CN209706400U - A kind of intellectual efficient liquid nitrogen flash freezer machine of modified - Google Patents
A kind of intellectual efficient liquid nitrogen flash freezer machine of modified Download PDFInfo
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- CN209706400U CN209706400U CN201920119505.8U CN201920119505U CN209706400U CN 209706400 U CN209706400 U CN 209706400U CN 201920119505 U CN201920119505 U CN 201920119505U CN 209706400 U CN209706400 U CN 209706400U
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Abstract
The utility model belongs to Technique of Speed Freezing field, a kind of intellectual efficient liquid nitrogen flash freezer machine of modified is specifically disclosed by bottom plate, and the inverted U-shaped shell on bottom plate is set, and conveying driving assembly, the liquid nitrogen guiding subassembly being used in combination with inverted U-shaped shell, and the control assembly composition being used in combination with conveying driving assembly, liquid nitrogen guiding subassembly.A kind of beneficial effect of the intellectual efficient liquid nitrogen flash freezer machine of modified of the utility model is: its is reasonable in design, convenient for assembly, bottom plate, inverted U-shaped shell, conveying driving assembly and the liquid nitrogen guiding subassembly structure being used in combination, it is quick-frozen to be able to achieve seafood products comprehensive, without dead angle, the qualities such as meat products or seafood or quick-frozen food are effectively guaranteed, economic cost is saved, and quick-frozen job state is stable, reliable, fitted and removed easily maintenance, explosion-proof performance are excellent, realize intelligent or long-range control production requirement.
Description
Technical field
The utility model belongs to Refrigeration Technique field, and in particular to a kind of intellectual efficient liquid nitrogen flash freezer machine of modified is used
In quick, the accurate and stable freezing operation of realization.
Background technique
Liquid nitrogen, the nitrogen of liquid, be it is inert it is colourless, odorless, non-corrosive, non-combustible, temperature is extremely low.Under normal pressure,
Liquid nitrogen temperature is -196 DEG C, and 1 cubic metre of liquid nitrogen can be expanded to 696 cubic metres 21 DEG C of pure gaseous nitrogen.Liquid nitrogen (is often written as
LN2), it is liquid form that nitrogen is formed at low temperature.The boiling point of nitrogen is -196 DEG C, if temperature is at this at normal atmospheric pressure
It just will form liquid nitrogen below, if pressurization, can obtain liquid nitrogen at higher temperatures.
In the storage of meat products or seafood or quick-frozen food etc. or transport preservation, needing will be wait store or transport guarantor
The meat products or seafood of hiding or quick-frozen food etc. are freezed, to guarantee that meat products or seafood or quick-frozen food etc. produce
The quality of product.The freezing method of existing use, freezing efficiency is low, and refrigerating effect is poor (uneven), while meat products after freezing
Or poor quality (taste bad, slowly freezing water loss is big) of seafood or quick-frozen food etc. etc., it can not realize intelligence
Efficient control requirement.
Therefore, based on the above issues, the utility model provides a kind of intellectual efficient liquid nitrogen flash freezer machine of modified.
Utility model content
Purpose of utility model: the purpose of the utility model is to provide a kind of intellectual efficient liquid nitrogen flash freezer machine of modified,
It is reasonable in design, convenient for assembly, bottom plate, inverted U-shaped shell, conveying driving assembly and the liquid nitrogen guiding subassembly knot being used in combination
Structure, it is quick-frozen to be able to achieve seafood products comprehensive, without dead angle, and meat products or seafood or quick-frozen food etc. is effectively guaranteed
Quality has saved economic cost, and quick-frozen job state is stable, reliable, fitted and removed easily maintenance, realizes intelligent or remote
The control production requirement of journey.
Technical solution: the utility model provides a kind of intellectual efficient liquid nitrogen flash freezer machine of modified and is existed by bottom plate, and setting
Inverted U-shaped shell on bottom plate, and the conveying driving assembly, the liquid nitrogen guiding subassembly that are used in combination with inverted U-shaped shell, and and conveying
The control assembly composition that driving assembly, liquid nitrogen guiding subassembly are used in combination；The conveying driving assembly, including be arranged in bottom plate
Driving motor mounting base that is upper and being located at inverted U-shaped shell side, and the driving motor being arranged in driving motor mounting base, and set
It sets in inverted U-shaped housing exterior walls and the gear-box that is connect with driving motor, and first be symmetricly set in inverted U-shaped shell both ends drives
Dynamic bearing installation set, the second driving bearing mounting sleeve, and it is separately positioned on the first driving bearing mounting sleeve, the second driving bearing peace
The first driving bearing, the second driving bearing and both ends in encapsulation extend through the drive of the first driving bearing, the second driving bearing
Moving axis, wherein one end of drive shaft is connect with gear-box, and setting several driven gear rings on the driving shaft, and with driving
The stainless steel flexibility conveying net that axis is used in combination, wherein stainless steel flexibility conveying is provided with and several driven gear rings on the net
Several bar shapeds being used in combination assist board-like tooth socket, and are symmetricly set in inverted U-shaped shell both ends and are located at first
Driving bearing mounting sleeve, second driving bearing mounting sleeve side several first driven shafts hold installation set, several second from
Dynamic bearing installation set, and it is separately positioned on that several first driven shafts hold installation set, several second driven shafts are held in installation set
Several first driven shafts hold, several second driven shafts are held and both ends extend through several first driven shafts and hold, is several
Several driven shafts that a second driven shaft is held, and several the driven gear rings being separately positioned on several driven shafts；It is described
Liquid nitrogen guiding subassembly, the sealing shell including the inverted U-shaped shell other side is arranged in, and be arranged in inverted U-shaped housing sidewall and be located at
Several the first liquid nitrogen conduits that liquid collecting nitrogenous hood and one end in sealing shell run through sealing shell and connect with liquid collecting nitrogenous hood,
And several hollow positioning sleeves that sealing shell outer wall is set and is connect with several the first liquid nitrogen conduits, and be symmetricly set on
Several liquid nitrogen conduit location holes, several liquid nitrogen conduit positioning grooves of inverted U-shaped shell intermediate inner wall, and with setting several
In a liquid nitrogen conduit positioning groove, the other end through several liquid nitrogen conduit location holes and connect with liquid collecting nitrogenous hood several the
Two liquid nitrogen conduits, and setting is in the supravasal liquid nitrogen outlet of several second liquid nitrogen；The control assembly, including be arranged in U
Module on the outer wall of shape shell side installs shell, and is arranged in the intracorporal touch display screen of module mounting shell, data transmit-receive list
Member, single-chip microcontroller, positioning unit, acousto-optic generating unit, and the Temperature Humidity Sensor installation orifice plate of inverted U-shaped inner walls is set,
And the Temperature Humidity Sensor in Temperature Humidity Sensor installation orifice plate is set, and if being arranged supravasal in several first liquid nitrogen
Dry solenoid valve, wherein touch display screen, data transceiving unit, positioning unit, acousto-optic generating unit, Temperature Humidity Sensor, electricity
Magnet valve, driving motor are connect with the single-chip microcontroller of control assembly respectively.
The technical program, the intellectual efficient liquid nitrogen flash freezer machine of modified further includes being arranged in inverted U-shaped case top
Several interior shaft bearing installation sets, and several shaft bearings being arranged in several shaft bearing installation sets, and set
It sets outside inverted U-shaped case top and several fan driving motors being used in combination with several shaft bearing installation sets is installed
Frame, and several fan driving motors being arranged in several fan driving motor mounting racks and one end and fan driving electricity
Machine connection, the other end through shaft bearing and are located at the intracorporal shaft of inverted U-shaped shell, and the blade of shaft one end, fastening is arranged in
Nut, wherein fan driving motor is connect with shaft by positioning shaft sleeve, wherein several fan driving motors respectively with control
The single-chip microcontroller of component processed connects.
The technical program, the intellectual efficient liquid nitrogen flash freezer machine of modified, further includes being symmetricly set on inverted U-shaped shell
Body both ends inner wall and the first gasket of several groups being used in combination respectively with drive shaft, several driven shafts, and be arranged in U
Shape case top inner wall and the second gasket being used in combination with shaft.
The technical program, the intellectual efficient liquid nitrogen flash freezer machine of modified further includes that setting is defeated in stainless steel flexibility
The oblique limit plate of quick-frozen material at material net both ends.
The technical program, the intellectual efficient liquid nitrogen flash freezer machine of modified further includes that setting is intracorporal in inverted U-shaped shell
Pressure sensor, wherein pressure sensor and the single-chip microcontroller of control assembly connect.
Compared with prior art, a kind of beneficial effect of the intellectual efficient liquid nitrogen flash freezer machine of modified of the utility model exists
In: its is reasonable in design, convenient for assembly, bottom plate, inverted U-shaped shell, conveying driving assembly and the liquid nitrogen water conservancy diversion being used in combination
Modular construction, it is quick-frozen to be able to achieve seafood products comprehensive, without dead angle, and meat products or seafood or quick-frozen is effectively guaranteed
The qualities such as food have saved economic cost, and quick-frozen job state is stable, reliable, fitted and removed easily maintenance, explosion-proof performance
It is excellent, realize intelligent or long-range control production requirement.
Detailed description of the invention
Fig. 1 is a kind of schematic view of the front view of the intellectual efficient liquid nitrogen flash freezer machine of modified of the utility model；
Fig. 2 is a kind of control assembly structural schematic diagram of the intellectual efficient liquid nitrogen flash freezer machine of modified of the utility model；
Fig. 3 is a kind of vertical view partial structure diagram of the intellectual efficient liquid nitrogen flash freezer machine of modified of the utility model；
Wherein, serial number mark is as follows in figure: the inverted U-shaped shell of 1- bottom plate, 2-, 3- driving motor mounting base, 4- driving electricity
Machine, 5- gear-box, 6- first drive bearing mounting sleeve, 7- first to drive bearing, 8- second that bearing mounting sleeve, 9- second is driven to drive
Dynamic bearing, 10- drive shaft, 11- driven gear ring, 12- stainless steel flexibility conveying net, 13- bar shaped assist board-like tooth socket, 14- first
The oblique limit plate of the quick-frozen material of gasket, 15-, 16- sealing shell, the hollow positioning sleeve of 17-, 18- liquid collecting nitrogenous hood, the first liquid nitrogen of 19- are led
Pipe, the outlet of 20- liquid nitrogen conduit location hole, 21- liquid nitrogen conduit positioning groove, the second liquid nitrogen of 22- conduit, 23- liquid nitrogen, 24- shaft
Bearing mounting sleeve, 25- shaft bearing, 26- shaft, 27- blade, 28- fastening nut, the second gasket of 29-, the driving of 30- fan
Motor mounting rack, 31- fan driving motor, 32- positioning shaft sleeve, 33- first driven shaft hold installation set, 34- first driven shaft is held,
35- second driven shaft holds installation set, 36- second driven shaft is held, 37- driven shaft, the driven gear ring of 38-, 39- module install shell,
40- Temperature Humidity Sensor installs orifice plate, 41- Temperature Humidity Sensor, 42- touch display screen, 43- data transceiving unit, 44- monolithic
Machine, 45- positioning unit, 46- acousto-optic generating unit, 47- solenoid valve.
Specific embodiment
In the following with reference to the drawings and specific embodiments, the utility model is furtherd elucidate.
Embodiment one
A kind of intellectual efficient liquid nitrogen flash freezer machine of modified as shown in Figure 1, Figure 2 and Figure 3 by bottom plate 1, and is arranged the bottom of at
Inverted U-shaped shell 2 on plate 1, and the conveying driving assembly, the liquid nitrogen guiding subassembly that are used in combination with inverted U-shaped shell 2, and with it is defeated
The control assembly composition that material driving assembly, liquid nitrogen guiding subassembly are used in combination；The conveying driving assembly, including be arranged the bottom of at
Driving motor mounting base 3 on plate 1 and positioned at inverted U-shaped 2 side of shell, and the driving electricity being arranged in driving motor mounting base 3
Machine 4, and the gear-box 5 that inverted U-shaped 2 outer wall of shell is set and is connect with driving motor 4, and it is symmetricly set on 2 liang of inverted U-shaped shell
The first driving bearing mounting sleeve 6, second in end drives bearing mounting sleeve 8, and is separately positioned on the first driving bearing mounting sleeve
6, the first driving bearing 7, second in the second driving bearing mounting sleeve 8 drives bearing 9 and both ends to extend through the first drive shaft
Hold the drive shaft 10 of the 7, second driving bearing 9, wherein one end of drive shaft 10 is connect with gear-box 5, and is arranged in drive shaft 10
On several driven gear rings 11, and the stainless steel flexibility conveying net 12 being used in combination with drive shaft 10, wherein stainless steel is soft
Property conveying net 12 on be provided with several bar shapeds being used in combination with several driven gear rings 11 and assist board-like tooth socket 13 and right
Claim to be arranged in inverted U-shaped 2 both ends of shell and be located at the first driving bearing mounting sleeve 6, second driving 8 side of bearing mounting sleeve
Several first driven shafts hold installation set 33, several second driven shafts hold installation set 35, and be separately positioned on several
One driven bearing mounting sleeve 33, several second driven shafts hold several first driven shafts in installation set 35 hold 34, several
Second driven shaft hold 36 and both ends extend through several first driven shafts hold 34, several second driven shafts hold 36 it is several
A driven shaft 37, and several the driven gear rings 38 being separately positioned on several driven shafts 37；The liquid nitrogen guiding subassembly, packet
The sealing shell 16 that inverted U-shaped 2 other side of shell is set is included, and setting in 2 side wall of the shape of falling U shell and is located at sealing shell 16
Several the first liquid nitrogen conduits 19 that interior liquid collecting nitrogenous hood 18 and one end are run through sealing shell 16 and connect with liquid collecting nitrogenous hood 18,
And several hollow positioning sleeves 17 that 16 outer wall of sealing shell is set and is connect with several the first liquid nitrogen conduits 19, and it is symmetrical
Several liquid nitrogen conduit location holes 20, several liquid nitrogen conduit positioning grooves 21 of 2 intermediate inner wall of the shape of falling U shell are set, and
Be arranged in several liquid nitrogen conduit positioning grooves 21, the other end run through several liquid nitrogen conduit location holes 20 and and liquid collecting
Several the second liquid nitrogen conduits 22 that nitrogenous hood 18 connects, and the liquid nitrogen outlet 23 being arranged on several the second liquid nitrogen conduits 22；
The control assembly, the module including being arranged on inverted U-shaped 2 side outer wall of shell install shell 39, and setting is installed in module
Touch display screen 42, data transceiving unit 43 in shell 39, single-chip microcontroller 44, positioning unit 45, acousto-optic generating unit 46, and set
The Temperature Humidity Sensor set in inverted U-shaped 2 inner wall of shell installs orifice plate 40, and setting is in Temperature Humidity Sensor installation orifice plate 40
Temperature Humidity Sensor 41, and several solenoid valves 47 being arranged on several the first liquid nitrogen conduits 19, wherein touch display
Screen 42, data transceiving unit 43, positioning unit 45, acousto-optic generating unit 46, Temperature Humidity Sensor 41, solenoid valve 47, driving electricity
Machine 4 is connect with the single-chip microcontroller of control assembly 44 respectively.
Embodiment two
A kind of intellectual efficient liquid nitrogen flash freezer machine of modified as depicted in figs. 1 and 2 by bottom plate 1, and is arranged in bottom plate 1
On inverted U-shaped shell 2, and the conveying driving assembly, the liquid nitrogen guiding subassembly that are used in combination with inverted U-shaped shell 2, and driven with conveying
The control assembly composition that dynamic component, liquid nitrogen guiding subassembly are used in combination；The conveying driving assembly, including be arranged in bottom plate 1
Driving motor mounting base 3 that is upper and being located at inverted U-shaped 2 side of shell, and the driving motor 4 being arranged in driving motor mounting base 3,
And the gear-box 5 that inverted U-shaped 2 outer wall of shell is set and is connect with driving motor 4, and it is symmetricly set on inverted U-shaped 2 both ends of shell
Interior first driving bearing mounting sleeve 6, second drives bearing mounting sleeve 8, and be separately positioned on the first driving bearing mounting sleeve 6,
The first driving bearing 7, second in second driving bearing mounting sleeve 8 drives bearing 9 and both ends to extend through the first driving bearing
7, the drive shaft 10 of the second driving bearing 9, wherein one end of drive shaft 10 is connect with gear-box 5, and is arranged in drive shaft 10
Several driven gear rings 11, and the stainless steel flexibility conveying net 12 being used in combination with drive shaft 10, wherein stainless steel is soft
Property conveying net 12 on be provided with several bar shapeds being used in combination with several driven gear rings 11 and assist board-like tooth socket 13 and right
Claim to be arranged in inverted U-shaped 2 both ends of shell and be located at the first driving bearing mounting sleeve 6, second driving bearing mounting sleeve 8 one
Several first driven shafts of side hold installation set 33, several second driven shafts hold installation set 35, and are separately positioned on several
First driven shaft holds installation set 33, several second driven shafts hold several first driven shafts in installation set 35 and hold 34, is several
If a second driven shaft hold 36 and both ends extend through several first driven shafts and hold 34, several second driven shafts and hold 36
Dry driven shaft 37, and several the driven gear rings 38 being separately positioned on several driven shafts 37；The liquid nitrogen guiding subassembly,
Sealing shell 16 including inverted U-shaped 2 other side of shell is arranged in, and setting in inverted U-shaped 2 side wall of shell and are located at sealing shell 16
Several the first liquid nitrogen conduits 19 that interior liquid collecting nitrogenous hood 18 and one end are run through sealing shell 16 and connect with liquid collecting nitrogenous hood 18,
And several hollow positioning sleeves 17 that 16 outer wall of sealing shell is set and is connect with several the first liquid nitrogen conduits 19, and it is symmetrical
Several liquid nitrogen conduit location holes 20, several liquid nitrogen conduit positioning grooves 21 of inverted U-shaped 2 intermediate inner wall of shell are set, and
Be arranged in several liquid nitrogen conduit positioning grooves 21, the other end run through several liquid nitrogen conduit location holes 20 and and liquid collecting
Several the second liquid nitrogen conduits 22 that nitrogenous hood 18 connects, and the liquid nitrogen outlet 23 being arranged on several the second liquid nitrogen conduits 22；
The control assembly, the module including being arranged on inverted U-shaped 2 side outer wall of shell install shell 39, and setting is installed in module
Touch display screen 42, data transceiving unit 43 in shell 39, single-chip microcontroller 44, positioning unit 45, acousto-optic generating unit 46, and set
The Temperature Humidity Sensor set in inverted U-shaped 2 inner wall of shell installs orifice plate 40, and setting is in Temperature Humidity Sensor installation orifice plate 40
Temperature Humidity Sensor 41, and several solenoid valves 47 being arranged on several the first liquid nitrogen conduits 19, wherein touch aobvious
Display screen 42, data transceiving unit 43, positioning unit 45, acousto-optic generating unit 46, Temperature Humidity Sensor 41, solenoid valve 47, driving
Motor 4 is connect with the single-chip microcontroller of control assembly 44 respectively, and several shaft bearings peace being arranged in inverted U-shaped 2 top of shell
Encapsulation 24, and several shaft bearings 25 being arranged in several shaft bearing installation sets 24, and be arranged in inverted U-shaped shell 2
Several fan driving motor mounting racks 30 being used in combination outside top and with several shaft bearing installation sets 24, and setting
Several fan driving motors 31 and one end and fan driving motor 31 in several fan driving motor mounting racks 30 connect
Connect, the other end through shaft bearing 25 and be located at inverted U-shaped shell 2 in shaft 26, and be arranged in 26 one end of shaft blade 27,
Fastening nut 28, wherein fan driving motor 31 is connect with shaft 26 by positioning shaft sleeve 32, wherein several fans driving
Motor 31 is connect with the single-chip microcontroller of control assembly 44 respectively.
Embodiment three
A kind of intellectual efficient liquid nitrogen flash freezer machine of modified as depicted in figs. 1 and 2 by bottom plate 1, and is arranged in bottom plate 1
On inverted U-shaped shell 2, and the conveying driving assembly, the liquid nitrogen guiding subassembly that are used in combination with inverted U-shaped shell 2, and driven with conveying
The control assembly composition that dynamic component, liquid nitrogen guiding subassembly are used in combination；The conveying driving assembly, including be arranged in bottom plate 1
Driving motor mounting base 3 that is upper and being located at inverted U-shaped 2 side of shell, and the driving motor 4 being arranged in driving motor mounting base 3,
And the gear-box 5 that inverted U-shaped 2 outer wall of shell is set and is connect with driving motor 4, and it is symmetricly set on inverted U-shaped 2 both ends of shell
Interior first driving bearing mounting sleeve 6, second drives bearing mounting sleeve 8, and be separately positioned on the first driving bearing mounting sleeve 6,
The first driving bearing 7, second in second driving bearing mounting sleeve 8 drives bearing 9 and both ends to extend through the first driving bearing
7, the drive shaft 10 of the second driving bearing 9, wherein one end of drive shaft 10 is connect with gear-box 5, and is arranged in drive shaft 10
Several driven gear rings 11, and the stainless steel flexibility conveying net 12 being used in combination with drive shaft 10, wherein stainless steel is soft
Property conveying net 12 on be provided with several bar shapeds being used in combination with several driven gear rings 11 and assist board-like tooth socket 13 and right
Claim to be arranged in inverted U-shaped 2 both ends of shell and be located at the first driving bearing mounting sleeve 6, second driving bearing mounting sleeve 8 one
Several first driven shafts of side hold installation set 33, several second driven shafts hold installation set 35, and are separately positioned on several
First driven shaft holds installation set 33, several second driven shafts hold several first driven shafts in installation set 35 and hold 34, is several
If a second driven shaft hold 36 and both ends extend through several first driven shafts and hold 34, several second driven shafts and hold 36
Dry driven shaft 37, and several the driven gear rings 38 being separately positioned on several driven shafts 37；The liquid nitrogen guiding subassembly,
Sealing shell 16 including inverted U-shaped 2 other side of shell is arranged in, and setting in inverted U-shaped 2 side wall of shell and are located at sealing shell 16
Several the first liquid nitrogen conduits 19 that interior liquid collecting nitrogenous hood 18 and one end are run through sealing shell 16 and connect with liquid collecting nitrogenous hood 18,
And several hollow positioning sleeves 17 that 16 outer wall of sealing shell is set and is connect with several the first liquid nitrogen conduits 19, and it is symmetrical
Several liquid nitrogen conduit location holes 20, several liquid nitrogen conduit positioning grooves 21 of inverted U-shaped 2 intermediate inner wall of shell are set, and
Be arranged in several liquid nitrogen conduit positioning grooves 21, the other end run through several liquid nitrogen conduit location holes 20 and and liquid collecting
Several the second liquid nitrogen conduits 22 that nitrogenous hood 18 connects, and the liquid nitrogen outlet 23 being arranged on several the second liquid nitrogen conduits 22；
The control assembly, the module including being arranged on inverted U-shaped 2 side outer wall of shell install shell 39, and setting is installed in module
Touch display screen 42, data transceiving unit 43 in shell 39, single-chip microcontroller 44, positioning unit 45, acousto-optic generating unit 46, and set
The Temperature Humidity Sensor set in inverted U-shaped 2 inner wall of shell installs orifice plate 40, and setting is in Temperature Humidity Sensor installation orifice plate 40
Temperature Humidity Sensor 41, and several solenoid valves 47 being arranged on several the first liquid nitrogen conduits 19, wherein touch aobvious
Display screen 42, data transceiving unit 43, positioning unit 45, acousto-optic generating unit 46, Temperature Humidity Sensor 41, solenoid valve 47, driving
Motor 4 is connect with the single-chip microcontroller of control assembly 44 respectively, and several shaft bearings peace being arranged in inverted U-shaped 2 top of shell
Encapsulation 24, and several shaft bearings 25 being arranged in several shaft bearing installation sets 24, and be arranged in inverted U-shaped shell 2
Several fan driving motor mounting racks 30 being used in combination outside top and with several shaft bearing installation sets 24, and setting
Several fan driving motors 31 and one end and fan driving motor 31 in several fan driving motor mounting racks 30 connect
Connect, the other end through shaft bearing 25 and be located at inverted U-shaped shell 2 in shaft 26, and be arranged in 26 one end of shaft blade 27,
Fastening nut 28, wherein fan driving motor 31 is connect with shaft 26 by positioning shaft sleeve 32, wherein several fans driving
Motor 31 is connect with the single-chip microcontroller of control assembly 44 respectively, and be symmetricly set on inverted U-shaped 2 both ends inner wall of shell and respectively with driving
The first gasket of several groups 14 that axis 10, several driven shafts 37 are used in combination, and be arranged in inverted U-shaped 2 top inner wall of shell
And the second gasket 29 being used in combination with shaft 26, and the quick-frozen material at 12 both ends of stainless steel flexibility conveying net is set and is tiltedly limited
Position plate 15.
This constructive embodiment one or the intellectual efficient liquid nitrogen flash freezer machine of the modified of embodiment two or embodiment three, structure
Design is reasonable, is convenient for assembling, bottom plate, inverted U-shaped shell, conveying driving assembly and the liquid nitrogen guiding subassembly structure being used in combination,
It is quick-frozen to be able to achieve seafood products comprehensive, without dead angle, the product such as meat products or seafood or quick-frozen food are effectively guaranteed
Matter has saved economic cost, and quick-frozen job state is stable, reliable, and fitted and removed easily maintenance, explosion-proof performance are excellent, realize
Intelligent or long-range control production requirement.
This constructive embodiment one or the intellectual efficient liquid nitrogen flash freezer machine of the modified of embodiment two or embodiment three, it is described to change
It further include the pressure sensor (not marked in Fig. 1) being arranged in inverted U-shaped shell 2 into the intellectual efficient liquid nitrogen flash freezer machine of type,
In, the single-chip microcontroller 44 of pressure sensor and control assembly connects, for being managed in real time to the intracorporal pressure of inverted U-shaped shell.
The above is only the preferred embodiment of the utility model, it is noted that for the common skill of the art
It for art personnel, without departing from the principle of this utility model, can also make several improvements, these improvement also should be regarded as
The protection scope of the utility model.
Claims (5)
1. a kind of intellectual efficient liquid nitrogen flash freezer machine of modified, it is characterised in that: by bottom plate (1), and be arranged on bottom plate (1)
Inverted U-shaped shell (2), and the conveying driving assembly, the liquid nitrogen guiding subassembly that are used in combination with inverted U-shaped shell (2), and driven with conveying
The control assembly composition that dynamic component, liquid nitrogen guiding subassembly are used in combination；The conveying driving assembly, including be arranged in bottom plate
(1) the driving motor mounting base (3) on and positioned at inverted U-shaped shell (2) side, and be arranged on driving motor mounting base (3)
Driving motor (4), and setting is in inverted U-shaped shell (2) outer wall and the gear-box (5) that connect with driving motor (4), and arranged symmetrically
The first driving bearing mounting sleeve (6), the second driving bearing mounting sleeve (8) in inverted U-shaped shell (2) both ends, and be respectively set
Bearing mounting sleeve (6), second is driven to drive first in bearing mounting sleeve (8) to drive bearing (7), the second driving bearing first
(9) and both ends extend through the first driving bearing (7), second driving bearing (9) drive shaft (10), wherein drive shaft (10)
One end connect with gear-box (5), and several driven gear rings (11) on drive shaft (10) are set, and with drive shaft (10)
The stainless steel flexibility conveying net (12) being used in combination, wherein be provided on stainless steel flexibility conveying net (12) and several drives
Several bar shapeds that movable tooth circle (11) is used in combination assist board-like tooth socket (13), and are symmetricly set on inverted U-shaped shell (2) both ends
Several first driven shafts interior and that be located at the first driving bearing mounting sleeve (6), second driving bearing mounting sleeve (8) side
Hold installation set (33), several second driven shafts hold installation set (35), and be separately positioned on several first driven shafts and hold installation
Set (33), several second driven shafts hold several first driven shafts in installation set (35) and hold that (34), several are second driven
Bearing (36) and both ends extend through several first driven shafts hold (34), several second driven shafts hold (36) several
Driven shaft (37), and several the driven gear rings (38) being separately positioned on several driven shafts (37)；The liquid nitrogen diversion group
Part, the sealing shell (16) including setting in inverted U-shaped shell (2) other side, and
It is arranged in inverted U-shaped shell (2) side wall and the liquid collecting nitrogenous hood (18) being located in sealing shell (16) and one end is outside sealing
Shell (16) and several the first liquid nitrogen conduits (19) being connect with liquid collecting nitrogenous hood (18), and setting in sealing shell (16) outer wall and
Several the hollow positioning sleeves (17) being connect with several the first liquid nitrogen conduits (19), and be symmetricly set in inverted U-shaped shell (2)
Between inner wall several liquid nitrogen conduit location holes (20), several liquid nitrogen conduit positioning grooves (21), and be arranged at several
Liquid nitrogen conduit positioning groove (21) is interior, the other end is connect through several liquid nitrogen conduit location holes (20) and with liquid collecting nitrogenous hood (18)
Several the second liquid nitrogen conduits (22), and liquid nitrogen on several the second liquid nitrogen conduits (22) is set and exports (23)；It is described
Control assembly, the module including being arranged on the outer wall of inverted U-shaped shell (2) side install shell (39), and setting is installed in module
Touch display screen (42), data transceiving unit (43), single-chip microcontroller (44), positioning unit (45), acousto-optic in shell (39) occur
Unit (46), and setting install orifice plate (40) in the Temperature Humidity Sensor of inverted U-shaped shell (2) inner wall, and setting is passed in temperature and humidity
Sensor installs the Temperature Humidity Sensor (41) in orifice plate (40), and several on several the first liquid nitrogen conduits (19) are arranged
Solenoid valve (47), wherein touch display screen (42), data transceiving unit (43), positioning unit (45), acousto-optic generating unit
(46), Temperature Humidity Sensor (41), solenoid valve (47), driving motor (4) are connect with the single-chip microcontroller of control assembly (44) respectively.
2. the intellectual efficient liquid nitrogen flash freezer machine of a kind of modified according to claim 1, it is characterised in that: the modified
Intellectual efficient liquid nitrogen flash freezer machine further includes several shaft bearing installation sets of setting in inverted U-shaped shell (2) top
(24), and several shaft bearings (25) in several shaft bearing installation sets (24) are set, and are arranged in inverted U-shaped shell
(2) several fan driving motor mounting racks being used in combination outside at the top of and with several shaft bearing installation sets (24)
(30), and be arranged several fan driving motors (31) in several fan driving motor mounting racks (30) and one end with
The shaft (26) that fan driving motor (31) connection, the other end run through shaft bearing (25) and be located in inverted U-shaped shell (2), and
Blade (27), fastening nut (28) in shaft (26) one end is set, wherein fan driving motor (31) and shaft (26)
It is connected by positioning shaft sleeve (32), wherein several fan driving motors (31) connect with the single-chip microcontroller of control assembly (44) respectively
It connects.
3. the intellectual efficient liquid nitrogen flash freezer machine of a kind of modified according to claim 2, it is characterised in that: the modified
Intellectual efficient liquid nitrogen flash freezer machine, further include be symmetricly set on inverted U-shaped shell (2) both ends inner wall and respectively with drive shaft (10),
The first gasket of several groups (14) that several driven shafts (37) are used in combination, and be arranged in inverted U-shaped shell (2) top inner wall
And the second gasket (29) being used in combination with shaft (26).
4. the intellectual efficient liquid nitrogen flash freezer machine of a kind of modified according to claim 3, it is characterised in that: the modified
Intellectual efficient liquid nitrogen flash freezer machine further includes quick-frozen material oblique limit plate of the setting at stainless steel flexibility conveying net (12) both ends
(15)。
5. the intellectual efficient liquid nitrogen flash freezer machine of a kind of modified according to claim 4, it is characterised in that: the modified
Intellectual efficient liquid nitrogen flash freezer machine further includes that pressure sensor in inverted U-shaped shell (2) is arranged, wherein pressure sensor with
The single-chip microcontroller (44) of control assembly connects.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920119505.8U CN209706400U (en) | 2019-01-24 | 2019-01-24 | A kind of intellectual efficient liquid nitrogen flash freezer machine of modified |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920119505.8U CN209706400U (en) | 2019-01-24 | 2019-01-24 | A kind of intellectual efficient liquid nitrogen flash freezer machine of modified |
Publications (1)
| Publication Number | Publication Date |
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| CN201920119505.8U Expired - Fee Related CN209706400U (en) | 2019-01-24 | 2019-01-24 | A kind of intellectual efficient liquid nitrogen flash freezer machine of modified |
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| CN (1) | CN209706400U (en) |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20191129 Termination date: 20220124 |