CN205447357U - Individual lighting system - Google Patents
Individual lighting system Download PDFInfo
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- CN205447357U CN205447357U CN201620146574.4U CN201620146574U CN205447357U CN 205447357 U CN205447357 U CN 205447357U CN 201620146574 U CN201620146574 U CN 201620146574U CN 205447357 U CN205447357 U CN 205447357U
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- illuminator
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B20/00—Energy efficient lighting technologies, e.g. halogen lamps or gas discharge lamps
- Y02B20/30—Semiconductor lamps, e.g. solid state lamps [SSL] light emitting diodes [LED] or organic LED [OLED]
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- Circuit Arrangement For Electric Light Sources In General (AREA)
Abstract
The utility model discloses an individual lighting system, this individual lighting system can be coupled to such as action auxiliary device such as stick, walking stick and wheelchairs. The signal lamp can be at A certain amount of time interval automatic lighting in one night to the help user decides the position of light bar utensil in the dark. But this night signal lamp optionally is started or is stopped using by the user. The light of the multiple different colours of various mode accessibles of these lamps and lanterns is distinguished.
Description
Technical field
This utility model relates to a kind of individual's illuminator.
Background technology
Have for illuminating dark place or not having the individual illuminator of road of nature light to be developed, to assist in the dark to find road.This kind of illuminator is adapted to assist in those people needing mechanicalness to assist in terms of walking or movement.These systems can be attached to the pocket lamp on (such as) crutch and walking aid, to illuminate the road moved ahead in the case of natural light brightness is relatively low.
This kind of illuminator can work in the case of combining low ambient light and action automatically.Such as, No. 7057153 Patent Case of the U.S. discloses a kind of full-automatic illuminator, and it illuminates travel path in the case of combining low ambient light and action.
The old people being typically by using crutch, walking aid, wheelchair, crutch and other movement assistance device due to these illuminators uses, and it contributes to providing a kind of mode simply and readily to understand the operational feedback of its illuminator being attached to this kind of device for user.Additionally, its position contributing to assisting user home row dynamic auxiliary device in the dark, when waking up from sleep the most at night.
Utility model content
This utility model provides a kind of individual's illuminator, comprising:
One housing；
One connector coupling this housing, is used for being attached this housing to a movable objects；
One power supply carried by this housing；
The one main luminous source carried by this housing, in order to provide a light exposure pathways；
One microprocessor carried by this housing；
One ambient light sensor carried by this housing, this ambient light sensor provides one first input signal to this microprocessor when ambient light is less than the first predetermined level；
One action sensor carried by this housing, this action sensor provides one second input signal to this microprocessor when this housing is subjected to higher than the action of a predetermined action level；
This microprocessor, in time receiving this first input signal and the second input signal, opens/cuts out from this power supply to the power supply of this main luminous source；
One positioned light source carried by this housing, the only work when less than second predetermined level of ambient light of this positioned light source；And
One the first user carried by this housing activates switch, and it optionally starts and prevents this positioned light source luminous.
In an embodiment of the present utility model, this first user activates switch and includes one first instantaneous closing switch, and it is turned off this main luminous source when the of short duration one first of short duration time of pressure and makes this microprocessor be in a low power standby mode.
In an embodiment of the present utility model, this individual's illuminator also includes a first pulse-triggered display lamp carried by this housing, this first pulse-triggered display lamp pulse-triggered one pre-determined number when this microprocessor is in standby mode.
In an embodiment of the present utility model, this individual's illuminator also includes that second user carried by this housing activates switch, and it is luminous that it optionally starts this main luminous source.
In an embodiment of the present utility model, this second user activates switch and includes an instantaneous unlatching switch, and it makes this microprocessor be in a fully powered on pattern when the of short duration one second of short duration time of pressure.
In an embodiment of the present utility model, this individual's illuminator also includes a second pulse-triggered display lamp carried by this housing, this second pulse-triggered display lamp pulse-triggered one pre-determined number when this microprocessor is in fully powered on pattern.
In an embodiment of the present utility model, this individual's illuminator also includes one second pulse-triggered display lamp, and it is pulse-triggered between a fourth phase.
In an embodiment of the present utility model, this second pulse-triggered display lamp includes a dichromatic LED, and its ALT pulse triggers light and the light of the second color of the first color.
In an embodiment of the present utility model, this individual's illuminator also includes a low battery capacity indication lamp, its under one first low battery voltages level pulse-triggered and under one second low battery voltages level with than under the first low battery voltages level quickly velocity pulse trigger.
In an embodiment of the present utility model, this movable objects is following one or more of which: walking stick, crutch, walking aid, wheelchair, crutch, the helmet, bicycle, belt, neck ring, halter rope, footwear, head lamp and medicated clothing.
This utility model provides a kind of more friendly illuminator, its can quickly and clearly simple and clear by one in the way of, a kind of can visually confirm the duty of illuminator or the illuminator of mode of operation to provide the user.By using the display lamp of one group of different colours to user's reception and registration and to allow it visually confirm the duty of its illuminator.Such as, one or more light fixture is set to confirm that this illuminator is activated and is in full operation pattern.Arrange one or more light fixture also to may be used to confirm that this illuminator is closed or is in low power supply sleep pattern or a standby operating mode.
This utility model is provided with a low battery capacity indication lamp to provide extra illuminator information, needs to change one or more battery supply electrical power to the signal of system visually to send.This utility model is also provided with a visual detector supplying detecting system, and it at any time and can allow user select under any illuminator work pattern.By selecting detection function (such as pressure one switch) to light and/or trigger one or more lamps with a particular order or color pulses, can normally work confirming that all subsystems in illuminator are entirely.
In the illuminator that this utility model provides, a particularly useful feature is light fixture or night signal lamp at night, and it can optionally be started by user or disable.In time starting, this night signal lamp can adopt low electric power and low lumen flash of light form, the time interval flicker separated with appropriateness, and then saves battery electric power.When user does not wants or need not night signal lamp, user the most only can disable this function by press push button.Such as, if night-light dislike (such as in will be in bed) that user is to flicker, user optionally disables this night signal lamp function.
As described more fully below, this luminescent system can quickly and easily be attached, carries or otherwise be installed on almost all of object, comprises lived or abiotic object.These objects not only comprise action auxiliary device, also comprise and use or telecontrol equipment outdoor with belt etc. at the helmet, the head band of head lamp, footwear, animal halter rope and neck ring, motion use, peculiar to vessel and bicycle use product and medicated clothing.In some application modes, this illuminator may be used to determine in the dark the position of house pet or other animals when being used in halter rope, neck ring and the like.
Although it is contemplated that go out many application modes of this illuminator, a useful especially application mode is for using on auxiliary walking utensil, and is conducive to using on hand-held crutch and walking stick.Reason is its parts with miniature sizes and the advantage of small portable, and an embodiment of the present utility model is highly suitable on hand-held crutch and walking stick, and does not have the housing of Large heavy or the electronic component of weight to tie down crutch or user.
In one embodiment, this illuminator comprises three kinds of general job patterns, that is opens, closes and test pattern.These patterns are pressed one of two instantaneous touching formulas or push-button switch by short time or Long contact time and are selected.Such as, by short depression and discharge one " closedown " switch, control all illumination functions microprocessor enter one sleep or standby mode, wherein in addition to the lowest power of microprocessor, all of electronic equipment and lamp are all closed.This pattern is used for being arranged on microprocessor lower powered " sleep " or standby mode to save battery electric power, do not have lamp to be lit the most within the system, and the electric power being sent to this microprocessor can be left in the basket or minimum.This pattern can be selected when this illuminator will not periodically use.
In time pressing this closing switch, user can this illuminator the most notified have been enter into closing or sleep pattern, such as by pulsed or the red colored lamp of flicker, such as red LED.This red LED sparkling once, twice, three times or more, with issue the user with this illuminator start closing switch time the most pent signal.Flicker or three red colored lamp of pulse excitation are best suited for implementing this purpose.Can object thereon attached by this system be not often used or to be placed to vehicle, aircraft, railway carriage in transport or use when storing at wardrobe or need not among the space of light fixture this to close or sleep pattern.This illuminator can easily cancel its sleep pattern, and is only arranged in binding mode by pressing one unlatching switch.
When press-started switch, user this illuminator the most notified can have been enter into " unlatching " work pattern, such as by the pulsed or green LED of flicker.This green LED sparkling once, twice, three times or more, with issue the user with this illuminator start open switch time the signal that has been unlocked.Flicker or three green light of pulse excitation are best suited for implementing this purpose.
In short depression and when discharging this unlatching switch or button, a microprocessor leaves sleep or standby mode, and the electronic equipment of this system and sensor switch to duty.When this system is arranged on open mode, three or more independent or " sub " operator scheme can be provided with.
One in this kind of " in use " work pattern is night signal lamp pattern.In such a mode, and in low illumination or there is no environment or ambient light and action is the least or when not sensing action, the colored lamp of such as blue led is by with the of short duration flicker of time interval of the most every several seconds.Between the light that each scintillation pulse excites, it is spaced about 5 second time, contributes to user in low-light level or the position that confirms object attached by this illuminator in the case of not having light.
This pulsed LED can work when user is slept under low electric power level, to save battery electric power and to be down to by light luminance minimum.As described below, if user is to flicker at night dislike, this night signal lamp pattern optionally disables or closes.In one embodiment, by pressing an X button considerable time (the most several seconds), night signal lamp pattern can be turned on and off continuously and repeatedly.Such as, night signal lamp pattern can be disabled by pressing X button 5 seconds.Again by pressing X button one long period (such as 5 seconds), night signal lamp pattern can be enabled again.
The aggressive mode that another subjob pattern is the action being sampled or inquiring about ambient light level and illuminator by microprocessor cycle under this pattern.If sensing low-light level or there is no illumination level and sense the minimum level of action, then opened one or more bright illumination path lamp of such as white light LEDs by this microprocessor, to illuminate course.
The ambient light level provided by a light sensor and the action provided by action sensor level input signal can be sampled by this microprocessor, and if its meet predetermined extent, this microprocessor will light the plurality of White LED one scheduled time.In an application examples, this time is about 15 seconds, but can programmed or selected any other reasonable time, such as 10 seconds to one minute or longer.
Detecting one make a reservation for low light level and a minimum action level if microprocessor illuminates any time in path in White LED, microprocessor can maintain and illuminate path another a period of time, for example, 15 seconds.But, if the ambient light any time point interim when illuminating path increases above a predetermined level and/or a predetermined action level is down in the action that detected, after an of short duration time delay, this predominating path of closedown is illuminated by this microprocessor, and waits a lower light level and/or higher action degree before again lighting this path light fixture.
If it is to say, ambient light increases above default minimum level during illuminating path, or action degree is less than the minimum level preset, or when two kinds of situations all occur, this path light fixture is by another period of predetermined lighting time of maintaininging lights from that moment on, such as 15 seconds, and is then switched off.This postpones illumination and provides the of short duration path illumination time, to be used rather than Turn Off Path illumination suddenly in the middle of illumination period for user as greeting lamp.
If the ambient light sensed during path illumination increases above minimum level and the action degree that sensed during of short duration welcome's illumination exceedes minimum level, microprocessor will restart path illumination pattern to its complete job state.Extend welcome's lighting hours of path illumination as preventing because of short duration being exposed to (such as) and such as lose the buffer time of path illumination under the light beam of headlight for vehicles.
As it has been described above, when having detected sufficient ambient light, this illuminator will be avoided opening path illumination.This feature can save battery electric power significantly.
This illuminator can comprise a test pattern, and it can at any time and enter this pattern under any work pattern.This pattern can visually allow user confirm, and this illuminator is normal work.In one example, can depress under this unlatching switchs and keeps and press a long period (such as three seconds, four seconds, five seconds or longer).Within five seconds, can be operated well.
Once this is released the button or switchs be depressed (such as) five seconds, and the illumination of its main path will be lighted the of short duration time (such as five seconds) of several seconds.During this path illumination, it is possible to make the flicker of one or more display lamp or pulse excitation.The LED of two different colours can sequentially flash, or allows single dual-colored LED (such as green or red LED) interval time (five second) period of short duration at this alternately flash redness and green.
Another useful feature of this illuminator is low battery capacity indication lamp, it starts under a predetermined dump energy level, such as, when remaining battery electric quantity can make main path illumination with all strength or work under constant power level 30 minutes, this low battery capacity indication lamp starts of short duration flicker.In one embodiment, when battery reaches one first low deposit level, a special low power indicating lamp (such as red LED) will start of short duration flicker, and flicker in the most every two seconds is once.
When battery be consumed to further one make a reservation for the second low deposit level time, this low battery capacity indication lamp will be promoted in extremely rapid succession to flash two or more times, flicker in the most every two seconds is once.When electric power is down to one the 3rd relatively low level, then stop the power consumption of battery, to prevent electric power excessive loss.
While following illuminator provides significant visual information amount and feeds back to user, actual user interface can be quite succinct and be readily understood by operation.Two instant shut-ins can allow user illuminator be arranged in " unlatching ", " closedown " or test pattern, to control the work of night signal lamp.One double-colored " red/green " LED or a red LED and green LED flash green three times when press-started button, and flicker HONGGUANG three times in time pressing X button.This mode confirms the duty of illuminator with visual manner, and confirms that this system is effective when pressing a wherein button.One special red LED provides low electric quantity indication function, and special blue led provides the function of night signal lamp.
For further appreciating that this utility model, below lift preferred embodiment, coordinate graphic, figure number, concrete constitution content of the present utility model and effect of being reached thereof are described in detail as follows.
Accompanying drawing explanation
Fig. 1 is that a representative embodiment of the illuminator according to the construction of this utility model institute couples schematic appearance when putting a movable objects；
Fig. 2 is the amplification plan view of Fig. 1；
Fig. 3 is the longitudinal sectional view of Fig. 1；
Fig. 4 is the electronic equipment of illuminator and the input of microprocessor and the block schematic diagram of output circuit in Fig. 1；
Fig. 5 a, Fig. 5 b and Fig. 5 c are the logical flow chart of the microprocessor for programming Fig. 4；
Fig. 6, Fig. 7 are input and the representative circuit of output circuit of the microprocessor in Fig. 4.
Description of reference numerals: 10-illuminator；12-object；14-connector；16-battery；18-sleeve pipe；20-rear wall；22-end cap；24-housing；26-locking ring；30-foam material；34-latch；36-stick；40-clasp；42-anchorage part；46-light fixture；50-roof；54-low battery capacity indication LED；56-night signal indication LED lamp；60-double-colored indication LED lamp；63-red LED；64-optical transistor；70-opens switch；72-closing switch；78-microprocessor；82-voltage regulator；84-three axis accelerometer circuit；88-low electric-quantity monitoring circuit；90-battery assembly；92-phototransistor circuit；100-accelerometer circuit；The built-in adapter of 108-；110-adapter.
Detailed description of the invention
The portable light weight illuminator 10 provided for this utility model as shown in Figure 1 and Figure 2, this system is attached in a part for a movable objects 12 (such as walking stick or crutch).This illuminator 10 is folded on this object 12 by one dismountable type connector 14, and this object 12 is a cylindrical bar in this example.Sleeve 18 is arranged in this illuminator, and it has an arc-shaped inner surface surrounding this object 12, to help fixing this illuminator 10 be intended to position on this object 12.
As it is shown on figure 3, in one embodiment, this sleeve pipe 18 can be an elongated hollow tube bodily form formula, simply accesses battery chamber as one.Multiple batteries 16 connect in this sleeve pipe 18 overlapped in column, with simplify battery install.That is, by avoiding battery be arranged side by side to reduce or prevent the improper location of battery.The arcuate surface side of this sleeve pipe can buckle or the inner concave sideslip at this sleeve pipe be opened and sliding closedown simply, to load and to remove battery, maybe can arrange a removable end cap 22 for installing and replacing battery.In time loading new battery, this illuminator enters and awaits orders or sleep pattern.
As shown in Figure 1, Figure 2 and Figure 3, this connector 14 is fixed on the rear wall section 20 of a housing 24.One adjustable locking ring 26 is lined with a soft rubber or foam material 30 for clamping the outer surface of this movable objects 12 that coincide.One dismountable type latch 34 comprises an eccentric control rod 36, and it is selectively engaged and discharges a ring or clasp 40, thus opens and close a zigzag anchorage part 42.
This rear wall 20 can comprise one for installing and remove the movable wall part of the battery of supply illuminator 10 power supply.This sleeve pipe 18 and this housing 24 can be one-body molded by durable lightweight plastic material or with identical component molding.Some openings or through hole it is formed with, for housing one or more light-emitting lamps (such as path illumination light fixture) and indicating lamp and switch actuator on this housing 24.
It is to say, as shown in Figure 1, Figure 3, the diapire 44 of this housing 24 comprises one or more path illumination light fixture 46, the most one or more white light LEDs 46.The roof 50 of this housing 24 comprises a low battery capacity indication LED54 (red), in one night signal designation LED 56 (blue) and one and switchs double-colored indication LED lamp 60 (green/red).
This roof 50 also comprises one for the opening of optical sensor (such as optical transistor 64).Or, this optical transistor can be installed on this rear wall 20." unlatching " switch 70 set by this utility model can be an instantaneous press button that touches, and " closedown " switch 72 set by this utility model is also such.This unlatching of short depression switch 70 makes this LED60 flash green, and this closing switch 72 of short depression makes this LED60 flash HONGGUANG.
As shown in Figure 4, this illuminator 10 is controlled by a microprocessor 78, and this microprocessor 78 is supplied electric power by the power supply such as including one or more battery 16.In one embodiment, three AAA batteries can be used, and be used in combination with an existing voltage regulator 82.In time loading battery, the firmware in microprocessor 78 is initialized and is set as this night signal display lamp 56 presetting startup or enabling pattern.User can disable and close this night signal display lamp 56 by pressing the time of this X button switch 72 1 long periods or several seconds (such as 5 seconds or longer).When again pressing this X button switch 72 1 long periods or several seconds (such as 5 seconds or longer), this night signal work pattern can be reactivated and make this night signal display lamp 56 extinguish.This enables and disable function can be sequentially from the repetitive operation of one of the open mode of this illuminator or " shut " mode".
The action sensor that is moved through of illuminator 10 is detected, such as one three axis accelerometer circuit 84, for the action of three dimensions in detecting space.
One low electric-quantity monitoring circuit 88 makes LED54 glisten when the plurality of battery 16 reaches to preset low electric power/voltage level or flash.
As described herein, this microprocessor 78 is programmed to control this illuminator 10.One programmed logic example of this microprocessor 78 shows in the flow chart of Fig. 5 a, Fig. 5 b and Fig. 5 c.According to Fig. 5 a, Fig. 5 b and the flow chart of Fig. 5 c, for providing input signal to be shown in Fig. 6, Fig. 7 to this microprocessor 78 and for operating the representative electronic circuit of this illuminator 10 based on the output signal from this microprocessor 10.
As shown in Figure 6, Figure 7, this microprocessor 78 receives the input signal crossed handled by some related softwares worked by hardware and this illuminator 10 of control, and its various acting on is described further below.One battery assembly 90 comprises one or more battery 16 (Fig. 4), in order to supply power to a standard electric voltage regulator circuit 82 (Fig. 4).In addition to all LED directly powered by battery 16 and this low electric-quantity monitoring circuit 88, the output signal from this voltage regulator 82 supplies power to all of electronic equipment.This design has the advantage that can use less, lighter and relatively inexpensive voltage regulator.
Pressing this switch 70 of releasing the button by moment, an interrupt service routine makes this microprocessor 78 enable this LED60, so that it with green glow flicker or glistens three times, to inform that this illuminator has been enter into " unlatching " work pattern.In depress this release the button 70 time, this illuminator 10 is switched to " unlatching " pattern worked by the software in microprocessor 78 by "Off" mode.Under this open mode, this phototransistor circuit 92 periodically enables with this low electric-quantity monitoring circuit 88, and the most every 50 milliseconds enable once, with to these circuit samplings or investigate.Compared with the use monitoring electric power continuously, these circuit are carried out investigation and can extend battery.The action level value that thered is provided with this three axis accelerometer circuit 84 of circuit of sampled or investigation can together with periodically as the input signal of this microprocessor 78.Can carry out above-mentioned investigation under any appropriate intervals, the most every 50 milliseconds are carried out once.
When user select open mode and detect ambient light less than a predetermined level and detect simultaneously action higher than a predetermined level time, the plurality of path illumination LED46 lights (such as) 15 seconds, to send path light with a downward angle in this housing 24 front or from this housing 24.
Under conditions of this optical transistor 64 senses the ambient light predetermined level with action with this three axis accelerometer circuit 84 during interval time the last period (15 seconds), at the end of the interval time each time of path illumination, each LED will continuously send out another spacer segment time of path light (15 seconds).If ambient light level increases above a predetermined default value or this action level is down to below a predetermined default value, or when both situations all occur, this microprocessor 78 will cut out the plurality of path illumination LED46 these level of persistently sampling.If ambient light level drops to below its default value and this action level increases above its default value, this microprocessor 78 will light the plurality of predominating path illumination LED 46 again.
Fig. 7 shows one for the three axis accelerometer circuit 84 of three axis accelerometer.This accelerometer is purchased from STMicro company.This three axis accelerometer circuit 84 can comprise one group of three micromechanical capacitors made with MEMS technology, and the change of outside acceleration force is made a response and changed by the capacitance of the most the plurality of electric capacity.This three axis accelerometer circuit 84 comprises hardware and built-in firmware, with detecting vibration and measure the action on three directions.
One the most conventional interface (such as I2C communication interface) is arranged between microprocessor 78, three axis accelerometer circuit 84 and the accelerometer disrupted circuit connecting this microprocessor 78 input.This communication interface and disrupted circuit provide one be used to when action occurs acts of determination with for transferring information to the system of this microprocessor 78.
This microprocessor 78 sets an action threshold value by this I2C interface at this three axis accelerometer circuit 84.When this three axis accelerometer circuit 84 detects action or the vibrations level of the predetermined threshold being stored in this accelerometer circuit internal memory more than one, this three axis accelerometer circuit 84 enables the disrupted circuit connecting this microprocessor 78.This correspondingly makes this microprocessor firmware enable one by using this I2C interface to obtain and to receive the interrupt service routine of act bit calibration information from the request of this three axis accelerometer circuit 84.This notifies that this microprocessor there are two kinds of one enabling in situation, for opening this path light fixture 46.
This second condition that must start up is the ambient light level detected based on this optical transistor 64 and processed through this phototransistor circuit 92.Switch to a low power state in next output end of microprocessor of fixed interval, make this optical transistor start.This regularly optical transistor sampling can extend battery.
If the ambient light level that this phototransistor circuit 92 is sensed drops to a below predetermined level, if and the action level that detected of this three axis accelerometer circuit 84 is preset less than one or during predetermined level, this firmware will start a microprocessor output signal, so that this night signal lamp 56 starts flicker with a set rate (such as every five seconds for example is once).This can help user to confirm the position of this lighting 10 in the dark." unlatching " work pattern and from the ambient light level signal of phototransistor circuit higher than while a predetermined threshold, the firmware in microprocessor 78 will ensure that the plurality of path illumination LED46 will not act on outside its predetermined operation time (such as 15 seconds).
As shown in Figure 6, this low electric-quantity monitoring circuit 88 comprises a potentiometer being located in this low electric-quantity monitoring circuit 88.Outfan from this potentiometer is connected to an analog-to-digital input of this microprocessor 78.This low electric-quantity monitoring circuit 96 is periodically turned on for low electric power or ground state, to complete this low electric-quantity monitoring circuit by switching one of them outfan by this microprocessor 78.
The outfan of this low electric-quantity monitoring circuit 88 is connected to an analog-to-digital input on this microprocessor 78, periodically to carry out sampling and judge the actual voltage remained in such battery.When electricity is down to below one first predetermined level, this low electric power LED54 can flash or glisten by a set rate (the most every two seconds once).When electricity drops to below one second predetermined voltage level, this low electricity LED54 (such as) flashes or glistens twice for every two seconds the most continuously.When electricity drops to below one the 3rd predetermined voltage level, this microprocessor 78 stops all use situations of battery to avoid battery leakage loss.
For judge this illuminator whether in all one's effort duty, can by pressing and pin this release the button switch 70 1 longer periods (such as 5 seconds or longer) and start a test pattern.After this Preset Time, the time (such as five seconds) that this path illumination LED46 is longer by opening one end, and some shiny red and green LED 60 in alternating order.This test function can be from a kind of startup being turned on and off work pattern.After testing is complete, this its previous work pattern of illuminator 10 auto-returned.This function resides on the software in microprocessor 78.
For closing this illuminator or being set at standby or park mode, user can depress this X button 72 1 of short duration times of switch moment to start this interrupt service routine, and then promote microprocessor 78 to start this red LED 63 and make it flash or glisten (such as) three times, to confirm that the pattern of this system switches to close from unlatching.In such a mode, this microprocessor 78 enters a sleep pattern to save electric power, but can press this by moment and release the button switch 70 and enable.Moment and of short duration finger were less than one or two second.
Can be easy to this microprocessor 78 is programmed by a built-in adapter of plate 108 connecting an external programmer device.A connector 110 only uses during airborne microprocessor programs.This microprocessor program voltage exceedes the maximum voltage that this three axis accelerometer circuit 84 is allowed, to be removed a pecker by this adapter 110 during programming, prevents the programming supply voltage raised from damaging this accelerometer circuit 100.
This utility model has been disclosed the most preferred embodiment being susceptible to hitherto.Under above-mentioned teaching, this utility model can be made various modifications and changes.It can therefore be understood that to can be differently configured from the mode of being described in detail above under the scope of this utility model to implement concept of the present utility model, method and system.
Claims (10)
1. an individual illuminator, it is characterised in that including:
One housing；
One connector coupling this housing, is used for being attached this housing to a movable objects；
One power supply carried by this housing；
The one main luminous source carried by this housing, in order to provide a light exposure pathways；
One microprocessor carried by this housing；
One ambient light sensor carried by this housing, this ambient light sensor provides one first input signal to this microprocessor when ambient light is less than the first predetermined level；
One action sensor carried by this housing, this action sensor provides one second input signal to this microprocessor when this housing is subjected to higher than the action of a predetermined action level；
This microprocessor, in time receiving this first input signal and the second input signal, opens/cuts out from this power supply to the power supply of this main luminous source；
One positioned light source carried by this housing, the only work when less than second predetermined level of ambient light of this positioned light source；And
One the first user carried by this housing activates switch, and it optionally starts and prevents this positioned light source luminous.
Individual's illuminator the most according to claim 1, it is characterized in that, this first user activates switch and includes one first instantaneous closing switch, and it is turned off this main luminous source when the of short duration one first of short duration time of pressure and makes this microprocessor be in a low power standby mode.
Individual's illuminator the most according to claim 2, it is characterised in that also include a first pulse-triggered display lamp carried by this housing, this first pulse-triggered display lamp pulse-triggered one pre-determined number when this microprocessor is in standby mode.
Individual's illuminator the most according to claim 1, it is characterised in that also including that second user carried by this housing activates switch, it is luminous that it optionally starts this main luminous source.
Individual's illuminator the most according to claim 4, it is characterised in that this second user activates switch and includes an instantaneous unlatching switch, and it makes this microprocessor be in a fully powered on pattern when the of short duration one second of short duration time of pressure.
Individual's illuminator the most according to claim 5, it is characterised in that also include a second pulse-triggered display lamp carried by this housing, this second pulse-triggered display lamp pulse-triggered one pre-determined number when this microprocessor is in fully powered on pattern.
Individual's illuminator the most according to claim 5, it is characterised in that also including one second pulse-triggered display lamp, it is pulse-triggered between a fourth phase.
Individual's illuminator the most according to claim 7, it is characterised in that this second pulse-triggered display lamp includes a dichromatic LED, and its ALT pulse triggers light and the light of the second color of the first color.
Individual's illuminator the most according to claim 1, it is characterized in that, also include a low battery capacity indication lamp, its under one first low battery voltages level pulse-triggered and under one second low battery voltages level with than under the first low battery voltages level quickly velocity pulse trigger.
Individual's illuminator the most according to claim 1, it is characterized in that, this movable objects is following one or more of which: walking stick, crutch, walking aid, wheelchair, crutch, the helmet, bicycle, belt, neck ring, halter rope, footwear, head lamp and medicated clothing.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620146574.4U CN205447357U (en) | 2016-02-26 | 2016-02-26 | Individual lighting system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620146574.4U CN205447357U (en) | 2016-02-26 | 2016-02-26 | Individual lighting system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205447357U true CN205447357U (en) | 2016-08-10 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620146574.4U Expired - Fee Related CN205447357U (en) | 2016-02-26 | 2016-02-26 | Individual lighting system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107131436A (en) * | 2016-02-26 | 2017-09-05 | 泛玉健康科技事业股份有限公司 | Personal illuminator and its application method |
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2016
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107131436A (en) * | 2016-02-26 | 2017-09-05 | 泛玉健康科技事业股份有限公司 | Personal illuminator and its application method |
| CN107131436B (en) * | 2016-02-26 | 2019-12-03 | 泛玉健康科技事业股份有限公司 | Personal lighting system and its application method |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160810 Termination date: 20210226 |