CN209314845U - A kind of food safety machine - Google Patents

Abstract

The utility model discloses a kind of food safety machines.The food safety machine includes supporting element, the upper cover for being set in supporting element one end, seal chamber is formed between upper cover and supporting element, water pump is provided in seal chamber, supporting element is far from being provided with electrode module on an end face of upper cover, be provided on supporting element priming hole and pump hole, priming hole be staggered electrode module setting, pump hole counter electrode module setting, be provided on water pump the aqueduct being connected to priming hole and with pump the water pumping pipe that is connected to of hole, be provided with diffusion component on supporting element.The utility model passes through setting water pump and the setting priming hole for pumping hole and the electrode module that is staggered setting corresponding with electrode module, so that the water that water pump will be far from electrode module is delivered to electrode module electrolysis, and the flow rate of non-electrolysis water and electrolysis water in purification tank is accelerated in the setting of diffusion component, the working efficiency of food safety machine electrolysis water is improved, use cost is reduced.

Description

A kind of food safety machine

Technical field

The utility model relates to food field of purification, particularly, are related to a kind of food safety machine.

Background technique

Food safety machine is used for the equipment purified to food such as veterinary antibiotics, meat etc., sets on food safety machine Be equipped with electrode module, entered in electrode module by the water in the purification tank of accommodating food, the electrode in electrode module to water into Row electrolysis generates electrolysis water, and electrolysis water is contacted with the food in purification tank again, thus by pesticide, hormone and virus etc. on food Substance is dissolved in electrolysis water, and then realizes the purification operation to food.However food safety machine is in use, purification tank The water not being electrolysed inside and the water after electrode module is electrolysed to exchange flow rate lower so that food safety electromechanics solution water speed Rate is slow, and working efficiency is low.

Utility model content

The technical problem to be solved by the utility model is to now being mentioned to overcome the above-mentioned problems in the prior art For a kind of higher food safety machine of electrolysis water rate.

The utility model solves its technical problem technical solution to be taken: a kind of food safety machine, the food Safe machine includes supporting element, the upper cover for being mounted on described supporting element one end and the bottom cover for being mounted on the supporting element other end, Seal chamber is formed between the upper cover and the supporting element, and accommodating chamber is formed between the bottom cover and the supporting element, it is described close Seal it is intracavitary be provided with water pump, electrode module is provided in the accommodating chamber, is provided with priming hole and water pumping on the supporting element Hole, the priming hole is staggered electrode module setting and to be connected to the accommodating chamber, and the water pumping hole corresponds to the electrode mould Block be arranged and be connected to the accommodating chamber, be provided on the water pump aqueduct being connected to the priming hole and with it is described The water pumping pipe of hole connection is pumped, is provided with diffusion component on the supporting element, the diffusion component includes multiple arranged in a crossed manner Support frame and support plate, support frame as described above include connecting rod and the extension rod that the connecting rod both ends are arranged in, the extension rod One end be connected in the connecting rod, the other end of the extension rod is connected on the supporting element, support plate installation In the connecting rod, the support plate corresponds to the water pumping hole setting, the every two adjacent extension rod and the support The space constituted between plate forms diffusion admittance.

Further, multiple electrolysis holes are arranged at intervals on the electrode module.

Further, filter screen is installed in the priming hole.

Further, the supporting element is arranged with bottom cover, the bottom cover and the supporting element far from one end of the upper cover Between space form accommodating chamber, the water pumping hole is connected with the accommodating chamber, and the electrode module is located at the accommodating chamber It is interior, the inlet opening for penetrating through the accommodating chamber is provided on the bottom cover.

Further, be provided with power module in the seal chamber, the water pump, the electrode module with the electricity Source module is electrically connected.

Further, the quantity of support frame as described above is two, and two support frames as described above are arranged in a crossed manner.

Further, the relatively described supporting element of the support plate is arranged in parallel.

Further, one end of the support plate towards the supporting element is provided with diversion trench.

The beneficial effects of the utility model are: food safety machine provided by the utility model, by setting water pump and Setting pumps hole and far from priming hole is arranged at electrode module on electrode module, so that water pump will be far from the water of electrode module It is delivered to electrode module electrolysis, and the flow rate of non-electrolysis water and electrolysis water in purification tank is accelerated in the setting of diffusion component, The working efficiency of food safety machine electrolysis water is improved, use cost is reduced.

Detailed description of the invention

The utility model is described in further detail with reference to the accompanying drawings and examples.

Fig. 1 is the perspective view of the food safety machine of the utility model；

Fig. 2 is the explosive view of food safety machine shown in Fig. 1；

Fig. 3 is the perspective view of the upper cover in food safety machine shown in Fig. 2；

Fig. 4 is another viewing angle constructions schematic diagram figure of upper cover shown in Fig. 3；

Fig. 5 is the top view of the supporting element in food safety machine shown in Fig. 2；

Fig. 6 is the perspective view of the bottom cover in food safety machine shown in Fig. 2；

Fig. 7 is the partial enlarged view in bottom cover shown in Fig. 6 at A；

Fig. 8 is the perspective view of the water pump in food safety machine shown in Fig. 2；

Fig. 9 is another viewing angle constructions schematic diagram of supporting element shown in Fig. 5；

Figure 10 is the structural schematic diagram that electrode module is omitted in supporting element shown in Fig. 9；

Figure 11 is the partial enlarged view at the B in supporting element shown in Figure 10；

Figure 12 is the mounting structure schematic diagram of cradle and supporting element in food safety machine shown in Fig. 2；

Figure 13 is the mounting structure schematic diagram of conductive component in cradle and supporting element shown in Figure 12；

Figure 14 is the structural schematic diagram of cradle in Figure 13；

Figure 15 is the cross-sectional view in cradle shown in Figure 13 and conductive component mounting structure schematic diagram along C-C；

Figure 16 is the mounting structure signal of the first electrode contact and second electrode contact in cradle shown in Figure 14 Figure；

Figure 17 is the bottom view of bottom cover shown in Fig. 6；

Figure 18 is the cross-sectional view of the pedestal in food safety machine shown in Fig. 2；

In figure: 10, safe machine ontology, 11, supporting element, 111, connectivity slot, 112, mounting cylinder, 113, limiting slot, 114, limit Position ring, 115, priming hole, 1151, filter screen, 116, water pumping hole, 12, power module, 13, electrode module, 131, electrolysis hole, 14, Water pump, 141, aqueduct, 142, water pumping pipe, 143, diffusion component, 144, support frame, 1441, connecting rod, 1442, extension rod, 1443, diffusion admittance, 145, support plate, 15, conductive component, the 151, first conducting ring, the 152, second conducting ring, 153, insulation Ring, 154, accommodation groove, 20, upper cover, the 21, first magnetic part, 22, connector, 221, mounting groove, 23, mounting ring, 30, bottom cover, 31, inlet opening, the 32, second magnetic part, 321, sliding slot, 322, limit plate, 33, fixing groove, 40, cradle, 41, conductive part, 42, Support division, 43, first electrode contact, 431, energization protrusion, 44, second electrode contact, 441, conductive bumps, 45, energization Hole, 46, conductive hole, 47, sealing cover, 50, pedestal, 51, accommodating groove, 511, groove, 52, support protrusion, 53, fixed link.

Specific embodiment

The utility model is described in detail presently in connection with attached drawing.This figure is simplified schematic diagram, only in a schematic way Illustrate the basic structure of the utility model, therefore it only shows composition related with the utility model.

Fig. 1 and Fig. 2 are please referred to, the utility model provides a kind of food safety machine, which includes safe machine Ontology 10, the upper cover 20 for being mounted on 10 opposite end of safe machine ontology and bottom cover 30, the cradle 40 being mounted in upper cover 20 with And it is mounted on the pedestal 50 on bottom cover 30, in use, the food safety machine is put into purification tank.

Safe machine ontology 10 includes supporting element 11, is mounted on the power module 12 of 11 upper end of supporting element and is mounted on supporting element The electrode module 13 of 11 lower ends, power module 12 and electrode module 13 are electrically connected.Specifically, the substantially disc-shaped knot of supporting element 11 Structure, upper cover 20 are in substantially lid-like, and upper cover 20 is removably set in the upper end of supporting element 11, so that upper cover 20 and supporting element A seal chamber (figure does not mark) is formed between 11, power module 12 is arranged in the seal chamber.Bottom cover 30 substantially has in upper end There is the disk-like structure of opening, bottom cover 30 is removably set in the lower end of supporting element 11, so that between bottom cover 30 and supporting element 11 Accommodating chamber (figure does not mark) is formed, electrode module 13 is arranged in the accommodating chamber.The multiple and receipts are provided on bottom cover 30 The inlet opening 31 of cavity connection, the water in purification tank are entered in the accommodating chamber by inlet opening 31,13 pairs of electrode module entrance Water in the accommodating chamber is electrolysed, and the water after electrolysis flows into the purification tank again by inlet opening 31, to purification tank Interior food is purified.It is to be appreciated that bottom cover 30 can also omit, purification tank in other unshowned embodiments Interior water is directly entered electrode module 13.

It is to be appreciated that the food safety machine that supporting element 11 and upper cover 20 and bottom cover 30 are formed can be cuboid shape, The shapes such as spherical shape or ellipsoid, in present embodiment, supporting element 11 be it is discoid, bottom cover 20 and upper cover 30 are half elliptic It is shelly-shaped, so that the food safety machine formed is ellipsoid, it is convenient for carrying.

Specifically, Fig. 3-Fig. 5 is please referred to, the surrounding of the lower end surface of upper cover 20 is evenly arranged with multiple first magnetic parts 21, The magnetism of two neighboring first magnetic part 21 is on the contrary, the surrounding of supporting element 11 offers multiple 11 upper surfaces of perforation supporting element under The connectivity slot 111 of end face, multiple first magnetic parts 21 are corresponded with multiple connectivity slots 111 respectively, each first magnetic part 21 The lower section of supporting element 11 is extended to after corresponding connectivity slot 111.The surrounding of the upper surface of bottom cover 30 is equably convexly equipped with more A second magnetic part 32, second magnetic part 32 is corresponding with first magnetic part 21, and two neighboring second magnetic part 32 magnetism is opposite.

Specifically, Fig. 4 to Fig. 7 is please referred to, the first magnetic part 21 is column magnetic block, and the second magnetic part 32 is that tubular is magnetic Block, the opposite sides of the second magnetic part 32 offer the sliding slot 321 being connected to inside bottom cover 30, are located at two on the second magnetic part 32 Part between a sliding slot 321 forms limit plate 322, and the first magnetic part 21 is connect with the second magnetic part 32 and the first magnetic part 21 Sliding slot 321 and circumferentially rotating along supporting element 11 can be passed through, limit plate 322 can prevent bottom cover 30 with respect to upper cover 20 along branch Support member 11 moves radially.

In use, upper cover 20 is inserted into the second magnetic part 32 after passing through supporting element 11 by the first magnetic part 21, the first magnetic Property 32 magnetic absorption of part 21 and the second magnetic part, so that upper cover 20 and bottom cover 30 is fixed.When needing to dismantle bottom cover 30 and upper cover When 20, bottom cover 30 is rotated relative to upper cover 20, so that the first magnetic part 21 mutually adsorbed is located remotely from each other with the second magnetic part 32, into And the suction-operated between the two is gradually weakened, meanwhile, between mutually exclusive the first magnetic part 21 and the second magnetic part 32 Repulsion effect gradually increase, be thus easy to separate bottom cover 30 and upper cover 20 because repulsion acts on, easy to operate, user Just.In present embodiment, the first magnetic part 21 and the second magnetic part 32 are magnet.

In addition, please referring to fig. 4 to fig. 6, Fig. 9 and Figure 10, the edge of the upper surface of supporting element 11 is along supporting element 11 It is convexly equipped with mounting cylinder 112 axially upwards, is axially downwardly convexly equipped with mounting ring 23, installation along upper cover 20 on the lower end surface of upper cover 20 Ring 23 is set in the outside of mounting cylinder 112.The edge of the lower end surface of supporting element 11 offers limit along the circumferential direction of supporting element 11 The upper surface of slot 113, bottom cover 30 to form restraining position ring block 114 along extending axially upward for bottom cover 30, and stop collar 114 is inserted into limiting slot In 113, as a result, by the matching relationship between mounting cylinder 112 and mounting ring 23 and limiting slot 113 and stop collar 114, promoted Connective stability between supporting element 11 and upper cover 20 and bottom cover 30, avoids between upper cover 20 and bottom cover 30 and supporting element 11 It moves radially.In addition, the first magnetic part 21 of upper cover 20 is connect after passing through supporting element 11 with bottom cover 30, further improve Connective stability between upper cover 20 and supporting element 11.

Referring to Fig. 2, in order to improve the working efficiency of food safety machine electrolysis water, so that the water in purification tank is as more as possible Contacted with electrode module 13, be provided in the seal chamber with power module 12 be electrically connected water pump 14.

Specifically, Fig. 5 and Fig. 8 are please referred to Figure 11, in order to increase the contact area of electrode module 13 Yu water, electrode mould Multiple electrolysis holes 131 are arranged at intervals on block 13.Priming hole 115 is offered on supporting element 11 and pumps hole 116, priming hole 115 The electrode module 13 that is staggered is arranged and is connected with the seal chamber and the accommodating chamber, pumps 116 counter electrode module 13 of hole It is arranged and is connected with the seal chamber and the accommodating chamber.Aqueduct 141 and water pumping pipe 142 are provided on water pump 14, Wherein, aqueduct 141 is connected to priming hole 115, and water pumping pipe 142 is connected to hole 116 is pumped, and starts water pump 14, water pump 14 The water in purification tank can be introduced in water pump 14 via aqueduct 141 and then be delivered to via water pumping pipe 142 by water described Contact water with electrode module 13, electrode module 13 electrolyzes the water.

In addition, being equipped with filter screen 1151 in priming hole 115, filter screen 1151 can be miscellaneous by the larger particles retained in water Matter filtering is removed, and prevents the impurity in water from entering in water pump 14, influences the normal operation of water pump 14.

Pass through the diffusion area after pumping hole 116 to increase the water in water pumping pipe 142, is set on the lower end surface of supporting element 11 It is equipped with diffusion component 143.

Specifically, diffusion component 143 includes that multiple support frames 144 arranged in a crossed manner and setting are pushed up in multiple support frames 144 The upper support plate 145 in portion.The substantially u-shaped structure of support frame 144, each support frame 144 include that connecting rod 1441 and setting exist The extension rod 1442 at 1441 both ends of connecting rod, one end of extension rod 1442 are connected in connecting rod 1441, extension rod 1442 it is another One end is connected on supporting element 11, and support plate 145 is mounted in connecting rod 1441 and relative support 11 is arranged in parallel, support plate The setting of 145 respective pump water holes 116.The space constituted between every two adjacent extension rod 1442 and support plate 145 forms diffusion Channel 1443, diffusion admittance 1443 are connected with the accommodating chamber, and the water in water pumping pipe 142 passes through after being delivered to water pumping hole 116 Multiple diffusion admittances 1443 diffuse in electrode module 13.

In present embodiment, the quantity of support frame as described above 144 is two, forms four diffusion admittances 1443.Support plate 145 It is provided with diversion trench (not shown go out) towards one end of supporting element 11, it is convenient to be spread via the water pumped at hole 116.

Figure 12 to Figure 16 is please referred to, conductive group be electrically connected with power module 12 is provided on the upper surface of supporting element 11 Part 15, conductive component 15 include that the first conducting ring 151 for being from top to bottom sequentially overlapped setting, dead ring 153 and second are conductive Ring 152, the first conducting ring 151 and the second conducting ring 152 and dead ring 153 are the hollow circular ring shape structure of both ends perforation, Accommodation groove 154 is collectively formed in the inner cavity of first conducting ring 151, the second conducting ring 152 and dead ring 153.Second conducting ring 152 It is electrically connected with one in 151 the two of the first conducting ring with an electrode in power module 12, the second conducting ring 152 and the Another in one conducting ring, 151 the two is electrically connected with another electrode in power module 12.

Fig. 3 and Fig. 4 are please referred to, the center at 20 top of upper cover is formed with connector 22 along extending axially downward for upper cover 20, Mounting groove 221 is provided on connector 22, the upper and lower end face of 221 Feed-through 22 of mounting groove, the bottom of connector 22 is arranged In the outside of conductive component 15, so that the axis of accommodation groove 154 and the axis of mounting groove 221 coincide.

Figure 12 to Figure 16 is please referred to, cradle 40 is detachably inserted in accommodation groove 154 by mounting groove 221, is charged Seat 40 includes conductive part 41 interconnected and support division 42, and conductive part 41 is plugged in the accommodation groove 154 of conductive component 15, supports It holds portion 42 to support in the upper end of the mounting groove 221 of connector 22, so that forming sealing knot between support division 42 and mounting groove 221 Structure, further such that conductive part 41 is in confined space.In present embodiment, the two sides of support division 42 are arcuate structure, are made Obtain better tightness between support division 42 and the cell wall of mounting groove 221, it is possible to understand that ground, in other unshowned embodiments In, the two sides of support division 42 can also be linear structure.

It is hollow structure inside cradle 40, cradle 40 is internally provided with two first electrode contacts being staggeredly placed 43 and second electrode contact 44, first electrode contact 43 and the first conducting ring 151 are electrically connected, second electrode contact 44 It is electrically connected with the second conducting ring 152.

Specifically, energization hole 45, the space between two energization holes 45 are provided on the wall surface of 41 opposite sides of conductive part It is formed charge tunnel (figure does not mark), is additionally provided with conductive hole 46, two conductive holes 46 on the wall surface of 41 opposite sides of conductive part Between space form conductive channel (figure do not mark), the charge tunnel and the conductive channel are staggered.

Specifically, first electrode contact 43 is U-shaped structure and first electrode contact 43 is elastic component, and first electrode connects Contact element 43 is located at the opposite sides at the charge tunnel and is bent to form two energization protrusions to the direction mutually deviated from respectively 431, two energization protrusions 431 are corresponding with two energization holes 45 respectively, after each energization protrusion 431 passes through corresponding energization hole 45 Extend to the outside of conductive part 41；Second electrode contact 44 is U-shaped structure and second electrode contact 44 is elastic component, second The opposite sides that electrode contact 44 is located at the conductive channel is bent to form two conductions to the direction mutually deviated from respectively Protrusion 441, two conductive bumps 441 extend to the outside of conductive part 41 after corresponding conductive hole 46, and be powered protrusion 431 Above conductive bumps 441.

In use, two energization protrusions 431 are flexibly supported in the first conducting ring when cradle 40 is inserted into accommodation groove 154 On 151 inner wall, so that first electrode contact 43 and the first conducting ring 151 are electrically connected, two 441 elasticity of conductive bumps are supported It holds on the inner wall of the second conducting ring 152, so that second electrode contact 44 and the second conducting ring 152 are electrically connected, and first The connection structure between conductive component 15 is firm respectively for electrode contact 43 and second electrode contact 44.It is to be appreciated that In other unshowned embodiments, the quantity of the protrusion 431 that is powered and conductive bumps 441 can also be one.

In addition, the charging electrode (not shown go out) that can be electrically connected with extraneous power outlet is provided on cradle 40, the One electrode contact 43 and second electrode contact 44 are electrically connected with the charging electrode.It is removably covered on cradle 40 Equipped with the sealing cover 47 for sealing the cradle 40, when using the food safety machine, the setting of sealing cover 47 can effectively be kept away Exempt from 40 inner inlet of cradle and causes short circuit.

Fig. 2, Figure 17 and Figure 18 are please referred to, pedestal 50 is substantially in the form of annular discs, and the upper surface recess of pedestal 50 is formed with receipts It receives slot 51, multiple support protrusions 52 is convexly equipped on the excircle of pedestal 50, support protrusion 52 and the lower surface of bottom cover 30 offset, So that forming a diversion gap (not shown go out) between the upper surface of pedestal 50 and the lower surface of bottom cover 30.Work as food safety Machine use finishes when taking out out of purification tank, and remaining moisture is flowed by inlet opening 31 in the accommodating chamber of food safety machine On the lower surface of bottom cover 30, due to the presence in the diversion gap, so that the water of the lower surface of bottom cover 30 is along under bottom cover 30 Surface flow, and then be dropped in the accommodating groove 51 of pedestal 50, outside is flow to so as to avoid water.

The upper end of accommodating groove 51 downwards concave shape at having the first annular groove 511, the second annular groove 512 and third annular groove 513, First annular groove 511, the second annular groove 512 and third annular groove 513 are set gradually along the direction for the central axes for moving closer to pedestal 50, Second annular groove 512 is connected smoothly with the first annular groove 511 and third annular groove 513, wherein the groove depth of the second annular groove 512 is big In the first annular groove 511 groove depth and be less than the groove depth of third annular groove 513 so that drippage water on base 50 is preferentially stored in the In three annular grooves 513, next is stored in the second annular groove 512, is finally just stored in the first annular groove 511, is avoided in bottom cover 30 Water overflows.

In present embodiment, the center of pedestal 50 is convexly equipped with fixed link 53, and fixed link 53 is screw rod, the central fovea of bottom cover 30 It falls into and is formed with fixing groove 33, fixed link 53, which is connected through a screw thread, to be fixed in fixing groove 33.It is to be appreciated that being not shown other Embodiment in, can also be on the cell wall of fixing groove 33 that recess is formed with caulking groove (not shown go out), fixed link 53 is convex Equipped with being capable of elastic spacing protrusion (not shown go out) of the inlay card in the caulking groove.

Illustrate the installation and use process of the food safety machine of the utility model with reference to the accompanying drawing.

When installation, the first magnetic part 21 in upper cover 20 is passed through and is extended to after corresponding connectivity slot 111 on supporting element 11 The lower section of supporting element 11, by 32 magnetic absorption of the second magnetic part bottom cover 30 and bottom cover 30 on corresponding first magnetic part 21 It fixes, then pedestal 50 is mounted on the bottom of bottom cover 30, the food safety machine installs.

In use, starting the food safety machine, then the food safety machine is put into purification tank, in purification tank Water is entered in the accommodating chamber by inlet opening 31, and 13 pairs of the electrode module water flowed on electrode module 13 are electrolysed, electrode Water after module 13 is electrolysed flows into the purification tank again by inlet opening 31, meanwhile, water pump 14 will be far from electrode module The water in 13 regions is delivered on the electrode module 13 for being located at and pumping near hole 116 by aqueduct 141 and water pumping pipe 142, electrode Module 13 is electrolysed the part water, and the water after electrolysis is flowed into the purification tank by inlet opening 31.

The food safety machine of the utility model passes through setting water pump 14 and setting water pumping corresponding with electrode module 13 The priming hole 115 in hole 116 and the setting of electrode module 13 that is staggered, so that the water that water pump 14 will be far from electrode module 13 is delivered to electricity Pole module 13 is electrolysed, and the flow rate of non-electrolysis water and electrolysis water in purification tank is accelerated in the setting of diffusion component 143, improves The working efficiency of food safety machine electrolysis water reduces use cost.

It is enlightenment, through the above description, relevant work with the above-mentioned desirable embodiment according to the utility model Personnel can carry out various changes and amendments in without departing from the scope of the utility model completely.This item utility model Technical scope is not limited to the contents of the specification, it is necessary to which the technical scope thereof is determined according to the scope of the claim.

Claims (8)

1. a kind of food safety machine, it is characterised in that: it includes supporting element, the upper cover and peace for being mounted on described supporting element one end Mounted in the bottom cover of the supporting element other end, form seal chamber between the upper cover and the supporting element, the bottom cover with it is described Accommodating chamber is formed between supporting element, water pump is provided in the seal chamber, and electrode module is provided in the accommodating chamber, it is described It is provided with priming hole on supporting element and pumps hole, the priming hole is staggered electrode module setting and to be connected with the accommodating chamber Logical, the waters pumping hole corresponds to the electrode module and is arranged and is connected to the accommodating chamber, be provided on the water pump with it is described The aqueduct of priming hole connection and with the water pumping pipe that is connected to of the water pumping hole, be provided with diffusion component on the supporting element, institute Stating diffusion component includes multiple support frames arranged in a crossed manner and support plate, and support frame as described above includes connecting rod and is arranged in the company The extension rod at extension bar both ends, one end of the extension rod are connected in the connecting rod, and the other end of the extension rod is connected to On the supporting element, the support plate is mounted in the connecting rod, and the support plate corresponds to the water pumping hole setting, every two The space constituted between the adjacent extension rod and the support plate forms diffusion admittance.

2. food safety machine as described in claim 1, it is characterised in that: be arranged at intervals with multiple electrolysis on the electrode module Hole.

3. food safety machine as described in claim 1, it is characterised in that: be equipped with filter screen in the priming hole.

4. food safety machine as described in claim 1, it is characterised in that: the supporting element is arranged far from one end of the upper cover There is bottom cover, the space between the bottom cover and the supporting element forms accommodating chamber, and the water pumping hole is connected with the accommodating chamber, The electrode module is located in the accommodating chamber, and the inlet opening for penetrating through the accommodating chamber is provided on the bottom cover.

5. food safety machine as described in claim 1, it is characterised in that: power module is provided in the seal chamber, it is described Water pump, the electrode module are electrically connected with the power module.

6. food safety machine as described in claim 1, it is characterised in that: the quantity of support frame as described above is two, described in two Support frame is arranged in a crossed manner.

7. food safety machine as described in claim 1, it is characterised in that: the relatively described supporting element of the support plate is set in parallel It sets.

8. food safety machine as described in claim 1, it is characterised in that: one end of the support plate towards the supporting element is set It is equipped with diversion trench.