CN205302873U - Alert boat ware - Google Patents

Abstract

The utility model provides an alert boat ware, alert boat ware's body are the hollow sphere structures of compriseing two hemisphere, and both sides are equipped with and are used for two around spheroidal hemisphere assembles into spheroidal coupling mechanism, and coupling mechanism is including hinge that lies in spheroid one side and the locking structure who lies in the spheroid opposite side, alert boat ware includes power generation facility, illuminator, battery, battery control module and light sense component, and power generation facility is connected with the battery, and the battery passes through battery control module to be connected with illuminator, light sense component and battery control module. Adopt the utility model discloses, can be with two halves ball safety, convenience, swiftly join in marriage at the enterprising outfit for a journey of built on stilts cable, the in -process need not the artifical connection edge of aiming at the two halves ball, can aim at through the hinge closure, realized the alert boat ware bright lamp warning of electricity generation certainly, it is energy -concerving and environment -protective, very good warning effect has, realized the control of period switch simultaneously, it is practical reliable.

Description

A kind of alert boat device

Technical field

This utility model relates to transmission line of electricity marking field, especially relates to the mark series products in power overhead network, the boats and ships of aviation aircraft and river, marine traveling served as warning.

Background technology

The shaft tower height of high pressure electric line is the highest has reached 110 meters, along with China's expanding economy and low altitude flight are open, all kinds of number of vehicles get more and more, and use frequency more to come high, also more and more active in all many-sided low level flight operations such as agricultural, sightseeing, photography. Low altitude flight brings convenience to our life, also bring some serious safety problems simultaneously, such as, some cable cross rivers, aerial wire laying over strait, remind aircraft pilot and the position at deck officer's power circuit place, residing height without suitable mark, aircraft and safety of ship and normal electricity supply will be had a strong impact on.

At present, the solution of domestic and international power delivery network is exactly that aviation warning ball is mounted equidistant on the lightning protection cable of high voltage transmission line, i.e. alert boat device. And existing alert boat device is usually employing preformed armor rods wire clamp and is fixed and is arranged on lightning protection cable, during installation, it is necessary to manually hung in the middle part of cable by equipment such as coaster, helicopter, lifts, belong to work high above the ground, construction is inconvenience extremely, has certain danger. In addition, also can because of the level that is skilled in technique of workmen difference that installation quality occur different from responsible degree, and the fixing point of preformed armor rods wire clamp exposes to outside alert boat device, it is easy to stayed on preformed silk thread by amblent air temperature and bird and let out excrement and cause the impact of the phenomenons such as corrosion, preformed silk thread get loose. Especially under the environment of high wind and accumulated snow, sphere is subject to high wind piping and druming and the effect of accumulated snow loading, the load of aerial cable can be strengthened, potential safety hazard is left to later transmission line of electricity safety in production operation, in addition, under the environment of night and low visibility, the alarming effect of alert boat device is affected largely.

Utility model content

Technical problem to be solved in the utility model is in that, it is provided that one can conveniently, safely, install quickly overhead transmission line (aerial cable) is upper, again can the alert boat device of self power generation bright light warning.

In order to solve above-mentioned technical problem, this utility model provides a kind of alert boat device, the hollow ball structure that the body of described alert boat device is made up of two hemisphere, the both sides, front and back of described spheroid are provided with the bindiny mechanism for hemisphere described in two is assembled into spheroid, and described bindiny mechanism includes the hinge being positioned at spheroid side and the closing component structure being positioned at spheroid opposite side; Described alert boat device includes TRT, light-emitting device, accumulator, storage cell control module and light sensitive component, described TRT is connected with described accumulator, described accumulator is connected with described light-emitting device by described storage cell control module, described light sensitive component and described storage cell control module.

As preferably, described TRT is thin-film solar cells, and described thin-film solar cells covers the outer surface of described spheroid.

As preferably, described light-emitting device is LED, and described LED is evenly arranged in the outer surface of described spheroid.

As preferably, the left and right sides of described spheroid is provided with rotating mechanism, and described spheroid is installed in rotation on aerial cable by described rotating mechanism.

As preferably, described TRT is rotarily driven, by described spheroid, the TRT that rotor rotates, and described TRT is arranged on described ball interior.

As preferably, described rotating mechanism includes by the inner ring formed after hemisphere assembling described in two and outer ring, and described inner ring is fixing with aerial cable to be connected, and described outer ring is fixing with spheroid to be connected, and described inner ring and outer ring relatively rotate.

As preferably, for removably connecting between described inner ring and outer ring.

As preferably, the front and back of described outer ring are respectively provided on two sides with flank, and described flank is provided with the installing hole being available for bolt.

As preferably, the inwall of described inner ring is provided with spiral embossing.

As preferably, described closing component structure includes by that form after hemisphere assembling described in two and the engaging lug with U-type groove, the connecting rod being rotatably connected at described engaging lug one end, the other end of described connecting rod can be fixedly connected on the securing member of the described engaging lug other end.

Implement a kind of alert boat device of the present utility model, compared with prior art, have the advantages that

(1) this utility model is by the design of above-mentioned bindiny mechanism, it is possible to conveniently, safely, quickly at the enterprising luggage of aerial cable joined by two hemispheres, without the adjoining edge of manual-alignment two hemispheres in process, can be directed at by hinge Guan Bi; Additionally, be simultaneously clamped on aerial cable at assembling two hemispheres, it is achieved the pretension of whole product location, thus reducing large-scale spherical installation difficulty on overhead transmission line, facilitate the installation of follow-up bolt fastening process, alleviate the labor intensity of workman, improve work high above the ground efficiency;

(2) this utility model by installing TRT, light-emitting device and accumulator on alert boat device, it is achieved that alert boat device self power generation bright light warning, energy-conserving and environment-protective, has very good alarming effect; Simultaneously by the setting of storage cell control module and light sensitive component, it is achieved that the control that dark period bright light and light period turn off the light, practical reliable;

(3) this utility model adopts sphere structure, on the one hand, can reduce burr and point position, limit produces corona discharge phenomenon, and windage is little; On the other hand, the projected area that can make all directions is essentially identical, to reach the alarming effect of comprehensive no visual difference;

(4) this utility model is by the design of above-mentioned rotating mechanism, spheroid is enable to rotate on aerial cable, when being blown and beaten by high wind, spheroid can produce to rotate adaptively, change high wind front piping and druming air-flow, thus reducing the sphere resistance to high wind, reduce the load of aerial cable; Under the environment of accumulated snow, according to stress balance principle, when the accumulated snow weight on the sphere of side is more than the accumulated snow weight on opposite side sphere, spheroid can produce to rotate adaptively, and the accumulated snow on unloading sphere, reduces the load of aerial cable automatically;

(5) this utility model adopts bolt to fix and replace preformed armor rods wire clamp to fix, and can stop bird and let out excrement on preformed silk thread and cause the phenomenons such as the preformed silk thread of fixed point severe contamination, burn into gets loose.

Accompanying drawing explanation

In order to be illustrated more clearly that the technical scheme of this utility model embodiment, the accompanying drawing of embodiment will be briefly described below.

Fig. 1 is the front view of an embodiment of this utility model alert boat device;

Fig. 2 is the self power generation bright light caution system figure of this utility model alert boat device;

Fig. 3 is the left view of structure shown in Fig. 1;

Fig. 4 be structure shown in Fig. 3 B-B to profile;

Fig. 5 is structural representation when ball, inner ring and outer ring assembling;

Fig. 6 is structural representation when needle roller, inner ring and outer ring assembling;

Fig. 7 is structural representation when roller, inner ring and outer ring assembling;

Fig. 8 is structural representation when roller bearing, inner ring and outer ring assembling.

Detailed description of the invention

Below in conjunction with the accompanying drawing in this utility model embodiment, the technical scheme in this utility model embodiment is clearly and completely described, it is clear that described embodiment is only a part of embodiment of this utility model, rather than whole embodiments. Based on the embodiment in this utility model, the every other embodiment that those of ordinary skill in the art obtain under not making creative work premise, broadly fall into the scope of this utility model protection.

In conjunction with referring to shown in Fig. 1 to Fig. 8, an embodiment of the present utility model, a kind of alert boat device, its body is hollow ball structure, spheroid is made up of two hemisphere, in an embodiment, its sphere diameter is about between 10cm��120cm, adopts glass fibre, epoxy resin, 306 resin phthalic anhydrides, firming agent and coloring agent injection mo(u)lding, make that it is specious, light structure, easy to operate, possessing excellent mechanical electric performance, be suitable under various condition of high voltage and use, insulating properties well use safety. It should be noted that in the material, it is preferable that adding color is orange, red, white or yellow coloring agent, as: orange, red more can be suitably used for warns daytime, and white, yellow more can be suitably used for warning at night, and the outside color making this product is eye-catching. Additionally, this utility model adopts sphere structure, on the one hand, burr can be reduced and point position, limit produces corona discharge phenomenon, and windage is little; On the other hand, the projected area that can make all directions is essentially identical, to reach the alarming effect of comprehensive no visual difference.

The both sides, front and back of described spheroid are provided with the bindiny mechanism for hemisphere described in two is assembled into spheroid, and described bindiny mechanism includes the hinge 7 being positioned at spheroid side and the closing component structure 6 being positioned at spheroid opposite side. Wherein, described closing component structure 6 at least has two kinds of embodiments: the first, described closing component structure 6 includes by that form after hemisphere assembling described in two and the engaging lug 61 with U-type groove, the connecting rod 62 being rotatably connected at described engaging lug 61 one end, the other end of described connecting rod 62 can be fixedly connected on the securing member 63 of described engaging lug 61 other end. In an embodiment, described connecting rod 62 is T-shaped connecting rod, including cross bar 621 and montant 622; Described cross bar 621 is fixedly connected on one end of described U-type groove; One end of described montant 622 is flexibly connected with described cross bar 621 rotationally, and the other end is provided with external screw thread, can stretch out from the other end of described U-type groove after rotation; Correspondingly, described securing member 63 is nut; When montant 622 turns in U-type groove, hemisphere described in two is linked together by its external part by securing member 63. The second, buckle that described closing component structure includes being arranged on a hemisphere and arrange and on another hemisphere and with the described draw-in groove snapped fit attachment. Effect, the structure implemented by first kind of way is more solid and reliable, and the structure implemented by the second way is more convenient. �ɼ�����ʵ������ͨ���������ӻ�������ƣ��ܹ���������ȫ�����㡢��ݵ��ڼܿ������Ͻ���װ�䣬�����������˹���׼����������ӱ�Ե��ͨ����ҳ�պϼ��ɶ�׼�����⣬��װ���������ͬʱ�н��ڼܿ������ϣ�ʵ��������Ʒ��Ԥ���λ���Ӷ����ʹ��������ڼܿ���·�ϵİ�װ�Ѷȣ����������˨��̹���İ�װ�����Ṥ�˵��Ͷ�ǿ�ȣ���߸߿���ҵЧ�ʡ�

������������������װ��101�� light-emitting device 104, accumulator 102, storage cell control module 103 and light sensitive component 105, described TRT 101 is connected with described accumulator 102, described accumulator 102 is connected with described light-emitting device 104 by described storage cell control module 103, described light sensitive component 105 and described storage cell control module 103. wherein, TRT 101 is preferably thin-film solar cells, and described thin-film solar cells covers the outer surface of described spheroid, energy-conserving and environment-protective, and cost is low, it is easy to accomplish. described light-emitting device 104 is preferably LED, and described LED is evenly arranged in the outer surface of described spheroid, and alarm function is various, such as flashing light, long bright. its work process is specific as follows: when the light value that light sensitive component 105 detects is higher than preset value, such as sunny daytime period, send detection signal to storage cell control module 103, storage cell control module 103 sends cut-offing instruction to accumulator 102, making light-emitting device 104 be closed, thin-film solar cells then absorbs solar energy and is converted into electrical energy for storage to accumulator 102, when the light value that light sensitive component 105 detects is less than or equal to preset value, period such as night, environment low visibility, sending detection signal to storage cell control module 103, storage cell control module 103 sends electrical instruction to accumulator 102, and accumulator 102 is powered bright light to light-emitting device 104. as can be seen here, this utility model by installing TRT 101, light-emitting device 104 and accumulator 102 on alert boat device, it is achieved that alert boat device self power generation bright light warning, energy-conserving and environment-protective, has very good alarming effect, simultaneously by the setting of storage cell control module 103 and light sensitive component 105, it is achieved that the control that dark period bright light and light period turn off the light, practical reliable.

The left and right sides of described spheroid is provided with rotating mechanism 1, and described spheroid is installed in rotation on aerial cable 3 by described rotating mechanism 1. Described rotating mechanism 1 includes by the inner ring 11 formed after hemisphere assembling described in two and outer ring 12, and described inner ring 11 is fixing with aerial cable 3 to be connected, and described outer ring 12 is fixing with spheroid to be connected, and described inner ring 11 relatively rotates with outer ring 12. Thus, by the design of above-mentioned rotating mechanism 1, spheroid is enable to rotate on aerial cable 3, when being blown and beaten by high wind, spheroid can produce to rotate adaptively, changes high wind front piping and druming air-flow, thus reducing the sphere resistance to high wind, reduce the load of aerial cable; Under the environment of accumulated snow, according to stress balance principle, when the accumulated snow weight on the sphere of side is more than the accumulated snow weight on opposite side sphere, spheroid can produce to rotate adaptively, and the accumulated snow on unloading sphere, reduces the load of aerial cable automatically.

It can further be stated that, owing to spheroid can rotate under wind-force effect on aerial cable 3, and the rotation of spheroid can as the driving force of generator amature, therefore, described TRT 101 can also be rotarily driven, by described spheroid, the TRT that rotor rotates, and described TRT 101 is arranged on described ball interior.Thus, this utility model adopts class in the structure of wind-driven generator, takes full advantage of environment Renewable resource, it is achieved the device self power generation of alert boat.

In order to reduce inner ring 11 and the abrasion of outer ring 12 sliding friction, it is provided with rolling element 2 between described inner ring 11 and outer ring 12, when being embodied as, described rolling element 2 can select ball 21, needle roller 22, roller 23, one in roller bearing 24, when described rolling element 2 is ball 21 or needle roller 22, such as Fig. 4, shown in Fig. 5, on two and half inner rings or be respectively equipped with the groove 13 of closed at both ends on two semi outer rings, the arc length of groove 13 is less than semicircle, described rolling element 2 (i.e. ball 21 or needle roller 22) is placed in groove 13 and is clipped between inner ring 11 and outer ring 12, Fig. 4 and Fig. 5 all illustrates that groove 13 arranges the example of inner ring 11. certainly, this groove can also be made up of multiple circumferentially distributed independent grooves unit, and each independent grooves unit is respectively equipped with a ball or a needle roller. when described rolling element 2 is roller 23 or roller bearing 24, as shown in Figure 6, Figure 7, the circumferentially distributed shaft seating of at least two groups 14 it is respectively equipped with on two and half inner rings or on two semi outer rings, described rolling element 2 (i.e. roller 23 or roller bearing 24) is connected on shaft seating 14, the contact internal walls of the described periphery of rolling element 2 (i.e. roller 23 or roller bearing 24) and the outer wall of inner ring 11 or outer ring 12, Fig. 6 and Fig. 7 all illustrates that shaft seating 14 arranges the example of outer ring 12. it should be noted that described rolling element 2 can reasonably arrange many groups in the axial direction according to the length of inner ring 11 or outer ring 12.

It is contemplated that relatively turnable inner ring 11 and outer ring 12 are all made up of two half-turns, without connecting between two half-turns, without constraint, before installation, need half inner ring first fixing on same hemisphere and semi outer rings to facilitate to install on aerial cable 3, therefore, preferably removably connect between described inner ring 11 and outer ring 12. When being embodied as, readily removable inloading part (such as screw 4, latch) can be passed through inner ring 11 and outer ring 12 are connected and fixed.

The front and back of described outer ring 12 are respectively provided on two sides with flank 5, and described flank 5 is provided with the installing hole being available for bolt 51. When being embodied as, the installing hole of bolt 51 is preferably set up 4, it is evenly distributed on the flank 5 of both sides before and after outer ring 12, bolt 51 is utilized to fasten, while two semi outer rings of clamping form whole outer ring 12, also clamping two and half inner rings form whole inner ring 11, and then utilize inner ring 11 to clamp aerial cable 3 fully. Visible, compared with prior art, this utility model adopts bolt to fix and replace existing preformed armor rods wire clamp to fix, it is possible to effectively stops bird and lets out excrement on preformed silk thread and cause the phenomenons such as the preformed silk thread of fixed point severe contamination, burn into gets loose.

In order to increase frictional force between inner ring 11 and aerial cable 3 and grip further, the inwall of inner ring 11 arranges spiral embossing 15, moves axially on aerial cable 3 thus being effectively prevented inner ring 11 and circumferentially rotate.

More preferably, as it is shown on figure 3, be provided with secure connection rope 8 between the inner face of described spheroid and aerial cable 3, one end of described secure connection rope 8 is connected with the retainer ring 9 being fixedly installed on inner face, the other end and aerial cable 3 pivot bush unit; When alert boat device is installed on aerial cable 3, utilize this secure connection rope 8 to be first suspended on by lower hemisphere on aerial cable 3, to the support of spheroid and location when workman can be facilitated to install, to avoid process drops, alleviate the labor intensity of workman. Further, the inner face of described spheroid is also covered with anticracking film (not indicating in figure), with ground of dropping of ftractureing after preventing the aging of product, reduces potential safety hazard.

More preferably, described bolt 51, securing member 63 (i.e. nut), connecting rod 62 all preferably employ stainless steel, replace adopting the zinc-plated material standard component being easily corroded to implement to connect, make this product can use safely under the environment such as acid, diluted alkaline, salt, humidity, sweltering heat.

Above disclosed it is only preferred embodiment of the present utility model, certainly can not limit the interest field of this utility model, the equivalent variations therefore made according to this utility model claim with this, still belong to the scope that this utility model is contained.

Claims (10)

1. an alert boat device, it is characterized in that, the hollow ball structure that the body of described alert boat device is made up of two hemisphere, the both sides, front and back of described spheroid are provided with the bindiny mechanism for hemisphere described in two is assembled into spheroid, and described bindiny mechanism includes the hinge being positioned at spheroid side and the closing component structure being positioned at spheroid opposite side; Described alert boat device includes TRT, light-emitting device, accumulator, storage cell control module and light sensitive component, described TRT is connected with described accumulator, described accumulator is connected with described light-emitting device by described storage cell control module, described light sensitive component and described storage cell control module.

2. alert boat device as claimed in claim 1, it is characterised in that described TRT is thin-film solar cells, and described thin-film solar cells covers the outer surface of described spheroid.

3. alert boat device as claimed in claim 1, it is characterised in that described light-emitting device is LED, and described LED is evenly arranged in the outer surface of described spheroid.

4. alert boat device as claimed in claim 1, it is characterised in that the left and right sides of described spheroid is provided with rotating mechanism, and described spheroid is installed in rotation on aerial cable by described rotating mechanism.

5. alert boat device as claimed in claim 4, it is characterised in that described TRT is rotarily driven, by described spheroid, the TRT that rotor rotates, and described TRT is arranged on described ball interior.

6. alert boat device as claimed in claim 4, it is characterized in that, described rotating mechanism includes by the inner ring formed after hemisphere assembling described in two and outer ring, and described inner ring is fixing with aerial cable to be connected, described outer ring is fixing with spheroid to be connected, and described inner ring and outer ring relatively rotate.

7. alert boat device as claimed in claim 6, it is characterised in that for removably connecting between described inner ring and outer ring.

8. alert boat device as claimed in claim 6, it is characterised in that the front and back of described outer ring are respectively provided on two sides with flank, and described flank is provided with the installing hole being available for bolt.

9. alert boat device as claimed in claim 6, it is characterised in that the inwall of described inner ring is provided with spiral embossing.

10. alert boat device as claimed in claim 1, it is characterized in that, described closing component structure includes by that form after hemisphere assembling described in two and the engaging lug with U-type groove, the connecting rod being rotatably connected at described engaging lug one end, the other end of described connecting rod can be fixedly connected on the securing member of the described engaging lug other end.