CN207505784U - Cicada larva trap setting - Google Patents
Cicada larva trap setting Download PDFInfo
- Publication number
- CN207505784U CN207505784U CN201721111528.1U CN201721111528U CN207505784U CN 207505784 U CN207505784 U CN 207505784U CN 201721111528 U CN201721111528 U CN 201721111528U CN 207505784 U CN207505784 U CN 207505784U
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- CN
- China
- Prior art keywords
- arc
- dictyosome
- cicada larva
- trap setting
- cicada
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Abstract
The utility model is related to a kind of cicada larva trap settings.It solves the prior art and designs the technical problems such as not reasonable.Including conical limit cylinder, annular constraint circle and circular passage, unidirectional position-limit mechanism is equipped in circular passage, conical limit cylinder upper end is circumferential to be equipped with tubular string bag body by detachable structure, string bag body is circumferentially surrounded by the dictyosome of body in the form of sheets, dictyosome both sides are connected by Detachable connection structure, dictyosome corresponds setting and the meshed silk screen of tool including two, and dictyosome is circumferentially closed and dictyosome lower end has the opening that can be connected when dictyosome is surrounded and is cylindrical in shape with circular passage.Advantage is：The string bag is coordinated to realize the automatic capture of cicada larva by unidirectional position-limit mechanism, capture effect is good, efficient, escaping for cicada larva can be effectively prevented, without manually guarding, labor intensity is reduced, while special adjustable connection structure is coordinated to adapt to a variety of different trees.
Description
Technical field
The utility model belongs to food processing equipment technical field, is related to a kind of cicada larva trap setting.
Background technology
Cicada larva is also known as young cicada monkey, scientific name cicada nymph, also cries " climb and draw monkey " or is known as " climb crash ", live in more it is tropical,
Subtropical zone and Temperate Region in China, frigid zone are more rare.Cicada monkey is cold in nature, savory, has the function of antipyretic arresting convulsion etc..Cicada monkey is full of nutrition, taste
Road is tasty, becomes fashionable delicious food.Technically simple using artificial breeding cicada monkey, investment is few, quick result.To suck tree
Root juice is grown, and the oviposition of summer current year is buried, and growth is unearthed after 2 years；Its whole body is precious, and nymph contains a large amount of high protein, edible
With cicada shell is the improving eyesight medicinal material of Chinese medicine；After the purchase of nymph summer, refrigerator-freezer freeze preservation is packed into, it can be annual edible.Common is artificial
The harvesting of the cicada monkey of cultivation mostly by manual type, picking time generally in the annual Summer Solstice, using manual type at liftoff 30 lis
The smooth plastic film of one circle of bundle is enclosed on the trunk of rice, prevents cicada monkey from continuing to creep toward on tree, until cicada monkey gathers centainly
Quantity is then by manually acquiring, and this mode needs manually repeatedly to be collected, and collecting effect is poor, and labor intensity is big, collects
Efficiency is low.
Of the existing technology in order to solve the problems, such as, people have carried out long-term exploration, it is proposed that miscellaneous solution
Scheme.For example, Chinese patent literature discloses a kind of nymph trapper [application number of cicada：201110165494.5], the cicada
Nymph trapper, it is characterized in that:Both ends are that round table-like centre is the cylindrical main cylinder of catcher, have insect-taking on lower round platform side wall
Hole is equipped with the capping with rotation axis on insect-taking hole, and the main cylinder bottom of catcher is by the cross bar of the fixed T-bar of screw, T-shaped
The montant of shape bar is connect with bolt of long stem.
Solve the problems, such as that the existing cicada larva effect that artificially collects is poor in said program to a certain extent, but due to this
Scheme needs manually capture cicada larva one by one, and collection efficiency is low, it is impossible to meet the needs of capturing on a large scale.
Invention content
The purpose of this utility model is in view of the above-mentioned problems, offer is a kind of simple in structure, and the good cicada larva of capture effect catches
Catch device.
In order to achieve the above objectives, the utility model employs following technical proposal：This cicada larva trap setting, including being in point
Body shape and the conical limit cylinder being sheathed on trees, the conical limit cylinder upper end diameter size are less than the diameter of lower end
Size, which is characterized in that be equipped with inwardly in the conical limit cylinder week and be connected to trees outer circumferential and in split type knot
The annular constraint circle of structure, the annular constraint circle is arranged concentrically with conical limit cylinder and the conical limit cylinder is circumferential
Circular passage is formed between inside and annular constraint circle outer circumferential, unidirectional position-limit mechanism, institute are equipped in the circular passage
The conical limit cylinder upper end stated circumferentially is equipped with tubular string bag body by detachable structure, and the string bag body is by the form of sheets
The dictyosome of body circumferentially surrounds, and the dictyosome both sides are connected by Detachable connection structure, and the dictyosome includes two
A to correspond setting and the meshed silk screen of tool, the dictyosome is circumferentially closed and dictyosome lower end has when dictyosome is surrounded in cylinder
The opening that can be connected during shape with circular passage.By the way that conical limit cylinder is set on trees, while annular constraint circle card
Trees outer circumferential is connected on, unidirectional position-limit mechanism can realize cicada larva when passing through circular passage when cicada larva climbs from bottom to top
Unidirectional limiting, prevents it from climbing downwards, is configured automatically after cicada larva is by circular passage in conical limit cylinder upper end
In string bag body.
In the above-mentioned cicada larva trap setting, the Detachable connection structure includes several dictyosome sides that are arranged on
First connection halfbody, the dictyosome opposite side are equipped with several and one-to-one second connection halfbody of the first connection halfbody, and
The first connection halfbody and the second connection halfbody is removable connected.
In above-mentioned cicada larva trap setting, the Detachable connection structure for snap fastener, magnetic clasp, slide fastener, climb rope,
The combination of any one or more in button, velcro, snap-button and hook.
In above-mentioned cicada larva trap setting, the unidirectional position-limit mechanism corresponds and docks formation including two
The arc block of conical limit cylinder, the arc block are connected by adjustable connection structure, on the inside of the arc block respectively
The arc to form annular constraint circle can be mutually butted when two arc blocks are mutually butted by, which being equipped with by several connecting poles, fetters piece,
Described arc constraint piece is made of elastic material and two arcs constraint interlaced settings in piece end, the arc block and
There are several unidirectional limit assemblies between arc constraint piece.Obviously, two arc blocks are connected same by adjustable connection structure
When arc can be fettered piece and tighten on trees, that is to say, that during installation, arc constraint piece mutually surrounds to be formed and holds trees tightly
Annular constraint circle, unidirectional limit assembly can realize the unidirectional of cicada larva when passing through circular passage when cicada larva climbs from bottom to top
Limiting, prevents it from climbing downwards, is configured the string bag in conical limit cylinder upper end automatically after cicada larva is by circular passage
In vivo.
In above-mentioned cicada larva trap setting, the unidirectional limit assembly is movably arranged on conical limit including several
Cylinder week arc-shaped limit piece inwardly, the lower end of each arc-shaped limit piece is hingedly arranged on the circumferential direction of conical limit cylinder
Inside, the upper end of the arc-shaped limit piece tilt upward extension and are resisted against the outer circumferential of annular constraint circle；The arc
Shape banking stop is circumferentially sequentially distributed and arc-shaped limit piece side is mutually spliced to form cone tube shape structure.Arc-shaped limit piece splices shape
The dead angle that limiting is left in circular passage can be effectively prevented into cone tube shape structure, when cicada larva from bottom to top it is open-top against
It can be by circular passage, by circular passage inner arc banking stop in itself weight after arc-shaped limit block on annular constraint circle
It tilts and is resisted against again on annular constraint circle so as to prevent cicada larva from moving from top to bottom under the action of power, so as to fulfill unidirectional
Limiting.
In above-mentioned cicada larva trap setting, the adjustable connection structure includes being arranged in two arc blocks and appoint
The detachable member anticipated between an one end and one end of a remaining arc block, the arc block other end and residue one
Adjustable connection component is equipped between the other end of arc block.
In above-mentioned cicada larva trap setting, the detachable member is mutual including being separately positioned on two arc blocks
The mounting base of corresponding one end is respectively equipped with mutual perforative mounting hole in the mounting base, is worn in the mounting hole
There is installation bolt, and two mounting bases are fixed by installation bolt.
In above-mentioned cicada larva trap setting, the adjustable connection component includes being separately positioned on two arc blocks
Far from the connecting seat with mounting base one end, mutual perforative connecting hole, an adjusting rod are respectively equipped on the connecting seat
It is each passed through connecting hole, and is equipped between the adjusting rod and connecting seat two connections can be driven when adjusting rod circumferentially rotates
Seat adjustment structure close to each other or separate.
In above-mentioned cicada larva trap setting, the adjustment structure includes the first spiral shell being separately positioned on adjusting rod
Line section and the second thread segment, connecting hole and the first thread segment screw thread in any one in two connecting seats are connected, residue one
Connecting hole and the second thread segment screw thread in a connecting seat are connected, and the hand of spiral and the second screw thread of first thread segment
The hand of spiral of section is opposite.
In above-mentioned cicada larva trap setting, the conical limit cylinder lower end has shiny surface, and the light
Sliding surface extends obliquely downward setting to outer circumferential inwardly in week of the horizontally disposed or shiny surface close to circular passage.
Shiny surface can be effectively prevented cicada larva and get around or cross conical limit cylinder, make it that can only pass through out of circular passage.
Compared with prior art, it is the advantages of this cicada larva trap setting：It is simple in structure, pass through unidirectional position-limit mechanism
The string bag is coordinated to realize the automatic capture of cicada larva, capture effect is good, efficient, can be effectively prevented escaping for cicada larva, nothing
It need to manually guard, reduce labor intensity, while special adjustable connection structure is coordinated to adapt to a variety of different trees.
Description of the drawings
Fig. 1 is structure diagram provided by the utility model.
Fig. 2 is partial sectional view provided by the utility model.
In figure, conical limit cylinder 1, arc block 11, connecting pole 12, shiny surface 13, adjustable connection structure 2, mounting base
21st, mounting hole 22, installation bolt 23, connecting seat 24, connecting hole 25, adjusting rod 26, the first thread segment 261, the second thread segment
262nd, annular constraint circle 3, arc constraint piece 31, circular passage 4, unidirectional limit assembly 5, arc-shaped limit piece 51, string bag body 6, net
Body 61, opening 611, silk screen 62, first connect halfbody 63, second and connect halfbody 64.
Specific embodiment
The utility model is illustrated in further detail with reference to the accompanying drawings and detailed description.
As shown in Figs. 1-2, this cicada larva trap setting, including the conical limit cylinder for being in split shape and being sheathed on trees
1,1 upper end diameter size of conical limit cylinder is less than the diameter of lower end, which is characterized in that conical limit cylinder 1 week is inside
Side, which is equipped with, is connected to trees outer circumferential and in the annular constraint circle 3 of split structure, annular constraint circle 3 and conical limit cylinder
1 be arranged concentrically and conical limit cylinder 1 week 3 outer circumferentials of circle are fettered annular inwardly between form circular passage 4, annular is logical
Unidirectional position-limit mechanism is equipped in road 4,1 upper end of conical limit cylinder is circumferential to be equipped with tubular string bag body 6 by detachable structure,
For example, detachable structure here can be the components such as hook, lock, string bag body 6 here by body in the form of sheets dictyosome 61 weeks
To surrounding, and 61 both sides of dictyosome are connected by Detachable connection structure, dictyosome 61 corresponds setting and tool including two
Meshed silk screen 62, dictyosome 61 is circumferentially closed and 61 lower end of dictyosome have when dictyosome 61 is surrounded and is cylindrical in shape can and circular passage
The opening 611 being connected.By the way that conical limit cylinder 1 is set on trees, while annular constraint circle 3 is connected to trees circumferential direction
Outside, unidirectional position-limit mechanism can realize the unidirectional limiting of cicada larva when cicada larva climbing from bottom to top by circular passage 4, prevent
Only it is climbed downwards, when cicada larva by being configured in the string bag body 6 of 1 upper end of conical limit cylinder automatically behind circular passage 4.
Specifically, Detachable connection structure here includes several the first connection halfbodies 63 for being arranged on 61 side of dictyosome,
61 opposite side of dictyosome is equipped with several and the first connection halfbody 63 one-to-one second and connects halfbody 64, and the first connection halfbody 63
Halfbody 64 is removable is connected with the second connection.Preferably, Detachable connection structure here is snap fastener, magnetic clasp, slide fastener, climbs
The combination of any one or more in rope, button, velcro, snap-button and hook.
Preferably, unidirectional position-limit mechanism here corresponds and docks the arc for forming conical limit cylinder 1 including two
Shape block 11, arc block 11 are connected by adjustable connection structure 2, and 11 inside of arc block is equipped with respectively by several connecting poles 12 works as
Two arc blocks 11 can be mutually butted when being mutually butted to be formed annular constraint circle 3 arc constraint piece 31, arc fetter piece 31 by
Elastic material is made and two arc constraint interlaced settings in 31 end of piece, has between arc block 11 and arc constraint piece 31
Several unidirectional limit assemblies 5.Here 1 lower end of conical limit cylinder has a shiny surface 13, and shiny surface 13 in horizontally disposed or
Week of the shiny surface 13 close to circular passage 4 extends obliquely downward setting to outer circumferential inwardly, and shiny surface 13 can be effectively
It prevents cicada larva from getting around or crossing conical limit cylinder 1, makes it that can only pass through out of circular passage 4, when two arc blocks 11 are logical
Piece 31 can be fettered while adjustable connection structure 2 is connected by arc by, which crossing, tightens on trees, that is to say, that during installation, arc beam
It ties up piece 31 and mutually surrounds the annular constraint circle 3 to be formed and hold trees tightly, enclosed in 3 along annular constraint always when cicada larva creeps upwards
Side is creeped, and annular 3 inner walls of constraint circle here should use Non-smooth surface material, logical by annular when cicada larva climbs from bottom to top
Unidirectional limit assembly 5 can realize the unidirectional limiting of cicada larva during road 4, prevent it from climbing downwards, after cicada larva is by circular passage 4
Automatically into being arranged in the string bag body of 1 upper end of conical limit cylinder.
More specifically, the unidirectional limit assembly 5 in the present embodiment is movably arranged on conical limit cylinder 1 circumferentially including several
The arc-shaped limit piece 51 of inside, the lower end of each arc-shaped limit piece 51 are hingedly arranged on the week of conical limit cylinder 1 inwardly
Side, the upper end of arc-shaped limit piece 51 tilt upward extension and are resisted against the outer circumferential of annular constraint circle 3, when cicada larva from it is lower to
Can 4 inner arc of circular passage be passed through by circular passage 4 after the upper open-top arc-shaped limit block 51 being resisted against on annular constraint circle 3
Shape banking stop 51 tilt under the effect of gravity and be resisted against again annular constraint circle 3 on so as to prevent cicada larva on to
Lower movement, so as to fulfill unidirectional limiting.The dead angle of limiting, arc-shaped limit piece 51 here are left in circular passage 4 in order to prevent
It is circumferentially sequentially distributed and 51 side of arc-shaped limit piece is mutually spliced to form cone tube shape structure.
Further, adjustable connection structure 2 here include being arranged in two arc blocks 11 any one one end and
Detachable member between one end of a remaining arc block 11,11 other end of arc block are another with a remaining arc block 11
Adjustable connection component is equipped between end.
Preferably, detachable member here includes being separately positioned on the installation of two 11 mutual corresponding one end of arc block
Seat 21 is respectively equipped with mutual perforative mounting hole 22 in mounting base 21, and installation bolt 23, and two peaces are equipped in mounting hole 22
Dress seat 21 is fixed by installation bolt 23.
Here adjustable connection component includes being separately positioned on two arc blocks 11 far from 21 one end of mounting base
Connecting seat 24 is respectively equipped with mutual perforative connecting hole 25 on connecting seat 24, and an adjusting rod 26 is each passed through connecting hole 25, and
Being equipped between adjusting rod 26 and connecting seat 24 can drive two connecting seats 24 close to each other or remote when adjusting rod 26 circumferentially rotates
From adjustment structure.For example, adjustment structure here includes the first thread segment 261 and second being separately positioned on adjusting rod 26
Thread segment 262, the connecting hole 25 in any one in two connecting seats 24 are connected with 261 screw thread of the first thread segment, residue one
Connecting hole 25 in a connecting seat 24 is connected with 262 screw thread of the second thread segment, and the hand of spiral and second of the first thread segment 261
The hand of spiral of thread segment 262 is opposite.
The specific embodiments described herein are merely examples of the spirit of the present invention.The utility model institute
Described specific embodiment can be done various modifications or additions or using similar by belonging to those skilled in the art
Mode substitute, but without departing from the spirit of the present application or beyond the scope of the appended claims.
Although conical limit cylinder 1, arc block 11, connecting pole 12, shiny surface 13, adjustable company is used more herein
Binding structure 2, mounting base 21, mounting hole 22, installation bolt 23, connecting seat 24, connecting hole 25, adjusting rod 26, the first thread segment
261st, the second thread segment 262, annular constraint circle 3, arc constraint piece 31, circular passage 4, unidirectional limit assembly 5, arc-shaped limit piece
51st, string bag body 6, dictyosome 61, opening 611, silk screen 62, first connect halfbody 63, second and connect the terms such as halfbody 64, but do not arrange
Except the possibility for using other terms.The use of these items is only for more easily describe and explain the sheet of the utility model
Matter, it is contrary to the spirit of the present invention to interpret them as any one of the additional limitations.
Claims (10)
1. a kind of cicada larva trap setting, including the conical limit cylinder (1) for being in split shape and being sheathed on trees, the cone
Shape limiting cylinder (1) upper end diameter size is less than the diameter of lower end, which is characterized in that the conical limit cylinder (1)
It is equipped with inwardly in week and is connected to trees outer circumferential and in the annular constraint circle (3) of split structure, the annular constraint circle
(3) it is arranged concentrically with conical limit cylinder (1) and the conical limit cylinder (1) week fetters circle (3) week with annular inwardly
Circular passage (4) are formed between outward, unidirectional position-limit mechanism, the conical limit are equipped in the circular passage (4)
Cylinder (1) upper end is circumferential to be equipped with tubular string bag body (6) by detachable structure, and the string bag body (6) is by body in the form of sheets
Dictyosome (61) circumferentially surround, and the dictyosome (61) both sides are connected by Detachable connection structure, the dictyosome
(61) setting and the meshed silk screen (62) of tool are corresponded including two, the dictyosome (61) is circumferentially closed and dictyosome (61)
Lower end has the opening (611) that can be connected when dictyosome (61) is surrounded and is cylindrical in shape with circular passage (4).
2. cicada larva trap setting according to claim 1, which is characterized in that if the Detachable connection structure includes
Dry the first connection halfbody (63) for being arranged on dictyosome (61) side, the dictyosome (61) opposite side are equipped with several and the first connection
The one-to-one second connection halfbody (64) of halfbody (63), and the described first connection halfbody (63) and the second connection halfbody (64)
It is removable to be connected.
3. cicada larva trap setting according to claim 2, which is characterized in that the Detachable connection structure is primary and secondary
Button, slide fastener, climbs the combination of any one or more in rope, button, velcro, snap-button and hook at magnetic clasp.
4. the cicada larva trap setting according to claims 1 or 2 or 3, which is characterized in that the unidirectional position-limit mechanism packet
It includes two and corresponds and dock the arc block (11) for forming conical limit cylinder (1), the arc block (11) is by adjustable
Formula connection structure (2) is connected, respectively by several connecting poles (12) equipped with when two arc blocks on the inside of the arc block (11)
(11) the arc constraint piece (31) to form annular constraint circle (3), arc constraint piece can be mutually butted when being mutually butted
(31) it is made of elastic material and two arcs fetters the interlaced settings in piece (31) end, the arc block (11) and arc
There are several unidirectional limit assemblies (5) between constraint piece (31).
5. cicada larva trap setting according to claim 4, which is characterized in that the unidirectional limit assembly (5) includes
It is several to be movably arranged on the arc-shaped limit piece (51) of conical limit cylinder (1) week inwardly, each arc-shaped limit piece (51)
Lower end is hingedly arranged on the week of conical limit cylinder (1) inwardly, and the upper end of the arc-shaped limit piece (51) tilts upward
Extend and be resisted against the outer circumferential of annular constraint circle (3)；The arc-shaped limit piece (51) is circumferentially sequentially distributed and arc limits
Bit slice (51) side is mutually spliced to form cone tube shape structure.
6. cicada larva trap setting according to claim 4, which is characterized in that adjustable connection structure (2) packet
Include detachable group be arranged in two arc blocks (11) between any one one end and one end of a remaining arc block (11)
Adjustable connection component is equipped between the other end of part, the arc block (11) other end and a remaining arc block (11).
7. cicada larva trap setting according to claim 6, which is characterized in that the detachable member includes setting respectively
The mounting base (21) two mutual corresponding one end of arc block (11) is put, is respectively equipped in the mounting base (21) and mutually passes through
The mounting hole (22) worn, the mounting hole (22) is interior to be equipped with installation bolt (23), and two mounting bases (21) pass through installation
Bolt (23) is fixed.
8. cicada larva trap setting according to claim 7, which is characterized in that the adjustable connection component includes dividing
It is not arranged on the separate connecting seat (24) with mounting base (21) one end of two arc blocks (11), divides on the connecting seat (24)
Not She You mutually perforative connecting hole (25), an adjusting rod (26) is each passed through connecting hole (25), and the adjusting rod
(26) between connecting seat (24) be equipped with can drive two connecting seats (24) close to each other when adjusting rod (26) circumferentially rotates or
Separate adjustment structure.
9. cicada larva trap setting according to claim 8, which is characterized in that the adjustment structure includes setting respectively
The first thread segment (261) and the second thread segment (262) on adjusting rod (26), in any one in two connecting seats (24)
Connecting hole (25) be connected with the first thread segment (261) screw thread, the connecting hole (25) and second in a remaining connecting seat (24)
Thread segment (262) screw thread is connected, and the screw thread of the hand of spiral of first thread segment (261) and the second thread segment (262)
Direction is opposite.
10. cicada larva trap setting according to claim 1, which is characterized in that described conical limit cylinder (1) lower end
With shiny surface (13), and the shiny surface (13) is in the close circular passage (4) of horizontally disposed or described shiny surface (13)
Week extend obliquely downward setting to outer circumferential inwardly.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721111528.1U CN207505784U (en) | 2017-08-31 | 2017-08-31 | Cicada larva trap setting |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721111528.1U CN207505784U (en) | 2017-08-31 | 2017-08-31 | Cicada larva trap setting |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207505784U true CN207505784U (en) | 2018-06-19 |
Family
ID=62532545
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721111528.1U Expired - Fee Related CN207505784U (en) | 2017-08-31 | 2017-08-31 | Cicada larva trap setting |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207505784U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111165436A (en) * | 2018-06-28 | 2020-05-19 | 白国强 | Hatching and capturing device and method for batch production of hatched cicada larvae |
-
2017
- 2017-08-31 CN CN201721111528.1U patent/CN207505784U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111165436A (en) * | 2018-06-28 | 2020-05-19 | 白国强 | Hatching and capturing device and method for batch production of hatched cicada larvae |
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| 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: 20180619 Termination date: 20180831 |