CN108411111A - A kind of new electronic component metal manufacturing equipment - Google Patents
A kind of new electronic component metal manufacturing equipment Download PDFInfo
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- CN108411111A CN108411111A CN201810184513.0A CN201810184513A CN108411111A CN 108411111 A CN108411111 A CN 108411111A CN 201810184513 A CN201810184513 A CN 201810184513A CN 108411111 A CN108411111 A CN 108411111A
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- China
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- siphunculus
- chamber
- valve member
- end wall
- connect
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- C—CHEMISTRY; METALLURGY
- C22—METALLURGY; FERROUS OR NON-FERROUS ALLOYS; TREATMENT OF ALLOYS OR NON-FERROUS METALS
- C22B—PRODUCTION AND REFINING OF METALS; PRETREATMENT OF RAW MATERIALS
- C22B5/00—General methods of reducing to metals
- C22B5/02—Dry methods smelting of sulfides or formation of mattes
- C22B5/12—Dry methods smelting of sulfides or formation of mattes by gases
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- C—CHEMISTRY; METALLURGY
- C01—INORGANIC CHEMISTRY
- C01B—NON-METALLIC ELEMENTS; COMPOUNDS THEREOF; METALLOIDS OR COMPOUNDS THEREOF NOT COVERED BY SUBCLASS C01C
- C01B3/00—Hydrogen; Gaseous mixtures containing hydrogen; Separation of hydrogen from mixtures containing it; Purification of hydrogen
- C01B3/02—Production of hydrogen or of gaseous mixtures containing a substantial proportion of hydrogen
- C01B3/06—Production of hydrogen or of gaseous mixtures containing a substantial proportion of hydrogen by reaction of inorganic compounds containing electro-positively bound hydrogen, e.g. water, acids, bases, ammonia, with inorganic reducing agents
- C01B3/12—Production of hydrogen or of gaseous mixtures containing a substantial proportion of hydrogen by reaction of inorganic compounds containing electro-positively bound hydrogen, e.g. water, acids, bases, ammonia, with inorganic reducing agents by reaction of water vapour with carbon monoxide
Abstract
The invention discloses a kind of new electronic component metal manufacturing equipments,Including body A,The bottom surfaces body A surrounding is fixedly installed support socle,The support socle is provided with walking roller,It is provided with generation cavity in the body A,It connects to be provided with to extend outward in the generation cavity left end wall and external siphunculus A,The upper surfaces the siphunculus A, which connect, is provided with valve member A,The upper surfaces the valve member A, which connect, is provided with siphunculus B,It is installed with heat-generating pipe in the generation cavity left end wall,It is installed with sieve between the generation cavity left hand end wall,It is installed with diffusion chamber in the sieve,The diffusion chamber is fixed with the generation cavity lower end wall,Present device is simple in structure,It is easy to use,Effectively reduce the manufacturing cost of electronic component metal parts,Hydrogen preparation efficiency is high,Speed is adjustable,Realize heat recovery,Low energy consumption,It is easy to operate,It is time saving and energy saving.
Description
Technical field
The present invention relates to metal manufacturing fields, and in particular to a kind of new electronic component metal manufacturing equipment.
Background technology
It needs to use a large amount of metal in electronic component, for making pin etc..Metal is aoxidized with hydrogen at high temperature
Object is restored to produce metal compared with other methods, and the property of product is more easy to control, while the purity of metal is also high.It is widely used in
The production of tungsten, molybdenum, cobalt, iron, germanium, silicon.And traditional hydrogen preparation method is of high cost, complex steps, inefficiency, it is time-consuming to take
Power, energy consumption are big.
Invention content
The purpose of the present invention is to provide a kind of new electronic component metal manufacturing equipments, can overcome the prior art
Drawbacks described above.
According to the present invention, a kind of new electronic component metal manufacturing equipment of present device, including body A, institute
It states the bottom surfaces body A surrounding and is fixedly installed support socle, the support socle is provided with walking roller, is arranged in the body A
There is generation cavity, connects to be provided in the generation cavity left end wall and extend that the external upper surfaces siphunculus A, the siphunculus A logical outward
It connects to be provided with the upper surfaces valve member A, the valve member A and connect and is provided with siphunculus B, heat-generating pipe is installed in the generation cavity left end wall,
It is installed with sieve between the generation cavity left hand end wall, diffusion chamber, the diffusion chamber and the generation are installed in the sieve
Chamber lower end wall is fixed, and is provided with diffusion chamber in the diffusion chamber, and the diffusion chamber left hand end wall connects that be provided with left and right opposite
Port, the port are connected with the generation cavity, and what can be slided between the diffusion chamber left hand end wall is provided with push skateboard, described
Push skateboard upper surface is installed with rubber pad, and the push skateboard upper surface is installed with the perforation rubber pad and upwards extended company
Bar, what the connecting rod can slide passes through the diffusion chamber upper end wall and extends and outside, and the upper surfaces the body A are installed with affixed
Block, the affixed piece of upper surface, which is installed with, slides case, and described slide is provided with the tooth roller chamber of port to the left, the teeth in case
It is installed with motor in wheel chamber upper end wall, the transmission axle lower face of the motor is installed with the first tooth roller, the tooth roller
It connects on the left of chamber to be provided with and be slided in case and through-hole up and down positioned at described, connect and is provided with positioned at institute on the left of the through-hole
State the convolution chamber slided in case, the connecting rod penetrates through the through-hole and whorl mating connection in the connecting rod outer surface is provided with the
Two tooth rollers, the cooperation of end wall skid connects second tooth roller up and down for end wall and the tooth roller chamber up and down with the convolution chamber
It connecing, second tooth roller and first tooth roller are ratcheting, and the case upper surface of sliding is installed with upward extended affixed bar,
What the affixed bar left side can slide is provided with moving block, and the connecting rod is fixed with the moving block, below the generation cavity
Be provided with the chamber of lighting in the body A, it is described light connected in chamber right end wall be provided with extend to the right it is external logical
Pipe C and the right sides siphunculus E, the siphunculus C, which connect to be provided with the right sides valve member B, the valve member B and connect, is provided with connecting tube, institute
It states the right sides siphunculus E and connects to be provided with the right sides valve member C, the valve member C and connect and be provided with siphunculus F, it is described to light chamber upper end wall
Inside connect to be provided with and connect pipe with what the diffusion chamber connected, it is described connect pipe lower face and connect to be provided with light chamber positioned at described
Interior switch valve, the switch valve lower face, which connects, is provided with circular cone, and the circular cone lower face, which connects, is provided with vaporization box,
The upward vaporization chamber in port is provided in the vaporization box, the vaporization chamber and the siphunculus C are connected, and are set on the right side of the generation cavity
It is equipped with the hot gas diffusion chamber being located in the body A, protective pad is installed in the hot gas diffusion chamber upper end wall, it is described to light chamber
It connects to be provided with the upper surfaces siphunculus F, the siphunculus F and connect to be provided with the upper surfaces valve member D, the valve member D and connect in right end wall and set
It is equipped with the heat produced pipe for penetrating through the hot gas diffusion chamber, the heat produced pipe, which penetrates through the protective pad and extends, outside, described
Heat produced pipe upper surface, which connects to be provided with the upper surfaces valve member E, the valve member E and connect, is arranged siphunculus H, the hot gas diffusion chamber right end
It connects to be provided on the right side of extended siphunculus I to the right and siphunculus J, the body A in wall and is provided with heat conduction case, set in the heat conduction case
It is equipped with thermal conductive cavity, the siphunculus I is put in the right in the thermal conductive cavity and the bending and to the left outside stretching in the thermal conductive cavity, institute
State the right sides siphunculus J and connect the centrifugal pump for being provided with and connecting the siphunculus I, connected in the thermal conductive cavity right end wall be provided with to
Right extended siphunculus K and the right sides siphunculus M, the siphunculus K connect to be provided with the right sides valve member F, the valve member F and connect and be provided with
Siphunculus L, the heat conduction case right side are provided with heat produced case, and the upward chamber in port is provided in the heat produced case, described logical
Pipe L is put in the chamber and the right sides the siphunculus L connect and are provided with heat produced piece, and the siphunculus M is put in the chamber
And the heat produced piece and siphunculus M are connected, and are connected in the chamber lower end wall and are provided with the opposite inlet pipe in left and right, the inlet pipe to
Downward outside and the inlet pipe lower face of growing connects and is provided with air pump, is provided with positioned at the body A on the left of the generation cavity
Interior storage chamber connects in the storage chamber upper end wall and is provided with upward extended siphunculus N, and the upper surfaces the siphunculus N, which connect, to be set
Be equipped with the upper surfaces valve member G, the valve member G and connect and be provided with siphunculus O, the storage chamber lower end wall connect be provided with it is extended to the right
Siphunculus P, to the right the extended upper surfaces the siphunculus P connect to be provided with the upper surfaces valve member I, the valve member I and connect to be provided with and put in
The flame gun for lighting intracavitary, the flame gun is opposite with the vaporization box, connected on the right side of the siphunculus P be provided with it is logical
The right sides pipe Q, the siphunculus Q connect be provided with the right sides valve member H, the valve member H connect be provided with siphunculus R, the siphunculus R with
The generation cavity connects, and noise elimination is provided on the motor except shake device.
Further technical solution, the upper and lower end wall of the convolution chamber and end wall above and below the tooth roller chamber and second tooth
Between gear wheel can skid be provided with steel ball, make second tooth roller in the convolution chamber, through-hole and tooth roller intracavitary skid,
To improve the stability of equipment.
Further technical solution, it is described to eliminate the noise except shake device includes being fixed at the motor left and right sides
Silencer pad shakes plate with removing for motor front and rear sides face is fixed at, and the silencer pad is with described except shake plate is connected.
The beneficial effects of the invention are as follows：
In the initial state due to present device, the heat-generating pipe, centrifugal pump, flame gun, air pump and motor are in and stop
Only working condition, the valve member A, switch valve, valve member B, valve member C, valve member D, valve member E, valve member F, valve member H, valve member I and valve member G
It is closed, to make a movement structure be in original state, is conducive to subsequent repair and installation.
When equipment is run, the valve member G is opened, and coal gas will be full of in the storage chamber, and the valve member I is opened, and makes coal
Gas is sprayed and is lighted outward by the flame gun, and the valve member C is opened, and air is led to by the siphunculus F, valve member C and siphunculus E
Enter the burning lighted intracavitary and maintain coal gas, the valve member B is opened, by liquid water by the connecting tube, valve member B and siphunculus C
It is passed through in the vaporization chamber, high-temperature vapor is formed by the circular cone, switch valve after the liquid water heating in the vaporization chamber
Enter in the diffusion chamber with pipe is connected, and spilt into the generation cavity by the port, the valve member H is opened, by coal gas
It is passed through in the generation cavity, the heat-generating pipe carries out discontinuous operation according to the temperature adjustment in the generation cavity, makes the generation
The coal gas of intracavitary is reacted with vapor, the products such as production hydrogen, and is diffused up by the sieve, and the valve member A is opened, by hydrogen
The gases such as gas are passed through collection device by the generation cavity, siphunculus A, valve member A and siphunculus B, then are further extracted, it is described from
Heart pump work makes the aqueous in the hot gas diffusion chamber be recycled, and the valve member D and valve member E are opened, and intracavitary is lighted by described
High-temperature gas external recycling device is passed through by the siphunculus F, valve member D, heat produced pipe, valve member E and siphunculus H, high-temperature gas
Heat is brought by the siphunculus I in the thermal conductive cavity, is flowed into the siphunculus K after the heat-conducting medium heating in the thermal conductive cavity,
The valve member F is opened, and so that heat-conducting medium is entered in the siphunculus L, and spread in the heat produced piece, the air pump work,
It dries into the chamber along the inlet pipe, the heat that the heat produced piece is spread is diffused up, leading for heat has been spread
Thermal medium is come back to by the siphunculus M in the thermal conductive cavity, utilizes heated by gas liquid water to produce vapor to realize
And liquid water is used to carry out reacting production hydrogen with coal gas, and efficiently returning for heat is realized using a series of structures
It receives, and utilizes and warm oneself indoors.
When needing reaction speed, the first tooth roller described in the motor drive rotates, first tooth roller
It is ratcheting with second tooth roller, so that second tooth roller is rotated in the convolution chamber and tooth roller intracavitary, due to the company
Bar is connected with the second tooth roller whorl, and the moving block slides mating connection with the affixed bar, then described
Connecting rod generation moves up and down, and so that the push skateboard is moved up and down, the port journey of the port is blocked by the push skateboard
Degree, and then the adjusting of reaction speed is controlled, to improve the reaction modulability of equipment.
When equipment stable operation, the valve member G is opened, and more coal gas are led to by the siphunculus O, valve member G and siphunculus N
Enter in the storage chamber, you can continuous work is realized, to improve the continuous work of equipment.
Present device is simple in structure, easy to use, effectively reduces the manufacturing cost of electronic component metal parts, hydrogen
Gas preparation efficiency is high, and speed is adjustable, realizes heat recovery, low energy consumption, easy to operate, time saving and energy saving.
The above, the specific implementation mode only invented, but invent protection domain 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 domain of invention.Therefore, the protection domain of invention
It should be determined by the scope of protection defined in the claims.
Description of the drawings
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 is briefly described needed in technology description, 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 a kind of overall structure diagram of new electronic component metal manufacturing equipment of the present invention；
Fig. 2 is the enlarged diagram of A in Fig. 1；
Fig. 3 is the enlarged diagram of B in Fig. 1；
Fig. 4 is the schematic diagram in the directions C-C in Fig. 1；
Fig. 5 is the schematic diagram in the directions E-E in Fig. 1.
Specific implementation mode
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.
This specification（Including any accessory claim, abstract and attached drawing）Disclosed in any feature, 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.
As shown in Figs. 1-5, a kind of new electronic component metal manufacturing equipment of the invention, including body A100, institute
It states the bottom surfaces body A100 surrounding and is fixedly installed support socle 401, the support socle 401 is provided with walking roller 402, described
It is provided with generation cavity 111 in body A100, the siphunculus for being provided with and extending outside outward is connected in 111 left end wall of the generation cavity
The upper surface A108, the siphunculus A108, which connects to be provided with the upper surfaces valve member A109, the valve member A109 and connect, is provided with siphunculus
B110 is installed with heat-generating pipe 200 in 111 left end wall of the generation cavity, sieve is installed between 111 left hand end wall of the generation cavity
201, diffusion chamber 203 is installed in the sieve 201, and the diffusion chamber 203 is fixed with 111 lower end wall of the generation cavity, described
Diffusion chamber 206 is provided in diffusion chamber 203,206 left hand end wall of the diffusion chamber, which connects, is provided with the opposite port 205 in left and right,
The port 205 is connected with the generation cavity 111, and what can be slided between 206 left hand end wall of the diffusion chamber is provided with push skateboard
204,204 upper surface of the push skateboard is installed with rubber pad 202, and 204 upper surface of the push skateboard is installed with the perforation rubber
Pad 202 and upwards extended connecting rod, what the connecting rod can slide passes through 206 upper end wall of the diffusion chamber and extends and outside, institute
It states the upper surfaces body A100 and is installed with affixed piece 300, affixed piece of 300 upper surfaces, which are installed with, slides case 304, described to slide case
It is provided with the tooth roller chamber 301 of port to the left in 304, motor 303 is installed in 301 upper end wall of tooth roller chamber, it is described
The transmission axle lower face of motor 303 is installed with the first tooth roller 302, and 301 left side of the tooth roller chamber, which connects to be provided with, to be located at
Described to slide in case 304 and through-hole 307 up and down, 307 left side of the through-hole connects to be provided with slides case 304 positioned at described
Interior convolution chamber 305, the connecting rod penetrates through the through-hole 307 and whorl mating connection in the connecting rod outer surface is provided with second
Tooth roller 306, second tooth roller 306 are rolled with about 305 end wall of convolution chamber and about 301 end wall of the tooth roller chamber
Sliding fit connects, and second tooth roller 306 and first tooth roller 302 are ratcheting, and 304 upper surface of case of sliding is installed with
Upward extended affixed bar 113, what 113 left side of affixed bar can slide be provided with moving block 112, the connecting rod with it is described
Moving block 112 is fixed, and the lower section of the generation cavity 111 is provided with lights chamber 145 in the body A100, described to light chamber
It connects to be provided in 145 right end walls and extends external siphunculus C138 to the right and the right sides siphunculus E144, the siphunculus C138 are logical
It connects to be provided with the right sides valve member B139, the valve member B139 and connect and is provided with connecting tube 140, the right sides the siphunculus E144 connect
It is provided with the right sides valve member C142, the valve member C142 and connects and be provided with siphunculus F141, described light connects in 145 upper end wall of chamber
Be provided with and connect pipe 207 with what the diffusion chamber 206 connected, it is described connect 207 lower face of pipe and connect be provided with positioned at the point
The switch valve 208 in chamber 145 is fired, 208 lower face of the switch valve, which connects, is provided with circular cone 143,143 lower end of the circular cone
Face, which connects, is provided with vaporization box 149, and the upward vaporization chamber 137 in port, the vaporization chamber 137 are provided in the vaporization box 149
It being connected with the siphunculus C138,111 right side of the generation cavity is provided with the hot gas diffusion chamber 131 in the body A100,
Be installed with protective pad 116 in 131 upper end wall of hot gas diffusion chamber, it is described light to connect in 145 right end wall of chamber be provided with siphunculus
The upper surface F136, the siphunculus F136 connect be provided with the upper surfaces valve member D135, the valve member D135 connect be provided with perforation institute
The heat produced pipe 134 of hot gas diffusion chamber 131 is stated, the heat produced pipe 134, which penetrates through the protective pad 116 and extends, outside, institute
It states 134 upper surface of heat produced pipe and connects and be provided with the upper surfaces valve member E115, the valve member E115 and connect setting siphunculus H114, it is described
It connects and is provided on the right side of extended siphunculus I117 to the right and siphunculus J132, the body A100 in 131 right end wall of hot gas diffusion chamber
It is provided with heat conduction case 118, thermal conductive cavity 119 is provided in the heat conduction case 118, the siphunculus I117 puts in the right the thermal conductive cavity
The bending and to the left outside stretching in 119 and in the thermal conductive cavity 119, the right sides the siphunculus J132 connect that be provided with will be described
The centrifugal pump 133 that siphunculus I117 is connected connects in 119 right end wall of the thermal conductive cavity and is provided with extended siphunculus K120 to the right and logical
The right sides pipe M128, the siphunculus K120, which connect to be provided with the right sides valve member F121, the valve member F121 and connect, is provided with siphunculus
L122,118 right side of the heat conduction case are provided with heat produced case 125, the upward chamber in port are provided in the heat produced case 125
123, the siphunculus L122 are put in the chamber 123 and the right sides the siphunculus L122 connect and are provided with heat produced piece 124, institute
State that siphunculus M128 is put in the chamber 123 and the heat produced piece 124 and siphunculus M128 are connected, 123 lower end wall of the chamber
It inside connects and is provided with the opposite inlet pipe 126 in left and right, the inlet pipe 126 extends downwards that external and described 126 lower face of inlet pipe logical
It connects and is provided with air pump 127,111 left side of the generation cavity is provided with the storage chamber 104 in the body A100, the storage
It is connected in 104 upper end wall of chamber and is provided with upward extended siphunculus N105, the upper surfaces the siphunculus N105, which connect, is provided with valve member
The upper surface G106, the valve member G106, which connects, is provided with siphunculus O107, and 104 lower end wall of the storage chamber, which connects to be provided with, to be prolonged to the right
Long siphunculus P101, the extended upper surfaces the siphunculus P101, which connect, to the right is provided with the upper ends valve member I146, the valve member I146
Face, which connects to be provided with, puts in the flame gun 147 lighted in chamber 145, the flame gun 147 and 149 phase of the vaporization box
It is right, it connects to be provided with the right sides siphunculus Q102, the siphunculus Q102 and connect on the right side of the siphunculus P101 and is provided with valve member H103, institute
It states the right sides valve member H103 and connects and be provided with siphunculus R150, the siphunculus R150 is connected with the generation cavity 111, the motor
Noise elimination is provided on 303 except shake device.
Valuably, wherein about 305 end wall of convolution chamber and about 301 end wall of the tooth roller chamber and described second
Between tooth roller 306 can skid be provided with steel ball, make second tooth roller 306 in the convolution chamber 305,307 and of through-hole
Skid in tooth roller chamber 301, to improve the stability of equipment.
Valuably, wherein described to eliminate the noise except shake device includes being fixed at disappearing for 303 left and right sides of the motor
Sound pad 3031 and be fixed at 303 front and rear sides face of the motor except shake plate 3032, the silencer pad 3031 and described
It is described to eliminate the noise except shake device effectively reduce the noise and shake that the operating of the motor 303 generates except shake plate 3032 is connected
It is dynamic.
Present device in the initial state, the heat-generating pipe 200, centrifugal pump 133, flame gun 147,127 and of air pump
Motor 303 is in stop working state, the valve member A109, switch valve 208, valve member B139, valve member C142, valve member D135,
Valve member E115, valve member F121, valve member H103, valve member I146 and valve member G106 are closed.
When equipment is run, the valve member G106 is opened, and coal gas, the valve member I146 will be full of in the storage chamber 104
It opens, coal gas is made to be sprayed and be lighted outward by the flame gun 147, the valve member C142 is opened, by air by the siphunculus
F141, valve member C142 and siphunculus E144 are passed through the burning lighted and maintain coal gas in chamber 145, and the valve member B139 is opened, will
Liquid water is passed through by the connecting tube 140, valve member B139 and siphunculus C138 in the vaporization chamber 137, in the vaporization chamber 137
High-temperature vapor is formed after liquid water heating by the circular cone 143, switch valve 208 and connects pipe 207 into the diffusion chamber
It in 206, and is spilt into the generation cavity 111 by the port 205, the valve member H103 is opened, and coal gas is passed through the hair
In raw chamber 111, the heat-generating pipe 200 carries out discontinuous operation according to the temperature adjustment in the generation cavity 111, makes the generation cavity
Coal gas in 111 is reacted with vapor, the products such as production hydrogen, and is diffused up by the sieve 201, and the valve member A109 is beaten
It opens, the gases such as hydrogen is passed through collection device by the generation cavity 111, siphunculus A108, valve member A109 and siphunculus B110, then carry out
Further extraction, the work of the centrifugal pump 133 make the aqueous in the hot gas diffusion chamber 131 be recycled, the valve member
D135 and valve member E115 are opened, by the high-temperature gas lighted in chamber 145 by the siphunculus F136, valve member D135, heat produced
Pipe 134, valve member E115 and siphunculus H114 are passed through external recycling device, and the heat of high-temperature gas is brought into described by the siphunculus I117
In thermal conductive cavity 119, flowed into the siphunculus K120 after the heat-conducting medium heating in the thermal conductive cavity 119, the valve member F121 is beaten
It opens, heat-conducting medium is made to enter in the siphunculus L122, and the diffusion in the heat produced piece 124, the air pump 127 works, edge
It the inlet pipe 126 to dry into the chamber 123, the heat that the heat produced piece 124 is spread is diffused up, heat has been spread
The heat-conducting medium of amount is come back to by the siphunculus M128 in the thermal conductive cavity 119.
When needing reaction speed, the motor 303 drives first tooth roller 302 to rotate, and described first
Tooth roller 302 and second tooth roller 306 are ratcheting, make second tooth roller 306 in the convolution chamber 305 and tooth roller chamber
Rotation in 301, since the connecting rod and 306 whorl of the second tooth roller are connected, and the moving block 112 with it is described
Affixed bar 113 slides mating connection, then the connecting rod generation moves up and down, and so that the push skateboard 204 is moved up and down, passes through
The push skateboard 204 blocks the port degree of the port 205, and then controls the adjusting of reaction speed.
When equipment stable operation, the valve member G106 is opened, by more coal gas by the siphunculus O107, valve member G106
It is passed through in the storage chamber 104 with siphunculus N105, you can realize continuous work.
The beneficial effects of the invention are as follows：In the initial state due to present device, the heat-generating pipe, centrifugal pump, flame
Spray gun, air pump and motor are in stop working state, the valve member A, switch valve, valve member B, valve member C, valve member D, valve member E, valve
Part F, valve member H, valve member I and valve member G are closed, and to make a movement structure be in original state, are conducive to subsequent
Repair and installation.
When equipment is run, the valve member G is opened, and coal gas will be full of in the storage chamber, and the valve member I is opened, and makes coal
Gas is sprayed and is lighted outward by the flame gun, and the valve member C is opened, and air is led to by the siphunculus F, valve member C and siphunculus E
Enter the burning lighted intracavitary and maintain coal gas, the valve member B is opened, by liquid water by the connecting tube, valve member B and siphunculus C
It is passed through in the vaporization chamber, high-temperature vapor is formed by the circular cone, switch valve after the liquid water heating in the vaporization chamber
Enter in the diffusion chamber with pipe is connected, and spilt into the generation cavity by the port, the valve member H is opened, by coal gas
It is passed through in the generation cavity, the heat-generating pipe carries out discontinuous operation according to the temperature adjustment in the generation cavity, makes the generation
The coal gas of intracavitary is reacted with vapor, the products such as production hydrogen, and is diffused up by the sieve, and the valve member A is opened, by hydrogen
The gases such as gas are passed through collection device by the generation cavity, siphunculus A, valve member A and siphunculus B, then are further extracted, it is described from
Heart pump work makes the aqueous in the hot gas diffusion chamber be recycled, and the valve member D and valve member E are opened, and intracavitary is lighted by described
High-temperature gas external recycling device is passed through by the siphunculus F, valve member D, heat produced pipe, valve member E and siphunculus H, high-temperature gas
Heat is brought by the siphunculus I in the thermal conductive cavity, is flowed into the siphunculus K after the heat-conducting medium heating in the thermal conductive cavity,
The valve member F is opened, and so that heat-conducting medium is entered in the siphunculus L, and spread in the heat produced piece, the air pump work,
It dries into the chamber along the inlet pipe, the heat that the heat produced piece is spread is diffused up, leading for heat has been spread
Thermal medium is come back to by the siphunculus M in the thermal conductive cavity, utilizes heated by gas liquid water to produce vapor to realize
And liquid water is used to carry out reacting production hydrogen with coal gas, and efficiently returning for heat is realized using a series of structures
It receives, and utilizes and warm oneself indoors.
When needing reaction speed, the first tooth roller described in the motor drive rotates, first tooth roller
It is ratcheting with second tooth roller, so that second tooth roller is rotated in the convolution chamber and tooth roller intracavitary, due to the company
Bar is connected with the second tooth roller whorl, and the moving block slides mating connection with the affixed bar, then described
Connecting rod generation moves up and down, and so that the push skateboard is moved up and down, the port journey of the port is blocked by the push skateboard
Degree, and then the adjusting of reaction speed is controlled, to improve the reaction modulability of equipment.
When equipment stable operation, the valve member G is opened, and more coal gas are led to by the siphunculus O, valve member G and siphunculus N
Enter in the storage chamber, you can continuous work is realized, to improve the continuous work of equipment.
Present device is simple in structure, easy to use, effectively reduces the manufacturing cost of electronic component metal parts, hydrogen
Gas preparation efficiency is high, and speed is adjustable, realizes heat recovery, low energy consumption, easy to operate, time saving and energy saving.
The above, the specific implementation mode only invented, but invent protection domain 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 domain of invention.Therefore, the protection domain of invention
It should be determined by the scope of protection defined in the claims.
Claims (3)
1. a kind of new electronic component metal manufacturing equipment, including the bottom surfaces body A, body A surrounding are fixedly installed
Socle, the support socle is supported to be provided with walking roller, generation cavity, the generation cavity left end wall are provided in the body A
It inside connects to be provided with to extend the external upper surfaces siphunculus A, the siphunculus A and connect outward and be provided on valve member A, the valve member A
End face, which connects, is provided with siphunculus B, is installed with heat-generating pipe in the generation cavity left end wall, fixed between the generation cavity left hand end wall
There is sieve, diffusion chamber is installed in the sieve, the diffusion chamber is fixed with the generation cavity lower end wall, set in the diffusion chamber
It is equipped with diffusion chamber, the diffusion chamber left hand end wall, which connects, is provided with the opposite port in left and right, and the port is logical with the generation cavity
It connects, what can be slided between the diffusion chamber left hand end wall is provided with push skateboard, and the push skateboard upper surface is installed with rubber pad, institute
It states push skateboard upper surface and is installed with the perforation rubber pad and upwards extended connecting rod, what the connecting rod can slide passes through the expansion
It dissipates chamber upper end wall and extends and outside, the upper surfaces the body A are installed with affixed piece, and the affixed piece of upper surface, which is installed with, slides
Case, described slide is provided with the tooth roller chamber of port to the left, motor is installed in the tooth roller chamber upper end wall in case, described
The transmission axle lower face of motor is installed with the first tooth roller, connects to be provided on the left of the tooth roller chamber and slides case positioned at described
Interior and through-hole up and down is connected on the left of the through-hole and is provided with positioned at the convolution chamber slided in case, and the connecting rod passes through
Lead to the through-hole and whorl mating connection in the connecting rod outer surface be provided with the second tooth roller, second tooth roller with it is described
Circling round, end wall skid is connected chamber up and down for end wall and the tooth roller chamber up and down, second tooth roller and first teeth
Take turns ratcheting, the case upper surface of sliding is installed with upward extended affixed bar, and what the affixed bar left side can slide is provided with
Moving block, the connecting rod are fixed with the moving block, are provided with below the generation cavity and are lighted chamber in the body A,
It is described light to connect to be provided in chamber right end wall extend external siphunculus C to the right and the right sides siphunculus E, the siphunculus C connect
It is provided with the right sides valve member B, the valve member B and connects and be provided with connecting tube, the right sides the siphunculus E, which connect, is provided with valve member C, institute
State the right sides valve member C and connect and be provided with siphunculus F, it is described light connected in chamber upper end wall be provided with connected with the diffusion chamber it is logical
It takes over, the pipe lower face that connects connects the switch valve for being provided with and lighting intracavitary described in, and the switch valve lower face connects
It is provided with circular cone, the circular cone lower face, which connects, is provided with vaporization box, and the upward vapour in port is provided in the vaporization box
Change chamber, the vaporization chamber and the siphunculus C are connected, and the hot gas diffusion in the body A is provided on the right side of the generation cavity
Chamber, is installed with protective pad in the hot gas diffusion chamber upper end wall, it is described light to connect in chamber right end wall be provided with siphunculus F, it is described
The upper surfaces siphunculus F connect be provided with the upper surfaces valve member D, the valve member D connect be provided with the heat for penetrating through the hot gas diffusion chamber dissipate
Hair pipe, the heat produced pipe, which penetrates through the protective pad and extends, outside, and heat produced pipe upper surface, which connects, is provided with valve member
The upper surface E, the valve member E connects setting siphunculus H, is connected in the hot gas diffusion chamber right end wall and is provided with extended siphunculus to the right
It is provided with heat conduction case on the right side of I and siphunculus J, the body A, thermal conductive cavity is provided in the heat conduction case, the siphunculus I is put in the right
The bending and to the left outside stretching in the thermal conductive cavity and in the thermal conductive cavity, the right sides the siphunculus J, which connect, to be provided with institute
The centrifugal pump that siphunculus I is connected is stated, is connected in the thermal conductive cavity right end wall and is provided with extended siphunculus K to the right and siphunculus M, it is described logical
The right sides pipe K, which connect to be provided with the right sides valve member F, the valve member F and connect, is provided with siphunculus L, is provided on the right side of the heat conduction case
Heat produced case is provided with the upward chamber in port in the heat produced case, and the siphunculus L is put in the chamber and the siphunculus
The right sides L, which connect, is provided with heat produced piece, and the siphunculus M is put in the chamber and the heat produced piece and siphunculus M are connected, institute
It states to connect in chamber lower end wall and is provided with the opposite inlet pipe in left and right, the inlet pipe, which extends downwards, the external and described inlet pipe lower face
It connects and is provided with air pump, be provided with the storage chamber in the body A on the left of the generation cavity, in the storage chamber upper end wall
It connects and is provided with upward extended siphunculus N, the upper surfaces the siphunculus N, which connect, to be provided with the upper surfaces valve member G, the valve member G and connect
It is provided with siphunculus O, the storage chamber lower end wall, which connects, is provided with extended siphunculus P to the right, to the right the extended upper ends the siphunculus P
Face, which connects to be provided with the upper surfaces valve member I, the valve member I and connect to be provided with, puts in the flame gun for lighting intracavitary, the fire
Flame spray gun is opposite with the vaporization box, connects to be provided with the right sides siphunculus Q, the siphunculus Q and connect on the right side of the siphunculus P and is provided with
The right sides valve member H, the valve member H, which connect, is provided with siphunculus R, and the siphunculus R is connected with the generation cavity, set on the motor
Noise elimination is equipped with except shake device.
2. a kind of new electronic component metal manufacturing equipment as described in claim 1, it is characterised in that：The convolution chamber
Upper and lower end wall and the tooth roller chamber up and down between end wall and second tooth roller can skid be provided with steel ball.
3. a kind of new electronic component metal manufacturing equipment as described in claim 1, it is characterised in that：The noise elimination removes
Shake device includes being fixed at the silencer pad of the motor left and right sides and being fixed at two before and after the motor
Shake plate is removed in side, and the silencer pad is with described except shake plate is connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810184513.0A CN108411111A (en) | 2018-03-07 | 2018-03-07 | A kind of new electronic component metal manufacturing equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810184513.0A CN108411111A (en) | 2018-03-07 | 2018-03-07 | A kind of new electronic component metal manufacturing equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108411111A true CN108411111A (en) | 2018-08-17 |
Family
ID=63130058
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810184513.0A Withdrawn CN108411111A (en) | 2018-03-07 | 2018-03-07 | A kind of new electronic component metal manufacturing equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108411111A (en) |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US7037485B1 (en) * | 2004-11-18 | 2006-05-02 | Praxair Technology, Inc. | Steam methane reforming method |
| CN101679032A (en) * | 2008-01-09 | 2010-03-24 | 松下电器产业株式会社 | Hydrogen generation apparatus and fuel battery system |
-
2018
- 2018-03-07 CN CN201810184513.0A patent/CN108411111A/en not_active Withdrawn
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US7037485B1 (en) * | 2004-11-18 | 2006-05-02 | Praxair Technology, Inc. | Steam methane reforming method |
| CN101679032A (en) * | 2008-01-09 | 2010-03-24 | 松下电器产业株式会社 | Hydrogen generation apparatus and fuel battery system |
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Application publication date: 20180817 |