CN211526280U - Multipurpose light excitation container - Google Patents
Multipurpose light excitation container Download PDFInfo
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- CN211526280U CN211526280U CN202020536100.7U CN202020536100U CN211526280U CN 211526280 U CN211526280 U CN 211526280U CN 202020536100 U CN202020536100 U CN 202020536100U CN 211526280 U CN211526280 U CN 211526280U
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Abstract
The multipurpose light excitation container comprises a shell (1), an excitation light source (2) and a power supply (3), wherein the accommodating cavity (1 a) of the light excitation container or the inner wall of the accommodating cavity (1 a) is provided with the excitation light source (2) for exciting the long-afterglow luminescent material, an excited object is placed into the accommodating cavity (1 a) of the light excitation container during excitation, and the power supply (3) supplies power to the excitation light source (2) to emit light and excite the excited object after being closed; the utilization rate of light energy is higher, and the excited substance with the long afterglow luminescent material is excited more fully; an excitation light source (2) for exciting the optically variable material or a heating device (4) for exciting the temperature-variable material can be arranged in the accommodating cavity (1 a) of the excitation device or on the inner wall of the cavity, so that an excited object provided with a corresponding material can realize the functions of photosensitive color change or temperature-sensitive color change, and the playability of the luminous toy is further enhanced.
Description
Technical Field
The utility model relates to a light excitates the field, concretely relates to multipurpose light excitates container.
Background
The long afterglow luminescent material belongs to a light storage luminescent material: the device stores part of light energy of an excitation light source under the excitation of the excitation light source; after the excitation is stopped, it slowly releases the stored energy in the form of visible light. Due to the characteristics, the long-afterglow luminescent material is mainly used in the fields of emergency lighting, fire-fighting escape, traffic security and the like.
Some people use the afterglow characteristic of long afterglow luminescent materials to make luminescent toys, such as toy glue and the like. Because the afterglow excitation of the long afterglow luminescent material has special requirements on the excitation light source, and the excitation efficiency of the long afterglow luminescent material is low like indoor natural environment light, illumination light and the like, the long afterglow luminescent material is usually excited by a matched excitation light source during excitation, such as an excitation lamp box, a laser pen, a laser flashlight and the like, and the use is inconvenient; in addition, the laser pen or the laser flashlight is prone to accidents caused by the fact that laser is directed at eyes during the use process (particularly during the playing process of children), and therefore the laser pen or the laser flashlight is not safe to use.
In particular, in order to further enhance the playability of the toy glue, a combined long-afterglow luminescent material with different afterglow main wavelengths is arranged in the long-afterglow luminescent body, and the long-afterglow luminescent material with different afterglow main wavelengths corresponds to excitation light sources with different wavelengths, so that a plurality of sets of excitation light sources are needed; the photochromic material or the temperature-sensitive material is doped in the photochromic material or the temperature-sensitive material, so that the photochromic material has the photochromic or temperature-sensitive photochromic function, but an additional excitation light source or a heat source is also required to be matched for realizing the photochromic or temperature-sensitive photochromic; therefore, the existing long-afterglow luminous toy is inconvenient to carry and use.
Therefore, how to make the excitation of the existing long afterglow luminescent toy (especially the luminescent toy glue) more convenient, safer and more rapid, and simultaneously can excite the combined long afterglow luminescent material with different afterglow dominant wavelengths in the luminescent toy or excite the light-variable or temperature-variable material in the luminescent toy to realize the functions of photosensitive color change or temperature-variable color change so as to enhance the playability of the luminescent toy, which becomes a difficult problem to be solved urgently in the industry.
SUMMERY OF THE UTILITY MODEL
The to-be-solved technical problem of the utility model is: the multipurpose light excitation container enables the existing long afterglow luminous toy (especially luminous toy glue) to be excited more conveniently, safely and quickly, and can excite the combined long afterglow luminous material with different afterglow main wavelengths in the luminous toy or excite the light-variable or temperature-variable material in the luminous toy to realize the functions of light sensing color change or temperature sensing color change, and has strong practicability and playability.
Therefore, a novel multipurpose light excitation container is provided, wherein an excitation light source (2) for exciting a long-afterglow luminescent material is arranged in an accommodating cavity (1 a) of the light excitation container or on the inner wall of the accommodating cavity (1 a), an excited object is placed in the accommodating cavity (1 a) of the light excitation container during excitation, and the excitation light source (2) is electrified to emit light and excite the excited object after being closed;
a. the utilization rate of light energy in the closed space is higher, and an excited object with the long afterglow luminescent material is excited more fully, more conveniently, more safely and more quickly;
b. the combined light sources with different wavelengths can be arranged to excite the corresponding combined long-afterglow luminescent materials with different long-afterglow main wavelengths, so that the excited object provided with the combined long-afterglow luminescent material has a multicolor long-afterglow luminescent function;
c. an excitation light source (2) for exciting the optically variable material or a heating device (4) for exciting the temperature-variable material can be arranged in the accommodating cavity (1 a) of the excitation device or on the inner wall of the cavity, so that an excited object provided with a corresponding material realizes the functions of photosensitive color change or temperature-sensitive color change, and the playability of the luminous toy is further enhanced;
d. the control circuit (5) can also be used for controlling the excitation light source (2) to be electrified and excited for a certain time and automatically cut off the power, or the control circuit is switched on and off through the excitation switch (6) (for example, the pressure-sensitive device which is placed when the excited object is pressed to the bottom of the accommodating cavity (1 a) automatically starts the circuit to electrify the excitation light source (2) to emit light and excite the excited object, and the pressure-sensitive device at the bottom is released to automatically cut off the circuit when the excited object is taken out of the accommodating cavity (1 a)), so that the excitation is more intelligent, safer and more energy-saving.
The multi-purpose excitation device can be used for exciting various products such as solid products, liquid products, gel products and the like which are made of long afterglow luminescent materials. Wherein, the solid products include various solid luminous products such as luminous powder, luminous sheets, luminous plastic toys, luminous cups, luminous adhesive tapes, luminous pens, luminous ornaments, luminous fabrics, luminous foams, luminous paper, luminous wooden products and the like; liquids such as various luminous solutions of luminous glue, luminous painting materials, temperature-sensitive glue and the like; the gel is selected from noctilucent Schlemm, noctilucent slurry, etc.
The technical scheme of the utility model is that: the utility model provides a multipurpose light excitation container, includes casing (1), excitation light source (2), power (3), casing (1) for be equipped with holding cavity (1 a) that is used for holding by the excitation, have an open-ended casing, the bottom of holding cavity (1 a) be equipped with base (1 b), be equipped with light-transmitting shell (1 c) on the lateral wall of holding cavity (1 a) or/and the top of base (1 b), be equipped with in light-transmitting shell (1 c) and be used for arousing long afterglow luminescent material's excitation light source (2), excitation light source (2) still ally oneself with inside or outside power (3), casing (1), excitation light source (2), power (3) combine to form power (3) and to the excitation container that excitation light source (2) power supply is luminous and the excitation is received the excitation by the excitation in the holding cavity (1 a).
Further, the shell (1) is a cylindrical or bowl-shaped or cup-shaped shell with an upward opening at the top, or the shell (1) is a cylindrical or bowl-shaped or cup-shaped shell with an accommodating cavity (1 a) with an upward opening at the top, and a top cover (1 c) is further arranged at the opening at the top and is generally a non-transparent top cover, so that excitation light is prevented from being emitted out of the shell (1), and excitation of the long-afterglow luminescent material is safer.
Furthermore, the inner wall of the accommodating cavity (1 a) is a reflecting wall, and can reflect the light emitted by the excitation light source (2) back to the long-afterglow luminescent material to be excited, so as to improve the excitation effect.
Further, the excitation light source (2) is an LED excitation light source or a combined light source with different main luminescence wavelengths to excite the corresponding combined long-afterglow luminescent materials with different main luminescence wavelengths, for example, SrAl which respectively adopts blue light to excite yellow-green light2O4Surplus length of modelGlow luminescent material and Sr for exciting blue-green light by ultraviolet light4Al14O25A long-afterglow luminescent material.
Furthermore, optical elements with the functions of reflecting light, guiding light or equalizing light, such as a reflecting mirror, an equalizing sheet and the like, are arranged in front of, behind or around the excitation light source (2).
Further, an excitation light source (2) for exciting the optically variable material is arranged in the light transmitting shell (1 c).
Furthermore, a heating device (4) for exciting the temperature change material, such as an electric radiant tube or a resistance wire, is further arranged on the inner wall of the accommodating cavity (1 a) or the top of the base (1 b), and at the moment, a thermometer can be arranged on the shell (1) and used for detecting the temperature of the accommodating cavity (1 a).
Furthermore, the shell (1) is also provided with a heat dissipation structure, such as heat dissipation fins, heat dissipation holes and the like, so that heat dissipation is facilitated.
Furthermore, be equipped with control circuit (5) in base (1 b), control circuit (5) link to each other with excitation light source (2), power (3) respectively through the circuit, casing (1), excitation light source (2), power (3) and control circuit (5) combine to form control circuit (5) control power (3) to excitation light source (2) power supply luminous and the excitation container of the excited thing of excitation in the holding cavity (1 a).
Further, still be equipped with power (3) in base (1 b), power (3) be energy storage component, link to each other with control circuit (5) through the circuit, control circuit (5) for having the control circuit of control energy storage component charge-discharge function, casing (1), excitation light source (2), control circuit (5), energy storage component combine to form control circuit (5) and control external power source and charge and control energy storage component and put (supply) electroluminescence and arouse the excitation container of the excited thing in excitation light source (2) through power source interface.
Furthermore, the control circuit (5) is also connected with an excitation switch (6) for controlling the circuit to be opened and closed through a line, such as a manual switch, a pressure sensitive switch, a photosensitive switch or a gravity trigger switch.
Further, the control circuit (5) is a control circuit with the function of automatically switching off the circuit after the circuit is opened for a fixed time length, and if the circuit is opened for 5min, the circuit is automatically extinguished, so that the long-afterglow luminescent material is effectively excited, and the energy consumption is reduced; or a control circuit which is connected with an automatic sound reminding device (such as a buzzer and the like) or a light-changing reminding device and has a function of automatically starting the reminding function after a circuit is started for a long time; or the control circuit (5) is a control circuit with an excitation time length setting function.
Further, the control circuit (5) is connected with a power-off protection device matched with the opaque top cover for use and has a function of automatically powering off when the opaque top cover is not closed, so that the excitation safety and efficiency are improved.
Housing (1):
the shell (1) mainly plays the roles of containing, protecting and the like, is a semi-closed body which is provided with a containing cavity for containing an excited substance and is provided with an opening, is generally cylindrical, bowl-shaped or cup-shaped, the outer surface of the semi-closed body is generally opaque, and the opening can be provided with an opaque cover.
Wherein, the bottom of the accommodating cavity is provided with a base, a light-transmitting shell is arranged on the side wall of the accommodating cavity or/and the top of the base, and an excitation light source for exciting the long-afterglow luminescent material is arranged in the light-transmitting shell.
Excitation light source (2):
the excitation light source (2) is an inorganic LED or an organic LED or a laser LED or an incandescent lamp or a halogen tungsten lamp and the like; the combined light source can be a plurality of or a plurality of groups, the same wavelength or different wavelengths, the same packaging mode or different packaging modes; preferably, SMD packaged chip LEDs are provided with a rigid or flexible circuit board and arranged in a lattice pattern and soldered to the circuit board.
The excitation light source (2) mainly plays a role of exciting the long afterglow luminous body, is a light source which is preferably matched with the excitation spectrum of the long afterglow luminous material, takes the excitation efficiency of the long afterglow luminous material as a main measurement standard, and preferably selects SMD packaged, circuit board-carried and patch type LEDs of blue light, purple light or ultraviolet light with the peak wavelength below 450 nm.
The excitation light source (2) may also have a function of exciting the optically variable material.
Power supply (3):
the power supply (3) can be an external power supply such as commercial power and the like, and can also be an energy storage element such as a storage battery, a super capacitor and the like.
Heating device (4):
the heating device (4) can be an electric radiant tube or a resistance wire and the like.
Control circuit (5):
the control circuit (5) at least comprises a control part and a drive part, is connected with components such as the excitation light source (2) and the like through a circuit, and has the function of controlling and driving the excitation light source (2) to emit light.
The control circuit (5) is generally provided with a circuit module or a rigid or flexible circuit board; in particular, a microprocessor such as a single chip microcomputer can be provided.
The control circuit (5) generally has the function of automatically closing the circuit after the circuit is opened for a long time or has the function of automatically reminding after the circuit is opened for a long time.
An energy storage element:
the energy storage element can be a storage battery, such as a nickel-metal hydride battery, a lithium battery and the like, and can also be a capacitor, such as a super capacitor and the like.
Excitation switch (6):
the excitation switch (6) is a manual switch, a pressure sensitive switch, a photosensitive switch or the like.
The utility model has the main advantages that:
a. the utilization rate of light energy in the closed space is higher, and an excited object with the long afterglow luminescent material is excited more fully, more conveniently, more safely and more quickly;
b. the combined light sources with different wavelengths can be arranged to excite the corresponding combined long-afterglow luminescent materials with different long-afterglow main wavelengths, so that the excited object provided with the combined long-afterglow luminescent material has a multicolor long-afterglow luminescent function;
c. an excitation light source (2) for exciting the optically variable material or a heating device (4) for exciting the temperature-variable material can be arranged in the accommodating cavity (1 a) of the excitation device or on the inner wall of the cavity, so that an excited object provided with a corresponding material realizes the functions of photosensitive color change or temperature-sensitive color change, and the playability of the luminous toy is further enhanced;
d. the control circuit (5) can also be used for controlling the excitation light source (2) to be electrified and excited for a certain time and automatically cut off the power, or the control circuit is switched on and off through the excitation switch (6) (for example, the pressure-sensitive device which is placed when the excited object is pressed to the bottom of the accommodating cavity (1 a) automatically starts the circuit to electrify the excitation light source (2) to emit light and excite the excited object, and the pressure-sensitive device at the bottom is released to automatically cut off the circuit when the excited object is taken out of the accommodating cavity (1 a)), so that the excitation is more intelligent, safer and more energy-saving.
Drawings
Fig. 1 is a schematic sectional structure diagram of the present invention (because the appearance of the product of the present invention can be varied, for convenience of description, the most typical long afterglow excitation cup is mainly used as an illustration here):
FIG. 2 is a schematic sectional view of the present invention in an operating state;
fig. 3 is a schematic view of a split explosion structure of a multifunctional light excitation cylinder according to a first embodiment of the present invention;
fig. 4 is a schematic perspective view of a multifunctional light excitation cylinder according to a first embodiment of the present invention;
fig. 5 is a schematic front view of a multifunctional light excitation cylinder according to a first embodiment of the present invention;
fig. 6 is a schematic view of a split explosion structure of a multifunctional light excitation cylinder according to a second embodiment of the present invention;
fig. 7 is a schematic perspective view of a multifunctional light excitation tube according to a second embodiment of the present invention;
fig. 8 is a schematic front view of a multifunctional light excitation tube according to a second embodiment of the present invention;
fig. 9 is a schematic view of a split explosion structure of a multifunctional light-activated bowl according to a third embodiment of the present invention;
fig. 10 is a schematic perspective view of a multifunctional light-activated bowl according to a third embodiment of the present invention;
fig. 11 is a schematic front view of a multifunctional light-activated bowl according to a third embodiment of the present invention.
Detailed Description
Embodiments of the present invention will be described with reference to the accompanying drawings.
Example one
A multifunctional light excitation cylinder comprises a first shell (110), a first LED excitation light source (120), a first power supply (130), a first control circuit (150), a first excitation switch (160) and a first buzzer (170), and is shown in figures 3-5.
Housing one (110):
the first shell (110) is a cylindrical plastic shell which is formed by injection molding of white ABS and is provided with a main cavity body with an upward opening at the top, a transparent partition layer I (110 c) is fixed at the bottom of the main cavity body through a limiting structure on a cavity wall, and a base with an auxiliary cavity is formed at the bottom of the first shell (110) and is used for accommodating an LED excitation light source I (120), a power supply I (130) and a control circuit I (150).
The outer side wall of the first shell (110) is further provided with a charging interface, a first excitation switch (160) and a first buzzer (170).
LED excitation light source one (120):
the LED excitation light source I (120) is a SMD-packaged patch type purple light LED, is arranged in a lattice manner, is welded on the circular circuit board, and is fixed on the bottom surface of the transparent partition layer I (110 c) through light guide glue bonding.
Power supply one (130):
the first power supply (130) is a lithium battery.
Control circuit one (150):
the control circuit I (150) is a single chip microcomputer control circuit with a circuit board and is respectively connected with the LED excitation light source I (120), the power supply I (130), the excitation switch I (160), the buzzer I (170) and the charging interface through circuits.
The first power supply (130) and the first control circuit (150) are embedded in the auxiliary cavity of the base of the first shell (110).
The utility model discloses a section of thick bamboo is aroused to multi-functional light, earlier through the interface that charges to the lithium cell before the use (also can directly use the dry battery), will have light-tight top cap during the use, the main cavity internal of casing (110) is arranged in to bottled night light glue of a definite size, open again and arouse switch (160), open circuit and light LED excitation light source (120), arouse the night light glue in the main cavity, treat to arouse 5min after, buzzer (170) automatic alarm, the suggestion is closed and is aroused switch (160).
The gravity trigger switch can be arranged on the transparent partition layer I (110 c), when bottled noctilucent glue is put into the main cavity of the shell I (110) and triggers the gravity trigger switch on the transparent partition layer I (110 c) at the bottom, the circuit is automatically opened to light the LED excitation light source I (120), the bottled noctilucent glue is taken out after a certain time is excited, the gravity trigger switch is loosened, and then the automatic disconnection circuit extinguishes the LED excitation light source I (120), so that the switch is more intelligent.
The utility model discloses the product, through arousing night light glue in the enclosure space, the light energy utilization ratio is higher, and night light glue is aroused more fully to can effectively avoid the direct contact of light source and eyes, also can portablely use when outdoor light is more weak or night does not have light, more convenient, more swift, safer, more intelligent, the object for appreciation nature is stronger.
Example two
A multifunctional light excitation cylinder comprises a second shell (210), a second LED excitation light source (221) (222), a second power supply (230), a second control circuit (250), a second excitation switch (260) and a second music buzzer (270), and is shown in figures 6 to 8.
Case two (210):
casing two (210) is the tube-shape plastic casing of the main cavity body that is equipped with the top opening that makes progress, be equipped with the vertical bar draw-in groove that is used for setting up LED excitation light source two (221) on the inside wall of plastic casing, the internal nested PC that has the face of cylinder of main cavity passes through light guide glue and combines integrative and fix LED excitation light source two (221) in vertical bar draw-in groove with the shell, the bottom of the main cavity body is fixed with plastics partition layer two (210 b) that have the through wires hole and forms the base that has vice cavity in the bottom of casing two (210) through limit structure on the chamber wall, be used for holding power two (230), control circuit two (250). And the top of the second partition layer (210 b) is provided with a circular groove for arranging a second LED excitation light source (222).
The opening at the top of the second shell (210) can be covered by a second plastic top cover (210 d).
And the outer side wall of the second shell (210) is also provided with a charging interface, a second excitation switch (260) and a second music buzzer (270).
LED excitation light source two (221) (222):
the second LED excitation light source (221) (222) comprises the second LED excitation light source (221) and the second LED excitation light source (222).
The second LED excitation light source (221) is a light bar made of SMD-packaged patch type ultraviolet LEDs and is fixed in a vertical strip-shaped clamping groove between the side wall of the shell of the second shell (210) and the second transparent shell (210 c).
And the second LED excitation light source (222) is a circular lamp panel made of SMD (surface mounted device) packaged patch type blue light LEDs and is fixed in a circular groove at the top of the second partition layer (210 b) through adhesive bonding.
And the second LED excitation light source (221) and the second LED excitation light source (222) are connected with the conducting wires from the bottoms and penetrate through the threading holes in the second stainless steel partition layer (210 b) to be connected with the second control circuit (240).
Power supply two (230):
the second power supply (230) is a lithium battery.
Control circuit two (250):
the second control circuit (250) is a singlechip control circuit with a circuit board and is respectively connected with the second LED excitation light source (221) (222), the second power supply (230), the second excitation switch (260), the second music buzzer (270) and the charging interface through circuits.
And the second power supply (230) and the second control circuit (250) are embedded in the auxiliary cavity of the base of the second shell (210).
The utility model discloses a section of thick bamboo is aroused to multi-functional light, earlier charge the lithium cell through the interface that charges before the use, will be aroused the thing (like night light toy, night light schlaim etc.) and arrange the main cavity of casing two (210) in during the use internal, cover plastics top cap two (210 d), open again and arouse switch two (260), open circuit and light LED excitation light source two (220), arouse the night light material in the main cavity, treat to arouse 3min after, music buzzer two (270) automatic playback music, the suggestion is closed and is aroused switch two (260).
The gravity trigger switch can also be arranged on the second partition layer (210 c), when an excited object is placed in the main cavity of the second shell (210) and triggers the gravity trigger switch on the second transparent partition layer (210 c) at the bottom, the circuit is automatically opened to light the second LED excitation light source (220), the excited object is taken out after being excited for a certain time, the gravity trigger switch is released, the circuit is automatically disconnected to extinguish the second LED excitation light source (220), and the switch is more intelligent.
The light sensing switch can also be arranged in the main cavity of the second shell (210), when an excited object is placed in the main cavity of the second shell (210) and covered with the second plastic top cover (210 d), the illumination intensity in the main cavity is lower than a certain threshold value, the second LED excitation light source (220) is lightened by the automatic starting circuit, the second plastic top cover (210 d) is opened after the excited object is excited for a certain time, the illumination intensity in the main cavity is higher than the threshold value, the second LED excitation light source (220) is extinguished by the automatic disconnection circuit, and therefore the switch is more intelligent.
The LED excitation light sources two (221), (222) of the utility model are respectively used for exciting the Sr for emitting blue-green light4Al14O25Long persistence luminescent material and yellow-green light emitting SrAl2O4The long-afterglow luminescent material makes the excited matter with the said combined long-afterglow luminescent material possess multicolor long-afterglow luminescent function, and may be also doped with optically variable material and set with corresponding exciting light source to make the excited matter possess photochromism function.
The utility model discloses the product, through arousing in the enclosure space, the light energy utilization ratio is higher, is aroused more fully by the excitation thing to can effectively avoid the direct contact of light source and eyes, also can portablely use when outdoor light is more weak or no light night, more convenient, more swift, safer, more intelligent, the object for appreciation nature is stronger.
EXAMPLE III
A multifunctional light excitation cylinder, which comprises a third shell (310), a third LED excitation light source (320), a third power supply (330), a third heating device (340), a third control circuit (350), a third excitation switch (361) (362) and a third buzzer (370), as shown in fig. 9-11.
Case three (310):
three (310) main parts of casing are the bowl dress stainless steel casing of the main cavity body that is equipped with the top opening that makes progress, be equipped with the vertical bar draw-in groove that is used for setting up LED excitation light source three (321) on the inside wall of stainless steel casing, the internal nested PC that has the face of cylinder of main cavity third (310 c), combine as an organic wholely and fix LED excitation light source three (321) in vertical bar draw-in groove through leading light glue and shell, the below of bowl dress stainless steel casing is equipped with stainless steel base (310b), the top of stainless steel base (310b) is for having the adiabatic baffle of through wires hole, inside is equipped with vice cavity, be used for holding power three (330), control circuit three (350), the lateral part still is equipped with the interface that charges, arouse switch three (361) (362) and bee calling organ three.
The opening at the top of the third shell (310) can be covered by a third stainless steel top cover (310 d).
LED excitation light source three (320):
and the LED excitation light source III (320) is a light bar made of SMD packaged patch type blue light LEDs, is fixed on the side wall of the shell III (310) and in a vertical strip-shaped clamping groove between the side wall of the shell III (310) and the transparent shell III (310 c), and is connected with a wire from the bottom and connected with the control circuit III (340) by penetrating through a threading hole in the heat insulation partition plate.
Power supply three (330):
and the third power supply (330) is a nickel-hydrogen battery.
Heating device three (340):
the third heating device (340) is a low-temperature heating type electric radiation tube with a temperature control device and is fixed on the heat insulation partition plate through a clamping groove.
Control circuit three (350):
the control circuit III (350) is a singlechip control circuit with a circuit board and is respectively connected with the LED excitation light source III (320), the power supply III (330), the heating device III (340), the excitation switch III (361) (362), the buzzer III (370) and the charging interface through circuits.
And the power supply III (330) and the control circuit III (350) are embedded in the auxiliary cavity of the base of the shell III (310).
The utility model discloses a section of thick bamboo is aroused to multi-functional light, earlier charge the lithium cell through the interface that charges before the use, will be aroused the thing (like night light toy, night light schlaim etc.) and arrange the main cavity of three (310) of casing in during the use internal, cover plastics top cap three (310 d), open main excitation switch three (361) again, open circuit and light LED excitation light source three (320), arouse the luminous material in the main cavity, treat to arouse 2min after, three (370) automatic buzzing of bee calling organ are reminded, the suggestion is closed and is aroused switch three (361).
When the excited object is doped with the temperature change material, the excited object (such as a noctilucent toy, a noctilucent Schlemm and the like) is placed in a main cavity of a shell III (310), a plastic top cover III (310 d) is covered, a main excitation switch III (361) is opened, a circuit is started to light an LED excitation light source III (320), an auxiliary excitation switch III (362) is opened, a heating device III (340) is started to heat, and after 2min of excitation or when the temperature exceeds a certain threshold value, a buzzer III (370) automatically buzzes for reminding, and the excitation switch III (361) is prompted to be closed.
The utility model discloses the product, through arousing in the enclosure space, the light energy utilization ratio is higher, is aroused more fully by the arousing thing to can effectively avoid the direct contact of light source and eyes, also can portablely use when outdoor light is more weak or there is not light night, and can be through opening heating device three (340) heating, make to mix the thing of becoming warm material and realize the function that the temperature sensing discolours by the arousing, further strengthen the object for appreciation nature of luminous toy.
The above description is only a preferred embodiment of the present invention, and should not be taken as limiting the invention, and all modifications, variations, combinations, or alterations made therein, or all applications of the technology in the field of related and similar technology, which are within the spirit and principles of the present invention, should be considered as being within the scope of the present invention.
Claims (13)
1. A multi-purpose light-activated container, comprising: including casing (1), excitation light source (2), power (3), casing (1) for being equipped with holding cavity (1 a) that is used for holding by the excitant, have an open-ended casing, the bottom of holding cavity (1 a) be equipped with base (1 b), be equipped with light-transmitting shell (1 c) on the lateral wall of holding cavity (1 a) or/and the top of base (1 b), be equipped with in light-transmitting shell (1 c) and be used for arousing long afterglow luminescent material excitation light source (2), excitation light source (2) still ally oneself with and establish at inside or outside power (3), casing (1), excitation light source (2), power (3) combine to form power (3) and give out light and the excitation container that receives the excitation light by the excitant of excitant in the excitation light source (2) and the excitation holding cavity (1 a).
2. A multi-purpose photoexcitation container according to claim 1, wherein: the shell (1) is cylindrical, bowl-shaped or cup-shaped and is provided with a top opening, or the shell (1) is cylindrical, bowl-shaped or cup-shaped and is provided with a containing cavity (1 a) with a top opening, and a top cover (1 d) is further arranged at the top opening.
3. A multi-purpose photoexcitation container according to claim 1, wherein: the inner wall of the accommodating cavity (1 a) is a reflecting wall.
4. A multi-purpose photoexcitation container according to claim 1, wherein: the excitation light source (2) is an LED excitation light source or a combined light source with different main luminescence wavelengths.
5. A multi-purpose photoexcitation container according to claim 1, wherein: an optical element with the functions of reflecting light, guiding light or equalizing light is arranged in front of, behind or around the excitation light source (2).
6. A multi-purpose photoexcitation container according to claim 1, wherein: an excitation light source (2) for exciting the light-variable material is also arranged in the light-transmitting shell (1 c).
7. A multi-purpose photoexcitation container according to claim 1, wherein: and a heating device (4) for exciting the temperature change material is also arranged on the inner wall of the accommodating cavity (1 a) or the top of the base (1 b).
8. A multi-purpose photoexcitation container according to claim 1, wherein: the shell (1) is also provided with a heat dissipation structure.
9. A multi-purpose photoexcitation container according to claim 1, wherein: the excitation container is characterized in that a control circuit (5) is arranged in the base (1 b), the control circuit (5) is respectively connected with the excitation light source (2) and the power supply (3) through circuits, and the shell (1), the excitation light source (2), the power supply (3) and the control circuit (5) are combined to form the control circuit (5) which controls the power supply (3) to supply power to the excitation light source (2) for luminescence and excite an excited object in the accommodating cavity (1 a).
10. A multi-purpose photoexcitation container according to claim 1, wherein: base (1 b) in still be equipped with energy storage component, energy storage component pass through the circuit and link to each other with control circuit (5), control circuit (5) for having the control circuit of control energy storage component charge-discharge function, casing (1), excitation light source (2), control circuit (5), energy storage component combine to form control circuit (5) control external power source and pass through power source interface and charge to energy storage component and control energy storage component and put the luminous and excitation container by the excitant of excitation in excitation light source (2) and the excitation holding cavity (1 a).
11. A multi-purpose photoexcitation container according to claim 10, wherein: the control circuit (5) is also connected with an excitation switch (6) for controlling the circuit to be opened and closed through a line.
12. A multi-purpose photoexcitation container according to claim 10, wherein: the control circuit (5) is a control circuit with the function of automatically disconnecting the circuit after the circuit is opened at a fixed time length, or a control circuit which is connected with an automatic sound reminding device or a buzzer or a light-changing reminding device and has the function of automatically opening the reminding function after the circuit is opened at a fixed time length; or the control circuit (5) is a control circuit with an excitation time length setting function.
13. A multi-purpose photoexcitation container according to claim 10, wherein: the control circuit (5) is connected with a power-off protection device matched with the opaque top cover and has a function of automatically powering off when the opaque top cover is not closed.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202020536100.7U CN211526280U (en) | 2020-04-13 | 2020-04-13 | Multipurpose light excitation container |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202020536100.7U CN211526280U (en) | 2020-04-13 | 2020-04-13 | Multipurpose light excitation container |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN211526280U true CN211526280U (en) | 2020-09-18 |
Family
ID=72441349
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202020536100.7U Active CN211526280U (en) | 2020-04-13 | 2020-04-13 | Multipurpose light excitation container |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN211526280U (en) |
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2020
- 2020-04-13 CN CN202020536100.7U patent/CN211526280U/en active Active
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