110026443B (en) | 2021-08-27 |
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Effective date of registration: 20210809 Address after: 518000 room 605, Xixiang chamber of Commerce building, Bihai Central District, Xixiang Jinhai Road, fuzhongfu community, Xixiang street, Bao'an District, Shenzhen City, Guangdong Province Applicant after: SHENZHEN DIANJING PRECIOUS METALS REFINE Co.,Ltd. Address before: 321000 2nd floor, No. 131, Shihou village, Zhiying Town, Yongkang City, Jinhua City, Zhejiang Province Applicant before: Yongkang Kamei New Materials Co.,Ltd. |
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