CN209049907U

CN209049907U - A kind of alloy wire preparation facilities

Info

Publication number: CN209049907U
Application number: CN201820769770.6U
Authority: CN
Inventors: 彭庶瑶; 周鹏; 彭晓飞
Original assignee: JIANGXI LAN WEI ELECTRONIC TECHNOLOGY Co Ltd
Current assignee: JIANGXI LAN WEI ELECTRONIC TECHNOLOGY Co Ltd
Priority date: 2018-05-23
Filing date: 2018-05-23
Publication date: 2019-07-02
Anticipated expiration: 2028-05-23

Abstract

The utility model provides a kind of alloy wire preparation facilities, including fixed frame, prepares case, keeps the temperature furnace wall, hydraulic cylinder, down-pressed pole, petroleum pipeline, oil pump, fuel reserve tank, graphite formed punch, U-shaped feedboard, molten metal flow out head, spray line, spray head, water tank collect box structure, barrel structure and blower duct structure, the middle and lower part for preparing case bolt and being mounted on the inside of fixed frame are fed, while bolt is equipped with heat preservation furnace wall on the outer wall for prepare case.The utility model has the following beneficial effects: passing through the setting for collecting box structure, be conducive to when in use, the water that the collection that can be convenient is sprayed, and then achieve the purpose that recycling, the problem of also avoiding waste excessive to water resource simultaneously is conducive to when in use by feeding the setting of barrel structure, can be convenient be transported to alloy material is prepared in case, is further conducive to alleviate staff's arrival labor intensity.

Description

A kind of alloy wire preparation facilities

Technical field

The utility model belongs to alloy wire processing unit (plant) technical field more particularly to a kind of alloy wire preparation facilities.

Background technique

Country's wire rod preparation method is complicated at present, and process is more, and mostly method for preparing solid phase, and such as application No. is CN 10458855A, patent name are the patent of invention of copper alloy with high strength and high conductivity conducting wire preparation process, disclose a kind of high-strength high-conductivity copper Alloy lead wire preparation process, which can prepare copper alloy with high strength and high conductivity, but the technique mixes powder by ball milling, and powder is dry Dry, extrusion forming and the multiple programs of sintering sizing, complex, for another example application No. is CN 102610294A, patent name is The patent of invention of energy saving high degree aluminium alloy wire and its manufacturing method discloses a kind of energy saving high degree aluminium alloy wire and its manufacture Method, though this method early period, using melting method, later period moulding process is still solid phase method, including aluminium bar rolling and aluminum steel are drawn It pulls out, the production method of past wire and cable focuses primarily upon wire rolling and wire drawing, these methods belong to solid phase method, in liquid Without being related in terms of state, therefore finds a kind of novel, high-efficient, strong innovation wire rod preparation method and seem particularly necessary.

But there is also be inconvenient to convey material and cause to staff larger for existing alloy wire preparation facilities Labor intensity, be easy waste great lot of water resources and heat dissipation effect difference problem.

Therefore, a kind of alloy wire preparation facilities is invented to be very necessary.

Utility model content

In order to solve the above-mentioned technical problem, the utility model provides a kind of alloy wire preparation facilities, existing to solve Alloy wire preparation facilities is inconvenient to convey material and causes biggish labor intensity to staff, is easy a large amount of water moneys of waste The problem in source and heat dissipation effect difference.A kind of alloy wire preparation facilities, including fixed frame, prepare case, keep the temperature furnace wall, hydraulic cylinder, Down-pressed pole, petroleum pipeline, oil pump, fuel reserve tank, graphite formed punch, U-shaped feedboard, molten metal flow out head, spray line, spray head, water tank, receipts Collection box structure, charging barrel structure and blower duct structure, the middle and lower part for preparing case bolt and being mounted on the inside of fixed frame, together When on the outer wall for prepare case bolt be equipped with heat preservation furnace wall；The hydraulic cylinder bolt is mounted on the top inside fixed frame, Down-pressed pole is installed in the lower end of hydraulic cylinder simultaneously；Described petroleum pipeline one end is threadedly coupled with the upper right quarter of hydraulic cylinder, another End is threadedly coupled with the upper left quarter of fuel reserve tank, while being connected with oil pump in the outer wall upper flange of petroleum pipeline；The fuel reserve tank weldering Connect the upper right quarter in fixed frame；The graphite drift bolt is mounted on the lower end of down-pressed pole；U-shaped feedboard one end edge Upper left quarter inside fixed frame, the other end are welded on the upper left quarter for preparing case；The molten metal outflow head is through fixation Frame, and integrated setting is preparing case right lower quadrant；Fixed frame and tank weld, other end screw thread are run through in described spray line one end It is connected with spray head；The water tank is mounted on the right part of fixed frame inner lower；The collection box structure is mounted on fixed frame Right surface；The charging barrel structure is mounted on the upper left quarter of fixed frame；The blower duct structure is mounted on fixed frame Right surface；The collection box structure includes storage barrel, edge, separate mesh, handle, movable pulley, connecting plate and buckle, described Storage barrel be plugged on the inside of connecting plate, while buckle is welded at left and right sides of storage barrel upper end；The edge weldering It connects at the intermediate position of storage barrel inner wall, while being placed with separate mesh in the upper surface of edge；The handle is welded on separation The longitudinally intermediate portion position on online surface；The movable pulley is respectively welded at the left and right sides of storage barrel lower surface；The company Fishplate bar is welded on the downside on the right surface of fixed frame.

Preferably, the charging barrel structure includes cylinder, extension rod, discharging barrel, feed head, drawstring and pulley, described Bolt cylinder be mounted on the upper surface on the left of fixed frame, while extension rod being installed in cylinder upper end；The discharging barrel axis It connects on the top of extension rod, while being welded with feed head in the upper right quarter of discharging barrel；The pulley is welded on a left side for fixed frame Top.

Preferably, the blower duct structure includes mounting rack, frame aperture, transverse slat, motor, fan blade, vertical tube, lower air conduit Road and spacing block, the mounting rack are welded on the middle and upper part on the right surface of fixed frame；Before the frame aperture is provided with mounting rack Surface, while having transverse slat in the lower weld of frame aperture inner wall；The motor bolt is mounted on the longitudinal intermediate of transverse slat upper surface Position；The vertical tube is welded on the surrounding of fixed frame front surface, while welding below the inner wall of vertical tube and below outer wall It is connected to leeward pipeline and spacing block.

Preferably, the buckle is set as U-shaped, and the buckle is socketed in the top on front side of connecting plate, the company Fishplate bar is set as U-shaped.

Preferably, the storage barrel upper end is corresponding with spray head, and the separate mesh inside the storage barrel specifically uses not Become rusty steel mesh, and the diameter of the separate mesh mesh is set as one millimeter to three millimeters.

Preferably, the lower left corner of discharging barrel front surface and the upper axis of extension rod connect, the discharging barrel upper right The feed head in portion specifically uses stainless steel tap.

Preferably, described drawstring one end and discharging barrel weld, and the other end passes through pulley, and extends to a left side for extension rod Side.

Preferably, the spacing block is set as right angled triangle, the spacing block rear portion and leeward pipeline upper end Front is arranged in parallel.

Preferably, the fan blade is mounted on the output shaft of motor.

Compared with prior art, the utility model has the following beneficial effects:

1. in the utility model, the buckle is set as U-shaped, the buckle is socketed in the top on front side of connecting plate, The connecting plate is set as U-shaped, is conducive to easily dismount storage barrel, while being also convenient to use storage barrel.

2. in the utility model, the storage barrel upper end is corresponding with spray head, the separation netting gear inside the storage barrel Body uses stainless (steel) wire, and the diameter of the separate mesh mesh is set as one millimeter to three millimeters, is conducive to when in use, can be with The problem of easily collecting sprayed water, and then achieve the purpose that recycling, while also avoiding waste excessive to water resource.

3. in the utility model, the lower left corner of discharging barrel front surface and the upper axis of extension rod are connect, and described puts The feed head of charging basket upper right quarter specifically uses stainless steel tap, is conducive to when in use, it may be convenient to be transported to alloy material It prepares in case, is further conducive to alleviate staff's arrival labor intensity.

4. in the utility model, described drawstring one end and discharging barrel are welded, and the other end passes through pulley, and extends to extension The left side of bar is conducive to the gradient for easily adjusting discharging barrel, while being also convenient to use charging barrel structure.

5. in the utility model, the spacing block is set as right angled triangle, the spacing block rear portion and lower air conduit The front of road upper end is arranged in parallel, and is conducive in blowing, wind can be distinguished to two parts use, and then be convenient to use this and blow Air piping structure.

6. in the utility model, the fan blade is mounted on the output shaft of motor, be conducive to when in use, can increase The heat dissipation effect of the device, while can also dry staff and play the role of heat dissipation.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the utility model.

Fig. 2 is the structural schematic diagram of the collection box structure of the utility model.

Fig. 3 is the structural schematic diagram of the charging barrel structure of the utility model.

Fig. 4 is the structural schematic diagram of the blower duct structure of the utility model.

In figure:

1, fixed frame；2, case is prepared；3, furnace wall is kept the temperature；4, hydraulic cylinder；5, down-pressed pole；6, petroleum pipeline；7, oil pump；8, it stores up Fuel tank；9, graphite formed punch；10, U-shaped feedboard；11, molten metal flows out head；12, spray line；13, spray head；14, water tank；15, it receives Collect box structure；151, storage barrel；152, edge；153, separate mesh；154, handle；155, movable pulley；156, connecting plate；157, block Button；16, barrel structure is fed；161, cylinder；162, extension rod；163, discharging barrel；164, feed head；165, drawstring；166, pulley； 17, blower duct structure；171, mounting rack；172, frame aperture；173, transverse slat；174, motor；175, fan blade；176, vertical tube； 177, leeward pipeline；178, spacing block.

Specific embodiment

The utility model is described further below in conjunction with attached drawing:

Embodiment:

As shown in attached drawing 1 to attached drawing 4

The utility model provides a kind of alloy wire preparation facilities, including fixed frame 1, prepares case 2, keeps the temperature furnace wall 3, liquid Cylinder pressure 4, down-pressed pole 5, petroleum pipeline 6, oil pump 7, fuel reserve tank 8, graphite formed punch 9, U-shaped feedboard 10, molten metal flow out head 11, sprinkling Pipe 12, spray head 13, water tank 14 collect box structure 15, feed barrel structure 16 and blower duct structure 17, described prepares 2 spiral shell of case Bolt is mounted on the middle and lower part of 1 inside of fixed frame, while bolt is equipped with heat preservation furnace wall 3 on the outer wall for preparing case 2；The liquid 4 bolt of cylinder pressure is mounted on the top inside fixed frame 1, while being equipped with down-pressed pole 5 in the lower end of hydraulic cylinder 4；The oil transportation 6 one end of pipe is threadedly coupled with the upper right quarter of hydraulic cylinder 4, and the other end is threadedly coupled with the upper left quarter of fuel reserve tank 8, while in oil transportation The outer wall upper flange of pipe 6 is connected with oil pump 7；The fuel reserve tank 8 is welded on the upper right quarter of fixed frame 1；The graphite formed punch 9 bolts are mounted on the lower end of down-pressed pole 5；Described 10 one end of U-shaped feedboard is embedded in the upper left quarter inside fixed frame 1, another End is welded on the upper left quarter for preparing case 2；The molten metal outflow head 11 runs through fixed frame 1, and integrated setting is preparing case 2 right lower quadrants；Described 12 one end of spray line is welded through fixed frame 1 and water tank 14, and the other end is threaded with spray head 13；It is described Water tank 14 be mounted on the right part of 1 inner lower of fixed frame；The collection box structure 15 is mounted on the right surface of fixed frame 1； The charging barrel structure 16 is mounted on the upper left quarter of fixed frame 1；The blower duct structure 17 is mounted on the right side of fixed frame 1 Surface；The collection box structure 15 includes storage barrel 151, edge 152, separate mesh 153, handle 154, movable pulley 155, company Fishplate bar 156 and buckle 157, the storage barrel 151 is plugged on the inside of connecting plate 156, while on a left side for 151 upper end of storage barrel Right two sides are welded with buckle 157；The edge 152 is welded on the intermediate position of 151 inner wall of storage barrel, while in edge 152 Upper surface be placed with separate mesh 153；The handle 154 is welded on the longitudinally intermediate portion position of 153 upper surface of separate mesh；It is described Movable pulley 155 be respectively welded at the left and right sides of 151 lower surface of storage barrel；It is right that the connecting plate 156 is welded on fixed frame 1 The downside on surface.

In above-described embodiment, specifically, the charging barrel structure 16 includes cylinder 161, extension rod 162, discharging barrel 163, feed head 164, drawstring 165 and pulley 166,161 bolt of cylinder are mounted on the upper surface in 1 left side of fixed frame, together When in 161 upper end of cylinder extension rod 162 is installed；163 axis of discharging barrel connects on the top of extension rod 162, while putting The upper right quarter of charging basket 163 is welded with feed head 164；The pulley 166 is welded on the upper left quarter of fixed frame 1.

In above-described embodiment, specifically, the blower duct structure 17 includes mounting rack 171, frame aperture 172, transverse slat 173, motor 174, fan blade 175, vertical tube 176, leeward pipeline 177 and spacing block 178, the mounting rack 171 are welded on solid Determine the middle and upper part on the right surface of frame 1；The frame aperture 172 is provided with the front surface of mounting rack 171, while in 172 inner wall of frame aperture Lower weld has transverse slat 173；174 bolt of motor is mounted on the longitudinally intermediate portion position of 173 upper surface of transverse slat；Described hangs down Straight tube 176 is welded on the surrounding of 171 front surface of mounting rack, while being welded with below the inner wall of vertical tube 176 and below outer wall Leeward pipeline 177 and spacing block 178.

In above-described embodiment, specifically, the buckle 157 is set as U-shaped, the buckle 157 is socketed in connecting plate The top of 156 front sides, the connecting plate 156 are set as U-shaped, are conducive to easily dismount storage barrel 151, while also convenient Use storage barrel 151.

In above-described embodiment, specifically, 151 upper end of storage barrel is corresponding with spray head 13, in the storage barrel 151 The separate mesh 153 in portion specifically uses stainless (steel) wire, and the diameter of 153 mesh of separate mesh is set as one millimeter to three millimeters, Be conducive to when in use, it may be convenient to collect sprayed water, and then achieve the purpose that recycling, while also avoid providing water The problem of excessive waste in source.

In above-described embodiment, specifically, the upper axis in the lower left corner of 163 front surface of discharging barrel and extension rod 162 It connects, the feed head 164 of 163 upper right quarter of discharging barrel specifically uses stainless steel tap, is conducive to when in use, it may be convenient to Alloy material is transported to and is prepared in case 2, is further conducive to alleviate staff's arrival labor intensity.

In above-described embodiment, specifically, described 165 one end of drawstring and discharging barrel 163 weld, the other end passes through pulley 166, and the left side of extension rod 162 is extended to, be conducive to the gradient for easily adjusting discharging barrel 163, while also easily making With charging barrel structure 16.

In above-described embodiment, specifically, the spacing block 178 is set as right angled triangle, after the spacing block 178 The front in portion and 177 upper end of leeward pipeline is arranged in parallel, and is conducive in blowing, wind can be distinguished to two parts use, in turn It is convenient to use the blower duct structure 17.

In above-described embodiment, specifically, the fan blade 175 is mounted on the output shaft of motor 174, be conducive to using When, the heat dissipation effect of the device can be increased, while can also dry staff and play the role of heat dissipation.

Working principle

Working principle of the utility model is: material to be placed into the inside of discharging barrel 163 first, is then opened in feeding Take offence cylinder 161 and make extension rod 162 drive discharging barrel 163 rise, after the lower part of discharging barrel 163 is corresponding with U-shaped feedboard 10, Stop cylinder 161, the personnel of working at the same time loosen drawstring 165, while discharging barrel 163 is tilted to the right, and will be in cylinder 161 Material is transported on U-shaped feedboard 10, while being entered prepared in case 2 by U-shaped feedboard 10 again, and pushing is then respectively started Bar 5 and hydraulic cylinder 4 work, and in discharging, starting the water pump on spray line 12 makes spray head 13 spray water, while starting motor 174 and fan blade 175 is cooperated to dry, when fan blade 175 is dried, to be divided into two parts other by spacing block 178 for wind, and respectively by hanging down Straight tube 176 and leeward pipeline 177 are blown on molten metal outflow head 11 and around staff, while discharging, are sprayed Fall in storage barrel 151 under water, while by the isolated work of separate mesh 153, when the water storage in storage barrel 151 is full Afterwards, moving up storage barrel 151 separates buckle 157 with connecting plate 156, while the separate mesh 153 of 151 lower end of storage barrel and ground Face contact finally pushes storage barrel 151 that can be moved to suitable position by movable pulley 155 and handle in storage barrel 151 Water.

Using technical solution described in the utility model or those skilled in the art in technical solutions of the utility model Under inspiration, similar technical solution is designed, and reaches above-mentioned technical effect, is the protection model for falling into the utility model It encloses.

Claims

1. a kind of alloy wire preparation facilities, which is characterized in that the alloy wire preparation facilities, including fixed frame (1) prepare case (2), furnace wall (3) are kept the temperature, hydraulic cylinder (4), down-pressed pole (5), petroleum pipeline (6), oil pump (7), fuel reserve tank (8), graphite formed punch (9), U Type feedboard (10), molten metal flow out head (11), spray line (12), spray head (13), and water tank (14) is collected box structure (15), into Charging basket structure (16) and blower duct structure (17), it is described prepare case (2) bolt be mounted on the inside of fixed frame (1) under Portion, while bolt is equipped with heat preservation furnace wall (3) on the outer wall for preparing case (2)；Described hydraulic cylinder (4) bolt is mounted on fixation The internal top of frame (1), while down-pressed pole (5) being installed in the lower end of hydraulic cylinder (4)；Described petroleum pipeline (6) one end and liquid The upper right quarter of cylinder pressure (4) is threadedly coupled, and the other end is threadedly coupled with the upper left quarter of fuel reserve tank (8), while in the outer of petroleum pipeline (6) Wall upper flange is connected with oil pump (7)；The fuel reserve tank (8) is welded on the upper right quarter of fixed frame (1)；The graphite formed punch (9) bolt is mounted on the lower end of down-pressed pole (5)；Described U-shaped feedboard (10) one end is embedded in the internal upper left of fixed frame (1) Portion, the other end are welded on the upper left quarter for preparing case (2)；Molten metal outflow head (11) runs through fixed frame (1), and integration Setting is preparing case (2) right lower quadrant；Described spray line (12) one end is welded through fixed frame (1) and water tank (14), the other end It is threaded with spray head (13)；The water tank (14) is mounted on the right part of fixed frame (1) inner lower；The collecting box knot Structure (15) is mounted on the right surface of fixed frame (1)；The charging barrel structure (16) is mounted on the upper left quarter of fixed frame (1)；Institute The blower duct structure (17) stated is mounted on the right surface of fixed frame (1)；The collection box structure (15) includes storage barrel (151), edge (152), separate mesh (153), handle (154), movable pulley (155), connecting plate (156) and buckle (157), it is described Storage barrel (151) be plugged on the inside of connecting plate (156), while being welded with card at left and right sides of storage barrel (151) upper end It detains (157)；The edge (152) is welded on the intermediate position of storage barrel (151) inner wall, while in the upper table of edge (152) Face is placed with separate mesh (153)；The handle (154) is welded on the longitudinally intermediate portion position of separate mesh (153) upper surface；It is described Movable pulley (155) be respectively welded at the left and right sides of storage barrel (151) lower surface；The connecting plate (156) is welded on solid Determine the downside on frame (1) right surface.

2. alloy wire preparation facilities as described in claim 1, which is characterized in that the charging barrel structure (16) includes gas Cylinder (161), extension rod (162), discharging barrel (163), feed head (164), drawstring (165) and pulley (166), the cylinder (161) bolt is mounted on the upper surface on the left of fixed frame (1), while being equipped with extension rod (162) in cylinder (161) upper end；Institute Discharging barrel (163) axis stated connects on the top of extension rod (162), while being welded with feed head in the upper right quarter of discharging barrel (163) (164)；The pulley (166) is welded on the upper left quarter of fixed frame (1).

3. alloy wire preparation facilities as described in claim 1, which is characterized in that the blower duct structure (17) includes Mounting rack (171), frame aperture (172), transverse slat (173), motor (174), fan blade (175), vertical tube (176), leeward pipeline (177) With spacing block (178), the mounting rack (171) is welded on the middle and upper part on fixed frame (1) right surface；The frame aperture (172) It is provided with the front surface of mounting rack (171), while there are transverse slat (173) in the lower weld of frame aperture (172) inner wall；The motor (174) bolt is mounted on the longitudinally intermediate portion position of transverse slat (173) upper surface；The vertical tube (176) is welded on mounting rack (171) surrounding of front surface, at the same be welded with below the inner wall of vertical tube (176) and below outer wall leeward pipeline (177) and Spacing block (178).

4. alloy wire preparation facilities as described in claim 1, which is characterized in that the buckle (157) is set as U-shaped, The buckle (157) is socketed in the top on front side of connecting plate (156), and the connecting plate (156) is set as U-shaped.

5. alloy wire preparation facilities as described in claim 1, which is characterized in that storage barrel (151) upper end and spray Head (13) is corresponding, and the internal separate mesh (153) of the storage barrel (151) specifically uses stainless (steel) wire, the separate mesh (153) diameter of mesh is set as one millimeter to three millimeters.

6. alloy wire preparation facilities as claimed in claim 2, which is characterized in that described discharging barrel (163) front surface The upper axis in the lower left corner and extension rod (162) connects, and the feed head (164) of the discharging barrel (163) upper right quarter is not specifically using Become rusty steel toe.

7. alloy wire preparation facilities as claimed in claim 2, which is characterized in that described drawstring (165) one end and blowing Bucket (163) welding, the other end passes through pulley (166), and extends to the left side of extension rod (162).

8. alloy wire preparation facilities as claimed in claim 3, which is characterized in that the spacing block (178) is set as straight Angle triangle, the spacing block (178) rear portion and the front of leeward pipeline (177) upper end are arranged in parallel.

9. alloy wire preparation facilities as claimed in claim 3, which is characterized in that the fan blade (175) is mounted on motor (174) on output shaft.