CN208785600U - Intranasal red light irradiator - Google Patents
Intranasal red light irradiator Download PDFInfo
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- CN208785600U CN208785600U CN201820044565.3U CN201820044565U CN208785600U CN 208785600 U CN208785600 U CN 208785600U CN 201820044565 U CN201820044565 U CN 201820044565U CN 208785600 U CN208785600 U CN 208785600U
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- intubation
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Abstract
The intranasal red light irradiator of the utility model is related to a kind of light wave medical device.Its DC power supply is powered through power supply line to LED；It has an illumination body and two LED, and illumination body has block-like pedestal, can be inserted into the left intubation in left nose hole, can be inserted into the right intubation in right nostril；Pedestal is opened there are two longitudinal hole arranged side by side；Right intubation and left intubation are separately positioned on the correspondence through-hole of pedestal and stretch out upwards, and left intubation upper end is provided with the left lamp of a LED.Right intubation upper end is provided with the right lamp of another LED；The LED of left lamp is irradiated to upper right side；The LED of right lamp is irradiated to upper left side；Power supply line is double wired conductor, its top separates the right branch line of twin-core and the left branch line of twin-core, and the inner hole that right branch line passes through through-hole and right intubation on the right side of pedestal is electrically connected with the LED of right lamp；The inner hole that left branch line passes through through-hole and left intubation on the left of pedestal is electrically connected with the LED of left lamp.Phototherapy effect is good and easy to use.
Description
Technical field
The utility model relates to a kind of light wave medical devices.
Background technique
Someone is inserted into nostril using the axial luminaire that the existing red light-emitting diode for being fixed on stub front end is constituted, when
After red light-emitting diode is connected by power supply line and DC power supply, the light that red light-emitting diode issues is held into nostril
Continuous irradiation.Headache can be alleviated.
The cross-section structure of human body nasal cavity is as shown in fig. 7, the elliptical region that dotted line is irised out on nasal septum in nasal cavity is known as
Little area, entocranial artery system and external carotid artery system have capillary network abundant in this area.Mucous membrane compares herein
It is thin, blood vessel buried away from surface shallowly receive illumination ability it is strong.
But behind above-mentioned axial luminaire insertion nostril, red light-emitting diode only has the part at projection light edge that can shine
To Little area, effective phototherapy is generated；Most projection light is pointed into other side walls and rear side in nasal cavity, makees without phototherapy
With.In addition, holding stub for a long time carries out phototherapy, user can feel fatigue.Using not convenient enough.
Utility model content
The utility model is intended to provide that a kind of phototherapy effect is good and intranasal red light irradiator easy to use.
The technical solution of the utility model is: intranasal red light irradiator, and DC power supply is powered through power supply line to LED；It has
One illumination body and two LED, the illumination body have block-like pedestal, the left intubation that can be inserted into left nose hole, can be inserted into right nostril
Right intubation；The pedestal is opened there are two longitudinal hole arranged side by side；Right intubation and left intubation are separately positioned on the correspondence through-hole of pedestal
It above and upwards stretches out, the upper end of left intubation is provided with the left lamp of a LED.The upper end of right intubation is provided with another LED
Right lamp；The LED of left lamp is irradiated to upper right side；The LED of right lamp is irradiated to upper left side；Power supply line is double wired conductor, on the double wired conductor
Part goes out the right branch line of twin-core and the left branch line of twin-core, and right branch line passes through the inner hole of through-hole and right intubation on the right side of pedestal
It is electrically connected with the LED of right lamp；The LED that left branch line passes through the inner hole and left lamp of through-hole and left intubation on the left of pedestal is electrically connected
It connects.
In use, user holds the pedestal of illumination body, make the intubation of left and right two and its above left lamp and right lamp same time-division
It is not inserted into left and right two nostrils.Then power supply line is connected with DC power supply, the LED of the LED and right lamp that make left lamp issue red
Light is concentrated and does red light irradiation simultaneously to nasal septum right side and left side.The right intubation of the utility model and left intubation are in corresponding nose
Positioning action is played in hole, hangs over the pedestal of illumination body naturally at the upper lip of user.The LED of left lamp and right lamp can be with
Stablize in corresponding nostril.It is hand-held for a long time user is not needed.To realize, phototherapy effect is good and hair easy to use
Improving eyesight.
Preferably implementing in structure: there are also left ejector sleeves and right ejector sleeve for the illumination body；It the top of the left ejector sleeve can be upper and lower
It is slidably set in the left intubation, the left lamp is mounted on the upper end of the left ejector sleeve, and the middle part of the left ejector sleeve can
Be set in the longitudinal hole on the left of the pedestal up or down, the lower part of the left ejector sleeve extend downwardly the pedestal it
Outside；The inner hole that the left branch line free end of the power supply line passes through the left ejector sleeve does corresponding electrical connection with the LED of the left lamp；
The top of the right ejector sleeve, which can slide up and down to, to be set in the right intubation, and the right lamp is mounted on the upper end of the right ejector sleeve
The middle part in portion, the right ejector sleeve can be set on up or down in the longitudinal hole on the right side of the pedestal, the lower part of the right ejector sleeve to
It is lower to stretch out except the pedestal；The right branch line free end of the power supply line passes through on the inner hole and the right lamp of the right ejector sleeve
LED does corresponding electrical connection.
By the way that left and right ejector sleeve is arranged, and corresponding LED is mounted on to the upper end of left and right ejector sleeve.A certain push away is pushed up and down
Pipe, so that it may adjust the irradiation area of corresponding LED, user oneself can visit and look for whether feux rouges falls in Little area, to obtain
Obtain optimal radiation response.
In turn: the longitudinal hole of arranged on left and right sides is up big and down small stepped hole in the pedestal；The left intubation and
Right intubation is the identical straight tube of size describedly.The left ejector sleeve and the right ejector sleeve are the rank of periphery top convex
Ladder pipe, their size are identical, in which: the length on the left ejector sleeve top is identical as the length of the left intubation, and the left ejector sleeve
The inner hole of top and the left intubation at being slidably matched, the small end of the left stepped hole of the left ejector sleeve middle and lower part and the pedestal at
Dynamic cooperation；The length on the right ejector sleeve top is identical as the length of the right intubation, and the right ejector sleeve top and the right intubation
Inner hole is at being slidably matched；The small end of the right stepped hole of the right ejector sleeve middle and lower part and the pedestal is at dynamic cooperation.
By setting up big and down small stepped hole for the longitudinal hole of arranged on left and right sides in pedestal；Making left and right intubation is ruler
Very little identical straight tube makes left and right ejector sleeve be the ladder pipe of periphery top convex, and the length on left and right ejector sleeve top with it is right
The length that should be intubated is identical；In the case where corresponding to stepped hole big end bottom surface on the difference contact pedestal of the lower end of left and right intubation,
When corresponding to stepped hole big end bottom surface on the bottom surface arrival pedestal on one of left and right ejector sleeve top, corresponding ejector sleeve will be limited, without
It can continue to move down.This simple for structure, easy to process and assembly, limit is reliably.
Especially: the small end of the pedestal arranged on left and right sides stepped hole has one of longitudinal guide groove；The left side
The middle part of sliding channel of ejector sleeve and the right ejector sleeve has the through-hole for extending radially through its inner hole, and install in the through hole to
The pin that side is stretched out；It is corresponding that pin on the left ejector sleeve and the right ejector sleeve can be inserted in the pedestal up or down respectively
In the guide groove of stepped hole small end.
Want to cooperate using the guide groove corresponded on pedestal on stepped hole small end side wall and the pin in the middle part of left and right ejector sleeve, prevent
Only left and right ejector sleeve rotation, efficiently avoids the feux rouges that corresponding LED is issued and is pointed into intranarial inactive area.It is appropriate simultaneously
Ground determines position of the pin in the middle part of ejector sleeve, and the lower end surface of the corresponding intubation of guide groove upper end contact can be reached by pin, right
The uplink of the ejector sleeve makes reliable limit.This dual position limiting structure is simple and easy, easy to process and assembly.
Preferably implementing in structure: the bottom of the left lamp and the right lamp sets the pedestal of disc, the pedestal respectively
Diameter it is identical as the outer diameter of corresponding intubation, the upper surface of the pedestal extends upward boss；The right side of the boss of the left lamp
Facade is the inclined-plane stretched to the right, and corresponding LED is fixed on the inclined-plane, and the light-emitting surface of the LED is towards upper right side；It is described
The left side elevational of the boss of right lamp is the inclined-plane that lower section is stretched to the left, and corresponding LED is fixed on the inclined-plane, and the LED's shines
Facing towards upper left side；One piece of transparent silica gel is wrapped up on the pedestal and its LED of the left lamp and the right lamp respectively, constitutes semi-round ball
The transparent inclusion enclave of shape.
It according to left lamp and right lamp that above structure forms, can be connected with corresponding intubation, their external semicircles are spherical
Transparent inclusion enclave protection LED and light transmission except, they with it is corresponding intubation enter user nostril after also not
Foreign body sensation can be generated in nostril.LED in left lamp and right lamp is made the red light beam of diverging by the support of corresponding boss ramp
It can be all radiated at the corresponding side of nasal septum, improve the utilization rate of emergent light.
The intranasal red light irradiator of the utility model forms fixed nose clip with a pedestal using two intubations, makes entire
Illumination body can be detachably provided at two nostrils of user, they are the left lamp for being respectively provided with LED and right lamp in correspondence
Intranarial positioning provides reliable guarantee.The illumination body of this structure is installed and used and is extractd in which can be convenient, due to making
Used time does not need to help, and during 10-30 minutes light exposure treatments, the both hands of user not only will not be because of fixed support
Posture and feel fatigue, can also vacate and do other things.Light area when being cooperated on the base using ejector sleeve and intubation can
Adjustment effectively improves the effective percentage of illumination, promotes therapeutic effect.For example, we use simple grain optical power for 30-50mw's
The red-light LED that central wavelength is 650nm, light emission angle is 120 ° makes the intranasal red light irradiator of the utility model, red in experiment
Light irradiates 15-30 minutes, and for the surface temperature of irradiated area up to 40-42 DEG C, user feels that brain blood flow is unobstructed, former in nasal cavity
Some headaches obtain to be relieved.Illumination three times is done daily, brain can be made to keep awake and prevents to have a headache.
Detailed description of the invention
Fig. 1 is the schematic perspective view of the intranasal red light irradiator one embodiment of the utility model.
Fig. 2 is the schematic perspective view of illumination body in the present embodiment.
Fig. 3 be Fig. 2 in A-A to the schematic diagram of the section structure.
Fig. 4 is the schematic diagram of the section structure of B-B direction in Fig. 3.
Fig. 5 be Fig. 4 in C-C to the schematic diagram of the section structure.
Fig. 6 is the effect diagram that ejector sleeve pushes up in Fig. 5.
Fig. 7 is the schematic diagram of the section structure of human body nasal cavity.
Specific embodiment
One, embodiment one
The structure of the intranasal red light irradiator of the utility model, please refers to Fig. 1.It has illumination body 10, power supply line 20 and direct current
Power supply 30, these three elements.
Illumination body 10 has pedestal 11, right intubation 12, left intubation 13, right lamp 14, left lamp 15, right ejector sleeve 18 and left ejector sleeve
19.Left intubation 13 and right intubation 12 are fixedly mounted on the top of pedestal 11.Left ejector sleeve 19 and right ejector sleeve 18 are slideably threaded through
In pedestal 11, wherein the top of left ejector sleeve 19 is set in left intubation 13, and left lamp 15 is mounted on the upper end of left ejector sleeve 19, left
The middle part of ejector sleeve 19 is set in pedestal 11, and the lower part of left ejector sleeve 19 extends downwardly except pedestal 11；It wears on the top of right ejector sleeve 18
It covers in right intubation 12, right lamp 14 is mounted on the upper end of right ejector sleeve 18, and the middle part of right ejector sleeve 19 is set in pedestal 11, and the right side pushes away
The lower part of pipe 18 extends downwardly except pedestal 11.
Power supply line 20 is the double wired conductor 21 that lower end has plug 22, and the top of the double wired conductor 21 separates the right branch of twin-core
The left branch line 212 of line 211 and twin-core.The inner hole that the top of right branch line 211 passes through right ejector sleeve 19 is electrically connected with right lamp 14.
The inner hole that the top of left branch line 212 passes through left ejector sleeve 18 is electrically connected with left lamp 15.Inserting on plug 22 and DC power supply 30
Seat 31 does separable electrical connection.Bi-colour LED 32 is set on DC power supply 30, with instruction power supply and charged state.
The structure of illumination body 10 please refers to Fig. 2, Fig. 3 and Fig. 4.Pedestal 11 be plastic products, approximate rectangular piece of its shape,
Its preceding facade 111 is plane, and rear facade 112 is arcwall face recessed forward, so as to the upper lip for the user that reclines；The right side of pedestal 11
Facade 113 is arcwall face recessed to the left, and left facade 114 is arcwall face recessed to the right, so that the thumb and index finger of user is pinched
By the pedestal 11.Along the stepped hole opened there are two up big and down small perforation that the direction of the longitudinal axis is parallel in pedestal 11.Right side ladder
It is provided with one of longitudinal right guide groove 110121 on the right side of the small end 11012 in hole, is opened on the left of the small end 11022 of left side stepped hole
There is one of longitudinal left guide groove 110221.
Two root cutting pipes 12,13 are the identical plastic straighttube of size.Two ejector sleeves 18,19 are the top convex of periphery
Plastics ladder pipe, their size are identical, in which: and the length on right 18 top 1801 of ejector sleeve is identical as the length of right intubation 12,
And the inner hole of right 18 top 1801 of ejector sleeve and right intubation 12 is at being slidably matched；The right rank of right ejector sleeve 18 middle and lower part 1802 and pedestal 11
The small end 11012 in terraced hole is at dynamic cooperation.The middle part of sliding channel of right ejector sleeve 18 is provided with the through-hole for extending radially through its inner hole 1803
1804.The length on left 19 top 1901 of ejector sleeve is identical as the length of left intubation 13, and 19 top 1901 of left ejector sleeve and left intubation 13
Inner hole at being slidably matched.The small end 11022 of the left stepped hole of left 19 middle and lower part 1902 of ejector sleeve and pedestal 11 is at dynamic cooperation.It is left
The middle part of sliding channel of ejector sleeve 19 is provided with the through-hole 1904 for extending radially through its inner hole 1903.
The bottom of right lamp 14 sets the pedestal 141 of disc made of plastics, and the diameter of the pedestal 141 is outer with right intubation 12
Diameter is identical, and is fixed on the upper surface on right 18 top 1801 of ejector sleeve；The upper surface of pedestal 141 extends upward boss 1411,
The left side elevational of boss 1411 is the inclined-plane that lower section is stretched to the left, and a red light-emitting diode (hereinafter referred to as right LED) 142 is solid
It is scheduled on the inclined-plane in the left side of boss 1411, the light-emitting surface of right LED142 is towards upper left side.One piece of transparent silica gel is wrapped in pedestal 141
On right LED142, the transparent inclusion enclave 143 of semicircle spherical shape is constituted.Positive and negative two electrodes of right LED142 respectively connect an eradication
Edge line, this two insulated wires, which are each passed through on pedestal 141, to be corresponded to via hole (not shown) and draws downwards.
The bottom of left lamp 15 sets the pedestal 151 of disc made of plastics, and the diameter of the pedestal 151 is outer with left intubation 13
Diameter is identical, and is fixed on the upper surface on left 19 top 1901 of ejector sleeve；The upper surface of pedestal 151 extends upward boss 1511,
The right side facade of boss 1511 is the inclined-plane stretched to the right, another red light-emitting diode (hereinafter referred to as left LED) 152
It is fixed on the inclined-plane on the right side of boss 1511, the light-emitting surface of left LED152 is towards upper right side.Another piece of transparent silica gel is wrapped in bottom
On 151 and left LED152 of seat, the transparent inclusion enclave 153 of semicircle spherical shape is constituted.Positive and negative two electrodes of left LED153 respectively connect one
Root insulated wire, this two insulated wires, which are each passed through on pedestal 141, to be corresponded to via hole (not shown) and draws downwards.
When assembly, first right pin 1805 is installed in the through-hole 1804 of right ejector sleeve 18, stretches the right part of right pin 1805
Out except the middle part of right ejector sleeve 18；Later by the stepped hole on 11 right side of right ejector sleeve 18 insertion pedestal, make the right pin on right ejector sleeve 18
Son 1805 can be inserted in the right stepped hole small end 11012 of pedestal 11 up or down behind the big end 11011 of right stepped hole
In right guide groove 110121.Then, the periphery by right 12 sets of intubation in the big end 1801 of right ejector sleeve 18 makes the lower half of right intubation 12
Portion is inserted into and is adhesively fixed in the big end 11011 of 11 right side stepped hole of pedestal.Right pipe cap 181 is set with again, is adhesively fixed
In the lower end of right 18 small end 1802 of ejector sleeve, 211 free end of right branch line of power supply line 20 is made to pass through right 181 bottom of pipe cap
The inner hole 1803 of via hole 1811 and right ejector sleeve 18 upwards draw, and with positive and negative two electrodes of right LED142 are connected on right lamp 14
Insulated wire does corresponding electrical connection.Finally, the pedestal 141 of right lamp 14 is bonded on the upper surface on right 18 top 1801 of ejector sleeve.
Similarly, left pin 1905 is installed in the through-hole 1904 of left ejector sleeve 19, stretches out the left part of left pin 1905 left
Except the middle part of ejector sleeve 19；Later by the stepped hole in 11 left side of left ejector sleeve 19 insertion pedestal, make the left pin on left ejector sleeve 19
1905 can be inserted in a left side for the left stepped hole small end 11022 of pedestal 11 up or down behind the big end 11021 of left stepped hole
In guide groove 110221.Then, the periphery by left 13 sets of intubation in the big end 1901 of left ejector sleeve 19 makes the lower half of left intubation 12
It is inserted into and is adhesively fixed in the big end 11021 of 11 left side stepped hole of pedestal.Left pipe cap 191 is set with again, is adhesively fixed on
The lower end of left 19 small end 1902 of ejector sleeve makes 212 free end of left branch line of power supply line 20 pass through the mistake of left 191 bottom of pipe cap
The inner hole 1903 of hole 1911 and left ejector sleeve 19 upwards draw, and with the exhausted of positive and negative two electrodes of left LED152 is connected on left lamp 15
Edge line does corresponding electrical connection.Finally, the pedestal 151 of left lamp 15 is bonded on the upper surface on left 19 top 1901 of ejector sleeve.
In use, first to pull right ejector sleeve 18 and left ejector sleeve 19 separately down, cover the pedestal 151 of left lamp 15 in left intubation
13 upper end (see Fig. 5) makes the pedestal 141 of right lamp 14 cover the upper end in right intubation 12.Later, the base of illumination body 10 is held
Seat 11 makes the intubation 13,12 of left and right two and its above left lamp 15 and right lamp 14 while being inserted into left and right two nostrils respectively.Then
The plug 22 of power supply line 20 is inserted into the socket 31 on DC power supply 30, left lamp 15 and right lamp 14 is made to glow.With another hand
Left ejector sleeve 19 and right ejector sleeve 18 are pushed up respectively, make the upper end (see Fig. 6) of the upward out left intubation 13 of left lamp 15, until left lamp
(at this moment the left nose of user is intracavitary has obvious illumination to Little area of 15 red light irradiations issued on the left of nasal septum
Sense)；Make the upper end of the upward out right intubation 12 of right lamp 14, Arthur D. Little of the red light irradiation that right lamp 14 issues on the right side of nasal septum
Area.Later, so that it may which release pinches that hand of 10 pedestal 11 of illumination body.Illumination body 10 hangs over the upper lip of user naturally
Place.If worried, adhesive tape can be used and fix the pedestal 11 of illumination body 10.
Light application time reaches predetermined value, and the plug of power supply line 20 is extracted from the socket 31 of DC power supply 30, makes left lamp 15
Extinguish with right lamp 14.Working flare 10 is removed, and corresponding intubation 13,12 is stretched out to left and right lamp 13,12 and left and right ejector sleeve 19,18
Part and two intubations 13,12 carry out disinfection, in case next time uses.
The above, only the utility model preferred embodiment do not limit the range of the utility model implementation with this, according to this
Equivalent changes and modifications made by the technical solution and description of utility model all should belong to the model that the utility model is covered
It encloses.
Claims (5)
1. intranasal red light irradiator, DC power supply is powered through power supply line to LED；It is characterized by: it has an illumination body and two
A LED, the illumination body have block-like pedestal, can be inserted into the left intubation in left nose hole, can be inserted into the right intubation in right nostril；The pedestal
Longitudinal hole arranged side by side there are two opening；Right intubation and left intubation are separately positioned on the correspondence through-hole of pedestal and stretch out upwards, left
The upper end of intubation is provided with the left lamp of a LED；The upper end of right intubation is provided with the right lamp of another LED；The LED of left lamp
It is irradiated to upper right side；The LED of right lamp is irradiated to upper left side；Power supply line is double wired conductor, which separates the right side point of twin-core
The left branch line of branch line and twin-core, through-hole and the inner hole of right intubation and the LED of right lamp of the right branch line on the right side of pedestal do electricity
Connection；The inner hole that left branch line passes through through-hole and left intubation on the left of pedestal is electrically connected with the LED of left lamp.
2. intranasal red light irradiator according to claim 1, it is characterised in that: there are also left ejector sleeves and the right side to push away for the illumination body
Pipe；The top of the left ejector sleeve, which can slide up and down to, to be set in the left intubation, and the left lamp is mounted on the left ejector sleeve
The middle part of upper end, the left ejector sleeve can be set on up or down in the longitudinal hole on the left of the pedestal, under the left ejector sleeve
Portion extends downwardly except the pedestal；Inner hole and the left side of the left branch line free end of the power supply line across the left ejector sleeve
The LED of lamp does corresponding electrical connection；The top of the right ejector sleeve, which can slide up and down to, to be set in the right intubation, the right side
Lamp is mounted on the upper end of the right ejector sleeve, and it is logical that the middle part of the right ejector sleeve can be set on the longitudinal direction on the right side of the pedestal up or down
In hole, the lower part of the right ejector sleeve is extended downwardly except the pedestal；The right branch line free end of the power supply line passes through the right side and pushes away
The inner hole of pipe does corresponding electrical connection with the LED on the right lamp.
3. intranasal red light irradiator according to claim 2, it is characterised in that: the longitudinal direction of arranged on left and right sides in the pedestal
Through-hole is up big and down small stepped hole；The left intubation and the right intubation are the identical straight tube of size；The left side
Ejector sleeve and the right ejector sleeve are the ladder pipe of periphery top convex, their size is identical, in which: the left ejector sleeve top
Length it is identical as the length of the left intubation, and the inner hole of the left ejector sleeve top and the left intubation is at being slidably matched, the left side
The small end of the left stepped hole of ejector sleeve middle and lower part and the pedestal is at dynamic cooperation；The length on the right ejector sleeve top and the right intubation
Length it is identical, and the inner hole of the right ejector sleeve top and the right intubation is at being slidably matched；The right ejector sleeve middle and lower part and the base
The small end of the right stepped hole of seat is at dynamic cooperation.
4. intranasal red light irradiator according to claim 2, it is characterised in that: the pedestal arranged on left and right sides stepped hole
Small end has one of longitudinal guide groove；The middle part of sliding channel of the left ejector sleeve and the right ejector sleeve has a diameter
To the through-hole through its inner hole, and the pin stretched out to side is installed in the through hole；On the left ejector sleeve and the right ejector sleeve
Pin can be inserted in the pedestal up or down respectively and correspond in the guide groove of stepped hole small end.
5. the intranasal red light irradiator according to Claims 2 or 3 or 4, it is characterised in that: the left lamp and the right lamp
Bottom sets the pedestal of disc respectively, and the diameter of the pedestal is identical as the outer diameter of corresponding intubation, and the upper surface of the pedestal is prolonged upwards
Stretch out boss；The right side facade of the boss of the left lamp is the inclined-plane stretched to the right, and corresponding LED is fixed on the inclined-plane
On, the light-emitting surface of the LED is towards upper right side；The left side elevational of the boss of the right lamp is the inclined-plane that lower section is stretched to the left, corresponding
LED be fixed on the inclined-plane, the light-emitting surface of the LED is towards upper left side；On the pedestal and its LED of the left lamp and the right lamp
One piece of transparent silica gel is wrapped up respectively, constitutes the transparent inclusion enclave of semicircle spherical shape.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820044565.3U CN208785600U (en) | 2018-01-11 | 2018-01-11 | Intranasal red light irradiator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820044565.3U CN208785600U (en) | 2018-01-11 | 2018-01-11 | Intranasal red light irradiator |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208785600U true CN208785600U (en) | 2019-04-26 |
Family
ID=66198510
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820044565.3U Active CN208785600U (en) | 2018-01-11 | 2018-01-11 | Intranasal red light irradiator |
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| Country | Link |
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| CN (1) | CN208785600U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR102314194B1 (en) * | 2021-06-23 | 2021-10-18 | 주식회사 새롬바이오텍 | Nasal cavity treatment device |
-
2018
- 2018-01-11 CN CN201820044565.3U patent/CN208785600U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR102314194B1 (en) * | 2021-06-23 | 2021-10-18 | 주식회사 새롬바이오텍 | Nasal cavity treatment device |
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| TR01 | Transfer of patent right |
Effective date of registration: 20190605 Address after: 361000 Block 701-2, 1819 A, Luling Road, Siming District, Xiamen City, Fujian Province Patentee after: Super Union Union Union (Xiamen) Technology Co., Ltd. Address before: 361000 Jingtu Digital Building A702-3, 1819 Luling Road, Siming District, Xiamen City, Fujian Province Patentee before: Xiamen Kaiyuan optical health Application Research Institute |