CN207809728U - Remote control life buoy - Google Patents
Remote control life buoy Download PDFInfo
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- CN207809728U CN207809728U CN201721768707.2U CN201721768707U CN207809728U CN 207809728 U CN207809728 U CN 207809728U CN 201721768707 U CN201721768707 U CN 201721768707U CN 207809728 U CN207809728 U CN 207809728U
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- thick pillar
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- spring
- high pressure
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Abstract
The utility model is related to lifesaving appliance fields, disclose remote control life buoy, it includes lifebuoy ontology (1), flexible thick pillar (2) is installed in thick pillar slot (11), flexible thick pillar (2) includes spring (21), lock link control (22) and thick pillar shell (23), thick pillar shell (23) is fixed on spring (21) and by being stretched out outside notch of the spring (21) with trend thick pillar slot (11), lock link control (22) includes bar track (221) and rod piece (222), include straight rail (2211) and the first locking track (2212) on bar track (221), the sliding in straight rail (2211) and inflection track (2212) of the free end of rod piece (222).The utility model the application can quickly arrive at victim at one's side using simplicity, and operation is flexible, can launch and jettisoning, and have self-tightening type safety belt, can help to sue and labour, and have push type thick pillar, person in distress is facilitated to grasp.
Description
Technical field
The utility model is related to lifesaving appliance field, more particularly to remote control life buoy.
Background technology
Traditional lifebuoy provides buoyancy by circular inflation or foam, itself does not have power, also can not be right
It carries out control and interactive correspondence, is a kind of pure passive buoyant apparatus.Firstly the need of manpower when encountering dangerous situation and occurring
Lifebuoy is thrown into person in distress, this can not just ensure precise angle and enough distances first.After lifebuoy is overboard, need to meet
Dangerous person voluntarily swims close to lifebuoy, and person in distress is often drained either never swims or due to stormy waves
The relationship of flow, person in distress at all can not be close to lifebuoys, and this traditional lifesaving method is nearly unavailable in this case.And
Distance farther out, it is traditional to jettisoning lifebuoy method also almost in the case that visibility is relatively low or rescue time is especially urgent
In vain.
Invention content
The utility model provides remote control life buoy for the shortcomings that having a single function in the prior art.
In order to solve the above-mentioned technical problem, the utility model is addressed by following technical proposals：
Remote control life buoy, including lifebuoy ontology, lifebuoy ontology are equipped with thick pillar slot, and flexible embrace is equipped in thick pillar slot
Column, flexible thick pillar include spring, lock link control and thick pillar shell, and thick pillar shell is fixed on spring and by spring band trend
It is stretched out outside the notch of thick pillar slot, lock link control includes the bar track being fixed on thick pillar shell and is hinged on thick pillar slot
Rod piece or the bar track being fixed on thick pillar slot and the rod piece being hinged on thick pillar shell, include on bar track be interconnected it is straight
Track and the first locking track, straight rail are arranged along the direction of thick pillar slot, and the one end of straight rail far from rod piece hinge position is defined as
Outer end, the first locking track bends by the outer end of straight rail and are extended to form with the direction of straight rail in 100 °~170 ° of rail
Road, the free end of rod piece is in straight rail and inflection gliding in tracks.
Preferably, further including rotary track, one end of rotary track is connected with connect with the first locking track second
Track is locked, the first locking track and the second locking track mirror image setting, the other end of rotary track are connected to straight rail.
Preferably, the outer end that spring stretches out thick pillar slot is fixed with mounting blocks, spring is connected by mounting blocks and thick pillar shell
It connects；Thick pillar shell is the cylindrical body of one end open, and the open end of thick pillar shell is set in outside mounting blocks and spring, thick pillar shell
Side wall is equipped with inside recess.
Preferably, lifebuoy ontology is equipped with opening, opening is equipped with release binding, and release binding is certainly
Compact form safety belt, self-tightening type safety belt include clockwork spring seat, rotary shaft, belt and latch head, clockwork spring seat and lock head
It is separately mounted on the lifebuoy ontology for being located at opening both sides, rotary shaft is fixed on clockwork spring seat, and one end of belt is fixed
On the rotary shaft, the other end of belt is equipped with the snap close piece of lock head cooperation.
Preferably, lifebuoy ontology is equipped with opening, opening is equipped with release binding, and release binding is certainly
Dynamic rotating fixing machine, automatic rotating fixing machine includes servo motor, shaft, baffle and baffle latch fitting, shaft and Fender lock
Part is separately mounted on the lifebuoy ontology for being located at opening both sides, and shaft connect with servo motor and operated by its drive, baffle
It is turned to baffle latch fitting at mounted on shaft and from shaft and is locked.
Preferably, baffle latch fitting is equipped with scarf, scarf is arranged towards flap shutter, and scarf is equipped with locking
Slot, baffle are contacted with scarf during rotation and are slid into lock slots.
Preferably, being equipped with water channel in the lifebuoy ontology of opening, propeller is installed in water channel.
Preferably, further including the catapult-launching gear with lifebuoy body fits, catapult-launching gear is mounted on hull or bunding,
Launcher is installed, catapult-launching gear is high pressure spring emitter and is mounted on launcher, high pressure spring on hull or bunding
Emitter includes high pressure spring and flexible lockplate, the lockplate that stretches be inserted into compressed high pressure spring and to its length into
Row limit, further includes the launching pod being set in outside high pressure spring, one end of high pressure spring is fixed on hull or bunding, bomb
The other end of spring is fixed on launching pod, and launching pod and lifebuoy body contacts simultaneously push dynamic lifesaving by what high pressure spring applied
Circle ontology launches away.
Preferably, further including the catapult-launching gear with lifebuoy body fits, catapult-launching gear is mounted on hull or bunding,
Launcher is installed, catapult-launching gear is pressure-air emitter and is mounted on launcher, pressure-air on hull or bunding
Emitter includes launching pod and the pressure sensor that air pressure in launching pod is connect and detected with launching pod, is filled in launching pod
The other end of high pressure gas, one end and the lifebuoy body contacts of launching pod, launching pod is equipped with venthole, is equipped in venthole
Piston, piston are connected with movable block and are detached from venthole by the drive of movable block.
Preferably, further including the catapult-launching gear with lifebuoy body fits, catapult-launching gear is mounted on hull or bunding,
Launcher is installed, catapult-launching gear is solid-rocket launch assist device and is mounted on launcher that bullet is solid on hull or bunding
Body rocket assist emitter includes launching pod, and solid rocket fuel, one end of launching pod and lifebuoy are filled in launching pod
The other end of body contacts, launching pod is equipped with igniter and lights solid rocket fuel by igniter.
The utility model has significant technique effect as a result of above technical scheme：The application uses easy, intelligence
Degree height can be changed, using remote control (one hand controls), can be operated without training；It is small, it is light-weight, it is easy to carry, it is alternative
Any position using lifebuoy；Headway is fast, can reach 18 kilometers or so per hour, can quickly arrive at victim's body
Side, operation is flexible, can be with spot turn；It stands ready, standing charging, and can the non-maintaining charging of solar energy；It can launch and jettisoning,
Increase distance of jettisoninging, accuracy and rescue speed；Whole flexible material simultaneously uses hydraulic propeller, to no damage to human body；Electronics
Equipment compartment (containing battery) is modularized design, can quickly remove replacement；Have the function of voice dialogue, can be linked up with person in distress,
Convenient for suing and labouring；With self-tightening type safety belt, can help to sue and labour；With push type thick pillar, person in distress is facilitated to grasp；Being equipped with can
Light-exposed and infrared video system, can observe person in distress under severe conditions, convenient for rescue.
Description of the drawings
Fig. 1 is the structural schematic diagram of the utility model.
Fig. 2 is the partial enlarged view A of Fig. 1
Structural schematic diagram when Fig. 3 is flexible thick pillar elongation state.
Fig. 4 is the sectional side view of the utility model.
Fig. 5 is the vertical view of the utility model embodiment one.
Fig. 6 is the structural schematic diagram of the self-tightening type safety belt of the utility model.
Fig. 7 is the vertical view of the utility model embodiment two.
Fig. 8 is the structural schematic diagram of the catapult-launching gear of the utility model embodiment one.
Fig. 9 is the structural schematic diagram of the catapult-launching gear of the utility model embodiment two.
Figure 10 is the structural schematic diagram of the catapult-launching gear of the utility model embodiment three.
The toponym that each number designation is referred in attached drawing is as follows：1-lifebuoy ontology, 2-flexible thick pillars, 3-peaces
Full fixing device, 4-propellers, 5-launchers, 6-high pressure springs, 7-flexible lockplates, 8-launching pods, 9-pressure pass
Sensor, 11-thick pillar slots, 12-openings, 13-water channels, 21-springs, 22-lock link controls, 23-thick pillar shells, 24-
Mounting blocks, 221-bar tracks, 222-rod pieces, 223-rotary tracks, the 224-the second locking track, 231-recess, 2211-
Straight rail, the 2212-the first locking track, 31-clockwork spring seats, 32-rotary shafts, 33-belts, 34-lock heads, 35-
Snap close piece, 31 '-servo motors, 32 '-shafts, 33 '-baffles, 34 '-baffle latch fittings, 341 '-scarves, 342 '-locks
Determine slot, 81-ventholes, 82-pistons, 83-movable blocks, 84-solid rocket fuels, 85-igniters.
Specific implementation mode
The utility model is described in further detail with embodiment below in conjunction with the accompanying drawings.
Embodiment 1
Remote control life buoy, as shown, including lifebuoy ontology 1, lifebuoy ontology 1 is equipped with thick pillar slot 11, thick pillar slot
Flexible thick pillar 2 is installed in 11, is equipped with multiple flexible thick pillars 2 in the upper and lower surface of lifebuoy ontology 1, upper and lower two
Flexible thick pillar 2 is coaxially disposed, and the thick pillar 2 that stretches includes spring 21, lock link control 22 and thick pillar shell 23, and thick pillar shell 23 is solid
It is scheduled on spring 21 and by being stretched out outside notch of the spring 21 with trend thick pillar slot 11, lock link control 22 includes being fixed on thick pillar
Bar track 221 and the rod piece 222 being hinged on thick pillar slot 11 on shell 23 or 221 He of bar track being fixed on thick pillar slot 11
The rod piece 222 being hinged on thick pillar shell 23 includes that interconnected straight rail 2211 and first locks track on bar track 221
2212, straight rail 2211 is arranged along the direction of thick pillar slot 11, and the one end of straight rail 2211 far from 222 hinge position of rod piece is defined as outer
End, the first locking track 2212 are bent by the outer end of straight rail 2211 and are extended to form with the direction of straight rail 2211 in 135 °
Track, free end sliding in straight rail 2211 and inflection track 2212 of rod piece 222.It is equipped on the free end of rod piece 222
Sliding block, sliding block sliding in straight rail 2211 and inflection track 2212 of rod piece 222.
Further include rotary track 223, one end of rotary track 223 is connected with connect with the first locking track 2212 second
Lock track 224, the first locking track 2212 and second locks the setting of 224 mirror image of track, the other end of rotary track 223 with it is straight
Track 2211 is connected to.
The locking track 224 of track 2212, second is locked by straight rail 2211, first and rotary track 223 forms a ring
Shape track.When spring 21 is in elongation state, the free end of rod piece 222 is located at straight rail 2211 close to 222 hinge position of rod piece
On one end；When spring 21 compresses, the free end of rod piece 222 gradually reaches the outer end of straight rail 2211 along straight rail 2211, this
When release to the pressuring action of spring 21 when, the free end of rod piece 222 slides into the first locking track 2212, due to the first locking
Track 2212 and second locks the setting of 224 mirror image of track, therefore when unclamping the compression to spring 21, the free end of rod piece 222
Being stuck in the first locking track 2212 and second locking track 224 and being formed by recess can not continue to slide, at this time flexible armful
Column 2 is in retracted state, when needing to extend flexible thick pillar 2, the freedom of rod piece 222 when need to only press flexible thick pillar 2 again simultaneously
End reaches in straight rail 2211 or rotary track 22, and rod piece 222 can return to straight rail 2211 or direct along rotary track 22
It returns in straight rail 2211, realizes the elongation for the thick pillar 2 that stretches and drowning person is facilitated to grab and lean on.
The outer end that spring 21 stretches out thick pillar slot 11 is fixed with mounting blocks 24, and a flexible thick pillar 2 is made of two springs 21,
Two springs 21 are connect by mounting blocks 24 with thick pillar shell 23；Thick pillar shell 23 is the cylindrical body of one end open, thick pillar shell
23 open end is set in outside mounting blocks 24 and spring 21, and the side wall of thick pillar shell 23 is equipped with inside recess 231, recess
231 facilitate the grasping of drowning person's finger, prevent from slipping and cause secondary drown.
Lifebuoy ontology 1 is equipped with opening 12, and release binding 3 is equipped at opening 12, and release binding 3 is self-tightening
Formula safety belt, self-tightening type safety belt include clockwork spring seat 31, rotary shaft 32, belt 33 and lock head 34, clockwork spring seat 31
It is separately mounted on the lifebuoy ontology 1 for being located at 12 both sides of opening with lock head 34, rotary shaft 32 is fixed on clockwork spring seat 31
On, one end of belt 33 is fixed in rotary shaft 32, and the other end of belt 33 is equipped with the snap close piece 35 that lock head 34 coordinates.
The drowning person being located in lifebuoy ontology 1 is fixed by release binding 3, prevents drowning person secondary drowned.
Water channel 13 is equipped in the lifebuoy ontology 1 at opening 12, there are two water channels 13 and is symmetrical arranged, 13 water of water channel
Propeller 4 is installed in road 13.Water channel 13 includes one through the vertical holes of lifebuoy ontology 1 and the level being connected to vertical holes
The one end in hole, lateral aperture is connected to vertical holes, and the other end extends outward outside lifebuoy ontology 1, and the upper and lower ends of vertical holes are equal
For water inlet, filter screen is mounted at the both ends aperture of lateral aperture, propeller 4 is mounted in lateral aperture and is set close to vertical holes
It sets.
Further include the catapult-launching gear coordinated with lifebuoy ontology 1, catapult-launching gear is mounted on hull or bunding, hull or bank
Launcher 5 is installed, catapult-launching gear is high pressure spring emitter and is mounted on launcher 5, high pressure spring transmitting dress on dike
It sets including high pressure spring 6 and flexible lockplate 7, flexible lockplate 7 is inserted into compressed high pressure spring 6 and is carried out to its length
Limit, further includes the launching pod 8 being set in outside high pressure spring 6, one end of high pressure spring 6 is fixed on hull or bunding, high pressure
The other end of spring 6 is fixed on launching pod 8, the power that launching pod 8 contacts with lifebuoy ontology 1 and applied by high pressure spring 6
Lifebuoy ontology 1 is pushed to launch away.
Embodiment 2
It is same as Example 1, the difference is that lifebuoy ontology 1 is equipped with opening 12, safety is installed at opening 12 and fixes dress
Set 3, release binding 3 is automatic rotating fixing machine, automatic rotating fixing machine include servo motor 31 ', shaft 32 ',
Baffle 33 ' and baffle latch fitting 34 ', shaft 32 ' and baffle latch fitting 34 ' are separately mounted to be located at the lifebuoy ontology of 12 both sides of opening
On 1, shaft 32 ' connect with servo motor 31 ' and is operated by its drive, and baffle 33 ' is mounted on shaft 32 ' and is turned by shaft 32 '
It moves to 34 ' place of baffle latch fitting to coordinate and lock.The medial surface of 1 open end of lifebuoy ontology is equipped with groove, shaft 32 ' and baffle
33 ' are respectively mounted in a groove.
Baffle latch fitting 34 ' is equipped with scarf 341 ', and scarf 341 ' is arranged towards flap shutter 33 ', on scarf 341 '
Equipped with lock slots 342 ', baffle 33 ' is contacted with scarf 341 ' during rotation and is slid into lock slots 342 '.
Embodiment 3
It is same as Example 1, the difference is that further including the catapult-launching gear coordinated with lifebuoy ontology 1, catapult-launching gear installation
On hull or bunding, launcher 5 is installed on hull or bunding, catapult-launching gear is pressure-air emitter and is mounted on hair
It penetrates on frame 5, pressure-air emitter includes launching pod 8 and the pressure biography of air pressure in launching pod 8 is connect and detected with launching pod 8
Sensor 9, launching pod 8 is interior to be filled with high pressure gas, and one end of launching pod 8 is contacted with lifebuoy ontology 1, the other end of launching pod 8
Equipped with venthole 81, piston 82 is installed in venthole 81, piston 82 is connected with movable block 83 and by the drive of movable block 83
It is detached from venthole 81, when piston 82 is detached from venthole 81, high pressure gas, which discharges and forms propulsive thrust, pushes lifebuoy sheet
Body 1 launches away.
Embodiment 4
It is same as Example 1, the difference is that further including the catapult-launching gear coordinated with lifebuoy ontology 1, catapult-launching gear installation
On hull or bunding, launcher 5 is installed on hull or bunding, catapult-launching gear is solid-rocket launch assist device and installs
On launcher 5, it includes launching pod 8 to play solid-rocket launch assist device, and solid rocket fuel 84 is filled in launching pod 8,
One end of launching pod 8 is contacted with lifebuoy ontology 1, and the other end of launching pod 8 is equipped with igniter 85 and by 85 points of igniter
Solid rocket fuel 84 is fired, when igniter 85 lights solid rocket fuel 84, the propulsive thrust promotion of solid rocket fuel 84 is rescued
Raw circle ontology 1 launches away.
In short, the above is only the preferred embodiment of the present invention, it is all according to present utility model application the scope of the claims institute
The equivalent changes and modifications of work should all belong to the covering scope of the utility model patent.
Claims (8)
1. remote control life buoy, including lifebuoy ontology (1), it is characterised in that：Lifebuoy ontology (1) is equipped with thick pillar slot (11),
Flexible thick pillar (2) is installed in thick pillar slot (11), the thick pillar (2) that stretches includes spring (21), lock link control (22) and thick pillar
Shell (23), thick pillar shell (23) are fixed on spring (21) and overhanging by notch of the spring (21) with trend thick pillar slot (11)
Go out, lock link control (22) includes the bar track (221) being fixed on thick pillar shell (23) and is hinged on thick pillar slot (11)
Rod piece (222) or the bar track (221) being fixed on thick pillar slot (11) and the rod piece being hinged on thick pillar shell (23)
(222), include that interconnected straight rail (2211) and first locks track (2212), straight rail on bar track (221)
(2211) it is arranged along the direction of thick pillar slot (11), the one end of straight rail (2211) far from rod piece (222) hinge position is defined as outer end,
First locking track (2212) is bent by the outer end of straight rail (2211) and extended to form is in the direction of straight rail (2211)
100 °~170 ° of track, free end sliding in straight rail (2211) and inflection track (2212) of rod piece (222).
2. remote control life buoy according to claim 1, it is characterised in that：Further include rotary track (223), rotary track
(223) one end is connected with the second locking track (224) being connect with the first locking track (2212), the first locking track
(2212) it is connected to straight rail (2211) with second locking track (224) mirror image setting, the other end of rotary track (223).
3. remote control life buoy according to claim 1, it is characterised in that：Lifebuoy ontology (1) is equipped with opening (12), opening
(12) release binding (3) is installed, release binding (3) is self-tightening type safety belt, and self-tightening type safety belt includes hair at
Spring base (31), rotary shaft (32), belt (33) and lock head (34), clockwork spring seat (31) and latch head (34) and pacify respectively
On the lifebuoy ontology (1) positioned at opening (12) both sides, rotary shaft (32) is fixed on clockwork spring seat (31), belt
(33) one end is fixed in rotary shaft (32), and the other end of belt (33) is equipped with the snap close piece that lock head (34) coordinates
(35)。
4. remote control life buoy according to claim 1, it is characterised in that：Lifebuoy ontology (1) is equipped with opening (12), opening
(12) release binding (3) is installed, release binding (3) is automatic rotating fixing machine, the automatic fixed machine of rotation at
Structure includes servo motor (31 '), shaft (32 '), baffle (33 ') and baffle latch fitting (34 '), shaft (32 ') and baffle latch fitting
(34 ') are separately mounted on the lifebuoy ontology (1) for being located at opening (12) both sides, and shaft (32 ') is connect with servo motor (31 ')
And operated by its drive, baffle (33 ') is mounted on shaft (32 ') and is turned to at baffle latch fitting (34 ') from shaft (32 ')
Locking.
5. remote control life buoy according to claim 4, it is characterised in that：Baffle latch fitting (34 ') is equipped with scarf
(341 '), scarf (341 ') are arranged towards flap shutter (33 '), and scarf (341 ') is equipped with lock slots (342 '), baffle
(33 ') contact with scarf (341 ') during rotation and slide into lock slots (342 ').
6. remote control life buoy according to claim 1, it is characterised in that：It further include the bullet coordinated with lifebuoy ontology (1)
Injection device, catapult-launching gear are mounted on hull or bunding, launcher (5) are equipped on hull or bunding, catapult-launching gear is high pressure
Spring emitter is simultaneously mounted on launcher (5), and high pressure spring emitter includes high pressure spring (6) and flexible lockplate
(7), the lockplate (7) that stretches is inserted into compressed high pressure spring (6) and is limited to its length, further includes being set in high pressure
The launching pod (8) of spring (6) outside, one end of high pressure spring (6) are fixed on hull or bunding, the other end of high pressure spring (6)
It is fixed on launching pod (8), launching pod (8) contacts with lifebuoy ontology (1) and pushes dynamic rescue by what high pressure spring (6) applied
Raw circle ontology (1) is launched away.
7. remote control life buoy according to claim 1, it is characterised in that：It further include the bullet coordinated with lifebuoy ontology (1)
Injection device, catapult-launching gear are mounted on hull or bunding, launcher (5) are equipped on hull or bunding, catapult-launching gear is high pressure
Air emittor is simultaneously mounted on launcher (5), and pressure-air emitter includes launching pod (8) and connects with launching pod (8)
The pressure sensor (9) of launching pod (8) interior air pressure is connect and detected, high pressure gas is filled in launching pod (8), launching pod (8)
One end is contacted with lifebuoy ontology (1), and the other end of launching pod (8) is equipped with venthole (81), and venthole is equipped with work in (81)
It fills in (82), piston (82) is connected with movable block (83) and is detached from venthole (81) by the drive of movable block (83).
8. remote control life buoy according to claim 1, it is characterised in that：It further include the bullet coordinated with lifebuoy ontology (1)
Injection device, catapult-launching gear are mounted on hull or bunding, launcher (5) are equipped on hull or bunding, catapult-launching gear is solid
Rocket assist emitter is simultaneously mounted on launcher (5), and it includes launching pod (8) to play solid-rocket launch assist device, transmitting
Solid rocket fuel (84) is filled in cabin (8), one end of launching pod (8) is contacted with lifebuoy ontology (1), launching pod (8)
The other end is equipped with igniter (85) and lights solid rocket fuel (84) by igniter (85).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721768707.2U CN207809728U (en) | 2017-12-18 | 2017-12-18 | Remote control life buoy |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721768707.2U CN207809728U (en) | 2017-12-18 | 2017-12-18 | Remote control life buoy |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207809728U true CN207809728U (en) | 2018-09-04 |
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ID=63332293
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721768707.2U Active CN207809728U (en) | 2017-12-18 | 2017-12-18 | Remote control life buoy |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207809728U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109703718A (en) * | 2018-11-28 | 2019-05-03 | 浙江大学 | A kind of electronic lifesaving appliance and method |
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2017
- 2017-12-18 CN CN201721768707.2U patent/CN207809728U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109703718A (en) * | 2018-11-28 | 2019-05-03 | 浙江大学 | A kind of electronic lifesaving appliance and method |
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