CN201549751U - Structure of ceiling lamp holder capable of cutting off or conducting power supply - Google Patents
Structure of ceiling lamp holder capable of cutting off or conducting power supply Download PDFInfo
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- CN201549751U CN201549751U CN200920214035XU CN200920214035U CN201549751U CN 201549751 U CN201549751 U CN 201549751U CN 200920214035X U CN200920214035X U CN 200920214035XU CN 200920214035 U CN200920214035 U CN 200920214035U CN 201549751 U CN201549751 U CN 201549751U
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Abstract
A structure of a ceiling lamp holder capable of cutting off or conducting power supply according to the changes of environment conditions comprises a casing, a lamp adapter, a plurality of sensors and a power supply switching module, wherein one end of the casing is mounted on a ceiling plate, the lamp adapter is arranged at the other end of the casing for assembling an illuminating lamp and accommodating the illuminating lamp adapter, the longitudinal section of the casing takes the shape of an inverted cone, a preset included angle is kept between the conical inclined plane of the casing and the center line, the sensors are arranged on the inner side of the conical inclined plane along the circumferential direction in a uniformly-spaced way and respectively electrically connected with the power supply switching module. In this way, the ceiling lamp holder can sense the changes of the environment conditions (for example, whether light or personal exists or not) through the sensors, the illuminating lamp is lightened or closed automatically, thereby achieving the effects of energy conservation and automatic illumination.
Description
Technical field
The utility model relates to a kind of ceiling light holder structure, particularly a kind of ceiling light holder structure according to environmental condition change cut-out or conducting power supply, can be by the sensor detecting environmental change in the conical shell, and send outage or the power supply of electrically conductive signal control lamp socket by transducer.
Background technology
In the flourish modern society of industry and commerce activity, lighting provides illumination for the mankind in indoor and outdoor insufficient light part, thereby changing the mankind begins work at sunrise, sunset and the lifestyle that ceases, make people still can carry out activity constantly at night, be not subject to insufficient light and stop action, therefore become the indispensable life appliance of people, general existing lighting, usually has a mains switch, can be for the user (as night under the situation of insufficient light, rainy day or thick fog etc.) light lighting by the power-on switch, or in bright and clear and do not need under the situation of additional illumination (as morning or fine day), extinguish lighting by the powered-down switch, yet, general user is everlasting and just can lights this lighting under the situation of realizing insufficient light, so the user often need grope the switch place of lighting in the dark, thereby causes user's inconvenience; If under situation unmanned arround bright and clear or this lighting, lighting will continue to provide illumination because of uncared for, form the significant wastage of electric power and resource, and only have at general lighting light fixture bulb service life commonly used under 1000 to 2000 hours the situation, lighting is as easy as rolling off a log because of long-time insignificant startup, and rapid shortening its useful life, thereby cause the puzzlement that the user keeps in repair and the waste of consumptive material.
In sum as can be known, general existing lighting, whether the light arround can't judging is sufficient, whether the personnel activity is arranged, also can't open voluntarily or close, cause the easy rapid shortening in useful life of this lighting, form the waste of electric power and resource simultaneously, therefore, how to design a kind of lighting of innovation, can be accurately and detect the variation of surround lighting in time, and can judge voluntarily whether power supply is opened, with the above-mentioned problems of effective solution, and then reach the effect of saving the energy and throwing light on automatically, and effectively prolong the useful life of lighting, become the important topic that needs to be resolved hurrily.
Summary of the invention
At above-mentioned problem and shortcoming, the purpose of this utility model is a kind of ceiling light holder structure according to environmental condition change cut-out or conducting power supply of design, can effectively solve existing lighting because of opening voluntarily or close, and cause shorten the useful life of energy waste and lighting, cause problems such as puzzlement that the user keeps in repair and consumptive material waste.
To achieve the above object, technical solution adopted in the utility model is:
According to the ceiling light holder structure that environmental condition change is cut off or conducting is powered, comprise a housing, plurality of sensors, an one power supply handover module and a bulb socket, its middle shell is formed (as: glass by transparent or semitransparent light-permeable material, plastics or fortified resin), one end of housing is mounted to a ceiling, offer an accommodation space on it, in order to hold these transducers and power supply handover module, bulb socket is located at the other end of housing, in order to assemble an illuminating lamp (as: bulb), and the lamp holder that can hold illuminating lamp, the vertical section of housing is inverted cone shape by its end to end, the taper inclined-plane of housing and center line keep a predetermined angle, plurality of sensors along the circumferential direction is the inboard on the taper inclined-plane that equally spaced is arranged in housing, to guarantee to detect the environmental condition change in the predetermined angular range in housing below, each transducer is electrically connected with the power supply handover module respectively, when a certain environmental condition change (as: light arranged or do not have temperature) of arbitrary sensor detecting outside housing, this transducer sends power-off signal, the power supply handover module is not powered to bulb socket, and make illuminating lamp remain on the state of not lighted, when all sensors does not all detect the environmental condition change (as: do not have light or temperature is arranged) of housing, the electrically conductive signal that the power supply handover module receives each transducer simultaneously and sent, and switch to conducting state, give bulb socket with power supply, light illuminating lamp.
According to the ceiling light holder structure that environmental condition change is cut off or conducting is powered, it comprises: a housing, formed by the light-permeable material, one end of housing is mounted to a ceiling, offer an accommodation space on it, the vertical section of this housing is inverted cone shape by its end to end, and the angle of its taper inclined-plane and center line is between 20 to 70 degree; One bulb socket is located at the other end of this housing, in order to assembling an illuminating lamp, and can hold the lamp holder of this illuminating lamp; Several photo resistance, be contained in the described accommodation space, and the inboard that along the circumferential direction is the taper inclined-plane that equally spaced is arranged in housing changes with the surround lighting in 20 to the 70 degree angular range of detecting housing below, and described photo resistance is electrically connected with the power supply handover module respectively; One power supply handover module is contained in the described accommodation space, can receive outage or electrically conductive signal that photo resistance is sent, and switch to outage or conducting state, controls the outage or the power supply of this lamp socket.
Further, described power supply handover module comprises:
One first connects a little, is connected with a power supply;
One first conducting strip, one end and first connects a little and is connected, and described first conducting strip is provided with a lug boss;
One second conducting strip, one metal lamellar body, the middle position of second conducting strip is provided with a kink, the kink connection is positioned on the lug boss, one end of second conducting strip is provided with one the 3rd and connects a little, the other end at second conducting strip is not subjected under the situation of external force effect, other position of second conducting strip can be subjected to the stress influence of kink and bending, and the two ends that make second conducting strip are towards the direction bending away from lug boss, the other end at second conducting strip is subjected to and the opposite external force of the second conducting strip body bending direction, and this external force overcomes under the situation that other position met with stresses of second conducting strip, and the two ends of second conducting strip will be towards the direction bending near lug boss;
One second connects a little, is connected with lamp socket;
One the 3rd conducting strip, one end and second connects a little and is connected, its other end is provided with one the 4th and connects a little, the 4th connect a little can with the 3rd connect a little and connect;
One memorial alloy sheet has conductivity, and can absorb heat, and rises and towards this second conducting strip direction bending with self temperature;
One center pillar runs through described memorial alloy sheet, the 3rd conducting strip and first conducting strip, and connects and be connected with first, makes the memorial alloy sheet can see through center pillar and first and connects and be connected and be connected with power supply;
One heating resistor, heating resistor is attached to a side of memorial alloy sheet, and the one end is connected with the memorial alloy sheet, makes heating resistor can accept the electric current that the memorial alloy sheet transmits and produces heat, and with institute's generation heat transferred memorial alloy sheet, the heating resistor other end is connected with photo resistance.
Again, described power supply handover module comprises:
One contactor is connected with lamp socket, under conducting state, supplies power to lamp socket;
One integrated circuit is connected with contactor and each photo resistance, can receive outage or electrically conductive signal that photo resistance is sent, and this contactor is switched to outage or conducting state.
Another technical scheme of the utility model is that according to the ceiling light holder structure that environmental condition change is cut off or conducting is powered, it comprises:
One housing, the one end is mounted to a ceiling, offers an accommodation space on it, and the vertical section of this housing is inverted cone shape by its end to end, the angle of its taper inclined-plane and center line and along the circumferential direction equally spaced is provided with several holes on the taper inclined-plane between 20 to 70 degree;
One bulb socket is located at the other end of housing, in order to assembling an illuminating lamp, and can hold the lamp holder of this illuminating lamp;
Several burnt electric type infrared ray sensors are contained in the described accommodation space, and embed respectively in the corresponding hole, and the electric type infrared ray sensor of described Jiao is electrically connected with the power supply handover module respectively;
One power supply handover module is contained in this accommodation space, can receive outage or electrically conductive signal that burnt electric type infrared ray sensor is sent, and switches to outage or conducting state, the outage or the power supply of control lamp socket.
Further, described power supply handover module comprises:
One first connects a little, is connected with a power supply;
One first conducting strip, one end and first connects a little and is connected, and first conducting strip is provided with a lug boss;
One second conducting strip, it is a metal lamellar body, the middle position of second conducting strip is provided with a kink, this kink connection navigates on the described lug boss, one end of second conducting strip is provided with one the 3rd and connects a little, the other end at second conducting strip is not subjected under the situation of external force effect, other position of second conducting strip can be subjected to the stress influence of kink and bending, and the two ends that make second conducting strip are towards the direction bending away from this lug boss, the other end at second conducting strip is subjected to and the opposite external force of the second conducting strip body bending direction, and this external force overcomes under the situation that other position met with stresses of second conducting strip, and the two ends of second conducting strip will be towards the direction bending near lug boss;
One second connects a little, is connected with lamp socket;
One the 3rd conducting strip, one end and second connects a little and is connected, its other end is provided with one the 4th and connects a little, the 4th connect a little can with the 3rd connect a little and connect;
One memorial alloy sheet has conductivity, and can absorb heat, and rises and towards the second conducting strip direction bending with self temperature;
One center pillar runs through memorial alloy sheet, the 3rd conducting strip and first conducting strip, and connects and be connected with first, makes the memorial alloy sheet can see through center pillar and first and connects and be connected and be connected with power supply;
One heating resistor, heating resistor is attached to a side of memorial alloy sheet, the one end is connected with the memorial alloy sheet, make heating resistor can accept the electric current that the memorial alloy sheet transmits and produce heat, and with institute's generation heat transferred memorial alloy sheet, its other end is connected with burnt electric type infrared ray sensor.
In addition, described power supply handover module comprises: a contactor, be connected with lamp socket, and under conducting state, can power and give lamp socket; One integrated circuit is connected with described contactor and each burnt electric type infrared ray sensor, can receive outage or electrically conductive signal that burnt electric type infrared ray sensor is sent, and contactor is switched to outage or conducting state.
The utility model has the advantages that:
As above-mentioned structure, the ceiling light seat just can see through transducer detect the variation of ambient condition exactly, and when near insufficient light or ceiling light seat the personnel activity being arranged, sees through the power supply handover module, automatically light illuminating lamp, to reach the effect of saving the energy and throwing light on automatically.
Description of drawings
Fig. 1 is the generalized section of the utility model according to first preferred embodiment of the ceiling light holder structure of environmental condition change cut-out or conducting power supply;
Fig. 2 is the generalized section of second preferred embodiment of the utility model ceiling light holder structure;
Fig. 3 is another schematic diagram of second preferred embodiment of the utility model ceiling light holder structure;
Fig. 4 is the generalized section of the 3rd preferred embodiment of the utility model ceiling light holder structure;
Fig. 5 is the generalized section of the 4th preferred embodiment of the utility model ceiling light holder structure.
Embodiment
Further specify architectural feature of the present utility model below in conjunction with accompanying drawing.
A kind of ceiling light holder structure of the utility model according to environmental condition change cut-out or conducting power supply, mainly can detect environmental condition change with plurality of sensors, and send outage or electrically conductive signal to power supply handover module by these transducers, and then the power supply of lamp socket on cut-out or the conducting holder structure
See also shown in Figure 1, in first preferred embodiment of the present utility model, ceiling light seat 10 comprises a housing 11, one bulb socket 12, (quantity of transducer is several to four transducers 13, be not to exceed with four) and a power supply handover module 14, one end of its middle shell 11 is mounted to a ceiling, offer an accommodation space 111 on it, in order to hold transducer 13 and power supply handover module 14, bulb socket 12 is located at the other end of housing 11, in order to assemble an illuminating lamp 15, and the lamp holder 151 that can hold illuminating lamp 15, the vertical section of housing 11 is inverted cone shape by its end to end, the taper inclined-plane 112 of housing 11 keeps a predetermined angle (as: 20 degree) with center line, transducer 13 along the circumferential direction is 112 inboards, taper inclined-plane that equally spaced are arranged in housing 11, to guarantee to detect the environmental condition change in the angular range of being scheduled to housing 11 belows, each transducer 13 is electrically connected with power supply handover module 14 respectively, when arbitrary transducer 13 detects environmental change outside the housing 11 (as: light or temperature), transducer 13 sends power-off signal, make power supply handover module 14 remain on off-position, do not power to bulb socket 12, illuminating lamp 15 remains on the state of not lighted, during environmental change outside all sensors 13 does not all detect housing 11, power supply handover module 14 receives the electrically conductive signal that each transducer 13 is sent simultaneously, and switch to conducting state, bulb socket 12 is given in power supply, lights illuminating lamp 15.So, ceiling light seat 10 can see through transducer 13 detect the variation of ambient condition exactly, and when near insufficient light or ceiling light seat 10 personnel activity being arranged, sees through power supply handover module 14, automatically light illuminating lamp 15, to reach the effect of saving the energy and throwing light on automatically.
See also shown in Figure 2, in second preferred embodiment of the present utility model, ceiling light seat 20 comprises a housing 21, a bulb socket 22, two photo resistance 23 and a power supply handover module 24, yet, for introducing the connection relationship of 24 of photo resistance 23 and power supply handover modules in detail, describe with a photo resistance 23 and a power supply handover module 24 in Fig. 2, the quantity of photo resistance 23 can be several, is not to exceed with two.In the present embodiment, housing 21 is formed by transparent or semitransparent light-permeable material, one end of housing 21 is mounted to a ceiling, have an accommodation space 211 on it, in order to hold these photo resistance 23 and power supply handover module 24, bulb socket 22 is located at the other end of housing 21, in order to assemble an illuminating lamp 25, and the lamp holder 251 that can hold illuminating lamp 25, the vertical section of housing 21 is inverted cone shape by its end to end, the taper inclined-plane 212 of housing 21 keeps a predetermined angle (as: 70 degree) with center line, each photo resistance 23 energy induced environment light changes and changes the resistance value of self, its resistance value reduces with the intensity increase of ambient light, and can be reduced to a predetermined limit value in the direct impedance value and form a path when following, photo resistance 23 along the circumferential direction is the inboard on the taper inclined-plane 212 that equally spaced is arranged in housing 21, surround lighting in the angular range that photo resistance 23 can be detected be scheduled to housing 21 belows changes, photo resistance 23 is electrically connected with power supply handover module 24 respectively, power supply handover module 24 has one first and connects a little 241, one second connects a little 242, one first conducting strip 243, one second conducting strip 244, one the 3rd conducting strip 245, one memorial alloy sheet 246, one center pillar 247 and a heating resistor 248, wherein first connect a little 241 and be connected with a power supply, one end of first conducting strip 243 and first connects a little 241 and is connected, first conducting strip 243 is provided with a lug boss 249, see also shown in Figure 3, second conducting strip 244 is a metal lamellar body, its middle position is provided with a kink 2412, these kink 2412 connections are positioned on the lug boss 249, one end of second conducting strip 244 is provided with one the 3rd and connects a little 2410, the other end at second conducting strip 244 is not subjected under the situation of external force effect, other position of second conducting strip 244 can be subjected to the stress influence of kink 2412 and bending, and the two ends that make second conducting strip 244 are towards the direction bending away from lug boss 249, the other end at second conducting strip 244 is subjected to and the opposite external force of second conducting strip, 244 bending directions, and external force overcomes under the situation of the stress that other position of second conducting strip 244 bears, the two ends of second conducting strip 244 will be towards the direction bending near lug boss 249, see also Fig. 2 again, second connects a little 242 is connected with bulb socket 22, one end of the 3rd conducting strip 245 and second connects a little 242 and is connected, its other end is provided with one the 4th and connects a little 2411, on the 3rd conducting strip 245 the 4th connect select 2411 can with second conducting strip 244 on the 3rd connect a little and 2410 connect, memorial alloy sheet 246 has conductivity, and can rise and towards the 244 direction bendings of second conducting strip with self temperature, center pillar 247 runs through memorial alloy sheet 246, the 3rd conducting strip 245, first conducting strip 243, and with first connect and a little 241 be electrically connected, and 243 of center pillar 247 and the 3rd conducting strip 245 and first conducting strips are handled through insulation, there is no each other and be electrically connected, memorial alloy sheet 246 sees through center pillar 247 and first and connects a little 241 be connected and be connected with power supply, heating resistor 248 is pasted to a side of memorial alloy sheet 246, the one end is connected with memorial alloy sheet 246, heating resistor 248 can be accepted from remembering the electric current that alloy sheet 246 is transmitted, and heating resistor 248 temperature are risen and the generation heat, and make memorial alloy sheet 246 because of the heat that absorbs heating resistor 248 and produced towards the 244 direction bendings of second conducting strip, and then an end of memorial alloy sheet 246 is connected because of a crooked end with second conducting strip 244, an and lasting end application of force to second conducting strip 244, the two ends that make second conducting strip 244 are all towards the direction bending near lug boss 249, a little 2411 are separated from each other and the 3rd on second conducting strip 244 connected select the 4th on the 2410 and the 3rd conducting strip 245 to connect; So, the user can insert an illuminating lamp 25 in the ceiling light seat 20, and the lamp holder 251 that makes illuminating lamp 25 is housed inside in the bulb socket 22, when arbitrary photo resistance 23 senses surround lighting outside the housing 21 (as morning or fine day), this photo resistance 23 self will form a path, and connect a little 241 first, center pillar 247, memorial alloy sheet 246, form a path between heating resistor 248 and the photo resistance 23, electric current is able to by memorial alloy sheet 246, and be passed to heating resistor 248, and the temperature that makes heating resistor 248 rises and the generation heat, at this moment, rising of heat temperature and generation bending that memorial alloy sheet 246 is produced because of absorbing heating resistor 248, and then an end of memorial alloy sheet 246 is connected because of a crooked end with second conducting strip 244, an and lasting end application of force to second conducting strip 244, the two ends that make second conducting strip 244 are all towards the direction bending near lug boss 249, making the 3rd on second conducting strip 244 connect selecting the 4th on the 2410 and the 3rd conducting strip 245 to connect a little 2411 is separated from each other, so, just can make power supply handover module 24 remain on off-position, do not power to bulb socket 22, make illuminating lamp 25 remain on the state of not lighted, again, all do not detect under the situation of the surround lighting outside the housing 21 (as night or rainy day) in whole photo resistance 23, the resistance value of each photo resistance 23 self will raise, and self being formed, each photo resistance 23 opens circuit, and self all form under the situation about opening circuit in whole photo resistance 23, electric current can't pass through memorial alloy sheet 246, also can't be passed to heating resistor 248, at this moment, heating resistor 248 is under the situation that no any electric current passes through, to no longer elevated temperature and generation heat, so, memorial alloy sheet 246 will no longer provide heat because of heating resistor 248, and cause self temperature to descend and restore to the original state gradually, and then an end that makes memorial alloy sheet 246 leaves an end of second conducting strip 244, so, under the situation that is not subjected to any external force effect, the configuration of second conducting strip 244 will restore to the original state, and make its two ends towards direction bending away from lug boss 249, and the 3rd on second conducting strip, 244 1 ends are connected select the 4th on the 2410 and the 3rd conducting strip 245 and connect a little 2411 mutual butts, and make power supply handover module 24 form conducting state, give bulb socket 22 with power supply, and light illuminating lamp 25.So, ceiling light seat 20 can see through the variation that photo resistance 23 detects surround lighting exactly, and when insufficient light, sees through power supply handover module 24, lights illuminating lamp 25 automatically, reaches the effect of illumination automatically to reach the saving energy.
See also shown in Figure 4, in the 3rd preferred embodiment of the present utility model, ceiling light seat 30 comprises a housing 31, a bulb socket 32, four electric type infrared ray sensors 33 of Jiao and power supply handover modules 34, for the binding of introducing 34 of burnt electric type infrared ray sensor 33 and power supply handover modules is in detail closed, in Fig. 4, describe with two burnt electric type infrared ray sensors 33 and a power supply handover module 34, the quantity of burnt electric type infrared ray sensor 33 can be several, is not to exceed with four.In the present embodiment, one end of housing 31 is mounted to a ceiling, offer an accommodation space 311 on it, in order to burnt electric type infrared ray sensor 33 and power supply handover module 34 such as to hold, bulb socket 32 is located at the other end of housing 31, in order to assemble an illuminating lamp 35, and the lamp holder 351 that can hold illuminating lamp 35, the vertical section of housing 31 is inverted cone shape by one end to the other end, the taper inclined-plane 312 of housing 31 keeps 45 angles of spending with center line, and the taper inclined-plane 312 of housing 31 is provided with several holes 313, these holes 313 along the circumferential direction are on the taper inclined-plane 312 that equally spaced is arranged in housing 31, make burnt electric type infrared ray sensor 33 can embed corresponding hole 313 respectively, so that burnt electric type infrared ray sensor 33 can directly detect the variation of ambient temperature in the 45 degree angular range of housing 31 belows, in the present embodiment, power supply handover module 34 comprises an integrated circuit 341 and a contactor 342, burnt electric type infrared ray sensor 33 can be responded to the body temperature that human body distributes, and be connected with integrated circuit 341 respectively, when the electric type infrared ray sensor 33 of arbitrary Jiao detects variations in temperature outside the housing 31, burnt electric type infrared ray sensor 33 will send an electrically conductive signal and give integrated circuit 341, make integrated circuit 341 that contactor 342 is switched to conducting state, give bulb socket 32 with power supply, and light illuminating lamp 35; When the electric type infrared ray sensor 33 of whole Jiao does not all detect variations in temperature outside the housing 31, burnt electric type infrared ray sensor 33 will send power-off signal and give integrated circuit 341, make integrated circuit 341 switch to off-position by control circuit switch 342, do not power to bulb socket 32, make illuminating lamp 35 remain on the state of not lighted.So, ceiling light seat 30 can see through burnt electric type infrared ray sensor 33 and detect variations in temperature exactly, and when detecting human body temperature, see through power supply handover module 34, automatically light illuminating lamp 35, or in arround under the unmanned situation, see through power supply handover module 34, automatically extinguish illuminating lamp 35, to reach the effect of saving the energy.
See also shown in Figure 5, in the 4th preferred embodiment of the present utility model, second preferred embodiment of the present utility model and the 3rd preferred embodiment can also be combined, and be assembled in respectively in the ceiling light seat 40, make ceiling light seat 40 not only have several burnt electric type infrared ray sensor 43 and at least one photo resistance 46, surround lighting (as night or rainy day) outside photo resistance 46 does not detect the housing 41 of ceiling light seat 40, and when the electric type infrared ray sensor 43 of arbitrary Jiao detects the outer variations in temperature of housing 41 (if detect the body temperature that human body distributes, representative has people's activity in the reconnaissance range of the electric type infrared ray sensor 43 of Jiao), the resistance value of photo resistance 46 self will raise, and self being formed, photo resistance 46 opens circuit, and then make power supply handover module 44 form conducting state, burnt electric type infrared ray sensor 43 will send an electrically conductive signal to integrated circuit 441 simultaneously, make integrated circuit 441 that contactor 442 is switched to a conducting state, give bulb socket 42 with power supply, and light illuminating lamp 45.
The above only is preferred embodiment of the present utility model.Structural feature of the present utility model is not limited thereto, those skilled in the art in the utility model field, according to the disclosed technology contents of the utility model, can think easily and equivalence change, all should belong to protection category of the present utility model.
Claims (6)
1. according to the ceiling light holder structure that environmental condition change is cut off or conducting is powered, it is characterized in that, comprising:
One housing is formed by the light-permeable material, and an end of housing is mounted to a ceiling, offers an accommodation space on it, and the vertical section of this housing is inverted cone shape by its end to end, and the angle of its taper inclined-plane and center line is between 20 to 70 degree;
One bulb socket is located at the other end of this housing, in order to assembling an illuminating lamp, and can hold the lamp holder of this illuminating lamp;
Several photo resistance, be contained in the described accommodation space, and the inboard that along the circumferential direction is the taper inclined-plane that equally spaced is arranged in housing changes with the surround lighting in 20 to the 70 degree angular range of detecting housing below, and described photo resistance is electrically connected with the power supply handover module respectively;
One power supply handover module is contained in the described accommodation space, can receive outage or electrically conductive signal that photo resistance is sent, and switch to outage or conducting state, controls the outage or the power supply of this lamp socket.
2. as claimed in claim 1 according to the ceiling light holder structure that environmental condition change is cut off or conducting is powered, it is characterized in that described power supply handover module comprises:
One first connects a little, is connected with a power supply;
One first conducting strip, one end and first connects a little and is connected, and described first conducting strip is provided with a lug boss;
One second conducting strip, one metal lamellar body, the middle position of second conducting strip is provided with a kink, the kink connection is positioned on the lug boss, one end of second conducting strip is provided with one the 3rd and connects a little, the other end at second conducting strip is not subjected under the situation of external force effect, other position of second conducting strip can be subjected to the stress influence of kink and bending, and the two ends that make second conducting strip are towards the direction bending away from lug boss, the other end at second conducting strip is subjected to and the opposite external force of the second conducting strip body bending direction, and this external force overcomes under the situation that other position met with stresses of second conducting strip, and the two ends of second conducting strip will be towards the direction bending near lug boss;
One second connects a little, is connected with lamp socket;
One the 3rd conducting strip, one end and second connects a little and is connected, its other end is provided with one the 4th and connects a little, the 4th connect a little can with the 3rd connect a little and connect;
One memorial alloy sheet has conductivity, and can absorb heat, and rises and towards this second conducting strip direction bending with self temperature;
One center pillar runs through described memorial alloy sheet, the 3rd conducting strip and first conducting strip, and connects and be connected with first, makes the memorial alloy sheet can see through center pillar and first and connects and be connected and be connected with power supply;
One heating resistor, heating resistor is attached to a side of memorial alloy sheet, and the one end is connected with the memorial alloy sheet, makes heating resistor can accept the electric current that the memorial alloy sheet transmits and produces heat, and with institute's generation heat transferred memorial alloy sheet, the heating resistor other end is connected with photo resistance.
3. as claimed in claim 1 according to the ceiling light holder structure that environmental condition change is cut off or conducting is powered, it is characterized in that described power supply handover module comprises:
One contactor is connected with lamp socket, under conducting state, supplies power to lamp socket;
One integrated circuit is connected with contactor and each photo resistance, can receive outage or electrically conductive signal that photo resistance is sent, and this contactor is switched to outage or conducting state.
4. according to the ceiling light holder structure that environmental condition change is cut off or conducting is powered, it is characterized in that, comprising:
One housing, the one end is mounted to a ceiling, offers an accommodation space on it, and the vertical section of this housing is inverted cone shape by its end to end, the angle of its taper inclined-plane and center line and along the circumferential direction equally spaced is provided with several holes on the taper inclined-plane between 20 to 70 degree;
One bulb socket is located at the other end of housing, in order to assembling an illuminating lamp, and can hold the lamp holder of this illuminating lamp;
Several burnt electric type infrared ray sensors are contained in the described accommodation space, and embed respectively in the corresponding hole, and the electric type infrared ray sensor of described Jiao is electrically connected with the power supply handover module respectively;
One power supply handover module is contained in this accommodation space, can receive outage or electrically conductive signal that burnt electric type infrared ray sensor is sent, and switches to outage or conducting state, the outage or the power supply of control lamp socket.
5. as claimed in claim 4 according to the ceiling light holder structure that environmental condition change is cut off or conducting is powered, it is characterized in that described power supply handover module comprises:
One first connects a little, is connected with a power supply;
One first conducting strip, one end and first connects a little and is connected, and first conducting strip is provided with a lug boss;
One second conducting strip, it is a metal lamellar body, the middle position of second conducting strip is provided with a kink, this kink connection navigates on the described lug boss, one end of second conducting strip is provided with one the 3rd and connects a little, the other end at second conducting strip is not subjected under the situation of external force effect, other position of second conducting strip can be subjected to the stress influence of kink and bending, and the two ends that make second conducting strip are towards the direction bending away from this lug boss, the other end at second conducting strip is subjected to and the opposite external force of the second conducting strip body bending direction, and this external force overcomes under the situation that other position met with stresses of second conducting strip, and the two ends of second conducting strip will be towards the direction bending near lug boss;
One second connects a little, is connected with lamp socket;
One the 3rd conducting strip, one end and second connects a little and is connected, its other end is provided with one the 4th and connects a little, the 4th connect a little can with the 3rd connect a little and connect;
One memorial alloy sheet has conductivity, and can absorb heat, and rises and towards the second conducting strip direction bending with self temperature;
One center pillar runs through memorial alloy sheet, the 3rd conducting strip and first conducting strip, and connects and be connected with first, makes the memorial alloy sheet can see through center pillar and first and connects and be connected and be connected with power supply;
One heating resistor, heating resistor is attached to a side of memorial alloy sheet, the one end is connected with the memorial alloy sheet, make heating resistor can accept the electric current that the memorial alloy sheet transmits and produce heat, and with institute's generation heat transferred memorial alloy sheet, its other end is connected with burnt electric type infrared ray sensor.
6. as claimed in claim 4 according to the ceiling light holder structure that environmental condition change is cut off or conducting is powered, it is characterized in that described power supply handover module comprises:
One contactor is connected with lamp socket, under conducting state, can power and give lamp socket;
One integrated circuit is connected with described contactor and each burnt electric type infrared ray sensor, can receive outage or electrically conductive signal that burnt electric type infrared ray sensor is sent, and contactor is switched to outage or conducting state.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200920214035XU CN201549751U (en) | 2009-11-20 | 2009-11-20 | Structure of ceiling lamp holder capable of cutting off or conducting power supply |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200920214035XU CN201549751U (en) | 2009-11-20 | 2009-11-20 | Structure of ceiling lamp holder capable of cutting off or conducting power supply |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201549751U true CN201549751U (en) | 2010-08-11 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN200920214035XU Expired - Fee Related CN201549751U (en) | 2009-11-20 | 2009-11-20 | Structure of ceiling lamp holder capable of cutting off or conducting power supply |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201549751U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104659603A (en) * | 2014-06-26 | 2015-05-27 | 柳州市够旺贸易有限公司 | Socket |
| CN104791677A (en) * | 2015-04-30 | 2015-07-22 | 黎香林 | Multifunctional ceiling lamp holder |
| CN112335623A (en) * | 2020-11-09 | 2021-02-09 | 陈金刚 | Pest trapping and killing device based on pest control technology |
-
2009
- 2009-11-20 CN CN200920214035XU patent/CN201549751U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104659603A (en) * | 2014-06-26 | 2015-05-27 | 柳州市够旺贸易有限公司 | Socket |
| CN104791677A (en) * | 2015-04-30 | 2015-07-22 | 黎香林 | Multifunctional ceiling lamp holder |
| CN112335623A (en) * | 2020-11-09 | 2021-02-09 | 陈金刚 | Pest trapping and killing device based on pest control technology |
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| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20100811 Termination date: 20131120 |