CN208984612U - A kind of online device for measuring moisture of tea seed - Google Patents
A kind of online device for measuring moisture of tea seed Download PDFInfo
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- CN208984612U CN208984612U CN201821821937.5U CN201821821937U CN208984612U CN 208984612 U CN208984612 U CN 208984612U CN 201821821937 U CN201821821937 U CN 201821821937U CN 208984612 U CN208984612 U CN 208984612U
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- lifting
- cylinder
- rotation axis
- hothouse
- tea seed
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Abstract
A kind of online device for measuring moisture of tea seed, conveyer belt including hothouse and inside hothouse, conveyer belt is in left-right direction horizontal through hothouse, testing agency and lifting device are additionally provided in hothouse, testing agency and lifting device are located at the top of conveyer belt, testing agency includes cylinder, moisture detector, signal pipeline and wireless transmitter, cylinder opening is straight down, the semicircle cover that Open Side Down is fixedly installed in cylinder, moisture detector is arranged on the inner sidewall of semicircle cover, the top of signal pipeline is connect with the wireless transmitter that hothouse dome top surface is arranged in, the lower part of signal pipeline is connect with moisture detector, lifting device is located at the top of cylinder, lifting device includes lifting motor and lifting support, lifting motor is arranged straight down and is fixedly connected with the top of cylinder；The utility model has real-time detection speed fast, and testing result error is small, high degree of automation and the small advantage of signal transmission attenuation.
Description
Technical field
The utility model relates to tea seed processing equipment field more particularly to a kind of online device for measuring moisture of tea seed.
Background technique
Tea seed is a kind of important edible oil raw material at present, generally has exocarp and camellia seed kernel shell.Camellia seed oil
Rich in unsaturated fatty acids such as linoleic acid, and rich in physiological activators, nutrition and lifes such as tea seed polyphenol, vitamin Es
Effect is managed better than vegetable oil, better than animal oil such as olive oil, soybean oil, peanut oil.Tea seed is mainly used for liquefaction, tea at present
Seed oil is the fat oil refined from the mature seed of plant of theaceae oil tea or Camellia yuansienensis, have very high health care and
Medical value, it is deep to be liked by various people, so oil tea cultivated area expands rapidly in recent years, promote to carry out tea seed
Scale processing and utilization.
Drying is the first procedure of tea seed processing, and dry quality directly has weight to the quality of tea seed and oil yield
It is big to influence.For a long time, tea seed is mainly by peasant household from kind, from receiving, and the drying of tea seed generallys use sun dehydration, before dry
Moisture measurement be all to be completed in laboratory, need to arrive first workshop sampling, be then delivered to laboratory assay, then by analysis report
It is singly sent to workshop, whole process wants or so 1 hour；Moisture is surveyed since time-consuming is too long in laboratory, can not accurately reflect and work as
The moisture content of preceding material, this brings big inconvenience to production.Part uses the online device for measuring moisture of wireless sensor,
The tea seed that static storage can only simply be measured is unable to measure the tea seed moved in drying process, and online moisture is surveyed
Amount device will receive the influence of air moisture in hothouse, can not accurately measure the true moisture content of tea seed；And it is big
The inside of hothouse is only simply arranged in part wireless sensor, and the transmitting of signal will receive hot gas and the influence of wall produces
Raw deviation, and wireless sensor can be caused to hit in the transmission process of tea seed, influence wireless sensor uses the longevity
Life.
Utility model content
The utility model provides a kind of online device for measuring moisture of tea seed, slow with the measuring speed for solving existing, measurement
Inaccuracy, the fast technical problem of equipment attrition.
In order to solve the above-mentioned technical problem, the utility model adopts the following technical solution: a kind of online moisture survey of tea seed
Device is measured, the conveyer belt including hothouse and inside hothouse, conveyer belt is in left-right direction horizontal through hothouse, transmission
The front side of band and rear side are respectively arranged with vertical front apron and vertical rear baffle, connect between vertical front apron and vertical rear baffle
There are two the supporting supports being arranged along the longitudinal direction, and the lower end of two supporting supports is respectively arranged with material toggling baffle, material toggling baffle
It is arranged perpendicular to conveyer belt and vertical with vertical front apron and vertical rear baffle respectively；Be additionally provided in hothouse testing agency and
Lifting device, testing agency and lifting device are located at the top of conveyer belt, and testing agency includes cylinder, moisture detector, signal
Pipeline and wireless transmitter, cylinder opening are fixedly installed the semicircle cover that Open Side Down, semicircle cover position straight down, in cylinder
In the lower part of cylinder, moisture detector is arranged on the inner sidewall of semicircle cover, and the Upper vertical of signal pipeline is upward through circle
The top of cylinder and the top of hothouse, the top of signal pipeline connect with the wireless transmitter that hothouse dome top surface is arranged in
It connects, the lower part of signal pipeline passes through semicircle cover, and the lower part of signal pipeline is connect with moisture detector, and lifting device is located at circle
The top of cylinder, lifting device include lifting motor and lifting support, and lifting motor is arranged straight down and consolidates with the top of cylinder
Fixed connection, the top that lifting support is located at lifting motor are fixedly connected with lifting motor, and lifting support is located at two supporting supports
Between, the left and right ends of lifting support are respectively fixedly disposed in two supporting supports.
Further, rotating device is provided with above cylinder, rotating device includes rotation axis, rotating circular disc and rotation electricity
Machine, rotation axis are tubular structure, and rotation axis passes vertically through the top of barrel top, lifting support and hothouse, rotation axis
It is fixedly connected at the top of upper end and hothouse, rotation axis and barrel top are rotatablely connected, and it is vertical that signal pipeline passes through rotation axis
It is connect upwards with wireless transmitter, rotating circular disc is horizontally disposed, and rotating circular disc, which is arranged on the rotating shaft and rotates with rotation axis, to be connected
It connects, the support disk for being set in rotation axis is provided with below rotating circular disc, support disk is fixedly connected with the rotating shaft and is turning
Support rotating disk during dynamic disc level rotation, rotary electric machine are fixed on lifting support, and rotary electric machine turns
Moving axis passes through lifting support, the dynamic connection of the rotation axis and rotating circular disc engaging tooth of rotary electric machine straight down, and rotary electric machine drives
Rotating circular disc is rotated around rotation axis, and lifting motor is two and two lifting motors about rotation axial symmetry, lifting motor
Top is fixedly connected with rotating circular disc, and lifting motor horizontally rotates to drive circle around rotation axis under the drive of rotating circular disc
Cylinder horizontally rotates, and rotary electric machine drives cylinder to horizontally rotate by rotating circular disc and rotation axis.
Further, moisture detector is multiple, and multiple moisture detector height are identical, and multiple moisture detectors are along horizontal
Direction is evenly distributed on the inner sidewall of semicircle cover.
Further, the bottom end of material toggling baffle, which is connected with, paves plate, two pave plate horizontally to the right be extended and
It is located at the right end of connected material toggling baffle.
Further, wireless transmitter is electrically connected with the controller, and controller and lifting motor control connection and control transmit
The operation and stopping of band.
Further, moisture detector passes through the supporting linkage being obliquely installed and connect with semicircle cover, and supporting linkage inclines
Tiltedly it is arranged and extends to the centre of sphere of semicircle cover.
Compared with the existing technology, the utility model has the following beneficial effects: the utility model conveys tea seed using conveyer belt,
It prevents tea seed from spilling using vertical front apron and vertical rear baffle, material toggling baffle and lifting support is supported using supporting support,
It prevents tea seed from accumulating on a moving belt using material toggling baffle, semicircle cover is promoted using cylinder, promotes moisture to examine using semicircle cover
It surveys instrument and tea seed is in closed space, facilitate the moisture content of the measurement tea seed of preparation, examined using moisture detector
The moisture content in tea seed is surveyed, is transmitted in controller using the result that wireless transmitter will test, using signal pipeline
It reduces loss caused by signal transmits in hothouse, drives cylinder lifting to drive semicircle cover liter using lifting motor
Drop is located at lifting motor using lifting support and provides support；The utility model also uses rotation axis, rotating circular disc and rotary electric machine
Carry out rotating cylinder, horizontally rotate semicircle cover during decline, simple oil-tea seed enters in semicircle cover, using pave plate come
It is further ensured that the smooth of tea seed, simple oil-tea seed are entered in semicircle cover, be electrically connected with the controller using wireless transmitter,
Controller and lifting motor control connection and the operation and stopping that controlling conveyer belt, improve the degree of automation of equipment, using branch
Support connecting rod makes moisture detector closer to tea seed, improves the effect of water content detection；The utility model has real-time in a word
Detect that speed is fast, and testing result error is small, high degree of automation and the small advantage of signal transmission attenuation.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model；
The top view (removal wireless transmitter and signal pipeline) that Fig. 2 is Fig. 1；
Fig. 3 is the connection schematic diagram of moisture detector and semicircle cover.
In figure: 1, hothouse 2, conveyer belt 3, vertical front apron 4, vertical rear baffle 5, supporting support 6, material toggling gear
Plate 7 paves plate 8, cylinder 9, moisture detector 10, signal pipeline 11, wireless transmitter 12, semicircle cover 13, support
Connecting rod 14, lifting motor 15, lifting support 16, rotation axis 17, rotating circular disc 18, rotary electric machine 19, support disk.
Specific embodiment
Embodiment: as shown in Figure 1 to Figure 3, a kind of online device for measuring moisture of tea seed, including hothouse 1 and be located at dry
Conveyer belt 2 inside dry room 1, in left-right direction horizontal through hothouse 1, conveyer belt 2 moves conveyer belt 2 horizontally to the right, transmission
Be respectively arranged with vertical front apron 3 and vertical rear baffle 4 with 2 front side and rear side, vertical front apron 3 and vertical rear baffle 4 it
Between connection there are two the supporting supports 5 that are arranged along the longitudinal direction, the lower end of two supporting supports 5 to be respectively arranged with material toggling baffle 6,
Material toggling baffle 6 is arranged perpendicular to conveyer belt 2 and vertical with vertical front apron 3 and vertical rear baffle 4 respectively, the bottom of material toggling baffle 6
End, which is connected with, paves plate 7, and two are paved the right side that plate 7 is extended horizontally to the right and is located at connected material toggling baffle 6
End, guarantees that the smooth of tea seed, simple oil-tea seed enter in semicircle cover 12.Testing agency and liter are additionally provided in hothouse 1
Falling unit, testing agency and lifting device are located at the top of conveyer belt 2；Testing agency includes cylinder 8, moisture detector 9, signal
Pipeline 10 and wireless transmitter 11, cylinder 8 are open straight down, and the semicircle cover 12 that Open Side Down is fixedly installed in cylinder 8,
Semicircle cover 12 is located at the lower part of cylinder 8, and moisture detector 9 is multiple, multiple 9 identical, moisture detectors 9 of height of moisture detector
It is connect by the supporting linkage 13 being obliquely installed with semicircle cover 12, supporting linkage 13 is obliquely installed and to semicircle cover 12
The centre of sphere extends, and the upper end of supporting linkage 13 is fixedly connected with the inner sidewall of semicircle cover 12, and multiple moisture detectors 9 are along rotation axis
16 vertical extended line is uniformly distributed；The Upper vertical of signal pipeline 10 is upward through the top of cylinder 8 and the top of hothouse 1
Portion, the top of signal pipeline 10 are connect with the wireless transmitter 11 that 1 dome top surface of hothouse is arranged in, signal pipeline 10
Lower part pass through semicircle cover 12, the lower part of signal pipeline 10 connect with moisture detector 9, and wireless transmitter 11 is electric with controller
Connection, controller and the control of lifting motor 14 connection and the operation and stopping that controlling conveyer belt 2, improve the automation journey of equipment
Degree；Lifting device is located at the top of cylinder 8, and lifting device includes lifting motor 14 and lifting support 15, and lifting motor 14 is vertical
It is down-set and be fixedly connected with the top of cylinder 8, lifting support 15 be located at lifting motor 14 top and lifting motor 14 it is solid
Fixed connection, lifting support 15 are located between two supporting supports 5, and the left and right ends of lifting support 15 are respectively fixedly disposed at two
In supporting support 5.
It is provided with rotating device above cylinder 8, rotating device includes rotation axis 16, rotating circular disc 17 and rotary electric machine 18,
Rotation axis 16 is tubular structure, and rotation axis 16 passes vertically through the top at 8 top of cylinder, lifting support 15 and hothouse 1, rotation
The upper end of axis 16 is fixedly connected with the top of hothouse 1, and rotation axis 16 is also fixedly connected with lifting support 15, facilitates fixed rotation
It is rotatablely connected at the top of axis 16, rotation axis 16 and cylinder 8；In the present embodiment, the top of semicircle cover 12 is provided with circular through hole, works as liter
When drop motor 14 drives cylinder 8 to rise to the top, the lower end of rotation axis 16 and semicircle cover 12 are rotatablely connected, and rotation axis 16 is vertical
It is connected to across circular through hole and with the inside of semicircle cover 12, signal pipeline 10 is extended up to along the inner sidewall of semicircle cover 12 to be turned
In moving axis 16, the signal pipeline 10 inside rotation axis 16 is partially folded, and signal pipeline 10 passes through rotation axis 16 straight up
It is connect with wireless transmitter 11, when lifting motor 14 drives cylinder 8 to decline, semicircle cover 12 follows cylinder 8 to move downward, rotation
Axis 16 is detached from circular through hole, and when semicircle cover 12 drops to least significant end, signal pipeline 10 is in extended state；Rotating circular disc 17
Horizontally disposed, rotating circular disc 17 is set in rotation axis 16 and is rotatablely connected with rotation axis 16, the lower section setting of rotating circular disc 17
There is the support disk 19 for being set in rotation axis 16, support disk 19 is fixedly connected with rotation axis 16 and at horizontal turn of rotating circular disc 17
Support rotating disk 17 in dynamic process；Rotary electric machine 18 is fixed on lifting support 15, rotary electric machine 18 also with control
Device control connection, the rotation axis 16 of rotary electric machine 18 straight down pass through lifting support 15, the rotation axis 16 of rotary electric machine 18 with
The dynamic connection of 17 engaging tooth of rotating circular disc, rotary electric machine 18 drive rotating circular disc 17 to rotate around rotation axis 16, and lifting motor 14 is
Two and two lifting motors 14 are symmetrical about rotation axis 16, and the top of lifting motor 14 is fixedly connected with rotating circular disc 17, liter
It drops motor 14 to horizontally rotate that cylinder 8 is driven to horizontally rotate around rotation axis 16 under the drive of rotating circular disc 17, rotation electricity
Machine 18 drives cylinder 8 to horizontally rotate by rotating circular disc 17 and rotation axis 16.
For the utility model when implementing, conveyer belt 2 from left to right drives tea seed to move horizontally in hothouse 1, oil tea
Seed is uniformly distributed in material toggling baffle 6 and pave plate 7 under the action of not to be accumulated；When needing to carry out water content detection, controller control
Conveyer belt 2 stops movement, then controls lifting motor 14 and brings into operation, and lifting motor 14 drives cylinder 8 to move straight down, circle
Cylinder 8 drives semicircle cover 12 to move straight down during the decline；While the decline of semicircle cover 12, controller control turns
Dynamic motor 18 horizontally rotates, and rotary electric machine 18 drives rotating circular disc 17 to horizontally rotate around rotation axis 16, in rotating circular disc 17
Under drive, lifting motor 14 horizontally rotates around rotation axis 16, and lifting motor 14 drives cylinder 8 to horizontally rotate to drive cylinder
Semicircle cover 12 inside 8 horizontally rotates, and semicircle cover 12 horizontally rotates while decline, and moisture detector 9 follows semicircle cover 12
The moisture content of tea seed is moved and detects, the result that moisture detector 9 detects is transmitted to wireless hair by signal pipeline 10
In emitter 11, the result that then wireless transmitter 11 will test is shown and is handled to controller by electric signal transmission；Water
After sorting is surveyed, rotary electric machine 18 stops operating, and lifting motor 14 drives cylinder 8 to rise to initial position, then in moisture
In the case that detection reaches requirement, conveyer belt 2 drives tea seed to move horizontally, and leaves hothouse 1 and is further processed；In a word
The utility model has real-time detection speed fast, and testing result error is small, high degree of automation and small excellent of signal transmission attenuation
Point.
Claims (6)
1. a kind of online device for measuring moisture of tea seed, it is characterised in that: the transmission including hothouse and inside hothouse
Band, conveyer belt are respectively arranged with vertical front apron and erect horizontal through hothouse, the front side of conveyer belt and rear side in left-right direction
Straight rear baffle, there are two the supporting support being arranged along the longitudinal direction, two branch for connection between vertical front apron and vertical rear baffle
The lower end of support bracket is respectively arranged with material toggling baffle, material toggling baffle be arranged perpendicular to conveyer belt and respectively with vertical front apron and erect
Straight rear baffle is vertical；Testing agency and lifting device are additionally provided in hothouse, testing agency and lifting device are located at conveyer belt
Top, testing agency includes cylinder, moisture detector, signal pipeline and wireless transmitter, cylinder opening straight down, circle
The semicircle cover that Open Side Down is fixedly installed in cylinder, semicircle cover is located at the lower part of cylinder, and the moisture detector is arranged in semicircle
On the inner sidewall of cover, the Upper vertical of the signal pipeline is upward through the top of cylinder and the top of hothouse, and signal is defeated
The top of line sending is connect with the wireless transmitter that hothouse dome top surface is arranged in, and the lower part of signal pipeline passes through semicircle
Cover, the lower part of signal pipeline are connect with moisture detector, and the lifting device is located at the top of cylinder, and lifting device includes rising
Drop motor and lifting support, lifting motor are arranged straight down and are fixedly connected with the top of cylinder, and lifting support is located at lifting
The top of motor is fixedly connected with lifting motor, and lifting support is located between two supporting supports, the left and right ends of lifting support
It is respectively fixedly disposed in two supporting supports.
2. the online device for measuring moisture of a kind of tea seed according to claim 1, it is characterised in that: above the cylinder
It is provided with rotating device, rotating device includes rotation axis, rotating circular disc and rotary electric machine, and the rotation axis is tubular structure,
Rotation axis passes vertically through the top of barrel top, lifting support and hothouse, and the upper end of rotation axis and the top of hothouse are fixed
Connection, rotation axis and barrel top are rotatablely connected, and the signal pipeline passes through rotation axis and connects straight up with wireless transmitter
It connects, the rotating circular disc is horizontally disposed, and rotating circular disc is arranged on the rotating shaft and is rotatablely connected with rotation axis, under rotating circular disc
Side is provided with the support disk for being set in rotation axis, and support disk is fixedly connected with the rotating shaft and horizontally rotates in rotating circular disc
Support rotating disk in the process, rotary electric machine are fixed on lifting support, and the rotation axis of rotary electric machine passes through straight down
Lifting support, the dynamic connection of the rotation axis and rotating circular disc engaging tooth of rotary electric machine, rotary electric machine drive rotating circular disc around rotation
Axis rotation, the lifting motor is two and two lifting motors are about rotation axial symmetry, and the top of lifting motor and rotation are justified
Disk is fixedly connected, and lifting motor horizontally rotates that cylinder is driven to horizontally rotate around rotation axis under the drive of rotating circular disc,
Rotary electric machine drives cylinder to horizontally rotate by rotating circular disc and rotation axis.
3. the online device for measuring moisture of a kind of tea seed according to claim 1, it is characterised in that: the water content detection
Instrument be it is multiple, multiple moisture detectors height is identical, and multiple moisture detectors are evenly distributed on the interior of semicircle cover in the horizontal direction
On side wall.
4. the online device for measuring moisture of a kind of tea seed according to claim 1, it is characterised in that: the material toggling baffle
Bottom end be connected with and pave plate, two are paved the right side that plate is extended horizontally to the right and is located at connected material toggling baffle
End.
5. the online device for measuring moisture of a kind of tea seed according to claim 1, it is characterised in that: the wireless transmission
Device is electrically connected with the controller, and controller and lifting motor control connect and controls the operation and stopping of conveyer belt.
6. the online device for measuring moisture of a kind of tea seed according to claim 1, it is characterised in that: the water content detection
Instrument passes through the supporting linkage being obliquely installed and connect with semicircle cover, and supporting linkage is obliquely installed and prolongs to the centre of sphere of semicircle cover
It stretches.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821821937.5U CN208984612U (en) | 2018-11-07 | 2018-11-07 | A kind of online device for measuring moisture of tea seed |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821821937.5U CN208984612U (en) | 2018-11-07 | 2018-11-07 | A kind of online device for measuring moisture of tea seed |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208984612U true CN208984612U (en) | 2019-06-14 |
Family
ID=66790390
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821821937.5U Expired - Fee Related CN208984612U (en) | 2018-11-07 | 2018-11-07 | A kind of online device for measuring moisture of tea seed |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208984612U (en) |
-
2018
- 2018-11-07 CN CN201821821937.5U patent/CN208984612U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190614 Termination date: 20201107 |