CN109900651A - A kind of Mobyneb food samples detection vehicle - Google Patents
A kind of Mobyneb food samples detection vehicle Download PDFInfo
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- CN109900651A CN109900651A CN201910287376.8A CN201910287376A CN109900651A CN 109900651 A CN109900651 A CN 109900651A CN 201910287376 A CN201910287376 A CN 201910287376A CN 109900651 A CN109900651 A CN 109900651A
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Abstract
A kind of Mobyneb food samples detection vehicle, including headstock and compartment, the headstock and compartment are whole design, headstock is located on the left of compartment, double door is equipped on front side of the compartment, interior is equipped with the stored refrigerated equipment of food samples (1), acquires eluate sample equipment (2), and ashing sample detection sets (3) and fume sample detection device (4).The present invention by improve, have it is structurally reasonable, occupy little space, easy to use and flexible, can to multiple meat sample classify save the advantages of.It is simple with structure, it is easy to operate, it is easy to sample liquid acquisition, can be recycled, service-strong advantage.It is time saving and energy saving when disassembly with easy to disassemble, the advantages of being conveniently replaceable.It is simple with structure, it is easy to use and reliable, the advantages of being conveniently replaceable lamp body, facilitate detection various heavy.
Description
Technical field
The present invention relates to food samples detection field, especially a kind of Mobyneb food samples detect vehicle.
Background technique
Meat product refers to a most important group food in human diet.Its raw material is can be edible with various animals
Meat and some other tissues become different types of meat food by different degrees of and method processing.Common meat
It include pig, ox, sheep, chicken etc..In order to ensure food safety, need to be sampled meat product detection.
Detection is being sampled to meat product, in order to reduce sample substrate interference, is improving detection sensitivity, it is usually used
Solid Phase Extraction mode carries out selective elution to sample, realizes the separation of sample, purification and enrichment.Eluent sample is prepared in acquisition
It when product, needs to make fluid sample solution by adsorbent, retains wherein measured matter, then to select appropriate strength solvents to wash away miscellaneous
Then matter elutes rapidly measured matter with a small amount of solvent, is enriched in measured matter in eluent.
Ash determination i.e. by flammable food samples by calcination under hot conditions, by organic compound, water all with
Gas, way of steam vapor away, and metallic element is left in the form of salt, when selecting ashing furnace, first have to required for considering sample
Ashing temperature, then select sample size two select furnace chamber volume, also, performance of ventilating be also select the investigation of professional ashing furnace because
Element, good performance of ventilating can not only make sample full combustion, also can be reduced pollution.
At present mostly using the heavy metal in atomic absorption spectrometry meat product, principle is in hot conditions
Under, the heavy metals such as mercury, lead, cadmium, tin, selenium in meat sample will form steam, and Atomic Absorption Spectrometric Instruments are from light source spoke at this time
The light with elemental characteristic spectral line to be measured is projected, by being absorbed when sample steam by element ground state atom to be measured in steam, by
The degree that radiation feature spectral line light is weakened measures the content of element to be measured in sample.
But current food samples detect generally existing following technical problem:
(1) before testing to meat sample, in order to guarantee meat quality and inspection result it is true and reliable, need pair
Meat sample carries out stored refrigerated.The refrigerating equipment of similar refrigerator-freezer is generally used the preservation of meat sample at present, but it is this kind of
Equipment is mostly rectangular-shape, and occupied area is larger, and using flexible is poor, it has not been convenient to which the classification of sample saves.
(2) existing adsorbent is filled in mostly in the cylinder of syringe-like, is supported and is fixed by the sieve plate of upper and lower two sides
In cylinder, since the aperture of sieve plate is smaller, about 20 μm, so that solvent can not run through adsorbent, it is easy to be trapped in sieve
Above plate, it is therefore desirable to which carrying out pressurization to cylinder makes solvent run through adsorbent.But existing pressuring method is complex,
It needs using additional charger, it has not been convenient to which the acquisition of eluent, in addition existing this kind of acquisition equipment is mostly disposable
It uses, waste is more serious, improves testing cost.
(3) existing ashing furnace structure relatively fixedization, heating element are fixedly connected with furnace chamber, once heating element damages
It is bad, it is more troublesome during maintenance or replacement, it is not easy to disassembly furnace body, disassembly is time-consuming and laborious, is not easy to replacement heating unit
Part.
(4) light source is the important component of Atomic Absorption Spectrometer, generally using hollow pipe cathode modulation as sharp linear light
The spectrum in source, hollow cathode lamp transmitting is mainly the spectrum of cathode element, therefore makees cathode material with different tested elements, but
It is inevitably to need to be measured different heavy metals in practical measurement process, thus every survey a kind of element and just need replacing
The hollow cathode lamp of corresponding element, it is not only bothersome laborious at present mostly by being replaced by hand, but also affect detection effect
Rate.
Summary of the invention
In order to solve above-mentioned problems of the prior art, the present invention provides a kind of Mobyneb food samples detection
Vehicle.
The technical solution adopted by the present invention to solve the technical problems is: a kind of Mobyneb food samples detection vehicle, packet
Include headstock and compartment, headstock and compartment are whole design, and headstock is located on the left of compartment, equipped with double door on front side of compartment, in compartment
Portion is equipped with the stored refrigerated equipment 1 of food samples, acquires eluate sample equipment 2, and ashing sample detection sets 3 and fume sample detection
Equipment 4.
The top of mainframe box 103, and the bottom of refrigerating barrel 101 is arranged in the stored refrigerated equipment 1 of food samples, refrigerating barrel 101
Portion is rotatablely connected by bearing 104 and mainframe box 103；Being internally provided with for refrigerating barrel 101 is several for placing case 102
Chamber, and case 102 is connected with refrigerating barrel 101 by sliding type；The outside of mainframe box 103 is provided with condenser 106,
And condenser 106 is connected by copper pipe 109 with evaporator 105, compressor 107；Evaporator 105 is arranged on mainframe box 103
The centre in portion, and evaporator 105 is connected by copper pipe 109 with compressor 107；The side of condenser 106 is provided with heat emission fan
108, and heat emission fan 108 is connected with mainframe box 103 by fixed form；Centre inside refrigerating barrel 101 is provided with for holding
Receive the inner cylinder 10102 of evaporator 105, and inner cylinder 10102 is connected by several partitions 10103 with heat preservation outer barrel 10101；
The top of inner cylinder 10102 is provided with several end caps 10104, and end cap 10104 is connected with inner cylinder 10102 by articulated manner
It connects；The top of case 102 is provided with handle 10201, and the both ends of handle 10201 pass through articulated manner phase with case 102
Connection；It is provided in the vertical mode of case 102 several for storing the storage chamber 10202 of food samples.
Eluate sample equipment 2 is acquired, is provided with support arm 202, and the lower end of support arm 202 and pedestal on pedestal 201
201 are connected by welding manner；The side at 202 middle part of support arm is provided with for placing 204 mounting base 203 of collection tube, and
Mounting base 203 is fixedly connected by screw with support arm 202；The side of mounting base 203 is provided with handle bolt 205, and handle
Bolt 205 is connected with mounting base 203 by screw thread；The centre on 201 top of pedestal is provided with liquid storing cup 206, and liquid storing cup 206
Positioned at the underface of collection tube 204；The top of support arm 202 is provided with piston rod 207, and piston rod 207 and support arm 202 are logical
Screw thread is crossed to be connected；The lower end of piston rod 207, which is provided with, slides the piston matched with 204 inner wall of collection tube；Cylinder 20401
Restraining position ring block 20402 is set on inner wall, and stop collar 20402 is linked together with cylinder 20401；The lower section of stop collar 20402 is set
Sieve plate 20403 at two are equipped with, and are provided with adsorbent filler 20404 at two between sieve plate 20403；The setting of liquid outlet 20405 exists
The lower end of cylinder 20401, and liquid outlet 20405 is connected with cylinder 20401 by screw thread；The inside of liquid outlet 20405 is arranged
There is sealing ring 20406, and liquid outlet 20405 is connected by sealing ring 20406 with the bottom of liquid outlet 20405.
Ashing sample detection sets 3, the first insulating layer 3011 is provided on the outer wall of burner hearth 3014, and burner hearth 3014 passes through edge
Embedding mode is connected with the first insulating layer 3011；The second insulating layer 3012, and are provided on the outer wall of first insulating layer 3011
One insulating layer 3011 is connected by mosaic mode with the second insulating layer 3012；The top of first insulating layer 3011 is provided with heat preservation
Block 3010, and heat insulating block 3010 is connected by laminating type with the first insulating layer 3011；Heat insulating block 3010 and the second insulating layer
Shell 301 is provided on 3012 outer wall, and heat insulating block 3010 passes through mosaic mode and 301 phase of shell with the second insulating layer 3012
Connection；The front end face of shell 301 is provided with chamber door 305, and chamber door 305 is connected by articulated manner with shell 301；Chamber door
Locking bed 306 is provided in 305 outer right wall, and locking bed 306 is connected by welding manner with chamber door 305；Chamber door 305
Right side be provided with lock plunger 302, and lock plunger 302 is connected by welding manner with shell 301；3014 inner wall two sides of burner hearth
It is provided with heating element 304, and heating element 304 is connected by mosaic mode with burner hearth 3014；3014 inner tip of burner hearth
Be provided on face it is resistance to bake bricks 3013, and resistance to bake bricks 3013 is connected by mosaic mode with burner hearth 3014；It is resistance to bake bricks 3013 top
End is provided with plummer 308；The bottom of shell 301 is provided with controller 303, and controller 303 passes through bolt and 301 phase of shell
Connection；The front end face of controller 303 is provided with display screen 307, and display screen 307 is connected by mosaic mode with controller 303
It connects；The right side of display screen 307 is provided with switch 309, and switch 309 is connected by mosaic mode with controller 303；Controller
303 bottom end is provided with pedestal 30301, and pedestal 30301 is connected by bolt with controller 303.
Fume sample detection device 4, the middle part of detector ontology 401 are provided with atomized chamber 402, and atomized chamber 402
Side be provided with light source chamber 403；Insulating base 404 is fixed at the bottom of light source chamber 403, and the one of insulating base 404
End is provided with the stepper motor 405 being fixedly connected with insulating base 404；One end of insulation shaft 406 is connected with stepper motor 405
It connects, and the other end for the shaft 406 that insulate is connected by bearing 407 with light source chamber 403；Insulation is fixed in insulation shaft 406
Turntable 408 and metal rotary disk 409, and the bottom of insulation turntable 408 and metal rotary disk 409 is provided with and 4013 electricity of cathode modulation power supply
Property connection elastic metallic holder 4010；Several hollow cathode lamps 4011, and hollow cathode lamp are inlaid on insulation turntable 408
4011 with insulation turntable 408 by being connected through mode；The edge of insulation turntable 408 is inlaid with and hollow cathode lamp 4011
One-to-one metal block 4012, and the anode terminal of hollow cathode lamp 4011 is connected by conducting wire with metal block 4012；
Metal rotary disk 409 is arranged in the side of hollow cathode lamp 4011, and the cathode terminal of hollow cathode lamp 4011 by conducting wire with
Metal rotary disk 409 is connected；The side of insulating base 404 is arranged in cathode modulation power supply 4013, and cathode modulation power supply 4013 passes through
Conducting wire is connected with elastic metallic holder 4010.
The present invention compared to the prior art, the advantage is that:
Due to the utilization of stored refrigerated 1 technical solution of equipment of food samples, compared with the prior art, the invention has the following advantages:
1, the present invention is under shed formula structure setting by inner cylinder, and the lower end of inner cylinder and the bucket bottom of heat preservation outer barrel are by passing through
The mode of wearing is connected, and the setting of through-hole is evenly equipped on the ring-side wall of inner cylinder, and inner cylinder can pass through the chamber of through-hole and refrigerating barrel
It is connected, when evaporator operation in inner cylinder, can cools down rapidly to chamber, ring is made to be located at the case system on the outside of inner cylinder
It is cold uniformly and keep deepfreeze state.
2, the present invention is by being provided with several fins in equidistant radial arrangement on the vertical direction of evaporator, and fin
Shape is in rounded shape, and the setting that the diameter of fin is less than the internal diameter of inner cylinder can while guaranteeing evaporator heat exchange effect
Inner cylinder is avoided to interfere with evaporator, convenient for the rotation of refrigerating barrel.
3, the fan-shaped shape of shape that the present invention is overlooked by case, and case circular array is shown everywhere, case
Top offers the setting of the groove for accommodating handle, can classify to multiple meat sample and save, while case being facilitated to make
With.
4, the present invention by improve, have it is structurally reasonable, occupy little space, easy to use and flexible can be to multiple meat sample
The advantages of product classification saves.
Due to acquiring the utilization of 2 technical solution of eluate sample equipment, the present invention has following excellent compared with prior art
Point:
1, the present invention passes through the shape t shape of piston rod, and the vertical section of piston rod is the setting of screw structure setting, just
In the vertical motion of piston rod, the convenient pressurization to cylinder.
2, the present invention by offer in mounting base matched with collection tube through through-hole, and one end of handle bolt is passed through
It wears mounting base and protrudes into the setting in through-hole, collection tube can be fixed in mounting base by screwing handle bolt, avoid adopting
Collect the vertical play of cylinder.
3, the present invention is by offering the annular groove matched with cylinder lower end, and sealing ring on the inside of liquid outlet top
Setting in annular groove guarantees the sealing effect of liquid outlet and cylinder junction.
4, the present invention has structure simple by improving, easy to operate, is easy to sample liquid acquisition, can be recycled, using can
By the advantages of.
Since ashing sample detection sets the utilization of 3 technical solutions, compared with the prior art, the invention has the following advantages:
1, heat insulating block appearance of the present invention is rectangular, and the bottom face of heat insulating block is the setting of arc shape setting, increases device
Whole thermal insulation property.
2, the appearance of first insulating layer of the invention is rectangle semi-surrounding structure, and the top end face of the first insulating layer be provided with
The arc shape structure that heat insulating block bottom face matches, the top and lower section of the first insulating layer two sides outer wall offer rectangular through-hole
Setting, be conducive to the installation of device, easy to disassemble, installation.
3, the second insulating layer appearance of the invention is in seat shape, and is that arc shape is arranged above the rear end face of the second insulating layer,
The tops of second insulating layer outer wall two sides and lower section offer the setting of rectangular recess, by and the first insulating layer combination, just
With the heat insulation effect of device, it is also convenient for disassembly, the installation of device, time saving and energy saving, replacement heating element speed is fast.
4, the present invention is by improving, have it is easy to disassemble, it is time saving and energy saving when disassembly, the advantages of being conveniently replaceable.
Due to the utilization of 4 technical solution of fume sample detection device, compared with the prior art, the invention has the following advantages:
1, the present invention have at six by hollow cathode lamp circular array, and at six hollow cathode lamp cathode material it is different
Setting, the various heavy substance in fume sample can be measured.
2, the present invention is provided with the clamping plate being symmetric at two, and the shape of clamping plate by the top of elastic metallic holder
In the setting of arc-shaped, in rotation insulation shaft transformation hollow cathode lamp, it is ensured that elastic metallic holder and insulation turntable, gold
It is good to belong to turntable contact, makes hollow cathode lamp reliably working.
3, the present invention is provided with the loophole being connected with light source chamber by the side of atomized chamber, and turntable top of insulating
Hollow cathode lamp and loophole at setting on same axis, the light for issuing hollow cathode lamp can be injected by loophole
In the atomizer of atomized chamber.
4, the present invention is simple with structure by improving, easy to use and reliable, is conveniently replaceable lamp body, facilitates detection a variety of
The advantages of heavy metal.
Additional aspect and advantage of the invention will be set forth in part in the description, and will partially become from the following description
Obviously, or practice through the invention is recognized.
Detailed description of the invention
In order to more clearly explain the embodiment of the invention or the technical proposal in the existing technology, to embodiment or will show below
There is attached drawing needed in technical description to be briefly described, it should be apparent that, the accompanying drawings in the following description is only this
Some embodiments of invention for those of ordinary skill in the art without creative efforts, can be with
It obtains other drawings based on these drawings.
Fig. 1 is the overall schematic that Mobyneb food samples of the present invention detect vehicle；
Fig. 2 is the configuration schematic diagram of the stored refrigerated equipment 1 of food samples of the present invention；
Fig. 3 is the schematic perspective view of the stored refrigerated equipment 1 of food samples of the present invention；
Fig. 4 is the refrigerating barrel structural schematic diagram of the stored refrigerated equipment 1 of food samples of the present invention；
Fig. 5 is the refrigerating barrel schematic perspective view of the stored refrigerated equipment 1 of food samples of the present invention；
Fig. 6 is enlarged structure schematic diagram at the A of the stored refrigerated equipment 1 of food samples of the present invention；
Fig. 7 is the case structural schematic diagram of the stored refrigerated equipment 1 of food samples of the present invention；
Fig. 8 is the mainframe box schematic diagram of internal structure of the stored refrigerated equipment 1 of food samples of the present invention；
Fig. 9 is the schematic perspective view of present invention acquisition eluate sample equipment 2；
Figure 10 is the structural schematic diagram of present invention acquisition eluate sample equipment 2；
Figure 11 is the collection tube configuration schematic diagram of present invention acquisition eluate sample equipment 2；
Figure 12 is the collection tube structural schematic diagram of present invention acquisition eluate sample equipment 2；
Figure 13 is the liquid outlet and ring structure schematic diagram of present invention acquisition eluate sample equipment 2；
Figure 14 is the structural schematic diagram that present invention ashing sample detection sets 3；
Figure 15 is the configuration schematic diagram that present invention ashing sample detection sets 3；
Figure 16 is the first heat insulation layer structure schematic diagram that present invention ashing sample detection sets 3；
Figure 17 is the structural schematic diagram of fume sample detection device 4 of the present invention；
Figure 18 is enlarged structure schematic diagram at the A of fume sample detection device 4 of the present invention；
Figure 19 is the light source chamber schematic diagram of internal structure of fume sample detection device 4 of the present invention；
Figure 20 is the elastic metallic holder and metal block structural schematic diagram of fume sample detection device 4 of the present invention.
Description of symbols: refrigerating barrel 101；Case 102；Mainframe box 103；Bearing 104；Evaporator 105；Condenser
106；Compressor 107；Heat emission fan 108；Copper pipe 109；Keep the temperature outer barrel 10101；Inner cylinder 10102；Partition 10103；End cap
10104；Handle 20201；Storage chamber 20202；Pedestal 201；Support arm 202；Mounting base 203；Collection tube 204；Handle bolt
205；Liquid storing cup 206；Piston rod 207；Cylinder 20401；Stop collar 20402；Sieve plate 20403；Adsorbent filler 20404；Liquid out
Mouth 20405；Sealing ring 20406；Shell 301；Lock plunger 302；Controller 303；Heating element 304；Chamber door 305；Locking bed
306；Display screen 307；Plummer 308；Switch 309；Heat insulating block 3010；First insulating layer 3011；Second insulating layer 3012；Resistance to burning
Brick 3013；Burner hearth 3014；Pedestal 30301；Detector ontology 401；Atomized chamber 402；Light source chamber 403；Insulating base 404；Step
Into motor 405；Insulate shaft 406；Bearing 407；Insulate turntable 408；Metal rotary disk 409；Elastic metallic holder 4010；Hollow yin
Pole lamp 4011；Metal block 4012；Cathode modulation power supply 4013.
Specific embodiment
Disclosed exemplary embodiment that the present invention will be described in more detail below with reference to accompanying drawings, these embodiments be in order to
The present invention is enough thoroughly understood, and range disclosed by the invention can be fully disclosed to those skilled in the art.
Although showing exemplary embodiment disclosed by the invention in attached drawing, it being understood, however, that the present invention without that should be illustrated here
Embodiment limited.
A kind of Mobyneb food samples detection vehicle, referring to Figure 1, including headstock and compartment, headstock and compartment are whole
Design, headstock are located on the left of compartment, and double door is equipped on front side of compartment, and interior is equipped with the stored refrigerated equipment 1 of food samples, adopts
Collect eluate sample equipment 2, ashing sample detection sets 3 and fume sample detection device 4.
Fig. 2 to Fig. 8 is referred to, the stored refrigerated equipment 1 of food samples includes refrigerating barrel 101, case 102, mainframe box
103, bearing 104, evaporator 105, condenser 106, compressor 107, heat emission fan 108, copper pipe 109, heat preservation outer barrel 10101, interior
Cylinder 10102, partition 10103, end cap 10104, handle 20201, storage chamber 20202.
The top of mainframe box 103 is arranged in refrigerating barrel 101, and the bottom of refrigerating barrel 101 passes through bearing 104 and mainframe box
103 rotation connections；Being internally provided with for refrigerating barrel 101 is several for placing the chambers of case 102, and case 102 with it is cold
Hiding bucket 101 is connected by sliding type；The outside of mainframe box 103 is provided with condenser 106, and condenser 106 passes through copper pipe
109 are connected with evaporator 105, compressor 107；The centre on 103 top of mainframe box, and evaporator 105 is arranged in evaporator 105
It is connected by copper pipe 109 with compressor 107；The side of condenser 106 is provided with heat emission fan 108, and heat emission fan 108 and host
Case 103 is connected by fixed form；Centre inside refrigerating barrel 101 is provided with the inner cylinder for accommodating evaporator 105
10102, and inner cylinder 10102 is connected by several partitions 10103 with heat preservation outer barrel 10101；The top of inner cylinder 10102 is set
Several end caps 10104 are equipped with, and end cap 10104 is connected with inner cylinder 10102 by articulated manner；The top of case 102
It is provided with handle 20201, and the both ends of handle 20201 are connected with case 102 by articulated manner；Case 102 erects
It is provided in histogram formula several for storing the storage chamber 20202 of food samples.
Inner cylinder 10102 be under shed formula structure setting, and the lower end of inner cylinder 10102 and heat preservation outer barrel 10101 bucket
Bottom is evenly equipped with through-hole on the ring-side wall of inner cylinder 10102 by being connected through mode, the evaporator in inner cylinder 10102
When 105 work, since the inside of inner cylinder 10102 is connected by through-hole with the chamber of refrigerating barrel 101, chamber can be dropped rapidly
Temperature makes the indoor case 102 of chamber and sample keep deepfreeze state.
Several fins in equidistant radial arrangement are provided on the vertical direction of evaporator 105, and the shape of fin is in circle
Shape, the diameter of fin is less than the internal diameter of inner cylinder 10102, when rotating refrigerating barrel 101 by bearing 104, can avoid inner cylinder
10102 interfere with the fin of evaporator 105, while can guarantee 105 heat exchange effect of evaporator.
The fan-shaped shape of shape that case 102 is overlooked, and 102 circular array of case is shown everywhere, the top of case 102
It offers the groove for accommodating handle 20201, opens case 102 after end cap 10104 through handle 20201 from chamber
It lifts out, different meat samples can be respectively put into different cases 102, the preservation of convenience sample.
The front of storage chamber 20202 is provided with baffle, and the shape of baffle is in arc-shaped, in the mistake of lifting case 102
It can avoid sample in journey to inadvertently fall off from storage chamber 20202.
End cap 10104 and case 102 correspond, and that the side of hinged place is provided with arcuation is convex for end cap 10104
It rises, facilitates the unlatching of end cap 10104.
The edge of 10104 medial surface of end cap is pasted with sealing strip.
The operating method of the stored refrigerated equipment 1 of food samples: when mainframe box 103 is powered on, compressor 107 will be gaseous
Refrigerant compression is the liquid refrigerant of high temperature and pressure, is then delivered to condenser 106 by copper pipe 109, at this time condenser 106
Heat dissipation is blowed to condenser 16 in the heat emission fan 108 of side, post-condenser 16 in normal temperature high voltage liquid refrigerant enter
Evaporator 105, the refrigerant in evaporator 105 vaporize and absorb a large amount of heat, can pass through logical on 10102 barrel of inner cylinder
Hole cools down rapidly to the case 102 in chamber, can be to depositing everywhere since 102 ring of case is located at around inner cylinder 10102
It puts box 102 uniformly to refrigerate, the sample in case 102 is made to keep deepfreeze state that can carry out to sample when storing sample
Classification saves, and different types of sample is put into different cases 102, wherein rotation refrigerating barrel 101 makes to store accordingly
Before box 102 turns to body, opens end cap 10104 and lifted out case 102 upwards by handle 20201, then sample is put
Enter in storage chamber 20202, case 102 is finally put into the chamber of refrigerating barrel 101 and closes end cap 10104.
Refer to Fig. 9 to Figure 13, acquisition eluate sample equipment 2 include: pedestal 201, support arm 202, mounting base 203,
Collection tube 204, liquid storing cup 206, piston rod 207, cylinder 20401, stop collar 20402, sieve plate 20403, is inhaled handle bolt 205
Attached dose of filler 20404, liquid outlet 20405, sealing ring 20406；It is provided with support arm 202 on pedestal 201, and support arm 202
Lower end is connected with pedestal 201 by welding manner；The side at 202 middle part of support arm is provided with pacifies for placing collection tube 204
Seat 203 is filled, and mounting base 203 is fixedly connected by screw with support arm 202；The side of mounting base 203 is provided with handle bolt
205, and handle bolt 205 is connected with mounting base 203 by screw thread；The centre on 201 top of pedestal is provided with liquid storing cup 206,
And liquid storing cup 206 is located at the underface of collection tube 204；The top of support arm 202 is provided with piston rod 207, and piston rod 207 with
Support arm 202 is connected by screw thread；The lower end of piston rod 207, which is provided with, slides the piston matched with 204 inner wall of collection tube；
Restraining position ring block 20402 is set on the inner wall of cylinder 20401, and stop collar 20402 is linked together with cylinder 20401；Stop collar
20402 lower section is provided with sieve plate 20403 at two, and is provided with adsorbent filler 20404 at two between sieve plate 20403；Liquid out
The lower end of cylinder 20401 is arranged in mouth 20405, and liquid outlet 20405 is connected with cylinder 20401 by screw thread；Liquid outlet
20405 inside is provided with sealing ring 20406, and liquid outlet 20405 passes through the bottom of sealing ring 20406 and liquid outlet 20405
It is connected.
The centre on 201 top of pedestal offers the placing groove matched with liquid storing cup 206, and the shape of placing groove is rounded
Liquid storing cup 206 is put into placing groove by shape, and liquid storing cup 206 is located at the underface of collection tube 204 at this time.
The shape t shape of piston rod 207, and the vertical section of piston rod 207 is screw structure setting, by screwing work
Stopper rod 207 can make 207 vertical motion of piston rod, facilitate the addition of solvent, while conveniently to the pressurized operation of cylinder 20401.
Offered in mounting base 203 matched with collection tube 204 through through-hole, and one end of handle bolt 205 is run through
Mounting base 203 protrudes into through-hole, collection tube 204 can be fixed in mounting base 203 by screwing handle bolt 205, be kept away
Exempt from piston rod 207 and drives the vertical play of collection tube 204.
The annular groove matched with 20401 lower end of cylinder, and sealing ring are offered on the inside of 20405 top of liquid outlet
20406 are located in annular groove, guarantee the sealing effect of liquid outlet 20405 and 20401 junction of cylinder, avoid eluent from out
Liquid mouth 20405 and 20401 junction of cylinder are revealed.
Liquid outlet 20405 is detachable structure setting by screw thread, facilitates maintenance and the adsorbent filler of sieve plate 20403
Recycling for collection tube 204 is realized in 20404 replacement.
It acquires the operating method of eluate sample equipment 2: when acquisition eluate sample, liquid storing cup 206 being put into pedestal 201
Placing groove in, then screwing piston rod 207 makes it along 202 uplink of support arm, when the piston of piston rod 207 completely disengages acquisition
After cylinder 204, the appropriate solvent for being used to elute measured matter is added into collection tube 204 from the top of collection tube 204, later reversely
Screwing piston rod 207 makes 207 downlink of piston rod, and the piston of piston rod 207 enters in collection tube 204 and to collection tube 204 at this time
Pressurization, makes solvent quickly through sieve plate 20403 and adsorbent filler 20404, the measured matter in adsorbent filler 20404 is washed
It takes off, last eluent flows out to liquid storing cup 206 from liquid outlet 20405, and after acquisition, loosening handle bolt 205 will be adopted
Collection cylinder 204 is removed, and decomposition disassembly can be carried out to collection tube 204 later, to the cylinder 20401 and liquid outlet of stainless steel material
20405 are rinsed cleaning, while replacing to used sieve plate 20403 and adsorbent filler 20404, realize collection tube
204 recycle.
Referring to Figure 14 to Figure 16, it includes: shell 301, lock plunger 302, controller 303, heating that ashing sample detection, which sets 3,
Element 304, chamber door 305, locking bed 306, display screen 307, plummer 308, switch 309, heat insulating block 3010, the first insulating layer
3011, the second insulating layer 3012, resistance to 3013, burner hearth 3014 of baking bricks, pedestal 30301；First is provided on the outer wall of burner hearth 3014
Insulating layer 3011, and burner hearth 3014 is connected by mosaic mode with the first insulating layer 3011；The outer wall of first insulating layer 3011
On be provided with the second insulating layer 3012, and the first insulating layer 3011 is connected by mosaic mode with the second insulating layer 3012；The
The top of one insulating layer 3011 is provided with heat insulating block 3010, and heat insulating block 3010 passes through laminating type and 3011 phase of the first insulating layer
Connection；Shell 301, and heat insulating block 3010 and the second insulating layer are provided on the outer wall of heat insulating block 3010 and the second insulating layer 3012
3012 are connected by mosaic mode with shell 301；The front end face of shell 301 is provided with chamber door 305, and chamber door 305 passes through hinge
Mode is connect to be connected with shell 301；Locking bed 306 is provided in the outer right wall of chamber door 305, and locking bed 306 passes through welding
Mode is connected with chamber door 305；The right side of chamber door 305 is provided with lock plunger 302, and lock plunger 302 is by welding manner and outside
Shell 301 is connected；3014 inner wall two sides of burner hearth are provided with heating element 304, and heating element 304 passes through mosaic mode and burner hearth
3014 are connected；Be provided on 3014 inner tip face of burner hearth it is resistance to bake bricks 3013, and resistance to bake bricks 3013 by mosaic mode and furnace
Thorax 3014 is connected；Resistance to 3013 top of baking bricks is provided with plummer 308；The bottom of shell 301 is provided with controller 303, and
Controller 303 is connected by bolt with shell 301；The front end face of controller 303 is provided with display screen 307, and display screen 307
It is connected by mosaic mode with controller 303；The right side of display screen 307 is provided with switch 309, and switch 309 is by inlaying
Mode is connected with controller 303；The bottom end of controller 303 is provided with pedestal 30301, and pedestal 30301 passes through bolt and control
Device 303 processed is connected.
3010 appearance of heat insulating block is rectangular, and the bottom face of heat insulating block 3010 is arc shape setting.
The appearance of first insulating layer 3011 is rectangle semi-surrounding structure, and the top end face of the first insulating layer 3011 is provided with and keeps the temperature
The arc shape structure that 3010 bottom face of block matches, the top and lower section of 3011 two sides outer wall of the first insulating layer offer rectangle
Through-hole.
Second insulating layer, 3012 appearance is in seat shape, and is that arc shape is arranged above the rear end face of the second insulating layer 3012,
The top and lower section of second insulating layer, 3012 outer wall two sides offer rectangular recess.
The top of burner hearth 3014 is arc shape setting, and the top of 3014 outer wall two sides of burner hearth and lower section are provided with rectangle
Block.
Display screen 307 is touch screen, by the temperature in the adjustable burner hearth 3014 of touch display screen 307, convenient for operation.
Ashing sample detection sets 3 operating method: powering on first, by lower switch 309, according to the temperature of sample to be ashed
Degree adjusts temperature by display screen 307 in advance, heats in advance to burner hearth 3014, after the completion of heating, the sample that can will be ashed is put
Into in burner hearth 3014, chamber door 305 is locked by lock plunger 302, food samples pass through certain high temperature, and make food samples has
Machine compound, water are all not marked in figure by gas outlet 30 and are vapored away with gas, way of steam, and metallic element is stayed in the form of salt
Under, it is then shut off switch 309, carefully takes out the sample after ashing, detection, 3010 appearance of heat insulating block is rectangular, and
The bottom face of heat insulating block 3010 is the setting of arc shape setting, increases the thermal insulation property of device entirety, the first insulating layer 3011
Appearance be rectangle semi-surrounding structure, and the top end face of the first insulating layer 3011 is provided with and matches with 3010 bottom face of heat insulating block
Arc shape structure, the top of 3011 two sides outer wall of the first insulating layer and lower section offer the setting of rectangular through-hole, are conducive to
The installation of device, easy to disassemble, installation, 3012 appearance of the second insulating layer are in seat shape, and the rear end face of the second insulating layer 3012
Top is arc shape setting, and the top and lower section of 3012 outer wall two sides of the second insulating layer offer the setting of rectangular recess, pass through
And the combination of the first insulating layer 3011 is also convenient for disassembly, the installation of device, time saving and energy saving, replacement just with the heat insulation effect of device
304 speed of heating element is fast.
Referring to Figure 17 to Figure 20, fume sample detection device 4 includes: detector ontology 401, atomized chamber 402, light source
Room 403, insulating base 404, stepper motor 405, insulation shaft 406, bearing 407, insulation turntable 408, metal rotary disk 409, bullet
Property metal holder 4010, hollow cathode lamp 4011, metal block 4012, cathode modulation power supply 4013；The middle part of detector ontology 401 is set
It is equipped with atomized chamber 402, and the side of atomized chamber 402 is provided with light source chamber 403；Insulating base 404 is fixed at light source
The bottom of room 403, and one end of insulating base 404 is provided with the stepper motor 405 being fixedly connected with insulating base 404；Insulation
One end of shaft 406 is connected with stepper motor 405, and the other end for the shaft 406 that insulate passes through bearing 407 and light source chamber 403
It is connected；Insulation turntable 408 and metal rotary disk 409 are fixed in insulation shaft 406, and insulate turntable 408 and metal rotary disk 409
Bottom be provided with cathode modulation power supply 4013 be electrically connected elastic metallic holder 4010；If being inlaid on insulation turntable 408
Dry hollow cathode lamp 4011, and hollow cathode lamp 4011 with insulation turntable 408 by being connected through mode；Insulate turntable 408
Edge be inlaid with and the one-to-one metal block 4012 of hollow cathode lamp 4011, and the anode connection of hollow cathode lamp 4011
Column is connected by conducting wire with metal block 4012；The side of hollow cathode lamp 4011, and hollow cathode is arranged in metal rotary disk 409
The cathode terminal of lamp 4011 is connected by conducting wire with metal rotary disk 409；Cathode modulation power supply 4013 is arranged in insulating base 404
Side, and cathode modulation power supply 4013 is connected by conducting wire with elastic metallic holder 4010.
4011 circular array of hollow cathode lamp has at six, and at six hollow cathode lamp 4011 the mutual not phase of cathode material
Together, the cathode material of hollow cathode lamp 4011 can be the volatile heavy metals such as mercury, lead, cadmium, tin, selenium, can measure fume sample
In various heavy substance.
The top of elastic metallic holder 4010 is provided with the clamping plate being symmetric at two, and the shape of clamping plate is in circular arc
Shape, rotation insulation shaft 406 convert hollow cathode lamp 4011 when, it is ensured that elastic metallic holder 4010 and insulation turntable 408,
Metal rotary disk 409 contacts well, makes 4011 reliably working of hollow cathode lamp.
The material of metal rotary disk 409, elastic metallic holder 4010 and metal block 4012 is conductive metal, and conductive metal is
Copper.
Metal block 4012 is connected by elastic metallic holder 4010 and conducting wire with the anode of cathode modulation power supply 4013, when exhausted
When metal block 4012 on edge turntable 408 enters elastic metallic holder 4010, cathode modulation power supply 4013 and hollow cathode lamp can be made
4011 closing of circuit access, is powered on hollow cathode lamp 4011.
Metal rotary disk 409 is connected by elastic metallic holder 4010 and conducting wire with the cathode of cathode modulation power supply 4013, absolutely
When edge shaft 406 rotates, metal rotary disk 409 and insulation turntable 408 are rotated synchronously.
The side of atomized chamber 402 is provided with the loophole being connected with light source chamber 403, and 408 bottom of turntable of insulating
At hollow cathode lamp 4011 and loophole on same axis, the light for issuing hollow cathode lamp 4011 can be injected by loophole
In the atomizer of atomized chamber 402.
The operating method of fume sample detection device 4: atomic absorption detecting is carried out to flue gas using detector ontology 401
When, the different heavy metals in flue gas can be measured by the station of transformation hollow cathode lamp 4011, it is hollow when needing to convert
When the station of cathode modulation 4011, stepper motor 405 drives insulation turntable 408, metal rotary disk 409 to rotate by insulation shaft 406
60 °, the hollow cathode lamp 4011 of next station can be moved at the loophole of atomized chamber 402, when hollow cathode lamp 4011
When positioned at operating position, metal block 4012 corresponding with hollow cathode lamp 4011 herein enters in elastic metallic holder 4010,
The closing of circuit access that cathode modulation power supply 4013 and hollow cathode lamp 4011 can be made to be formed, makes 4011 energization work of hollow cathode lamp
Make, when being measured to other heavy metals, can replace again to hollow cathode lamp 4011.
In the description of the present invention, it is to be understood that, term " longitudinal direction ", " transverse direction ", "upper", "lower", "front", "rear",
The orientation or positional relationship of the instructions such as "left", "right", "vertical", "horizontal", "top", "bottom", "inner", "outside" is based on attached drawing institute
The orientation or positional relationship shown is merely for convenience of the description present invention, rather than the device or element of indication or suggestion meaning must
There must be specific orientation, be constructed and operated in a specific orientation, therefore be not considered as limiting the invention.
In addition, term " first ", " second ", " third " etc. are used for description purposes only, it is not understood to indicate or imply
Relative importance.Meanwhile in the description of the present invention unless specifically defined or limited otherwise, term " connected ", " connection " are answered
It is interpreted broadly, for example, it may be being fixedly connected, may be a detachable connection, or be integrally connected；It can be mechanical connect
It connects, is also possible to be electrically connected；It can be directly connected, it can also be indirectly connected through an intermediary.For the general of this field
For logical technical staff, the concrete meaning of above-mentioned term in the present invention can be understood with concrete condition.
Although the various embodiments described above are described, once a person skilled in the art knows basic wounds
The property made concept, then additional changes and modifications can be made to these embodiments, so the above is only the embodiment of the present invention, not
Therefore scope of patent protection of the invention is limited, it is all to utilize equivalent structure made by description of the invention and accompanying drawing content or wait
Process transformation is imitated, being applied directly or indirectly in other relevant technical fields, similarly includes in patent protection of the invention
Within the scope of.
Claims (5)
1. a kind of Mobyneb food samples detect vehicle, including headstock and compartment, which is characterized in that the headstock and compartment are whole
Body design, headstock are located on the left of compartment, are equipped with double door on front side of the compartment, and interior is set equipped with food samples are stored refrigerated
Standby (1) acquires eluate sample equipment (2), and ashing sample detection sets (3) and fume sample detection device (4)；
The stored refrigerated equipment of food samples (1) includes refrigerating barrel (101), case (102), mainframe box (103), bearing
(104), evaporator (105), condenser (106), compressor (107), heat emission fan (108), copper pipe (109), heat preservation outer barrel
(10101), inner cylinder (10102), partition (10103), end cap (10104), handle (10201), storage chamber (10202)；It is described
Refrigerating barrel (101) setting is in the top of mainframe box (103), and the bottom of refrigerating barrel (101) passes through bearing (104) and mainframe box
(103) it is rotatablely connected；Being internally provided with for the refrigerating barrel (101) is several for placing the chamber of case (102), and stores
Box (102) is connected with refrigerating barrel (101) by sliding type；Condenser is provided on the outside of the mainframe box (103)
(106), and condenser (106) is connected by copper pipe (109) with evaporator (105), compressor (107)；The evaporator
(105) setting is in the centre on mainframe box (103) top, and evaporator (105) is connected by copper pipe (109) with compressor (107)
It connects；The side of the condenser (106) is provided with heat emission fan (108), and heat emission fan (108) and mainframe box (103) pass through fixation
Mode is connected；The internal centre of the refrigerating barrel (101) is provided with the inner cylinder (10102) for accommodating evaporator (105),
And inner cylinder (10102) is connected by several partitions (10103) with heat preservation outer barrel (10101)；The inner cylinder (10102)
Top is provided with several end caps (10104), and end cap (10104) is connected with inner cylinder (10102) by articulated manner；It is described
The top of case (102) is provided with handle (10201), and the both ends of handle (10201) and case (102) pass through hinged side
Formula is connected；It is provided in the vertical mode of the case (102) several for storing the storage chamber of food samples
(10202)；
The acquisition eluate sample equipment (2) includes pedestal (201), support arm (202), mounting base (203), collection tube
(204), handle bolt (205), liquid storing cup (206), piston rod (207), cylinder (20401), stop collar (20402), sieve plate
(20403), adsorbent filler (20404), liquid outlet (20405), sealing ring (20406)；Branch is provided on the pedestal (201)
Brace (202), and the lower end of support arm (202) is connected with pedestal (201) by welding manner；In the support arm (202)
The side in portion is provided with for placing collection tube (204) mounting base (203), and mounting base (203) passes through screw and support arm
(202) it is fixedly connected；The side of the mounting base (203) is provided with handle bolt (205), and handle bolt (205) and installation
Seat (203) is connected by screw thread；The centre on pedestal (201) top is provided with liquid storing cup (206), and liquid storing cup (206)
Positioned at the underface of collection tube (204)；The top of the support arm (202) is provided with piston rod (207), and piston rod (207)
It is connected with support arm (202) by screw thread；The lower end of the piston rod (207) is provided with to be slided with collection tube (204) inner wall
The piston matched；Restraining position ring block (20402) are set on the inner wall of the cylinder (20401), and stop collar (20402) and cylinder
(20401) it is linked together；It is provided with sieve plate at two (20403) below the stop collar (20402), and sieve plate at two
(20403) adsorbent filler (20404) are provided between；The liquid outlet (20405) is arranged in the lower end of cylinder (20401),
And liquid outlet (20405) is connected with cylinder (20401) by screw thread；Sealing is provided on the inside of the liquid outlet (20405)
It encloses (20406), and liquid outlet (20405) is connected by sealing ring (20406) with the bottom of liquid outlet (20405)；
The ashing sample detection set (3) include shell (301), lock plunger (302), controller (303), heating element (304),
Chamber door (305), locking bed (306), display screen (307), plummer (308), switch (309), heat insulating block (3010), the first heat preservation
Layer (3011), the second insulating layer (3012), it is resistance to bake bricks (3013), burner hearth (3014), pedestal (30301)；The burner hearth (3014)
Outer wall on be provided with the first insulating layer (3011), and burner hearth (3014) is connected by mosaic mode with the first insulating layer (3011)
It connects；It is provided with the second insulating layer (3012) on the outer wall of first insulating layer (3011), and the first insulating layer (3011) passes through
Mosaic mode is connected with the second insulating layer (3012)；The top of first insulating layer (3011) is provided with heat insulating block
(3010), and heat insulating block (3010) is connected by laminating type with the first insulating layer (3011)；The heat insulating block (3010) with
It is provided on the outer wall of second insulating layer (3012) shell (301), and heat insulating block (3010) passes through with the second insulating layer (3012)
Mosaic mode is connected with shell (301)；The front end face of the shell (301) is provided with chamber door (305), and chamber door (305) is logical
Articulated manner is crossed to be connected with shell (301)；It is provided with locking bed (306), and locks in the outer right wall of the chamber door (305)
Seat (306) is connected by welding manner with chamber door (305)；It is provided with lock plunger (302) on the right side of the chamber door (305), and
Lock plunger (302) is connected by welding manner with shell (301)；Burner hearth (3014) the inner wall two sides are provided with heating element
(304), and heating element (304) is connected by mosaic mode with burner hearth (3014)；Burner hearth (3014) the inner tip face
On be provided with it is resistance to bake bricks (3013), and resistance to bake bricks (3013) are connected by mosaic mode with burner hearth (3014)；It is described resistance to bake bricks
(3013) top is provided with plummer (308)；The bottom of the shell (301) is provided with controller (303), and controller
(303) it is connected by bolt with shell (301)；The front end face of the controller (303) is provided with display screen (307), and aobvious
Display screen (307) is connected by mosaic mode with controller (303)；Switch is provided on the right side of the display screen (307)
(309), and switch (309) is connected by mosaic mode with controller (303)；The bottom end of the controller (303) is provided with
Pedestal (30301), and pedestal (30301) is connected by bolt with controller (303)；
The fume sample detection device (4) includes detector ontology (401), atomized chamber (402), light source chamber (403), insulation
Pedestal (404), stepper motor (405), insulation shaft (406), bearing (407), insulation turntable (408), metal rotary disk (409),
Elastic metallic holder (4010), hollow cathode lamp (4011), metal block (4012), cathode modulation power supply (4013)；The detector
It is provided in the middle part of ontology (401) atomized chamber (402), and the side of atomized chamber (402) is provided with light source chamber (403)；Institute
The bottom that insulating base (404) is fixed at light source chamber (403) is stated, and one end of insulating base (404) is provided with and insulate
The stepper motor (405) that pedestal (404) is fixedly connected；One end of insulation shaft (406) is connected with stepper motor (405)
It connects, and the other end of insulation shaft (406) is connected by bearing (407) with light source chamber (403)；The insulation shaft (406)
On be fixed with insulation turntable (408) and metal rotary disk (409), and insulate turntable (408) and the setting of the bottom of metal rotary disk (409)
There is the elastic metallic holder (4010) being electrically connected with cathode modulation power supply (4013)；The insulation turntable (408) if on be inlaid with
Dry hollow cathode lamp (4011), and hollow cathode lamp (4011) with insulation turntable (408) by being connected through mode；It is described exhausted
The edge of edge turntable (408) is inlaid with and hollow cathode lamp (4011) metal block (4012), and hollow cathode correspondingly
The anode terminal of lamp (4011) is connected by conducting wire with metal block (4012)；The metal rotary disk (409) is arranged hollow
The side of cathode modulation (4011), and the cathode terminal of hollow cathode lamp (4011) is connected by conducting wire with metal rotary disk (409)
It connects；The cathode modulation power supply (4013) setting in the side of insulating base (404), and cathode modulation power supply (4013) by conducting wire with
Elastic metallic holder (4010) is connected.
2. Mobyneb food samples according to claim 1 detect vehicle, it is characterised in that: the case (102) is bowed
Depending on the fan-shaped shape of shape, and case (102) circular array is shown everywhere, and the top of case (102) is offered for accommodating
The groove of handle (10201)；Several fins in equidistant radial arrangement are provided on the vertical direction of the evaporator (105),
And the shape of the fin is in rounded shape, the diameter of the fin is less than the internal diameter of inner cylinder (10102)；The inner cylinder
It (10102) is under shed formula structure setting, and the lower end of inner cylinder (10102) and the bucket bottom of heat preservation outer barrel (10101) are by passing through
The mode of wearing is connected, and is evenly equipped with through-hole on the ring-side wall of inner cylinder (10102)；The front of the storage chamber (10202) is provided with
Baffle, and the shape of the baffle is in arc-shaped；The end cap (10104) and case (102) correspond, and end cap
(10104) side far from hinged place is provided with arcuation protrusion；The edge of end cap (10104) medial surface is pasted with sealing
Item.
3. Mobyneb food samples according to claim 1 detect vehicle, it is characterised in that: pedestal (201) top
Centre offer the placing groove matched with liquid storing cup (206), the shape of the placing groove is in rounded shape；The mounting base
(203) through-hole that runs through matched with collection tube (204) is offered on, and mounting base is run through in one end of handle bolt (205)
(203) it protrudes into through-hole；The liquid outlet (20405) is detachable structure setting by screw thread；The liquid outlet
(20405) annular groove matched with cylinder (20401) lower end is offered on the inside of top, and sealing ring (20406) is located at
In annular groove；The shape t shape of the piston rod (207), and the vertical section of piston rod (207) is that screw structure is set
It sets.
4. Mobyneb food samples according to claim 1 detect vehicle, it is characterised in that: the heat insulating block (3010) is outside
See it is rectangular, and the bottom face of heat insulating block (3010) be arc shape setting；The appearance of first insulating layer (3011) is square
Shape semi-surrounding structure, and the top end face of the first insulating layer (3011) is provided with the arc to match with heat insulating block (3010) bottom face
Shape structure, the top and lower section of the first insulating layer (3011) two sides outer wall offer rectangular through-hole；Second insulating layer
(3012) appearance is in seat shape, and is that arc shape is arranged above the rear end face of the second insulating layer (3012), the second insulating layer
(3012) top of outer wall two sides and lower section offer rectangular recess；The top of the burner hearth (3014) is arc shape setting, and
The top and lower section of burner hearth (3014) outer wall two sides are provided with rectangular block.
5. Mobyneb food samples according to claim 1 detect vehicle, it is characterised in that: the hollow cathode lamp
(4011) circular array has at six, and at six hollow cathode lamp (4011) cathode material it is different；The elastic metallic
The top of holder (4010) is provided with the clamping plate being symmetric at two, and the shape of the clamping plate is in arc-shaped；The metal
The material of turntable (409), elastic metallic holder (4010) and metal block (4012) is conductive metal, and the conductive metal is
Copper；The metal block (4012) is connected by elastic metallic holder (4010) and conducting wire with the anode of cathode modulation power supply (4013)
It connects；The metal rotary disk (409) is connected by elastic metallic holder (4010) and conducting wire with the cathode of cathode modulation power supply (4013)
It connects；The side of the atomized chamber (402) is provided with the loophole being connected with light source chamber (403), and turntable (408) bottom of insulating
At the hollow cathode lamp (4011) and the loophole in portion on same axis.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910287376.8A CN109900651A (en) | 2019-04-11 | 2019-04-11 | A kind of Mobyneb food samples detection vehicle |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910287376.8A CN109900651A (en) | 2019-04-11 | 2019-04-11 | A kind of Mobyneb food samples detection vehicle |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109900651A true CN109900651A (en) | 2019-06-18 |
Family
ID=66954812
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910287376.8A Pending CN109900651A (en) | 2019-04-11 | 2019-04-11 | A kind of Mobyneb food samples detection vehicle |
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Citations (17)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2404459Y (en) * | 2000-01-17 | 2000-11-08 | 郑淑春 | Sectional seasoning box |
| CN2487684Y (en) * | 2000-10-20 | 2002-04-24 | 朱建华 | Refrigerating pail |
| US20060168994A1 (en) * | 2001-09-27 | 2006-08-03 | Sanyo Electric Co., Ltd. | Compressor, method for manufacturing the compressor, defroster of refrigerant circuit, and refrigeration unit |
| CN1888763A (en) * | 2005-06-30 | 2007-01-03 | 乐金电子(天津)电器有限公司 | Refrigerator defrosting device |
| CN101097185A (en) * | 2006-06-30 | 2008-01-02 | 徐培实 | Combined light source of multifunctional atomic absorption spectrometer |
| CN202777924U (en) * | 2012-05-24 | 2013-03-13 | 宁波检验检疫科学技术研究院 | Multi-channel rotary column chromatographical purification device |
| US20130199232A1 (en) * | 2012-02-07 | 2013-08-08 | Thermo Fisher Scientific (Asheville) Llc | High performance freezer having cylindrical cabinet |
| CN203595339U (en) * | 2012-01-27 | 2014-05-14 | 三菱电机株式会社 | Refrigerator and device |
| CN206328179U (en) * | 2016-12-19 | 2017-07-14 | 广西中烟工业有限责任公司 | A kind of utilization modified Nano iron particle removes the device of Cr VI in water removal |
| CN206330341U (en) * | 2016-12-06 | 2017-07-14 | 昆明天策节能科技有限公司 | A kind of pre-cooler of vegetable cold storing room |
| CN206420317U (en) * | 2016-12-29 | 2017-08-18 | 中核建中核燃料元件有限公司 | Stepping beam type sintering furnace |
| CN206469668U (en) * | 2017-01-19 | 2017-09-05 | 广东省韶关市质量计量监督检测所 | A kind of detection Muffle furnace |
| CN206656529U (en) * | 2017-04-12 | 2017-11-21 | 皖南医学院弋矶山医院 | Adjustable type medicine constant temperature storage box |
| CN206945672U (en) * | 2017-07-26 | 2018-01-30 | 赵林萍 | Food safety detection car |
| CN206944557U (en) * | 2017-06-23 | 2018-01-30 | 陈峥嵘 | A kind of portable medical refrigerator |
| CN207389877U (en) * | 2017-09-21 | 2018-05-22 | 广州市鹏宇电子产品及塑胶吸塑产品有限公司 | A kind of multilayer food product packing box |
| CN208282440U (en) * | 2018-04-14 | 2018-12-25 | 四川中医药高等专科学校 | A kind of hospital administration agent storage refrigerator |
-
2019
- 2019-04-11 CN CN201910287376.8A patent/CN109900651A/en active Pending
Patent Citations (17)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2404459Y (en) * | 2000-01-17 | 2000-11-08 | 郑淑春 | Sectional seasoning box |
| CN2487684Y (en) * | 2000-10-20 | 2002-04-24 | 朱建华 | Refrigerating pail |
| US20060168994A1 (en) * | 2001-09-27 | 2006-08-03 | Sanyo Electric Co., Ltd. | Compressor, method for manufacturing the compressor, defroster of refrigerant circuit, and refrigeration unit |
| CN1888763A (en) * | 2005-06-30 | 2007-01-03 | 乐金电子(天津)电器有限公司 | Refrigerator defrosting device |
| CN101097185A (en) * | 2006-06-30 | 2008-01-02 | 徐培实 | Combined light source of multifunctional atomic absorption spectrometer |
| CN203595339U (en) * | 2012-01-27 | 2014-05-14 | 三菱电机株式会社 | Refrigerator and device |
| US20130199232A1 (en) * | 2012-02-07 | 2013-08-08 | Thermo Fisher Scientific (Asheville) Llc | High performance freezer having cylindrical cabinet |
| CN202777924U (en) * | 2012-05-24 | 2013-03-13 | 宁波检验检疫科学技术研究院 | Multi-channel rotary column chromatographical purification device |
| CN206330341U (en) * | 2016-12-06 | 2017-07-14 | 昆明天策节能科技有限公司 | A kind of pre-cooler of vegetable cold storing room |
| CN206328179U (en) * | 2016-12-19 | 2017-07-14 | 广西中烟工业有限责任公司 | A kind of utilization modified Nano iron particle removes the device of Cr VI in water removal |
| CN206420317U (en) * | 2016-12-29 | 2017-08-18 | 中核建中核燃料元件有限公司 | Stepping beam type sintering furnace |
| CN206469668U (en) * | 2017-01-19 | 2017-09-05 | 广东省韶关市质量计量监督检测所 | A kind of detection Muffle furnace |
| CN206656529U (en) * | 2017-04-12 | 2017-11-21 | 皖南医学院弋矶山医院 | Adjustable type medicine constant temperature storage box |
| CN206944557U (en) * | 2017-06-23 | 2018-01-30 | 陈峥嵘 | A kind of portable medical refrigerator |
| CN206945672U (en) * | 2017-07-26 | 2018-01-30 | 赵林萍 | Food safety detection car |
| CN207389877U (en) * | 2017-09-21 | 2018-05-22 | 广州市鹏宇电子产品及塑胶吸塑产品有限公司 | A kind of multilayer food product packing box |
| CN208282440U (en) * | 2018-04-14 | 2018-12-25 | 四川中医药高等专科学校 | A kind of hospital administration agent storage refrigerator |
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Application publication date: 20190618 |