CN2473703Y - Analogue device for pest flying state - Google Patents
Analogue device for pest flying state Download PDFInfo
- Publication number
- CN2473703Y CN2473703Y CN 01219321 CN01219321U CN2473703Y CN 2473703 Y CN2473703 Y CN 2473703Y CN 01219321 CN01219321 CN 01219321 CN 01219321 U CN01219321 U CN 01219321U CN 2473703 Y CN2473703 Y CN 2473703Y
- Authority
- CN
- China
- Prior art keywords
- spiral shell
- shell shape
- shape bar
- simulation device
- flying state
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- 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.)
- Expired - Fee Related
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Abstract
The design relates to an insect flight status simulator, comprising a body; a drawing mechanism, which is provided in the body to rotate in a certain angle and to move back and forth along a shaft; a connector, one end of which is provided at the drawing mechanism to move back and forth with the drawing mechanism and another end is exposed to the open space out of the body; a display part, which is provided at the exposed end and can move with the action of the connector.
Description
The design is relevant with the device that is used to simulate biological action, particularly a kind of insect flying state simulation device.
In the past, people are in order to simulate the flare maneuver of insect in artificial mode, to be used as the usefulness of teaching and displaying, always attempting going to produce the purpose that various physical constructions reach simulation, these mechanisms or bulky complex or small and exquisite simple, but purpose all is the action when being used for simulating insect flying as much as possible equally, so that the beholder can have lifelike visual experience.
The design's purpose provides a kind of simply mechanical realization, lower manufacturing cost but insect flying state simulation device that equally can the simulated animal flare maneuver.
For achieving the above object, a kind of insect flying state simulation device that the design provided includes:
One body is elongated tubular, and front end has an opening, and inside has one and is installed with the space;
One haulage gear is located at being installed with in the space of this body, can back and forth rotate to the angle that moves back and forth and can be scheduled to along the major axis of this body;
A connection piece, an end are located on this haulage gear, can back and forth rotate with this haulage gear, and the web member other end passes this body open end and is exposed to this external open space;
One layout piece is located at the exposed junction of this web member, can move with the start of this web member;
One reciprocal actuator is located at being installed with in the space of this body, can be subjected to the external force effect and along the major axis of this body to moving back and forth;
One revolving member group, be located at being installed with in the space on this reciprocal actuator of this body, the angle that can be scheduled to is back and forth rotated, this web member one end is located on this revolving member group, can back and forth rotate with this revolving member group, the web member other end passes this body open end and exposes to the open space of this body;
One threaded hole is located in this body;
One spiral shell shape bar, body portion has a spiral shell shape section, and this spiral shell shape bar passes this threaded hole with an end and is pivoted on this reciprocal actuator, makes this spiral shell shape bar and move and move along with reciprocal actuator, and this spiral shell shape bar can be rotated when shuttling back and forth this threaded hole with spiral shell shape section;
This web member is fixedly arranged on the other end of this spiral shell shape bar;
The other end of this spiral shell shape bar also is provided with one section screw thread;
One fixture, spiral shell are located at the thread segment of this spiral shell shape bar front end, and the front end of this fixture is protruding with one and prolongs protuberance;
One locking external member has one and holds the hole, and this locking external member is arranged in prolonging protuberance and being fixed on it of this fixture, this web member can be fixed be located between this fixture and this locking external member;
This reciprocal actuator is a body of rod, and is arranged in body with an end, and it wears end a bearing, and this spiral shell shape bar pivot is located at this bearing;
The end that wears of this reciprocal actuator has positioning piece, this bearing to be located in this reciprocal actuator the rear of this keeper;
The end of wearing of this reciprocal actuator is provided with internal thread segment, this keeper is a nut, spiral shell is located at this internal thread segment place, this spiral shell shape bar one end protrudes out the less projection of an internal diameter, the projection end is provided with a thread segment, and this spiral shell shape bar passes this threaded hole, nut and this bearing with the projection end and is fixed on this reciprocal actuator with a location nut;
The opening part in this body the place ahead is provided with a position-limiting tube;
This body is spirally connected with front and back two microscler bodys and forms, and these body two ends respectively have an opening, and is installed with the space in the inner formation one of the microscler body at this body rear;
This position-limiting tube is bolted in the opening part of this body the place ahead body;
This threaded hole is located at these body two microscler bodys place that is spirally connected;
This web member is the deflection rope, has predetermined rigidity and deflection profile.
This haulage gear includes:
One rotation machine is located in this body, and this rotation machine can rotate according to the predetermined rotation number of turns;
One transmission sleeve pipe is located on this rotation machine with an end, is located in this body and this spiral shell shape bar back segment is arranged in this transmission sleeve pipe, and this transmission sleeve pipe can rotate with this driver;
This spiral shell shape bar and the socket mutually of this transmission tube can be rotated this spiral shell shape bar with the rotation of this transmission tube;
This spiral shell shape bar back segment then is a polygon body of rod, and this transmission sleeve pipe also is a corresponding polygon sleeve pipe, and this spiral shell shape bar is arranged in this transmission sleeve pipe with its polygon body of rod and can rotates thereupon.
Enumerate two preferred embodiments and conjunction with figs. effect and feature below with explanation the design:
Fig. 1 is the parts explosion of the design first embodiment;
Fig. 2 is the cut-open view after the design first embodiment combination;
Fig. 3 is the enlarged diagram of the design's first embodiment threaded hole part;
The same Fig. 2 of Fig. 4, the action synoptic diagram during for the design's first embodiment start;
Fig. 5 is the cut-open view of the design second embodiment;
Fig. 6 is the enlarged diagram of the design's second embodiment threaded hole part.
Please refer to Fig. 1 and Fig. 2, first embodiment for the design includes:
One body 10 is two microscler bodys 11,12 in the present embodiment, and being spirally connected forms, and these body two ends respectively have an opening 13,14, and is installed with space 15 in the inner formation one of the second microscler body at this body rear.
One position-limiting tube 16 is bolted in opening 13 places in this body the place ahead.
One haulage gear 2, this haulage gear includes:
One reciprocal actuator 20, it in present embodiment a hollow stem, be arranged in being installed with in the space 15 of this body with an end, and wear end in it and be provided with an internal thread segment 21, it is a nut that this thread segment place spiral shell is provided with positioning piece 22, the other end of this reciprocal actuator then passes the opening 14 at this body rear and can be subjected to the external force effect, for example to pull moving or axially to move back and forth with oil hydraulic cylinder or gas.
One revolving member group 30 is located in this body 10, and the angle that can be scheduled to is back and forth rotated, and this revolving member group includes:
One threaded hole 31 is located at these body two elongate tube 11,12 bodies place that is spirally connected.
One bearing 32 is located in this reciprocal actuator 20 rear of this nut 22.
One spiral shell shape bar 33, body portion has a spiral shell shape section 331, this spiral shell shape Duan Yiduan protrudes out the less projection of an internal diameter 332, the projection end is provided with a thread segment 333, the other end of spiral shell shape bar also is provided with one section screw thread 334, this spiral shell shape bar passes this threaded hole 31 with projection 332 ends, the back and forth screw 23 of actuator upper cap nut 22 and this bearing 32 and this bearing 32 is packed on this spiral shell shape bar 33 with a location nut 34, and make this bearing 32 be positioned at the rear of these reciprocal actuator 20 nuts 22, this spiral shell shape bar 33 can be moved along with moving of reciprocal actuator, and can allow this spiral shell shape bar when shuttling back and forth in this threaded hole 31, rotate with this bearing 32 with spiral shell shape section 331.
One fixture 35, spiral shell are located at the thread segment 334 of these spiral shell shape bar 33 front ends, and the leading portion of this fixture is protruding with one and prolongs protuberance 351, and this prolongs protuberance and is provided with a crack 352.
One locking external member 36 has one and holds hole 361, and this locking external member is arranged in prolonging on the protuberance 351 of this fixture, and make this locking external member can the while clamping when sealed packing this prolong crack 352 on the protuberance 351.
Two web members 40, in the present embodiment the two deflection ropes made from plastics, have predetermined rigidity and deflection profile, penetrate the appearance hole 361 of this position-limiting tube 16, body 10 and this locking external member with an end respectively and be located in the crack 352 of this fixture 35, can be with spiral shell shape bar 33 reciprocally swingings of this revolving member, the other end of this two web member then passes this body 10 and exposes to outside open space with position-limiting tube 16.
Two layout pieces 50 are the model of two butterfly profiles in the present embodiment, are installed in the exposed junction of this two web member 40 respectively, can move with the action that this web member rotates and swings.
Formation with said structure, as Fig. 2 and shown in Figure 4, the design's its start when operation is, when this reciprocal actuator 20 is being subjected to external force to do the time spent, for example order about start or moving when ordering about this reciprocal actuator and shifting out toward the rear of this body 10 to pull with oil hydraulic cylinder, two web members 40 that this reciprocal actuator can drive locking on the spiral shell shape bar 33 of this revolving member group 30 and this fixture 35 are with moved further retraction in this body 10, and because the spiral shell shape section 331 of this spiral shell shape bar 33 can cause this spiral shell shape bar 33 to rotate by this threaded hole 31 time, and then drive this two web member 40 and also rotate, two layout pieces 50 that be positioned at this two web members end this moment just can lead to write and drag because of the pulling of web member and rotation are subjected to it, add the position-limiting action of 16 pairs two web members 40 of this position-limiting tube and produce irregular rocking, the action in the time of just making this two layout piece produce the simulation insect flying with this.
And when this reciprocal actuator 20 moves in past body 10 the place aheads, the spiral shell shape section 331 of this same spiral shell shape bar 33 also can cause this spiral shell shape bar to rotate by this threaded hole 31 time, and, more increase the lifelike sensation of layout piece to making this two layout piece 50 far neglect near visual experience suddenly with these body 10 generations because the part that position-limiting tube 16 can make that web member itself can be free movable in open space that withdraws from of this two web member 40 increases.
Again, as Fig. 5 and shown in Figure 6, second embodiment for the design includes: a body 70, two ends respectively have an opening 71,72.One position-limiting tube 73 is bolted in opening 71 places in this body the place ahead.One threaded hole, 74 1 spiral shell shape bars, 75 1 fixtures, 76 1 locking parts, 77 2 web members, 78 2 layout pieces 79 are all identical with use with the installing of a last embodiment.
Present embodiment and a last embodiment different are in the back segment of this spiral shell shape bar 75 then to be a polygon body of rod 751, to be the long rectangle body of rod in present embodiment.
One haulage gear 3, this haulage gear includes:
One rotation machine 80 is an electro-motor, is located at opening 72 places of this body with transmission shaft 81 towards this body interior, and this rotation machine is provided with predetermined circuit and can rotates according to the predetermined rotation number of turns to control this rotation machine.
One transmission sleeve pipe 90, be a pair of polygon sleeve pipe that should spiral shell shape bar polygon body of rod section, it in present embodiment a long rectangle sleeve pipe, have a blind end 91 and be located at this end spiral shell on the transmission shaft 81 of this rotation machine 80, be located in this body and the long rectangular shaft of these spiral shell shape bar 75 back segments is arranged in this transmission sleeve pipe, this transmission sleeve pipe 90 can be with these rotation machine 80 rotations.
Construct with second embodiment, when using, because the number of turns that the rotation machine 80 in this haulage gear 3 can be scheduled to is rotated, therefore when this rotation machine rotates, just can drive the spiral shell shape bar that worn in this transmission sleeve pipe 90 and this transmission sleeve pipe and make this spiral shell shape bar one sideband this two web member 78 and 79 rotations of two layout pieces along this threaded hole 74, Yi Bian move up with the screw thread of its thread segment.
Then same meeting drives the spiral shell shape bar 75 that is worn in this transmission sleeve pipe 90 and this transmission sleeve pipe and rotates in the lump when these rotation machine 80 backward rotation, and this spiral shell shape bar meeting too makes this spiral shell shape bar one sideband this two web member 78 along this threaded hole 74 with its thread segment and two layout pieces 79 rotate, move down on one side, and can produce the rotation identical, flight, lifelike simulate effect with first embodiment.
In addition, need to prove at this, why order about the external force that this reciprocal actuator 20 moves among the design does not limit, can be that oil (gas) cylinder pressure also can be manual mode, and this revolving member 30 also do not limit and must use cooperating of spiral shell shape bar 33 and threaded hole 31, also can use simple step motor or other equivalent rotating mechanisms can reach the desired effect of the design equally.
Claims (16)
1, a kind of insect flying state simulation device is characterized in that, includes:
One body is elongated tubular, and front end has an opening, and inside has one and is installed with the space;
One haulage gear that can back and forth rotate to the angle that moves back and forth and can be scheduled to along the major axis of this body is located at being installed with in the space of this body;
A connection piece, an end are located on this haulage gear, can back and forth rotate with this haulage gear, and the web member other end passes this body open end and is exposed to this external open space;
One can be with the start of this web member mobile layout piece is located at the exposed junction of this web member.
2, insect flying state simulation device according to claim 1 is characterized in that this leads
Drawing mechanism includes:
One can be subjected to the external force effect and along the major axis of this body to the reciprocal actuator that moves back and forth, be located at being installed with in the space of this body;
The revolving member group that one angle that can be scheduled to is back and forth rotated is located at being installed with in the space on this reciprocal actuator of this body, and this web member one end is located on this revolving member group, and the web member other end passes this body open end and exposes to the open space of this body.
3, insect flying state simulation device according to claim 2 is characterized in that this commentaries on classics
Moving component groups includes:
One threaded hole is located in this body;
One can and move and the spiral shell shape bar that moves this spiral shell shape bar along with reciprocal actuator, and body portion has a spiral shell shape section, and this spiral shell shape bar passes this threaded hole with an end and is pivoted on this reciprocal actuator, and this spiral shell shape bar can be rotated when shuttling back and forth this threaded hole with spiral shell shape section.
4, insect flying state simulation device according to claim 3 is characterized in that this web member is fixedly arranged on the other end of this spiral shell shape bar.
5, insect flying state simulation device according to claim 3 is characterized in that the other end of this spiral shell shape bar also is provided with one section screw thread;
One fixture, spiral shell are located at the thread segment of this spiral shell shape bar front end, and the front end of this fixture is protruding with one and prolongs protuberance;
One locking external member has one and holds the hole, and this locking external member is arranged in prolonging protuberance and being fixed on it of this fixture, this web member can be fixed be located between this fixture and this locking external member.
6, insect flying state simulation device according to claim 2 is characterized in that this reciprocal actuator is a body of rod, and is arranged in body with an end, and it wears end a bearing, and this spiral shell shape bar pivot is located at this bearing.
7, insect flying state simulation device according to claim 6 is characterized in that the end that wears of this reciprocal actuator has positioning piece, this bearing to be located in this reciprocal actuator the rear of this keeper.
8, insect flying state simulation device according to claim 7, the end of wearing that it is characterized in that this reciprocal actuator is provided with internal thread segment, this keeper is a nut, spiral shell is located at this internal thread segment place, this spiral shell shape bar one end protrudes out the less projection of an internal diameter, the projection end is provided with a thread segment, and this spiral shell shape bar passes this threaded hole, nut and this bearing with the projection end and is fixed on this reciprocal actuator with a location nut.
9, insect flying state simulation device according to claim 2 is characterized in that the opening part in this body the place ahead is provided with a position-limiting tube.
10, insect flying state simulation device according to claim 9 is characterized in that this body is spirally connected with front and back two microscler bodys to form that these body two ends respectively have an opening, and forms one and be installed with the space in the microscler body at this body rear is inner.
11, insect flying state simulation device according to claim 10 is characterized in that this position-limiting tube is bolted in the opening part of this body the place ahead body.
12, insect flying state simulation device according to claim 11 is characterized in that this threaded hole is located at these body two microscler bodys place that is spirally connected.
13, insect flying state simulation device according to claim 1 is characterized in that this web member is the deflection rope, has predetermined rigidity and deflection profile.
14, insect flying state simulation device according to claim 1 is characterized in that this haulage gear includes:
One rotation machine is located in this body, and this rotation machine can rotate according to the predetermined rotation number of turns;
The one transmission sleeve pipe that can rotate with this driver is located on this rotation machine with an end, is located in this body and this spiral shell shape bar back segment is arranged in this transmission sleeve pipe.
15, insect flying state simulation device according to claim 14 is characterized in that this spiral shell shape bar and the socket mutually of this transmission tube, and this spiral shell shape bar can be rotated with the rotation of this transmission tube.
16, insect flying state simulation device according to claim 15, it is characterized in that this spiral shell shape bar back segment then is a polygon body of rod, and this transmission sleeve pipe also is a corresponding polygon sleeve pipe, and this spiral shell shape bar is arranged in this transmission sleeve pipe with its polygon body of rod and can rotates thereupon.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 01219321 CN2473703Y (en) | 2001-04-11 | 2001-04-11 | Analogue device for pest flying state |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 01219321 CN2473703Y (en) | 2001-04-11 | 2001-04-11 | Analogue device for pest flying state |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2473703Y true CN2473703Y (en) | 2002-01-23 |
Family
ID=33637182
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 01219321 Expired - Fee Related CN2473703Y (en) | 2001-04-11 | 2001-04-11 | Analogue device for pest flying state |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2473703Y (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110122444A (en) * | 2019-05-17 | 2019-08-16 | 徐州盛斗士生物科技有限公司 | A kind of insect self-charge type observation dissection transition box process equipment |
| CN117238194A (en) * | 2023-11-13 | 2023-12-15 | 合肥探奥自动化有限公司 | Research type bee dancing interactive display stand |
-
2001
- 2001-04-11 CN CN 01219321 patent/CN2473703Y/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110122444A (en) * | 2019-05-17 | 2019-08-16 | 徐州盛斗士生物科技有限公司 | A kind of insect self-charge type observation dissection transition box process equipment |
| CN110122444B (en) * | 2019-05-17 | 2021-04-13 | 徐州盛斗士生物科技有限公司 | Insect self-contained observation and dissection transition box processing equipment |
| CN117238194A (en) * | 2023-11-13 | 2023-12-15 | 合肥探奥自动化有限公司 | Research type bee dancing interactive display stand |
| CN117238194B (en) * | 2023-11-13 | 2024-01-26 | 合肥探奥自动化有限公司 | Research type bee dancing interactive display stand |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C19 | Lapse of patent right due to non-payment of the annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |