CN104456103A - Submersible searchlight - Google Patents
Submersible searchlight Download PDFInfo
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- CN104456103A CN104456103A CN201310424464.0A CN201310424464A CN104456103A CN 104456103 A CN104456103 A CN 104456103A CN 201310424464 A CN201310424464 A CN 201310424464A CN 104456103 A CN104456103 A CN 104456103A
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Abstract
The invention discloses a submersible searchlight comprising a submersible cylinder, a view window, a search window and a light-emitting component. The submersible cylinder is a tubular member with adjustable length; two ends of the submersible cylinder are provided with a first opening and a second opening, respectively; the view window is hermetically disposed at the first opening and is made of transparent material; the search window is hermetically disposed at the second opening and made of transparent material; the light-emitting component is disposed within the submersible cylinder and emits light which passes through the search window and which then arrives at a search object; light reflected from the search object sequentially passes the search window and the view window and arrives at eyes of a viewer. When using the submersible searchlight, a searcher need not dive; the length of the submersible cylinder is adjustable, and the length of the submersible cylinder can be optionally adjusted according to the depth of the search object.
Description
Technical field
The present invention relates to a kind of technical field of lamps, particularly relate to a kind of diving search lamp.
Background technology
Search is a kind of common underwater operation under water, under water usually will by means of submarine light during search, submarine light is a kind of light fixture for underwater lighting, existing way of search under water normally searchers is carried submarine light and is pulled the plug and search for, but underwater operation environment often has certain danger and complexity, be not suitable for searchers and pull the plug in a lot of situation.
Summary of the invention
The object of the present invention is to provide and a kind ofly to pull the plug the Under water lamp that can search under water without the need to searchers.
In order to solve the problems of the technologies described above, the invention provides a kind of diving search lamp, described diving search lamp comprises: diving cylinder, and described diving cylinder is a length telescopic cylindrical component, and its two ends have the first opening and the second opening respectively; Observation window, described observation window sealing is arranged at described first opening, and described observation window is that transparent material is made; Searchlighting window, described searchlighting window sealing is arranged at described second opening, and described searchlighting window is that transparent material is made; Luminescence component, described luminescence component is positioned at described diving cylinder, and the light that described luminescence component sends penetrates through described searchlighting window and irradiates in searchlighting thing, and the reverberation of described searchlighting thing is according to entering in observer's eye through described searchlighting window, described observation window.
Wherein, described diving cylinder comprises the first diving auxiliary cylinder, the second diving auxiliary cylinder, retracting cylinder, the 3rd diving auxiliary cylinder and the 4th diving auxiliary cylinder that are connected successively, described first diving auxiliary cylinder and described second diving auxiliary cylinder integrated design, described first diving auxiliary cylinder is vertically connected at described second diving auxiliary cylinder, described first diving auxiliary cylinder and described second diving auxiliary cylinder form a L-type tubular structure, described first opening is positioned at described first diving auxiliary cylinder one end away from described second diving auxiliary cylinder, and described luminescence component is installed in described first diving auxiliary cylinder; Described 3rd diving auxiliary cylinder and described 4th diving auxiliary cylinder integrated design, described 3rd diving auxiliary cylinder is vertically connected at described 4th diving auxiliary cylinder, described 3rd diving auxiliary cylinder and described 4th diving auxiliary cylinder form a L-type tubular structure, and described second opening is positioned at described 4th diving auxiliary cylinder one end away from described 3rd diving auxiliary cylinder; One end of described retracting cylinder is slidably socketed described second diving auxiliary cylinder, the other end is slidably socketed described 3rd diving auxiliary cylinder, and described retracting cylinder and described second is dived under water, auxiliary cylinder and the described 3rd auxiliary cylinder of diving under water all is tightly connected; Described diving search lamp also comprises the first speculum and the second speculum, described first speculum and described second speculum are all positioned at described diving cylinder, wherein, described first speculum is arranged at described first diving auxiliary cylinder and described second and dives under water the junction of auxiliary cylinder, and described second speculum is arranged at the described 3rd auxiliary cylinder and the described 4th of diving under water and dives under water the junction of auxiliary cylinder; The light that described luminescence component sends penetrates described diving cylinder and irradiate in described searchlighting thing outward through described first speculum, described second speculum, described searchlighting window successively, and the reverberation of described searchlighting thing enters in the eye of described observer through described searchlighting window, described second speculum, described first speculum and described observation window successively.
Wherein, described first diving auxiliary cylinder, described second diving auxiliary cylinder, described 3rd diving auxiliary cylinder is the cylinder-like structure that cross section is identical with described 4th diving auxiliary cylinder, and the center line of described first diving auxiliary cylinder, the center line of described second diving auxiliary cylinder, the center line of described 3rd diving auxiliary cylinder and the center line of described 4th diving auxiliary cylinder are positioned at a central plane, described second dives under water one end outer wall of auxiliary cylinder away from described first diving auxiliary cylinder around having convexed to form the first seal convexity, described first seal convexity is equipped with the first seal groove, described 3rd dives under water one end outer wall of auxiliary cylinder away from described 4th diving auxiliary cylinder around having convexed to form the second seal convexity, described second seal convexity is equipped with the second seal groove, described retracting cylinder is cylinder-like structure, described first seal convexity of one end socket of described retracting cylinder, described second seal convexity of other end socket, be provided with the first sealing ring being arranged in described first seal groove between described first seal convexity and the inwall of described retracting cylinder, between described second seal convexity and the inwall of retracting cylinder, be provided with the second sealing ring being arranged in described second seal groove.
Wherein, described diving search lamp also comprises an adjusting rod, it is protruding that described second diving auxiliary cylinder outer wall has convexed to form the first adjustment, described first regulates projection to offer the first adjustment hole, it is protruding that described 3rd diving auxiliary cylinder outer wall has convexed to form the second adjustment, described second regulates projection to offer second adjustment hole coaxial with described first adjustment hole, and described adjusting rod is threadedly connected in described first adjustment hole and described second adjustment hole.
Wherein, described first speculum and described second speculum are all perpendicular to described central plane, and described first speculum and the described first center line of diving under water auxiliary cylinder are 45 ° of angles, described second speculum and described first mirror parallel.
Wherein, one end inwall that described first diving auxiliary cylinder is close to described second diving auxiliary cylinder is provided with the first fixed block, one end inwall that described second diving auxiliary cylinder is close to described first diving auxiliary cylinder is provided with the second fixed block, described first fixed block and described second fixed block offer the first draw-in groove and the second draw-in groove respectively, and the two ends of described first speculum are fastened in described first draw-in groove and described second draw-in groove respectively; One end inwall that described 3rd diving auxiliary cylinder is close to described 4th diving auxiliary cylinder is provided with the 3rd fixed block, one end inwall that described 4th diving auxiliary cylinder is close to described 3rd diving auxiliary cylinder is provided with the 4th fixed block, described 3rd fixed block and described 4th fixed block offer the 3rd draw-in groove and the 4th draw-in groove respectively, and the two ends of described second speculum are fastened in described 3rd draw-in groove and described 4th draw-in groove respectively.
Wherein, described diving cylinder fills conjunction by upper shell and lower house and forms, and described upper shell and described lower house lay respectively at described central plane both sides, and the installed surface of the installed surface of described upper shell and described lower house is all positioned at described central plane.
Wherein, described diving search lamp also comprises the 3rd sealing ring and the 4th sealing ring, described first diving auxiliary cylinder is equipped with first groove suitable with described 3rd sealing ring outer wall away from one end inwall of described second diving auxiliary cylinder, the inwall of described 3rd sealing ring is equipped with second groove suitable with described observation window outer, sheathed described first sealing ring of described first groove, the described second sheathed described observation window outer of groove; Described 4th diving auxiliary cylinder is equipped with three groove suitable with described 4th sealing ring outer wall away from one end inwall of described 3rd diving auxiliary cylinder, the inwall of described 4th sealing ring is equipped with described searchlighting outside window along the 4th suitable groove, sheathed described 4th sealing ring of described 3rd groove, the edge of the sheathed described searchlighting window of described 4th groove.
Wherein, described diving search lamp also comprises multiple securing member, described upper shell outer wall is provided with multiple upper mounting ear, described lower house outer wall is provided with the corresponding lower mounting ear of multiple and described upper mounting ear, described upper mounting ear offers fixing hole, described lower mounting ear offers lower fixed hole, and described securing member is through fixed hole and described lower fixed hole and described upper mounting ear is anchored on described lower mounting ear.
Wherein, described luminescence component comprises lamp housing, battery, LED lamp holder, reflector and button, described lamp housing cylindrically structure, the tail end of described lamp housing is fixed on described observation window, be electrically connected with described LED lamp holder in the tail end that described battery is arranged at described lamp housing, described reflector is arranged in the head end of described lamp housing, and described LED lamp holder is positioned at described reflector, described button is for controlling the break-make of described battery, and described button is arranged at described observation window.
Implement diving provided by the invention search lamp, its beneficial effect is, this diving search lamp in use, only searchlighting window need be pulled the plug, the searchlighting thing in being in water is penetrated in the illumination that this diving search lamp sends, the reflection ray of searchlighting thing enters human eye through searchlighting window and observation window, namely human eye can be observed this searchlighting thing in observation window, searchers does not need to pull the plug when using this diving search lamp, and the present invention dives under water, the diving tube length degree of search lamp is scalable, can according to the length of the depth of water flexible modulation diving cylinder of searchlighting thing.
Accompanying drawing explanation
In order to be illustrated more clearly in technical scheme of the present invention, be briefly described to the accompanying drawing used required in embodiment below, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
Fig. 1 is that the present invention dives under water the structural representation of search lamp preferred embodiment;
Fig. 2 is the decomposing schematic representation of the diving search lamp shown in Fig. 1;
Fig. 3 is the cut-away illustration of the diving search lamp shown in Fig. 1 along its central plane;
Fig. 4 is the enlarged drawing of IV place structure in Fig. 3;
Fig. 5 is the enlarged drawing of V place structure in Fig. 3;
Fig. 6 is the enlarged drawing of VI place structure in Fig. 3;
Fig. 7 is the enlarged drawing of VII structure in Fig. 3.
Detailed description of the invention
Below in conjunction with the accompanying drawing in embodiment of the present invention, the technical scheme in embodiment of the present invention is clearly and completely described.
See figures.1.and.2, the present invention proposes a kind of diving search lamp, described diving search lamp comprises diving cylinder 100, observation window 200, searchlighting window 300 and luminescence component 400.Diving cylinder 100 is a length telescopic cylindrical component, and its two ends have the first opening 101 and the second opening 102 respectively; Observation window 200 sealing is arranged at the first opening 101, the laminated structure that observation window 200 is made for transparent material, and the shape of observation window 200 and the first opening 101 adapt; Searchlighting window 300 sealing is arranged at the second opening 102, the laminated structure that searchlighting window 300 is made for transparent material, and the shape of searchlighting window 300 and the second opening 102 adapt; Luminescence component 400 is positioned at diving cylinder 100.The present invention dives under water search lamp in use, searchlighting window 300 stretches in water, observation window 200 is facing to human eye, the light that luminescence component 400 sends penetrates the outer and searchlighting thing irradiated in being in water of diving cylinder 100 through searchlighting window 300, the part reverberation of this searchlighting thing enters to penetrate in diving cylinder 100 and through observation window 200 through searchlighting window 300 dives under water outside cylinder 100, the light penetrated from observation window 200 enters human eye, namely human eye can observe the searchlighting thing be in water, in order to avoid the obstruction of luminescence component 400 pairs of reverberation, the size of luminescence component 400 should be less than diving cylinder.The present invention dives under water search lamp in use, and observer can detect situation under water without the need to pulling the plug.Natch, the present invention dive under water search lamp also can carry by observer the observation pulled the plug for the water surface.And the present invention dives under water, diving cylinder 100 length of search lamp is scalable, can according to the length of the depth of water flexible modulation diving cylinder 100 of searchlighting thing.
Dive under water in the preferred embodiment of search lamp in the present invention, diving cylinder 100 comprises the first diving auxiliary cylinder 110 be connected successively, second diving auxiliary cylinder 120, retracting cylinder 150, 3rd diving auxiliary cylinder 130 and the 4th diving auxiliary cylinder 140, wherein, first diving auxiliary cylinder 110 and the second diving auxiliary cylinder 120 integrated design, first diving auxiliary cylinder 110 is vertically connected at the second diving auxiliary cylinder 120, first diving auxiliary cylinder 110 and the second diving auxiliary cylinder 120 form a L-type tubular structure, first opening 101 is positioned at the first diving auxiliary cylinder 110 one end away from the second diving auxiliary cylinder 120, luminescence component 400 is positioned at the first diving auxiliary cylinder 110.3rd diving auxiliary cylinder 130 and the 4th diving auxiliary cylinder 140 integrated design, 3rd diving auxiliary cylinder 130 is vertically connected at the 4th diving auxiliary cylinder 140,3rd diving auxiliary cylinder 130 and the 4th diving auxiliary cylinder 140 form a L-type tubular structure, and the second opening 102 is positioned at the 4th diving auxiliary cylinder 140 one end away from the 3rd diving auxiliary cylinder 130.One end of retracting cylinder 150 is slidably socketed the second diving auxiliary cylinder 120, the other end is slidably socketed the 3rd diving auxiliary cylinder 130, and retracting cylinder 150 and second is dived under water, auxiliary cylinder 120 and the 3rd auxiliary cylinder 130 of diving under water all is tightly connected.
In order to complete the propagation of light in diving cylinder 100 that luminescence component 400 sends, diving search lamp also comprises the first speculum 510 and the second speculum 520, first speculum 510 and the second speculum 520 are all positioned at diving cylinder 100, wherein, first speculum 510 is arranged at the first diving auxiliary cylinder 110 and second and dives under water the junction of auxiliary cylinder 120, and the second speculum 520 is arranged at the 3rd diving auxiliary cylinder 130 and the 4th and dives under water the junction of auxiliary cylinder 140.The light that luminescence component 400 sends penetrates the outer and searchlighting thing irradiated in being in water of diving cylinder 100 through the first speculum 510, second speculum 520, searchlighting window 300 successively, and the reverberation of this searchlighting thing enters in the eye of described observer through searchlighting window 300, second speculum 520, first speculum 510 and observation window 200 successively.
With further reference to Fig. 4 and Fig. 5, first diving auxiliary cylinder 110, second diving auxiliary cylinder 120, 3rd diving auxiliary cylinder 130 is the cylinder-like structure that cross section is identical with the 4th diving auxiliary cylinder 140, wherein the first diving auxiliary cylinder 110 and second is dived under water the junction of auxiliary cylinder 120, the dive under water junction of auxiliary cylinder 140 of 3rd diving auxiliary cylinder 130 and the 4th all adopts arc bend folded structure, and the center line of the first diving auxiliary cylinder 110, the center line of the second diving auxiliary cylinder 120, the center line of the 3rd diving auxiliary cylinder 130, the 4th diving center line of auxiliary cylinder 140 and the center line of retracting cylinder 150 are positioned at a central plane, second dives under water one end outer wall of auxiliary cylinder 120 away from the first diving auxiliary cylinder 110 around having convexed to form the first seal convexity 121, first seal convexity 121 is equipped with the first seal groove 121a, 3rd dives under water one end outer wall of auxiliary cylinder 130 away from the 4th diving auxiliary cylinder 140 around having convexed to form the second seal convexity 131, second seal convexity 131 is equipped with the second seal groove 131a.Retracting cylinder 150 is cylinder-like structure, one end of retracting cylinder 150 is socketed the first seal convexity 121, the other end is socketed the second seal convexity 131, the second sealing ring 620 being arranged in and being provided with between first sealing ring 610, second seal convexity 131 of the first seal groove 121a and the inwall of retracting cylinder 150 and being arranged in the second seal groove 131a is provided with between first seal convexity 121 and the inwall of retracting cylinder 150.
Furthermore, conveniently regulate the length of diving cylinder 100, the present invention dive under water search lamp also comprise an adjusting rod 700, second diving auxiliary cylinder 120 outer wall has convexed to form the first adjustment projection 122, first adjustment projection 122 is through offers the first adjustment hole 122a, first adjustment hole 122a is provided with internal thread, 3rd diving auxiliary cylinder 130 outer wall has convexed to form the second adjustment projection 132, second regulates protruding 132 to offer the second adjustment hole 132a coaxial with the first adjustment hole 122a, second adjustment hole 132a is provided with internal thread, and the first adjustment hole 122a and second regulates the axis being parallel of protruding 132a in the center line of retracting cylinder 150, adjusting rod 700 is threadedly connected in the first adjustment hole 122a and the second adjustment hole 132a.
The setting angle of luminescence component 400, first speculum 510, second speculum 520 is relevant to the shape of diving cylinder 100, when the setting angle of consideration first speculum 510 and the second speculum 520, luminescence component 400 is considered as a source of parallel light, the emergent light sent by luminescence component 400 penetrates outside diving cylinder 100 through the first speculum 510, second speculum 520, and the light path of this emergent light the dive under water center line and the 3rd of auxiliary cylinder 110 of the center line, first of auxiliary cylinder 120 of diving under water with second is successively dived under water the centerline parallel of auxiliary cylinder 130.
Preferably, diving cylinder 100 is in zigzag structure, the bearing of trend of the first diving auxiliary cylinder 110 and the 4th diving auxiliary cylinder 140 is contrary, first speculum 510 and the second speculum 520 are all perpendicular to central plane, first speculum 510 and the first center line of diving under water auxiliary cylinder 110 are 45 ° of angles, and the second speculum 520 is parallel with the first speculum 510.
With reference to Fig. 3, in order at diving cylinder 100 internal fixtion first speculum 510 and the second speculum 520, one end inwall that first diving auxiliary cylinder 110 is close to the second diving auxiliary cylinder 120 is provided with the first fixed block 111, one end inwall that second diving auxiliary cylinder 120 is close to the first diving auxiliary cylinder 110 is provided with the second fixed block 123, first fixed block 111 and the second fixed block 123 offer the first draw-in groove 111a and the second draw-in groove 123a respectively, wherein, the width of the first draw-in groove 111a and the second draw-in groove 123a is all suitable with the first speculum 510, the two ends of the first speculum 510 are fastened in the first draw-in groove 111a and the second draw-in groove 123a respectively.
One end inwall that 3rd diving auxiliary cylinder 130 is close to the 4th diving auxiliary cylinder 140 is provided with the 3rd fixed block 133, one end inwall that 4th diving auxiliary cylinder 140 is close to the 3rd diving auxiliary cylinder 130 is provided with the 4th fixed block 141,3rd fixed block 133 and the 4th fixed block 141 offer the 3rd draw-in groove 133a and the 4th draw-in groove 141a respectively, the width of the 3rd draw-in groove 133a and the 4th draw-in groove 141a is all suitable with the second speculum 520, and the two ends of the second speculum 520 are fastened in the 3rd draw-in groove 133a and the 4th draw-in groove 141a respectively.
Fixing in order to further to the first speculum 510 and the second speculum 520, first diving auxiliary cylinder 110 and second dive under water auxiliary cylinder 120 junction inwall also projection be provided with the first fixed head 103, first fixed head 103 is between the first fixed block 111 and the second fixed block 123, and the back side of the first speculum 510 adheres on the first fixed head 103.3rd diving auxiliary cylinder 130 and the 4th dive under water auxiliary cylinder 140 junction inwall also projection be provided with the second fixed head 104, second fixed head 104 is between the 3rd fixed block 133 and the 4th fixed block 141, and the back side of the second speculum 520 adheres on the second fixed head 104.
Conveniently manufacture the present invention dive under water search lamp diving cylinder 100 and conveniently diving search lamp other assemblies be installed on diving cylinder 100 in, diving cylinder 100 fills conjunction by upper shell 100a and lower house 100b and forms, upper shell 100a and lower house 100b lays respectively at central plane both sides, the installed surface of upper shell 100a and the installed surface of lower house 100b are all positioned at the central plane of diving cylinder 100, correspondingly, first fixed block 111, second fixed block 123, 3rd fixed block 133, 4th fixed block 141, first fixed head 103 and the second fixed head 104 are also divided into two by the central plane of diving cylinder 100.
With reference to Fig. 6 and Fig. 7, in order to the sealing of observation window 200 and searchlighting window 300 is installed, diving search lamp of the present invention also comprises the 3rd sealing ring 630 and the 4th sealing ring 640, dive under water in the preferred embodiment of search lamp in the present invention, observation window 200 and searchlighting window 300 are cylinder laminated structure, correspondingly, the 3rd sealing ring 630 and the 4th sealing ring 640 are circular.The openend inwall of the first diving auxiliary cylinder 110 is equipped with the first groove 112, first groove 112 and the 3rd sealing ring 630 outer wall suitable, the inwall of the 3rd sealing ring 630 is equipped with second groove 631 suitable with observation window 200 outer, sheathed 3rd sealing ring 630 of first groove 112, the outer of the sheathed observation window 200 of the second groove 631, and observation window 200, the 3rd sealing ring 630 and the first diving auxiliary cylinder 110 fit tightly.
Searchlighting window 300 is adopted and is sealed in a like fashion, the openend inwall of the 4th diving auxiliary cylinder 140 is equipped with three groove 142 suitable with the 4th sealing ring 640 outer wall, the inwall of the 4th sealing ring 640 is equipped with four groove 641 suitable with searchlighting window 300 outer, sheathed 4th sealing ring 640 of 3rd groove 142, the edge of the sheathed searchlighting window 300 of the 4th groove 641, and searchlighting window 300, the 4th sealing ring 640 and the 4th diving auxiliary cylinder 140 fit tightly.
Due to diving cylinder 100 employing in the preferred embodiment for the present invention is a kind of thin shell-like structure, conveniently offer the first above-mentioned groove 112 and the 3rd groove 142 at the inwall of diving cylinder 100, the openend inner wall surrounding of the first diving auxiliary cylinder 110 has convexed to form the first projection 113, the openend inner wall surrounding of the 4th diving auxiliary cylinder 140 has convexed to form the second projection 143, first groove 112 and the 3rd groove 142 respectively around being opened in the first protruding 113 and second projection 143.
With further reference to Fig. 2, in order to install upper shell 100a and the lower house 100b of diving cylinder 100, diving search lamp of the present invention also comprises multiple securing member 800, upper shell 100a outer wall is provided with multiple upper mounting ear 105, and the installed surface of the installed surface and upper shell 100a of preferably going up mounting ear 105 is positioned at same plane.Lower house 100b outer wall is provided with the corresponding lower mounting ear 106 of multiple and upper mounting ear 105, and the installed surface of lower mounting ear 106 and the installed surface of lower house 100b are positioned at same plane.Upper mounting ear 105 offers fixing hole 105a, and lower mounting ear 106 offers lower fixed hole 106a, and securing member 800 passes upper fixing hole 105a and lower fixed hole 106a and upper mounting ear 105 is anchored on lower mounting ear 106.Preferably, upper shell 100a is provided with 12 upper mounting ears 105, wherein, first diving auxiliary cylinder 110 be provided with mounting ear 105 on two and this on two mounting ear 105 be positioned at the center line both sides of the first diving auxiliary cylinder 110, second diving auxiliary cylinder 120 be provided with mounting ear 105 on two and this on two mounting ear 105 lay respectively at the center line both sides of the second diving auxiliary cylinder 120, 3rd diving auxiliary cylinder 130 be provided with mounting ear 105 on two and this on two mounting ear 105 lay respectively at the center line both sides of the 3rd diving auxiliary cylinder 130, 4th diving auxiliary cylinder 140 is provided with mounting ear 105 on two and on two, mounting ear 105 lays respectively at the center line both sides of the 4th diving auxiliary cylinder 140, retracting cylinder 150 is provided with four upper mounting ears 105, and four upper mounting ears 105 lay respectively at the two ends of retracting cylinder 150.Accordingly, the first diving auxiliary cylinder 110, second diving auxiliary cylinder 120, the 3rd diving auxiliary cylinder 130 and the 4th diving auxiliary cylinder 140 are also provided with twice mounting ears 106 respectively, and retracting cylinder 150 also arranges four lower mounting ears 106.Preferably, securing member 800 of the present invention is soket head cap screw, and upper fixing hole 105a is unthreaded hole, and lower fixed hole 106a is the screwed hole suitable with securing member 800.
With further reference to Fig. 6, luminescence component 400 is fixedly installed on observation window 200, luminescence component 400 comprises lamp housing 410, battery 420, LED lamp holder 430 and reflector 440, lamp housing 410 cylindrically structure, the tail end of lamp housing 410 is fixed on observation window 200, preferably, the outer wall of lamp housing 410 is provided with external screw thread, observation window 200 towards diving cylinder 100 in extended to form cylindrical fixed lobe 210, fixed lobe 210 axially offers fixed groove 211, fixed groove 211 is provided with the internal thread suitable with lamp housing 410 external screw thread, lamp housing 410 is threadedly connected to fixed lobe.Be electrically connected with LED lamp holder 430 in the tail end that battery 420 is arranged at lamp housing 410, reflector 440 is arranged in the head end of lamp housing 410, and LED lamp holder 430 is positioned at reflector 440.Furthermore, luminescence component 400 also comprises button 450, and button 450 is for controlling the break-make of battery 420, and button 450 is arranged at observation window 200, and button 450 is a kind of elastic press type switch.
In other implementations, diving cylinder 100 also can be a hollow straight-bar structure, and apparently, in this embodiment, the present invention dives under water search lamp without the need to the first speculum 510 and the second speculum 520.
The above is the preferred embodiment of the present invention; it should be pointed out that for those skilled in the art, under the premise without departing from the principles of the invention; can also make some improvements and modifications, these improvements and modifications are also considered as protection scope of the present invention.
Claims (10)
1. a diving search lamp, is characterized in that, described diving search lamp comprises:
Diving cylinder, described diving cylinder is a length telescopic cylindrical component, and its two ends have the first opening and the second opening respectively;
Observation window, described observation window sealing is arranged at described first opening, and described observation window is that transparent material is made;
Searchlighting window, described searchlighting window sealing is arranged at described second opening, and described searchlighting window is that transparent material is made;
Luminescence component, described luminescence component is positioned at described diving cylinder, and the light that described luminescence component sends penetrates through described searchlighting window and irradiates in searchlighting thing, and the reverberation of described searchlighting thing is according to entering in observer's eye through described searchlighting window, described observation window.
2. diving search lamp according to claim 1, it is characterized in that, described diving cylinder comprises the first diving auxiliary cylinder be connected successively, second diving auxiliary cylinder, retracting cylinder, 3rd diving auxiliary cylinder and the 4th diving auxiliary cylinder, described first diving auxiliary cylinder and described second diving auxiliary cylinder integrated design, described first diving auxiliary cylinder is vertically connected at described second diving auxiliary cylinder, described first diving auxiliary cylinder and described second diving auxiliary cylinder form a L-type tubular structure, described first opening is positioned at described first diving auxiliary cylinder one end away from described second diving auxiliary cylinder, described luminescence component is installed in described first diving auxiliary cylinder,
Described 3rd diving auxiliary cylinder and described 4th diving auxiliary cylinder integrated design, described 3rd diving auxiliary cylinder is vertically connected at described 4th diving auxiliary cylinder, described 3rd diving auxiliary cylinder and described 4th diving auxiliary cylinder form a L-type tubular structure, and described second opening is positioned at described 4th diving auxiliary cylinder one end away from described 3rd diving auxiliary cylinder;
One end of described retracting cylinder is slidably socketed described second diving auxiliary cylinder, the other end is slidably socketed described 3rd diving auxiliary cylinder, and described retracting cylinder and described second is dived under water, auxiliary cylinder and the described 3rd auxiliary cylinder of diving under water all is tightly connected;
Described diving search lamp also comprises the first speculum and the second speculum, described first speculum and described second speculum are all positioned at described diving cylinder, wherein, described first speculum is arranged at described first diving auxiliary cylinder and described second and dives under water the junction of auxiliary cylinder, and described second speculum is arranged at the described 3rd auxiliary cylinder and the described 4th of diving under water and dives under water the junction of auxiliary cylinder;
The light that described luminescence component sends penetrates described diving cylinder and irradiate in described searchlighting thing outward through described first speculum, described second speculum, described searchlighting window successively, and the reverberation of described searchlighting thing enters in the eye of described observer through described searchlighting window, described second speculum, described first speculum and described observation window successively.
3. diving search lamp according to claim 2, it is characterized in that, described first diving auxiliary cylinder, described second diving auxiliary cylinder, described 3rd diving auxiliary cylinder is the cylinder-like structure that cross section is identical with described 4th diving auxiliary cylinder, and the center line of described first diving auxiliary cylinder, the center line of described second diving auxiliary cylinder, the center line of described 3rd diving auxiliary cylinder and the center line of described 4th diving auxiliary cylinder are positioned at a central plane, described second dives under water one end outer wall of auxiliary cylinder away from described first diving auxiliary cylinder around having convexed to form the first seal convexity, described first seal convexity is equipped with the first seal groove, described 3rd dives under water one end outer wall of auxiliary cylinder away from described 4th diving auxiliary cylinder around having convexed to form the second seal convexity, described second seal convexity is equipped with the second seal groove,
Described retracting cylinder is cylinder-like structure, described first seal convexity of one end socket of described retracting cylinder, described second seal convexity of other end socket, be provided with the first sealing ring being arranged in described first seal groove between described first seal convexity and the inwall of described retracting cylinder, between described second seal convexity and the inwall of retracting cylinder, be provided with the second sealing ring being arranged in described second seal groove.
4. diving search lamp according to claim 3, it is characterized in that, described diving search lamp also comprises an adjusting rod, it is protruding that described second diving auxiliary cylinder outer wall has convexed to form the first adjustment, described first regulates projection to offer the first adjustment hole, it is protruding that described 3rd diving auxiliary cylinder outer wall has convexed to form the second adjustment, described second regulates projection to offer second adjustment hole coaxial with described first adjustment hole, and described adjusting rod is threadedly connected in described first adjustment hole and described second adjustment hole.
5. diving search lamp according to claim 3, it is characterized in that, described first speculum and described second speculum are all perpendicular to described central plane, described first speculum and the described first center line of diving under water auxiliary cylinder are 45 ° of angles, described second speculum and described first mirror parallel.
6. diving search lamp according to claim 5, it is characterized in that, one end inwall that described first diving auxiliary cylinder is close to described second diving auxiliary cylinder is provided with the first fixed block, one end inwall that described second diving auxiliary cylinder is close to described first diving auxiliary cylinder is provided with the second fixed block, described first fixed block and described second fixed block offer the first draw-in groove and the second draw-in groove respectively, and the two ends of described first speculum are fastened in described first draw-in groove and described second draw-in groove respectively;
One end inwall that described 3rd diving auxiliary cylinder is close to described 4th diving auxiliary cylinder is provided with the 3rd fixed block, one end inwall that described 4th diving auxiliary cylinder is close to described 3rd diving auxiliary cylinder is provided with the 4th fixed block, described 3rd fixed block and described 4th fixed block offer the 3rd draw-in groove and the 4th draw-in groove respectively, and the two ends of described second speculum are fastened in described 3rd draw-in groove and described 4th draw-in groove respectively.
7. diving search lamp according to claim 6, it is characterized in that, described diving cylinder fills conjunction by upper shell and lower house and forms, described upper shell and described lower house lay respectively at described central plane both sides, and the installed surface of the installed surface of described upper shell and described lower house is all positioned at described central plane.
8. diving search lamp according to claim 7, it is characterized in that, described diving search lamp also comprises the 3rd sealing ring and the 4th sealing ring, described first diving auxiliary cylinder is equipped with first groove suitable with described 3rd sealing ring outer wall away from one end inwall of described second diving auxiliary cylinder, the inwall of described 3rd sealing ring is equipped with second groove suitable with described observation window outer, sheathed described first sealing ring of described first groove, the described second sheathed described observation window outer of groove;
Described 4th diving auxiliary cylinder is equipped with three groove suitable with described 4th sealing ring outer wall away from one end inwall of described 3rd diving auxiliary cylinder, the inwall of described 4th sealing ring is equipped with described searchlighting outside window along the 4th suitable groove, sheathed described 4th sealing ring of described 3rd groove, the edge of the sheathed described searchlighting window of described 4th groove.
9. diving search lamp according to claim 7, it is characterized in that, described diving search lamp also comprises multiple securing member, described upper shell outer wall is provided with multiple upper mounting ear, described lower house outer wall is provided with the corresponding lower mounting ear of multiple and described upper mounting ear, described upper mounting ear offers fixing hole, and described lower mounting ear offers lower fixed hole, and described securing member is through fixed hole and described lower fixed hole and described upper mounting ear is anchored on described lower mounting ear.
10. diving search lamp according to claim 1, it is characterized in that, described luminescence component comprises lamp housing, battery, LED lamp holder, reflector and button, described lamp housing cylindrically structure, the tail end of described lamp housing is fixed on described observation window, be electrically connected with described LED lamp holder in the tail end that described battery is arranged at described lamp housing, described reflector is arranged in the head end of described lamp housing, described LED lamp holder is positioned at described reflector, described button is for controlling the break-make of described battery, and described button is arranged at described observation window.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310424464.0A CN104456103A (en) | 2013-09-17 | 2013-09-17 | Submersible searchlight |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310424464.0A CN104456103A (en) | 2013-09-17 | 2013-09-17 | Submersible searchlight |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN104456103A true CN104456103A (en) | 2015-03-25 |
Family
ID=52902608
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201310424464.0A Pending CN104456103A (en) | 2013-09-17 | 2013-09-17 | Submersible searchlight |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN104456103A (en) |
-
2013
- 2013-09-17 CN CN201310424464.0A patent/CN104456103A/en active Pending
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Application publication date: 20150325 |