CN105767850A - Microwave rice noodle steaming machine - Google Patents
Microwave rice noodle steaming machine Download PDFInfo
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- CN105767850A CN105767850A CN201610217670.8A CN201610217670A CN105767850A CN 105767850 A CN105767850 A CN 105767850A CN 201610217670 A CN201610217670 A CN 201610217670A CN 105767850 A CN105767850 A CN 105767850A
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Abstract
The invention provides a microwave rice noodle steaming machine which is mainly composed of a magnetic control pipe, an upper cover, a water baffle, a wave isolation screen and a bottom support. A plurality of microwave rice noodle steaming machines are sequentially installed on a rice slurry conveying belt used for producing rice noodles, microwaves are generated after the magnetic control pipe is started, water spray sprayed by a sprayer is vaporized into steam through the microwaves, water vapor gathered into a water tank or on the water baffle is vaporized into steam, the steam downwards overflows through steam holes in the wave isolation screen, rice slurry conveyed by the rice slurry conveying belt is cooked and solidified and then conveyed to the next procedure to be processed into rice noodles, a boiler room does not need to be built, a steam conveying pipeline does not need to be erected, the number of the microwave rice noodle steaming machines can be arranged according to requirements, steam is generated with the microwaves, and environment pollution is little. Besides, steam generation efficiency is high, and investment and risks for conveying the steam are also reduced.
Description
Technical field
The present invention relates to a kind of microwave rice flour utilizing microwave to produce steam and produce equipment, belong to food machinery technology.
Background technology
In the process that rice flour produces, first the metric system is made Rice & peanut milk, again Rice & peanut milk is poured constantly and conveyer belt is formed the Rice & peanut milk band covering conveyer belt upper surface, power set drive conveyer belt to rotate, side is provided with vapour hood on a moving belt, conveyer belt is delivered to next operation and is continued to be processed into variously-shaped rice flour after being continuously sent to Rice & peanut milk band to be cooked by steam in vapour hood, for instance strip or bulk.
Make the factory of rice flour, be typically equipped with steam boiler for producing steam.The fuel of boiler generally includes three major types, and a class is coal, can produce dust, sulfide, nitride etc., and environmental pollution is bigger；One class is fuel oil, natural gas or coal vapour, although sulfide and nitride can reduce during burning, but still can produce the material of the contaminated environment such as a large amount of PM2.5；Three classes are the new biomass energy fuels released on market, reduce the pollution to environment, but still can produce dust after burning.It addition, also need to erection steam conveying pipe between steam boiler and conveyer belt, not only relatively costly, and heat energy meeting loss in course of conveying, once there is operational error, it is possible to threaten the life security of staff.
It is, thus, sought for the pollution to environment can not only be reduced and the safer way providing steam.
Summary of the invention
It is an object of the invention to: provide one to have fewer environmental impacts, and the safer equipment that steam is provided.
Technical scheme: microwave flour steaming machine, mainly by magnetron 1, upper cover 2, water fender 3, form every ripple net 4 and collet 5；The top edge of collet is screwed in the lower edge of upper cover；Upper cover 2 top is provided with microwave hole 21, and magnetron 1 is placed on microwave hole 21, makes the microwave that magnetron 1 produces enter in upper cover；It is provided with more than one water swivel 22 on upper cover 2 pushes up, the water inlet end of water swivel and conveying cross current, the water side of water swivel with spray 23 and connect, spray head and be positioned at below upper cover, spray head and be provided with multiple spray orifice, between water pipe head and conveying water pipe, be provided with electromagnetic valve；It is tipping up again forming U-shaped supporting seat after the described inside turnup in collet 5 both sides；Described water fender 3 is fixed on ripple net roof by support code, makes water fender and leaves space between ripple net, makes to leave space between water fender here upper cover；The described both sides every ripple net 4 are bent to form downwards a spike, respectively enter the supporting seat of collet both sides every the bottom of a spike of ripple net both sides and supporting seat endoporus is separated into the tank 51 being positioned at outside and the condensate draining 52 being positioned at inner side, at the bottom of at condensate draining, be provided with downward projection of drain pipe 53；The microwave irradiation that magnetron produces enters upper cover and the space between ripple net, intercept microwave every ripple net to irradiate downwards, microwave irradiation is to spraying the water smoke of head ejection, the water on water fender and waterborne in tank, water heating is made to produce steam, these steam are overflowed downwards from the steam vent online every ripple, then overflow downwards between the supporting seat of collet；Described microwave flour steaming machine also includes controller, controls switch and is located on upper cover or collet, and magnetron and electromagnetic valve are connected with controller by wire.
Described collet front is provided with front, and the diapire of front is higher than the diapire of U-shaped supporting seat, and the inside turnup of diapire of front forms front tank, and front tank is positioned at below the leading edge of water fender, and front tank connects with the tank of collet side；Described collet rear is provided with backstop, and the diapire of backstop is higher than the diapire of U-shaped supporting seat, and the inside turnup of diapire of backstop forms rear tank, and rear tank is positioned at below the back edge of water fender, and rear tank connects with the tank of collet side；In the middle of described water fender, high edge is low, the unnecessary water of water fender upper surface is from edge to dirty, the water of water fender both sides flows in the tank of collet both sides respectively, the water of water fender forward edge and rear part edge flows in front tank and rear tank respectively, then is pooled in the tank of collet both sides；The described projection being positioned at water fender every ripple net, upwards arches upward in the middle part of ripple net, and every ripple net both sides of the edge lower than medium position, the condensed water produced on ripple net wall down is to entering condensate draining after flowing in the both sides of ripple net.
Rice & peanut milk conveyer belt both sides are provided with bracing frame, before using, the drain pipe of microwave flour steaming machine both sides is stuck in outside the bracing frame of Rice & peanut milk conveyer belt both sides, the diapire making the U-shaped supporting seat on microwave flour steaming machine collet is positioned on bracing frame top, when promoting microwave flour steaming machine by external force, microwave steam powder machine can move forward and backward along bracing frame.
The both sides of Rice & peanut milk conveyer belt are provided with waste pipe, and the outlet of described drain pipe connects with waste pipe, and the water in condensate draining flows downwardly into waste pipe by drain pipe.
Beneficial effect:
1, multiple microwave flour steaming machines are placed on the Rice & peanut milk conveyer belt producing rice flour successively, after startup, magnetron produces microwave, the spray vaporization spraying head ejection is become steam by microwave, also by being pooled to tank or water fender water is vaporized into steam, vapour transmission is overflowed downwards every the steam vent that ripple is online, it is sent to next working procedure processing after the Rice & peanut milk that Rice & peanut milk tape transport comes is cooked and solidified again and becomes rice flour, it is no longer necessary to build boiler room and erection steam conveying pipe, and the quantity of microwave flour steaming machine can be configured as required, steam is produced with microwave, environmental pollution is less, and, the efficiency producing steam is high, also reduce input and the risk of conveying steam.
Accompanying drawing explanation
Accompanying drawing 1 is the application state schematic diagram of the present invention；
Accompanying drawing 2 is the axonometric chart of an angle of the present invention；
Accompanying drawing 3 is the axonometric chart of another angle of the present invention；
Accompanying drawing 4 is the figure that pops of the present invention；
Accompanying drawing 5 is the partial cutaway schematic of the present invention.
Detailed description of the invention
As shown in Fig. 1 to Fig. 5, microwave flour steaming machine, mainly by magnetron 1, upper cover 2, water fender 3, form every ripple net 4 and collet 5.Microwave steam powder machine is used primarily on rice flour noodle production line, makes Rice & peanut milk solidify for being cooked by Rice & peanut milk.
The top edge of collet is screwed in the lower edge of upper cover.Upper cover 2 top is provided with microwave hole 21, and magnetron 1 is placed on microwave hole 21, makes the microwave that magnetron 1 produces enter in upper cover.Pad is set between magnetron and microwave hole, it is prevented that microwave from leakage, and makes the position of magnetron fix.
It is provided with more than one water swivel 22 on upper cover 2 pushes up, the water inlet end of water swivel and conveying cross current, the water side of water swivel with spray 23 and connect, spray head and be positioned at below upper cover, spray head and be provided with multiple spray orifice, between water pipe head and conveying water pipe, be provided with electromagnetic valve.
It is tipping up again forming U-shaped supporting seat after the described inside turnup in collet 5 both sides；Described water fender 3 is fixed on ripple net roof by support code, makes water fender and leaves space between ripple net, makes to leave space between water fender here upper cover；The described both sides every ripple net 4 are bent to form downwards a spike, respectively enter the supporting seat of collet both sides every the bottom of a spike of ripple net both sides and supporting seat endoporus is separated into the tank 51 being positioned at outside and the condensate draining 52 being positioned at inner side, at the bottom of at condensate draining, be provided with downward projection of drain pipe 53；The microwave irradiation that magnetron produces enters upper cover and the space between ripple net, intercept microwave every ripple net to irradiate downwards, microwave irradiation is to spraying the water smoke of head ejection, the water on water fender and waterborne in tank, water heating is made to produce steam, these steam are overflowed downwards from the steam vent online every ripple, then overflow downwards between the supporting seat of collet；Described microwave flour steaming machine also includes controller, controls switch and is located on upper cover or collet, and magnetron and electromagnetic valve are connected with controller by wire.
The aperture of described steam vent less than the wavelength of microwave, makes the microwave that magnetron produces can not pass through steam vent to external exposure.Spraying, pipe, upper cover and collet all cover anti-ripple net, make microwave can not pass through them and outwards penetrate.
Described collet front is provided with front, and the diapire of front is higher than the diapire of U-shaped supporting seat, and the inside turnup of diapire of front forms front tank, and front tank is positioned at below the leading edge of water fender, and front tank connects with the tank of collet side；Described collet rear is provided with backstop, and the diapire of backstop is higher than the diapire of U-shaped supporting seat, and the inside turnup of diapire of backstop forms rear tank, and rear tank is positioned at below the back edge of water fender, and rear tank connects with the tank of collet side；In the middle of described water fender, high edge is low, the unnecessary water of water fender upper surface is from edge to dirty, the water of water fender both sides flows in the tank of collet both sides respectively, the water of water fender forward edge and rear part edge flows in front tank and rear tank respectively, then is pooled in the tank of collet both sides；The described projection being positioned at water fender every ripple net, upwards arches upward in the middle part of ripple net, and every ripple net both sides of the edge lower than medium position, the condensed water produced on ripple net wall down is to entering condensate draining after flowing in the both sides of ripple net.
Described water fender upper surface is provided with horizontal lug, nib, for enabling a part of water to stay water fender, helps to create steam.
When microwave flour steaming machine is in running order, controller is opened the M second by electromagnetic valve and is turned off the frequency of N second and make electromagnetic valve work, namely electromagnetic valve adopts the mode of interval to be operated, electromagnetic valve open the M second make to spray head ejection M second water smoke after close, these water smokes of microwave irradiation that magnetron produces, and due in time vaporization waterborne in the flowing of water fender upper surface, also have gather in the sink waterborne, make these water smokes or water is all or part of is converted into steam.In the process of closed electromagnetic valve, magnetron continues to produce microwave, makes the water below upper cover or water smoke continue to be converted into steam, after reducing Deng water smoke, namely after the time of closed electromagnetic valve reaches the N second, then open electromagnetic valve, make to spray head and continue ejection water smoke to produce more steaminess.
The microwave irradiation that magnetron produces enters upper cover and the space between ripple net, intercepting microwave every ripple net prevents microwave from irradiating downwards, microwave irradiation is to spraying the water smoke of head ejection, the water on water fender and the generation steam waterborne in tank, these steam are overflowed downwards from the steam vent online every ripple, then overflow downwards between the supporting seat of collet.
During use, being placed on Rice & peanut milk conveyer belt successively by multiple microwave flour steaming machines, the both sides of Rice & peanut milk conveyer belt are provided with waste pipe, and the outlet of described drain pipe connects with waste pipe, water in condensate draining flows downwardly into waste pipe by drain pipe, and waste water is guided to purification tank for liquid waste and processed by waste pipe.
Rice & peanut milk conveyer belt both sides are provided with bracing frame, before using, the drain pipe of microwave flour steaming machine both sides is stuck in outside the bracing frame of Rice & peanut milk conveyer belt both sides, the diapire making the U-shaped supporting seat on microwave flour steaming machine collet is positioned on bracing frame top, when promoting microwave flour steaming machine by external force, microwave steam powder machine can move forward and backward along bracing frame.
When start-up connector, magnetron work produces microwave, water in microwave irradiation tank and the water on water fender surface and spray the water smoke of head ejection and produce steam, steam escapes into, from the steam vent that gear ripple is online, the Rice & peanut milk surface sent Rice & peanut milk conveyer belt downwards, the steam of high temperature cooks solidification Rice & peanut milk, and the Rice & peanut milk that have cured is fabricated to rice flour by Rice & peanut milk tape transport to next operation.Microwave can not pass through steam vent and overflow downwards.
Multiple microwave flour steaming machines are placed on the Rice & peanut milk conveyer belt producing rice flour successively, after startup, magnetron produces microwave, the spray vaporization spraying head ejection is become steam by microwave, also by being pooled to tank or water fender water is vaporized into steam, vapour transmission is overflowed downwards every the steam vent that ripple is online, is sent to next working procedure processing again and becomes rice flour after the Rice & peanut milk that Rice & peanut milk tape transport comes is cooked and solidified.It is no longer necessary to build boiler room and between boiler room and Rice & peanut milk conveyer belt, set up steam conveying pipe, and the quantity of microwave flour steaming machine can be configured as required, produce steam with microwave, environmental pollution is less, further, the efficiency producing steam is high, also reduces input and the risk of conveying steam.
Above-described embodiment is intended merely to the purposes of the interpretation present invention, and is not limitation of the present invention, and those skilled in the art in the essential scope of the present invention, make a variety of changes or substitute, also should belong to the protection category of the present invention.
Claims (4)
1. microwave flour steaming machine, it is characterised in that: main by magnetron (1), upper cover (2), water fender (3), form every ripple net (4) and collet (5)；The top edge of collet is screwed in the lower edge of upper cover；Upper cover (2) top is provided with microwave hole (21), and magnetron (1) is placed on microwave hole (21), makes the microwave that magnetron (1) produces enter in upper cover；It is provided with more than one water swivel (22) on upper cover (2) pushes up, the water inlet end of water swivel and conveying cross current, the water side of water swivel connects with spraying head (23), spray head and be positioned at below upper cover, spray head and be provided with multiple spray orifice, between water pipe head and conveying water pipe, be provided with electromagnetic valve；It is tipping up again forming U-shaped supporting seat after the described inside turnup in collet (5) both sides；Described water fender (3) is fixed on ripple net roof by support code, makes water fender and leaves space between ripple net, makes to leave space between water fender here upper cover；The described both sides every ripple net (4) are bent to form downwards a spike, respectively enter the supporting seat of collet both sides supporting seat endoporus is separated into the tank (51) being positioned at outside every the bottom of a spike of ripple net both sides and is positioned at the condensate draining (52) of inner side, at the bottom of at condensate draining, be provided with downward projection of drain pipe (53)；The microwave irradiation that magnetron produces enters upper cover and the space between ripple net, intercept microwave every ripple net to irradiate downwards, microwave irradiation is to spraying the water smoke of head ejection, the water on water fender and waterborne in tank, water heating is made to produce steam, these steam are overflowed downwards from the steam vent online every ripple, then overflow downwards between the supporting seat of collet；Described microwave flour steaming machine also includes controller, controls switch and is located on upper cover or collet, and magnetron and electromagnetic valve are connected with controller by wire.
2. microwave flour steaming machine according to claim 1, it is characterized in that: described collet front is provided with front, the diapire of front is higher than the diapire of U-shaped supporting seat, the inside turnup of diapire of front forms front tank, front tank is positioned at below the leading edge of water fender, and front tank connects with the tank of collet side；Described collet rear is provided with backstop, and the diapire of backstop is higher than the diapire of U-shaped supporting seat, and the inside turnup of diapire of backstop forms rear tank, and rear tank is positioned at below the back edge of water fender, and rear tank connects with the tank of collet side；In the middle of described water fender, high edge is low, the unnecessary water of water fender upper surface is from edge to dirty, the water of water fender both sides flows in the tank of collet both sides respectively, the water of water fender forward edge and rear part edge flows in front tank and rear tank respectively, then is pooled in the tank of collet both sides；The described projection being positioned at water fender every ripple net, upwards arches upward in the middle part of ripple net, and every ripple net both sides of the edge lower than medium position, the condensed water produced on ripple net wall down is to entering condensate draining after flowing in the both sides of ripple net.
3. microwave flour steaming machine according to claim 2, it is characterized in that: Rice & peanut milk conveyer belt both sides are provided with bracing frame, before using, the drain pipe of microwave flour steaming machine both sides is stuck in outside the bracing frame of Rice & peanut milk conveyer belt both sides, the diapire making the U-shaped supporting seat on microwave flour steaming machine collet is positioned on bracing frame top, when promoting microwave flour steaming machine by external force, microwave steam powder machine can move forward and backward along bracing frame.
4. microwave flour steaming machine according to claim 1, it is characterised in that: the both sides of Rice & peanut milk conveyer belt are provided with waste pipe, and the outlet of described drain pipe connects with waste pipe, and the water in condensate draining flows downwardly into waste pipe by drain pipe.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610217670.8A CN105767850A (en) | 2016-04-10 | 2016-04-10 | Microwave rice noodle steaming machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610217670.8A CN105767850A (en) | 2016-04-10 | 2016-04-10 | Microwave rice noodle steaming machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN105767850A true CN105767850A (en) | 2016-07-20 |
Family
ID=56395076
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610217670.8A Withdrawn CN105767850A (en) | 2016-04-10 | 2016-04-10 | Microwave rice noodle steaming machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN105767850A (en) |
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2016
- 2016-04-10 CN CN201610217670.8A patent/CN105767850A/en not_active Withdrawn
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| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| WW01 | Invention patent application withdrawn after publication | ||
| WW01 | Invention patent application withdrawn after publication |
Application publication date: 20160720 |