CN109884329A - A kind of food efficient detection equipment - Google Patents
A kind of food efficient detection equipment Download PDFInfo
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- CN109884329A CN109884329A CN201910200505.5A CN201910200505A CN109884329A CN 109884329 A CN109884329 A CN 109884329A CN 201910200505 A CN201910200505 A CN 201910200505A CN 109884329 A CN109884329 A CN 109884329A
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Abstract
The present invention relates to a kind of food efficient detection equipment, it includes rack, transport mechanism in rack, the feeding-discharging mechanism that sample in transport mechanism is transmitted, the storing mechanism that the testing agency detected to sample and the sample completed to testing agency are stored, the top of the transport mechanism is equipped with the supporting plate for holding sample, there are two and set on the two sides of transport mechanism altogether for the feeding-discharging mechanism, the feeding-discharging mechanism includes the feeding assembly being sent to lifting assembly and drive supporting plate that supporting plate is held up in testing agency, the feeding assembly includes connecting plate, driving motor set on connecting plate side, the transmission component being connected with driving motor, the multiple drive rods being rotationally connected on connecting plate and the feed wheel being fixedly arranged on drive rod, multiple drive rod sustained height settings, the transmission component being capable of band Dynamic drive rod is rotated.The present invention has the effect of rapidly and efficiently feeding sample.
Description
Technical field
The present invention relates to the technical fields of food inspection, more particularly, to a kind of food efficient detection equipment.
Background technique
With advances in technology and develop, requirement is proposed to the safety of food, with the frequency of Safety of Food Quality accident
Hair, food safety become hot spot concerned by people.
In the prior art, the Authorization Notice No. that can refer to is the Chinese patent of CN106290753B, and it discloses a kind of inspections
The higher food safety detection equipment of accuracy rate is surveyed, the equipment includes: the first cylinder, monitor station, the first cylinder right end and inspection
Scaffold tower connection, the first cylinder is interior to be equipped with suction structure and transmission structure, and the suction structure includes: annulus, N number of suction nozzle, N number of gas
Pipe, aspiration pump, the transmission structure include: transmission belt, the first roller, second tin roller, first motor, are set in the middle part of the monitor station
There is vertical clapboard, the vertical clapboard, which will test, is divided into locker room and sensing chamber in platform, the storage chamber lower surface is netted knot
Structure, the locker room lower end are connected with storage bag；The detection is indoor to be equipped with monitor station, realizes equipment design rationally, is convenient for
Food-safe carry out on-site test, detection efficiency and the higher technical effect of accuracy rate.
Although prior art among the above has the following deficiencies: the automatic inspection that can be realized in the prior art to sample
It surveys, but sample is sent in the first cylinder by the way of tracheae sucking when its detection, it is heavier in conveying meat, fruits and vegetables etc.
Sample when, it is more slow when being sucked the sample by gas, to affect the efficiency of sample detection.
Summary of the invention
The object of the present invention is to provide the food efficient detection equipment that a kind of pair of sample is rapidly and efficiently fed.
Foregoing invention purpose of the invention has the technical scheme that
A kind of food efficient detection equipment, transport mechanism including rack, in rack, set on one end of transport mechanism and right
Feeding-discharging mechanism that sample in transport mechanism is transmitted, the detection detected between feeding-discharging mechanism and to sample
The storing mechanism that mechanism and side set on testing agency far from transport mechanism and the sample completed to testing agency are stored,
The top of the transport mechanism is equipped with the supporting plate for holding sample, and there are two and set on conveyers altogether for the feeding-discharging mechanism
The two sides of structure, the feeding-discharging mechanism include that lifting assembly and drive supporting plate that supporting plate is held up are sent in testing agency
Feeding assembly, the feeding assembly include connecting plate, the driving motor set on connecting plate side, the transmission that is connected with driving motor
Component, the multiple drive rods being rotationally connected on connecting plate and the feed wheel being fixedly arranged on drive rod, multiple same height of drive rod
Degree setting, the transmission component are set between driving motor and drive rod and are able to drive drive rod and rotated.
By using above-mentioned technical proposal, when detecting to sample, sample is deposited on supporting plate, and by supporting plate
It is placed on transmission device, transmission device drives supporting plate to be fed forward, and is transported to the other side from one side, lifting assembly works simultaneously
Feeding assembly is driven to be lifted up, feed wheel holds up supporting plate, and driving motor, which works and passes through transmission component, drives feed wheel
Rotation drives supporting plate to be conveyed to the side of testing agency, and food detects in testing agency, then feeding-discharging mechanism
Supporting plate is sent out, and is sent to storing mechanism for sample storage, charging is convenient, and can be realized to the automatic of sample
Detection.
The present invention is further arranged to: the transmission component includes the first pulley being fixedly arranged on driving motor, rotation company
The connecting rod that is connected in connecting plate, the second belt wheel being fixedly arranged in connecting rod, be connected in first pulley and the second belt wheel the
One belt and the connection component between connecting rod and drive rod.
By using above-mentioned technical proposal, driving motor work, and first pulley is driven to rotate, first pulley passes through first
Belt drives the rotation of the second belt wheel, to realize the rotation of connecting rod, connecting rod realizes turning for drive rod by connection component again
It is dynamic.
The present invention is further arranged to: the connection component includes the first fifth wheel being fixedly arranged in connecting rod, is fixedly arranged on
The second fifth wheel on drive rod and the second belt being connected on the first fifth wheel and the second fifth wheel.
By using above-mentioned technical proposal, when connecting rod is rotated under the drive of driving motor, first is driven
Fifth wheel rotation, then the first fifth wheel by the second belt drive the second fifth wheel rotated, and then drive drive rod into
Row rotation, simple and stable.
The present invention is further arranged to: multiple connecting rods are arc-shaped on connecting plate to be distributed and along in connecting plate
Portion is symmetrical arranged, and the height of multiple connecting rods is successively reduced from the middle part of connecting plate to two sides.
By using above-mentioned technical proposal, for the first belt in rotation, multiple arc-shaped distributions of connecting rod guarantee the first skin
Band can be in close contact with each first pulley.
The present invention is further arranged to: the lifting assembly includes the lifting cylinder being set to below connecting plate, is fixedly arranged on liter
Support plate and sliding on sending down abnormally ascending cylinder piston rod are connected to the guide post of support plate two sides, and the guide post is fixedly connected with rack.
By using above-mentioned technical proposal, the piston rod of lifting cylinder is upheld, and drives support plate to move up, to will hold
Supporting plate is held up, and on the supporting plate during lower movement, guide post slides to play the role of guiding to support plate in rack.
The present invention is further arranged to: the testing agency includes monitor station, the workbench for being fixedly arranged on monitor station bottom, consolidates
Injection cylinder at the top of monitor station, the injection box below monitor station, the injection being connected with the piston rod of injection cylinder
Plate and multiple droppers set on injection box bottom are equipped with piston boit, the upper end of the piston boit and note in each dropper
Plate is penetrated to be fixedly connected.
By using above-mentioned technical proposal, supporting plate is sent on workbench by feeding-discharging mechanism, the piston of injection cylinder
Bar is upheld, and injection plate slide downward in injection box is driven, and pushes piston to release the detection liquid in dropper, and drip to sample
On detected, convenience and high-efficiency.
The present invention is further arranged to: it is connected with inlet tube on the side wall of the injection box, the inlet tube and dropper
Connecting tube is connected between bottom, the connecting tube is equipped with check valve close to one end of dropper.
By using above-mentioned technical proposal, the piston rod of injection cylinder is shunk, and drives piston boit to move up, the inspection in inlet tube
Surveying liquid can be entered in dropper by check valve, and then the piston rod of injection cylinder is upheld, and the detection liquid in dropper is driven to push away
Out, without human intervention, convenient and efficient.
The present invention is further arranged to: being installed with multiple positioning sleeves on the supporting plate, is opened up in the positioning sleeve useful
In the food groove for accommodating sample.
By using above-mentioned technical proposal, by sample by manually putting in the food groove on supporting plate, the position of sample
Fixation is set, such dropper will not drip askew when dripping test fluid.
The present invention is further arranged to: the storing mechanism includes the collecting box for being set to bottom of the frame, is set in rack simultaneously
Overturning component right above collecting box and the clamping component on overturning component, the overturning component include being fixedly arranged on machine
Power motor, the rotating bar being rotatably connected in rack on frame and the returning face plate being fixedly arranged in rotating bar, the feeding-discharging machine
Structure is able to drive supporting plate and is moved on returning face plate.
By using above-mentioned technical proposal, after sample detection is completed, supporting plate is sent on returning face plate by feeding-discharging mechanism,
Then support board clamping, power motor are worked and rotating bar are driven to rotate by clamping component, and rotating bar drives supporting plate overturning, sample
Product by gravity fall on lower section collecting box in, returning face plate turns over turn around after, supporting plate backs on returning face plate, clamp
Component unclamps supporting plate, then takes out supporting plate, to carry out detection next time.
The present invention is further arranged to: the clamping component shares two groups and is set to the two sides of returning face plate, the clamping group
Part includes the clamping cylinder being fixedly arranged on returning face plate and the clamping plate that is fixedly arranged on clamping cylinder piston rod, the clamping cylinder with
Returning face plate is arranged in the same direction.
By using above-mentioned technical proposal, supporting plate is put into after returning face plate, and the piston rod of clamping cylinder is upheld, and drives folder
The side wall of tight plate towards supporting plate is mobile, and the clamping plate of two sides is close to the two sides of supporting plate respectively can be by support board clamping；
The piston rod of clamping cylinder is shunk, and clamping plate is separated with supporting plate to separate clamping plate, simple and convenient.
In conclusion advantageous effects of the invention are as follows:
1. the present invention by be arranged transport mechanism, feeding-discharging mechanism, testing agency and storing mechanism to sample stablized into
The automatic detection of sample, stability and high efficiency are realized while material；
2. the present invention drives feed wheel rotation, simple and stable by the cooperation of first pulley and the second belt wheel；
3. the present invention by by connecting rod in the arc-shaped distribution in the side of connecting plate to guarantee the first conveyer belt with each second
Belt wheel can be close to.
Detailed description of the invention
Fig. 1 is overall structure diagram of the invention.
Fig. 2 is the structural schematic diagram that the present invention highlights feeding-discharging mechanism positional relationship.
Fig. 3 is feeding-discharging mechanism structural schematic diagram of the present invention.
Fig. 4 is the partial schematic sectional view of testing agency of the present invention.
Fig. 5 is the structural schematic diagram of storing mechanism of the present invention.
In figure, 1, rack；2, transport mechanism；21, supporting plate；221, positioning sleeve；22, food groove；3, feeding-discharging mechanism；
31, lifting assembly；311, lifting cylinder；312, support plate；313, guide post；32, feeding assembly；321, connecting plate；322, it drives
Motor；323, transmission component；3231, first pulley；3232, connecting rod；3233, the second belt wheel；3234, the first belt；3235,
First fifth wheel；3236, the second fifth wheel；3237, the second belt；324, drive rod；325, feed wheel；4, testing agency；41,
Monitor station；42, workbench；43, injection cylinder；44, injection box；441, link slot；442, inlet tube；443, connecting tube；444,
Check valve；45, injection plate；46, dropper；461, piston boit；5, storing mechanism；51, collecting box；52, component is overturn；521, power
Motor；522, rotating bar；523, returning face plate；53, clamping component；531, clamping cylinder；532, clamping plate.
Specific embodiment
Below in conjunction with attached drawing, invention is further described in detail.
As shown in Figure 1, being a kind of food efficient detection equipment disclosed by the invention, including rack 1, transport mechanism 2, disengaging
Expect mechanism 3, testing agency 4 and storing mechanism 5.Rack 1 is horizontally disposed and is placed on the ground, transport mechanism 2 include motor,
Conveyer belt and roller drive conveyer belt rotation by the cooperation of motor and roller, realize feeding, which is the prior art,
This is repeated no more, and conveyer belt is equipped with the supporting plate 21 for holding sample, is installed with multiple positioning sleeves on the supporting plate 21
221(refers to Fig. 2), the food groove 22(for accommodating sample is offered in each positioning sleeve 221 with reference to Fig. 3), multiple samples
It is individually placed in multiple food grooves 22, and then facilitates the detection of sample.
As shown in Figures 2 and 3, feeding-discharging mechanism 3(refers to Fig. 1) it shares two groups and is respectively arranged on the two sides of transport mechanism 2,
The total length of feeding-discharging mechanism 3 is greater than the total length of testing agency 4, and one end of feeding-discharging mechanism 3 extend into the two of transport mechanism 2
Side, the other end extend into the two sides of storing mechanism 5, and feeding-discharging mechanism 3 includes lifting assembly 31 and feeding assembly 32, lifting assembly
31 include lifting cylinder 311, support plate 312 and guide post 313.Lifting cylinder 311 is vertically arranged and is installed in the bottom of rack 1
Portion, support plate 312 is horizontally disposed and is fixedly connected with the piston rod of lifting cylinder 311, and guide post 313 is vertically arranged and the company of sliding
The two sides of support plate 312 are connected to, and the lower part of guide post 313 is fixedly connected with rack 1.The piston rod of lifting cylinder 311 is upheld,
Support plate 312 is driven to move up, so that supporting plate 21 is held up, during support plate 312 moves up and down, guide post 313
Be followed by lifting set sail 311 piston rod in rack 1 vertical sliding to playing the role of guiding to support plate 312.
Feeding assembly 32 includes connecting plate 321, driving motor 322, transmission component 323, drive rod 324 and feed wheel 325.
Connecting plate 321 is vertically arranged and is installed in support plate 312, and driving motor 322 is horizontally disposed and is installed in support plate 312
On, transmission component 323 includes first pulley 3231, connecting rod 3232, the second belt wheel 3233, the connection of the first belt 3234, first
Take turns the 3235, second fifth wheel 3236 and the second belt 3237.First pulley 3231 is vertically arranged and turn with driving motor 322
Axis is fixedly connected, and connecting rod 3232 is horizontally disposed and one end is rotatably connected in connecting plate 321, and connecting rod 3232 is shared more
A and along the arc-shaped distribution in the side of connecting plate 321, multiple connecting rods 3232 are symmetrical arranged along the middle part of connecting plate 321,
And connecting rod 3232 is gradually decreased from the middle part of connecting plate 321 to two side positions, and the second belt wheel 3233 is vertically arranged and turns
Dynamic to be connected to side of the connecting rod 3232 far from connecting plate 321, the first belt 3234 is connected to first pulley 3231 and the second band
On wheel 3233.
Connecting plate 321 is vertically arranged and is installed in support plate 312, and drive rod 324 is rotationally connected with connecting plate 321
Top, drive rod 324 share surface that is multiple and being respectively arranged on multiple connecting rods 3232, and the second fifth wheel 3236 is vertically arranged
And it is coaxially fixed on drive rod 324, feed wheel 325 is shared multiple and is coaxially fixed on drive rod 324 respectively, feed wheel
325 and second belt wheel 3233 be located at the second fifth wheel 3236 and first one end of fifth wheel 3235 far from connecting plate 321,
Two belts 3237 are connected on the first fifth wheel 3235 and the second fifth wheel 3236, and the two of transport mechanism 2 and storing mechanism 5
Side is distributed with feed wheel 325.
Driving motor 322 works, and first pulley 3231 is driven to rotate, and first pulley 3231 passes through 3234 band of the first belt
Dynamic second belt wheel 3233 rotation, to realize the rotation of connecting rod 3232, connecting rod 3232 drives the rotation of the first fifth wheel 3235,
Then the first fifth wheel 3235 drives the second fifth wheel 3236 to be rotated by the second belt 3237, and then drives drive rod
324 are rotated, and when supporting plate 21 is transported to the one end of transport mechanism 2 close to testing agency 4, lifting assembly 31 drives charging
Component 32 rises, and rises to the feed wheel 325 close to 2 side of transport mechanism and is affixed with supporting plate 21, drive rod 324 drives charging
Supporting plate 21 is sent in testing agency 4 by wheel 325, realizes feeding.First belt 3234 is in rotation, multiple connecting rods 3232
Arc-shaped distribution guarantees that the first belt 3234 can be in close contact with each first pulley 3231.
As shown in Figure 1 and Figure 4, testing agency 4 includes monitor station 41, workbench 42, injection cylinder 43, injection box 44, note
Penetrate plate 45 and dropper 46.Monitor station 41 is horizontally disposed and is installed in rack 1, and workbench 42 is horizontally disposed and is installed in inspection
The bottom of scaffold tower 41, injection cylinder 43 is horizontally disposed and is fixedly arranged on the top of monitor station 41, and injection box 44 is set to injection cylinder
Between 43 and workbench 42, injection box 44 offers link slot 441 in rectangle and upper part, and injection plate 45 is set to link slot
In 441 and upper part is fixedly connected with the piston rod of injection cylinder 43, the side wall of injection plate 45 and the inner sidewall of injection box 44
It is affixed.
Dropper 46 shares lower section that is multiple and being fixedly arranged on injection box 44, and the inside of dropper 46 is equipped with the piston boit being vertically arranged
461, the top of each piston boit 461 is fixedly connected with injection plate 45.The outer surface of injection box 44 is connected with inlet tube 442,
Connecting tube 443 is respectively connected between inlet tube 442 and the bottom of each dropper 46, one end of close dropper 46 in connecting tube 443
Equipped with check valve 444, the exit of each dropper 46 be again provided with check valve 444 and with the check valve 444 in connecting tube 443
It is oppositely arranged.
The piston rod of injection cylinder 43 is shunk, and piston boit 461 is driven to move up, and the check valve 444 in connecting tube 443 is opened,
Check valve 444 on dropper 46 is in close state, and the detection liquid in inlet tube 442 can be by unidirectional in connecting tube 443
Valve 444 enters in dropper 46, and the check valve 444 of 46 lower part of dropper blocks dropper 46 and to form closed sky inside dropper 46
Chamber；Then the piston rod of injection cylinder 43 is upheld, and the check valve 444 in connecting tube 443 is closed at this time, the check valve on dropper 46
444 is in the open state, and connecting tube 443 is in closed state and goes out without having detection liquid stream, and detection liquid can going out from dropper 46
It is released at mouthful, it is without human intervention, convenient and efficient.After supporting plate 21 is sent on workbench 42 by feeding-discharging mechanism 3, injection
The piston rod of cylinder 43 is upheld, and drives the slide downward in injection box 44 of injection plate 45, and push piston by the inspection in dropper 46
It surveys liquid to release, and drips on sample and detected.
As shown in Figure 1 and Figure 5, storing mechanism 5 includes collecting box 51, overturning component 52 and clamping component 53.Collecting box 51
It is horizontally disposed with and is placed on the ground, overturning component 52 includes power motor 521, rotating bar 522 and returning face plate 523.Power
Motor 521 is horizontally disposed and is installed in rack 1, and rotating bar 522 is horizontally disposed and is rotatably connected in rack 1, rotates
One end of bar 522 is fixedly connected with the shaft of power motor 521, and returning face plate 523 is in rectangle and is installed in rotating bar 522.
Clamping component 53 shares two groups and is respectively arranged on the two sides of returning face plate 523, and clamping component 53 includes clamping cylinder 531 and clamping plate
532.Clamping cylinder 531 is horizontally disposed and is installed on returning face plate 523, and clamping plate 532 is vertically arranged and one side and folder
The piston rod of tight cylinder 531 is fixedly connected, and after food detects completion on supporting plate 21, supporting plate 21 is by feeding-discharging mechanism
3 are transported on returning face plate 523, and then clamping plate 532 can be affixed under the drive of clamping cylinder with the side wall of supporting plate 21.
After supporting plate 21 is sent on returning face plate 523 by feeding-discharging mechanism 3, the piston rod of clamping cylinder 531 is upheld, and is driven
The side wall of clamping plate 532 towards supporting plate 21 moves, and the clamping plate 532 of two sides is close to incite somebody to action respectively with the two sides of supporting plate 21
Supporting plate 21 clamps；Power motor 521 works and rotating bar 522 is driven to rotate, and rotating bar 522 drives supporting plate 21 to overturn, sample
Product by gravity fall on lower section collecting box 51 in, returning face plate 523 turns over turn around after, supporting plate 21 backs within returning face plate
On 523, the piston rod of clamping cylinder 531 is shunk, and clamping plate 532 is separated with supporting plate 21 to separate clamping plate 532.
The implementation principle of the present embodiment are as follows: when detecting to sample, sample is deposited on supporting plate 21, and by support
Plate 21 is placed in transport mechanism 2, and transport mechanism 2 drives supporting plate 21 to be fed forward, and is transported to the other end, lifting group from one end
Part 31 works and feeding assembly 32 is driven to be lifted up, and feed wheel 325 is moved to the position being affixed with the bottom of supporting plate 21 simultaneously
Supporting plate 21 is held up, then driving motor 322 works and drives feed wheel 325 to rotate by transmission component 323, drives support
Plate 21 is conveyed to the side of testing agency 4, and food detects in testing agency 4, after food inspection completion, then
Feeding-discharging mechanism 3 again holds up supporting plate 21, and is sent to storing mechanism 5 for sample storage, and charging is convenient, and energy
Enough automatic detections realized to sample.
The embodiment of present embodiment is presently preferred embodiments of the present invention, not limits protection of the invention according to this
Range, therefore: the equivalence changes that all structures under this invention, shape, principle are done, should all be covered by protection scope of the present invention it
It is interior.
Claims (10)
1. a kind of food efficient detection equipment, it is characterised in that: including rack (1), be set to rack (1) on transport mechanism (2),
Set on transport mechanism (2) one end and the sample on transport mechanism (2) is transmitted feeding-discharging mechanism (3), be set to disengaging
The testing agency (4) detected between material mechanism (3) and to sample and testing agency (4) are set to far from transport mechanism (2)
The storing mechanism (5) that side and the sample completed to testing agency (4) are stored, the top of the transport mechanism (2) is equipped with
For holding the supporting plate (21) of sample, the feeding-discharging mechanism (3) is total to there are two and is set to the two sides of transport mechanism (2), institute
Stating feeding-discharging mechanism (3) includes set on transport mechanism (2), testing agency (4) and storing mechanism (5) two sides and can be by supporting plate
(21) hold up lifting assembly (31) and be set to lifting assembly (31) top and drive supporting plate (21) to be sent to testing agency (4)
Interior feeding assembly (32), the feeding assembly (32) include connecting plate (321), the driving electricity for being set to connecting plate (321) side
Machine (322), the transmission component (323) being connected with driving motor (322), the multiple drivings being rotationally connected on connecting plate (321)
Bar (324) and the feed wheel (325) being fixedly arranged on drive rod (324), multiple drive rod (324) sustained height settings, the biography
Dynamic component (323) are set between driving motor (322) and drive rod (324) and are able to drive drive rod (324) and rotated.
2. a kind of food efficient detection equipment according to claim 1, it is characterised in that: transmission component (323) packet
Include the first pulley (3231) being fixedly arranged on driving motor (322), the connecting rod being rotationally connected in connecting plate (321)
(3232), the second belt wheel (3233) for being fixedly arranged on connecting rod (3232) is connected to first pulley (3231) and the second belt wheel
(3233) the first belt (3234) on and the connection component being set between connecting rod (3232) and drive rod (324).
3. a kind of food efficient detection equipment according to claim 2, it is characterised in that: the connection component includes fixed
In the first fifth wheel (3235), the second fifth wheel (3236) for being fixedly arranged on drive rod (324) and even on connecting rod (3232)
The second belt (3237) being connected on the first fifth wheel (3235) and the second fifth wheel (3236).
4. a kind of food efficient detection equipment according to claim 2, it is characterised in that: multiple connecting rods (3232)
It is arc-shaped on connecting plate (321) to be distributed and be symmetrical arranged along the middle part of connecting plate (321), and multiple connecting rods (3232)
Height successively reduced from the middle part of connecting plate (321) to two sides.
5. a kind of food efficient detection equipment according to claim 1, it is characterised in that: the lifting assembly (31) includes
Lifting cylinder (311) below connecting plate (321), the support plate (312) being fixedly arranged on lifting cylinder (311) piston rod and
Sliding is connected to the guide post (313) of support plate (312) two sides, and the guide post (313) is fixedly connected with rack (1).
6. a kind of food efficient detection equipment according to claim 1, it is characterised in that: the testing agency (4) includes
Monitor station (41), the workbench (42) for being fixedly arranged on monitor station (41) bottom, the injection cylinder being fixedly arranged at the top of monitor station (41)
(43), be set to injection box (44) below monitor station (41), the injection plate (45) that is connected with the piston rod of injection cylinder (43) and
Multiple droppers (46) set on injection box (44) bottom, each dropper (46) is interior to be equipped with piston boit (461), the piston
The upper end of column (461) is fixedly connected with injection plate (45).
7. a kind of food efficient detection equipment according to claim 6, it is characterised in that: the side wall of the injection box (44)
On be connected with inlet tube (442), be connected with connecting tube (443) between the inlet tube (442) and the bottom of dropper (46), it is described
Connecting tube (443) is equipped with check valve (444) close to the one end of dropper (46).
8. a kind of food efficient detection equipment according to claim 1, it is characterised in that: fixed on the supporting plate (21)
Have multiple positioning sleeves (221), the food groove (22) for accommodating sample is offered in the positioning sleeve (221).
9. a kind of food efficient detection equipment according to claim 1, it is characterised in that: the storing mechanism (5) includes
Collecting box (51) set on rack (1) bottom, the overturning component (52) on rack (1) and right above collecting box (51)
With the clamping component (53) being set in overturning component (52), overturning component (52) includes the power being fixedly arranged on rack (1)
Motor (521), the rotating bar (522) being rotatably connected in rack (1) and the returning face plate (523) being fixedly arranged on rotating bar (522),
The feeding-discharging mechanism (3) is able to drive supporting plate (21) and is moved on returning face plate (523).
10. a kind of food efficient detection equipment according to claim 9, it is characterised in that: the clamping component (53) is altogether
There are two groups and be set to the two sides of returning face plate (523), the clamping component (53) includes the clamping gas being fixedly arranged on returning face plate (523)
Cylinder (531) and the clamping plate (532) being fixedly arranged on clamping cylinder (531) piston rod, the clamping cylinder (531) and returning face plate
(523) setting in the same direction.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910200505.5A CN109884329A (en) | 2019-03-16 | 2019-03-16 | A kind of food efficient detection equipment |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201910200505.5A CN109884329A (en) | 2019-03-16 | 2019-03-16 | A kind of food efficient detection equipment |
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| CN109884329A true CN109884329A (en) | 2019-06-14 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111948359A (en) * | 2020-08-13 | 2020-11-17 | 郑州大学 | Safe rapid detection equipment for chronic disease food therapy |
| CN112394043A (en) * | 2020-10-23 | 2021-02-23 | 广东石油化工学院 | Safety detection equipment for functional food processing and operation method thereof |
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| CN111948359B (en) * | 2020-08-13 | 2022-09-16 | 郑州大学 | Safety rapid detection equipment for chronic disease food therapy |
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