CN207871278U - A kind of portable near-infrared treating apparatus for analgesia - Google Patents
A kind of portable near-infrared treating apparatus for analgesia Download PDFInfo
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- CN207871278U CN207871278U CN201720266783.7U CN201720266783U CN207871278U CN 207871278 U CN207871278 U CN 207871278U CN 201720266783 U CN201720266783 U CN 201720266783U CN 207871278 U CN207871278 U CN 207871278U
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Abstract
The utility model discloses a kind of portable near-infrared treating apparatus for analgesia, belong to the field of medical instrument technology, including near-infrared lamp absorbent module, near-infrared lamp absorbent module includes the suction ball made of elastic material, the sucker being connected to suction ball, fixing piece, near-infrared lamp and the cable being connect with near-infrared lamp, near-infrared lamp and fixing piece are respectively positioned in sucker, suction ball is equipped with outlet hole, cable is stretched out from outlet hole outside suction ball, sucker is equipped with suction inlet and for adsorbing skin, the utility model is a kind of portable near-infrared treating apparatus for analgesia, cup cannot be had simultaneously by solving existing infrared therapeutic equipment, the problem of near-infrared irradiation and thermotherapeutic function.
Description
Technical field
The utility model belongs to medical instruments field more particularly to a kind of portable near-infrared treating apparatus for analgesia.
Background technology
Currently, infrared therapeutic equipment is widely used to physical therapy device, medical instruments field, infrared therapeutic in the market is set
Standby is all to irradiate skin surface, skin and epidermis undertissue by far red light using high-power far red light as treatment light source
Convert infrared energy to heat, the fuel factor of formation can reduce sensory nerve excitability, improve pain susceptibility, play town
The effect of pain.
However there is following defects for existing infrared therapeutic equipment：Existing infrared therapeutic equipment is all to use far infrared
Light (1.5 μm -15 μm) is treated, and penetration range is short, is only capable of penetrating 0.05mm-1mm, reaches the shallow-layer of skin epidermis；It is existing
Infrared therapeutic equipment be mostly desk-top instrument or stand-by light, build is too big, it has not been convenient to carrying use at any time；Existing infrared therapeutic
Functions of the equipments are more single, cannot have the function of cup, near-infrared irradiation, thermotherapy etc. simultaneously.
Utility model content
The purpose of this utility model is to provide a kind of portable near-infrared treating apparatus for analgesia, solves existing infrared control
The problem of cup, near-infrared irradiation and thermotherapeutic function cannot be had simultaneously by treating equipment.
To achieve the above object, the utility model adopts the following technical solution：
A kind of portable near-infrared treating apparatus for analgesia, including near-infrared lamp absorbent module, near-infrared lamp absorbent module packet
Sucker, fixing piece, near-infrared lamp and the cable being connect with near-infrared lamp for including the suction ball made of elastic material, being connected to suction ball
Line, near-infrared lamp and fixing piece are respectively positioned in sucker, and suction ball is equipped with outlet hole, and cable is stretched out from outlet hole outside suction ball, sucker
Equipped with suction inlet and for adsorbing skin.
The hollow inserting column that setting communicates therewith on the outside of the sucker, suction ball correspond to hollow inserting column and are equipped with socket, hollow inserting column
Lateral surface be equipped with pawl, hollow inserting column is inserted into socket.
The fixing piece is the mounting disc of setting a lamp hole and air hole, and mounting disc corresponds to the pin setting of near-infrared lamp
Pin slot, near-infrared lamp can install insertion lamp hole, and the pin insertion pin slot of near-infrared lamp is simultaneously connect with cable, mounting disc
Outer peripheral surface is in contact with the inner surface of sucker.
The fixing piece is the mounting disc of a setting lamp hole, and mounting disc corresponds to the pin setting pin slot of near-infrared lamp,
Near-infrared lamp is inserted into lamp hole, and the pin insertion pin slot of near-infrared lamp is simultaneously connect, the outer peripheral surface and sucker of mounting disc with cable
Inner surface interval setting, spacer block, shape between mounting disc and sucker inner surface are folded between mounting disc and the inner surface of sucker
At ventilation gap.
Cable plug is additionally provided on the cable, cable plug connects host, and host includes host housing and wiring board, master
Machine shell is equipped with key-press module, indicating lamp module and several cable sockets, and the cable plug connects cable socket, the line
Road plate is equipped with microcontroller, power module, LED drive module, first interface and second interface, and the key-press module passes through conducting wire
The first interface is connected, the indicating lamp module connects the second interface by conducting wire, and all cable sockets are logical
Conducting wire connection LED drive module is crossed, LED drive module, first interface and second interface are all connected with microcontroller, and power module is
Microcontroller, power module, LED drive module, first interface and second interface power supply.
The key-press module is made of several buttons, each described button connects the first interface by conducting wire；
The indicating lamp module is made of several LED light, each described LED light connects the second interface by conducting wire.
The model 3.5MM headset plugs of the cable plug, the model PJ-616 of the cable socket, the cable
It is equipped with protective case with the junction of cable plug, the protective case is heat-shrinkable T bush.
The model PT4115 of the LED drive module；The model STM32F070C6T6 of the microcontroller or
STM8S103K3T6。
A kind of portable near-infrared treating apparatus for analgesia described in the utility model, solves existing infrared therapeutic equipment
There cannot be the problem of cup, near-infrared irradiation and thermotherapeutic function simultaneously；Sucker suction is fixed on human body, and site is accurate, is made
With that will not fall down in the process, the utility model uses near-infrared lamp as light source, penetration depth 1mm-10mm, up to corium
And subcutaneous tissue, and have fuel factor, play the role of analgesia, releive；Near-infrared lamp is installed on the inside of sucker, and energy is gathered in sucker
In the small space of interior lower side skin, significant effect；The utility model is at low cost, easy to carry.
Description of the drawings
Fig. 1 is the structural schematic diagram of host；
Fig. 2 is the hardware elementary diagram block diagram of wiring board；
Fig. 3 is the stereogram of suction ball；
Fig. 4 is the sectional view of suction ball；
Fig. 5 is the stereogram of sucker；
Fig. 6 is the sectional view of sucker；
Fig. 7 is the structural schematic diagram of near-infrared lamp absorbent module；
Fig. 8 is the sectional view of near-infrared lamp absorbent module；
Fig. 9 is the structural schematic diagram of near-infrared lamp；
Figure 10 is the structural schematic diagram of fixing piece；
Figure 11 is the stereogram of fixing piece；
Figure 12 is the structural schematic diagram of near-infrared lamp and fixing piece and cable；
Figure 13 is the A-A views in Figure 12；
Figure 14 is the structural schematic diagram of near-infrared lamp absorbent module and cable plug；
Figure 15 is the B-B views in Figure 14；
Figure 16 is the schematic diagram that suction ball cavity squeezes gas；
Schematic diagram when Figure 17 is suction ball cavity air inlet；
Figure 18 is the structural schematic diagram of spacer block；
Figure 19 is the structural schematic diagram of embodiment 2；
In figure：Host housing 300, button 301, LED light 302, cable socket 303, power module 304, first interface
305, second interface 306, microcontroller 307, LED drive module 308, cable 3- 2, conducting wire 3-2a, casing 3-2b, protective case 3-
3, protection sets of holes 3-3b, suction ball 3-4, outlet hole 3- 4a, suction ball cavity 3-4b, socket 3-4c, sucker 3-5, through-hole 3-5a, suction
Circle or whirl in the air chamber 3-5b, hollow inserting column 3-5c, near-infrared lamp 3-6, lamp bead 3-6a, lamp holder 3-6b, pin 3-6c, mounting disc 3-7, lamp hole
3-7b, pin slot 3-7c, air hole 3-7d, spacer block 3-8.
Specific implementation mode
Embodiment 1：
A kind of portable near-infrared treating apparatus for analgesia shown in Fig. 1-Figure 17, including near-infrared lamp absorbent module, closely
Infrared lamp absorbent module includes the suction ball 3-4 made of elastic material, is connected to suction ball 3-4 sucker cavity 3-5b, fixing piece,
The near-infrared lamp 3-6 being arranged on the fixing piece and cable 3-2 being connect with near-infrared lamp 3-6.
The hollow inserting column 3-5c, sucker cavity 3-5b being connected to sucker cavity 3-5b are equipped on the outside of the sucker cavity 3-5b
Equipped with suction inlet and for adsorbing skin, the sucker cavity 3-5b is set on sucker 3-5 and is the cavity that sucker 3-5 is carried, empty
Heart inserting column 3-5c is also set to the outside of sucker 3-5 simultaneously, and suction inlet is also set on sucker 3-5 simultaneously, sucker cavity 3-5b (or inhale
Disk) it is that semicircle is spherical and the inner surface of sucker cavity 3- 5b is semicircle sphere, hollow inserting column 3-5c is installed in sucker cavity 3-
The outside of 5b, hollow inserting column 3-5c are equipped with along hollow inserting column 3-5c longitudinally or axially penetrating through-hole 3-5a, hollow inserting column 3-5c
In annulus column, sucker 3-5 is equipped with the connecting hole being connected to the through-hole 3-5a of hollow inserting column 3-5c, the through-hole of hollow inserting column 3-5c
3-5a is connected to by the connecting hole with the sucker cavity 3-5b of sucker 3-5.Preferably, sucker cavity 3-5b and hollow inserting column 3-
The integral structure that 5c is integrally formed, sucker 3-5 is by systems such as materials such as copper, iron, polyethylene that is rigid, will not deforming upon
At.The lateral surface outer peripheral surface of hollow inserting column 3-5c is equipped with pawl.
The suction ball 3-4 is the interior suction ball sacculus for setting suction ball cavity 3-4b, suction ball 3-4 be by it is flexible, have it is certain
Hardness, deform upon by pressure energy, the pressure blowings such as the material such as rubber, silica gel restored that disappear are formed.Suction ball 3-4 is corresponded to
Hollow inserting column 3-5c is equipped with socket the 3- 4c, hollow inserting column 3-5c being connected to suction ball cavity 3-4b and is inserted into socket 3-4c.Suction ball 3-
4 are equipped with the outlet hole 3-4a for stretching out cable 3-2, and outlet hole 3-4a, suction ball cavity 3-4b and through-hole 3-5a are sequentially communicated,
Protective case 3-3 is equipped at outlet hole 3-4a outside suction ball 3-4, protective case 3-3 is equipped with protection sets of holes 3-3b.
Protective case 3-3, suction ball 3-4 and sucker 3-5 are installed, form simple vacuum cup cavity structure, at this time
It is formed in the inside of three and is made of the protection sets of holes 3-3b, suction ball cavity 3-4b, sucker cavity 3-5b cavitys being sequentially communicated
Cavity body structure.Pawl structure can squeeze into socket 3-4c, and make to deform upon at the socket 3-4c of suction ball 3-4, make hollow inserting column
The connection of 3-5c and suction ball 3-4 is more closely.
Near-infrared lamp 3-6 is collectively constituted by lamp bead 3-6a, lamp holder 3-6b and pin 3-6c, cable 3-2 by conducting wire 3-2a and
The casing 3-2b being coated on outside conducting wire 3-2a is collectively constituted.Near-infrared lamp 3-6 is equipped with pin 3-6c, near-infrared lamp 3-6 and cable
3-2 is connected by the conducting wire 3-2a of the pin 3-6c and cable 3- 2 of near-infrared lamp 3-6.More preferably, cable 3-2 can be used one
Two/mono- are dragged to drag more forms, by noseplate, a cable 3-2 can be divided into two/a plurality of and connection two/multiple near-infrareds
Noseplate can be arranged at the separated time of cable 3-2 when cable 3-2 connects two or more near-infrareds lamp 3-6 in lamp 3-6.
Near-infrared lamp 3-6 is arranged on fixing piece, and near-infrared lamp 3-6 and fixing piece are respectively positioned in sucker cavity 3-5b,
The fixing piece is the mounting disc 3-7 of a setting lamp hole 3-7b and air hole 3-7d, and mounting disc 3-7 is annular shape, lamp hole 3-
7b is the centre bore of mounting disc 3-7, and air hole 3-7d is multiple around the setting of centre bore border, and mounting disc 3-7 corresponds to near-infrared lamp
The pin 3-6c of 3-6 is arranged pin slot 3-7c, and near-infrared lamp 3-6 installs and be inserted into lamp hole 3-7b, and lamp bead 3-6a is to sucker cavity
3-5b suction inlets side is stretched out except lamp hole 3-7b, is fixed simultaneously after the pin 3-6c insertion pin slots 3-7c of near-infrared lamp 3-6
It is connect with cable 3-2, such near-infrared lamp 3-6 is connected and fixed with fixing piece.Cable 3-2 is stretched out from outlet hole 3-4a and is inhaled
Outside ball 3-4.
The outer peripheral surface of mounting disc 3-7 is contacted with the inner surface of sucker cavity 3-5b to be bonded and is adhesively fixed together, peace
The outer peripheral surface of sabot 3-7 is the surface of revolution that a circular arc line surrounds mounting disc 3-7 centre bores border, the outer ring of mounting disc 3-7
Surface can agree with sucker cavity 3-5b inner surfaces.
Cable 3-2 is empty across the protection sets of holes 3-3b of protective case 3-3, suction ball cavity 3-4b, the through-hole of hollow inserting column, sucker
Chamber 3-5b cavitys are simultaneously connect with the pin 3-6c of near-infrared lamp 3-6, and protection sets of holes 3- 3b and the tops suction ball cavity 3-4b
Outlet hole 3-4a is blocked completely.The pin 3-6c of near-infrared lamp 3-6 is stuck in the pin slot 3-7c of fixing piece, and by lamp bead 3-
6a exposes below the fixing piece towards suction inlet side.The outer diameter of the mounting disc 3-7 of fixing piece and sucker cavity 3-5b cavitys
Internal diameter matches, and nearly infrared lamp 3-6 is fixed on designated position.
More preferably, in order to further ensure suction ball 3-4- sucker cavity 3-5b structures play vacuum cup cavity 3-5b's
Effect, protective case 3-3 is glued on suction ball 3-4, blocks the gap between protective case 3-3 and suction ball 3-4 completely.
More preferably, can be to dig a slot on fixing piece, embedded magnet is filled up, and magnetic is played while near-infrared is treated
The effect for the treatment of.
Since suction ball 3-4 and the gap of the junction of protective case 3-3 have been shut, we are by sucker cavity 3- 5b cavitys
Gas pressure be defined as PChamber, atmospheric pressure is defined as P0.Sucker cavity 3-5b is fixed on the principle of human body, is broken down into
Following steps：
Step 1：Sucker cavity 3-5b cavity pressures are equal with atmospheric pressure, i.e. PChamber=P0；
Step 2：As shown in figure 16, when there is external force to squeeze suction ball 3-4, suction ball 3-4 is deformed upon, and by suction ball cavity
Gas in 3-4b discharges.Since suction ball 3-4 and the junction of protective case 3-3 have been shut, so airflow direction is as schemed
6, approach suction ball cavity 3-4b, sucker cavity 3-5b cavitys, the air hole 3-7d on fixing piece are discharged, at this time suction ball cavity
The atmospheric density of 3-4b is extremely low.
Step 3：As shown in figure 17, sucker cavity 3-5b is placed on to some site of human body, and by sucker cavity 3-5b
Aspiration port pressing in skin surface, the suction ball that leaves loose of 3-4, at this time the air in sucker cavity 3- 5b fill up suction ball rapidly
The inner cavities 3-4, the inner cavities suction ball 3-4 are less than atmospheric pressure, i.e. P chambers with sucker cavity 3-5b chamber pressures<P0 forms subnormal ambient,
Suction ball 3-4 is fixed on human body at this time.
Step 4：After treatment, suction ball 3-4 is squeezed again, and gas is again to the directions sucker cavity 3-5b in suction ball 3-4
Discharge, sucker cavity 3-5b sky cavity pressures are equal with atmospheric pressure again, i.e. PChamber=P0, sucker cavity 3-5b can be removed, it is complete
At treatment.
Cable plug 3-1 is additionally provided on the cable 3-2, cable plug 3-1 connection hosts, host includes host housing
300 and wiring board, host housing 300 is equipped with key-press module, indicating lamp module and several cable sockets 303, one of cable
Line socket 303 is power source charges mouth, and power source charges mouth is connect with power module 304, and the cable plug connects cable socket
303, the wiring board is equipped with microcontroller 307, power module 304, LED drive module 308, first interface 305 and second and connects
Mouth 306, the key-press module passes through conducting wire 3-2a by the conducting wire 3-2a connections first interface 305, the indicating lamp module
The second interface 306 is connected, all cable sockets 303 pass through conducting wire 3-2a connections LED drive module 308, LED
Drive module 308, first interface 305 and second interface 306 are all connected with microcontroller 307, and power module 304 is microcontroller 307, electricity
Source module 304, LED drive module 308, first interface 305 and second interface 306 are powered.
The key-press module is made of several buttons 301, each described button 301 passes through conducting wire 3- 2a connections institute
State first interface 305；The indicating lamp module is made of several LED light 302, each described LED light 302 passes through conducting wire 3-
The 2a connections second interface 306.
The model 3.5MM headset plugs of the cable plug, the model PJ- 616 of the cable socket 303 are described
The junction of cable and cable plug is equipped with the protective case 3-3, and the protective case 3-3 is heat-shrinkable T bush.
The model PT4115 of the LED drive module 308；The model STM32F070C6T6 of the microcontroller 307
Or STM8S103K3T6.
In use, host is connected with external power supply by power source charges mouth first, host is powered；Then by cable plug
It is inserted into a cable socket 303, then clutches suction ball 3-4 with hand, will wherein air be discharged, and choose person in need for the treatment of i.e.
Position point, by sucker cavity 3-5b pressings in human skin surface, hand unclamps, and sucker cavity 3-5b is fixedly secured in human body at this time
Skin surface, then for user by key-press module to 307 input action condition of microcontroller, action condition includes effect duration and work
With intensity, effect duration includes 3 minutes, 5 minutes and 10 minutes；Action intensity includes low, medium and high temperature；Then pass through
Key-press module selection starts, and microcontroller 307 carries out timing according to effect duration input by user its internal timer is arranged,
And the output power of LED drive module 308 is adjusted according to action intensity input by user simultaneously, keep LED drive module 308 defeated
Go out low-power, middle power or high power, to control the exposure intensity of near-infrared lamp 3-6, LED drive module 308 drives close red
Outer lamp 3-6 starts to irradiate the skin surface inside sucker cavity 3-5b；It, only need to be by pressing when user needs to stop therapeutic process
The selection of key module stops, you can stopping the irradiation of near-infrared lamp 3-6, and at the same time the timing that microcontroller 307 enables it internal is thought highly of
It sets.
Embodiment 2：
A kind of portable near-infrared treating apparatus for analgesia, exists with the difference of embodiment 1 shown in Figure 18 and Figure 19
In：The outer peripheral surface of mounting disc 3-7 is arranged with the inner surface interval of sucker cavity 3-5b (or sucker 3-5), and mounting disc 3-7's is outer
Enclosing sandwiched between surface and sucker cavity 3-5b inner surfaces, there are two spacer block 3-8, mounting disc 3-7 and sucker cavity 3-5b inner surfaces
Between form ventilation gap, two spacer block 3-8 are a pair of sticking arc body, and it is several right that spacer block 3-8 can be arranged, and spacer block 3-8's is outer
Side and sucker cavity 3- 5b inner surfaces fit closely, inside toughness, spacer block and sucker cavity 3-5b inner surfaces and mounting disc
It is bonding, the two pin 3-6c of two spacer block 3-8 nearly infrared lamp 3-6 respectively are secured firmly on sucker cavity 3-5b.Spacer block
3-8 is interposed between near-infrared lamp 3-6 and sucker cavity 3-5b, both zooms out distance, allows suction ball cavity 3-4b and sucker cavity 3-
Air circulation between 5b cavitys.
A kind of portable near-infrared treating apparatus for analgesia described in the utility model, solves existing infrared therapeutic equipment
There cannot be the problem of cup, near-infrared irradiation and thermotherapeutic function simultaneously；Sucker suction is fixed on human body, and site is accurate, is made
With that will not fall down in the process, the utility model is illuminated using high-power near-infrared lamp, and penetration depth is 1mm- 10mm, can
Up to corium and subcutaneous tissue, and there is fuel factor, plays the role of analgesia, releives；Near-infrared lamp is installed on the inside of sucker, and energy is gathered
In sucker in the small space of lower side skin, significant effect；The utility model is at low cost, easy to carry.
Claims (8)
1. a kind of portable near-infrared treating apparatus for analgesia, it is characterised in that：Including near-infrared lamp absorbent module, near-infrared lamp is inhaled
Attached component includes the suction ball made of elastic material (3-4), is connected to suction ball (3-4) sucker cavity (3-5b), is set fixing piece
The cable (3-2) set the near-infrared lamp (3-6) on fixing piece and connect with near-infrared lamp (3-6), near-infrared lamp (3-6) and
Fixing piece is respectively positioned in sucker cavity (3-5b), and suction ball (3-4) is equipped with outlet hole (3-4a), and cable (3-2) is from outlet hole (3-
4a) stretch out suction ball (3-4) outside, sucker cavity (3-5b) is equipped with suction inlet and for adsorbing skin.
2. a kind of portable near-infrared treating apparatus for analgesia as described in claim 1, it is characterised in that：The sucker cavity
The hollow inserting column (3-5c) that setting communicates therewith on the outside of (3-5b), the corresponding hollow inserting column (3-5c) of suction ball (3-4) are equipped with socket (3-
4c), the lateral surface of hollow inserting column (3-5c) is equipped with pawl, and hollow inserting column (3-5c) is inserted into socket (3-4c).
3. a kind of portable near-infrared treating apparatus for analgesia as claimed in claim 2, it is characterised in that：The fixing piece is one
The mounting disc (3-7) of a setting lamp hole (3-7b) and air hole (3-7d), the pipe of the corresponding near-infrared lamp (3-6) of mounting disc (3-7)
Pin slot (3-7c) is arranged in foot (3-6c), and near-infrared lamp (3-6) is inserted into lamp hole (3-7b), the pin (3- of near-infrared lamp (3-6)
It 6c) is embedded in pin slot (3-7c) and is connect with cable (3-2), outer peripheral surface and the sucker cavity (3-5b) of mounting disc (3-7)
Inner surface is in contact.
4. a kind of portable near-infrared treating apparatus for analgesia as claimed in claim 2, it is characterised in that：The fixing piece is one
The mounting disc (3-7) of a setting lamp hole (3-7b), pin (3-6c) the setting pipe of the corresponding near-infrared lamp (3-6) of mounting disc (3-7)
Foot slot (3-7c), near-infrared lamp (3-6) are inserted into lamp hole (3-7b), the embedded pin slot (3- of pin (3-6c) of near-infrared lamp (3-6)
It 7c) and with cable (3-2) connect, the outer peripheral surface of mounting disc (3-7) is arranged with the inner surface interval of sucker cavity (3-5b), peace
Spacer block (3-8), mounting disc (3-7) and sucker cavity (3- are folded between sabot (3-7) and the inner surface of sucker cavity (3-5b)
Ventilation gap 5b) is formed between inner surface.
5. a kind of portable near-infrared treating apparatus for analgesia as described in claim 1, it is characterised in that：The cable (3-2)
On be additionally provided with cable plug (3-1), cable plug (3-1) connects host, and host includes host housing (300) and wiring board, main
Machine shell (300) is equipped with key-press module, indicating lamp module and several cable sockets (303), and the cable plug connects cable
Socket (303), the wiring board are equipped with microcontroller (307), power module (304), LED drive module (308), first interface
(305) and second interface (306), the key-press module connect the first interface (305), the instruction by conducting wire (3-2a)
Lamp module connects the second interface (306) by conducting wire (3-2a), and all cable sockets (303) pass through conducting wire (3-
2a) connection LED drive module (308), LED drive module (308), first interface (305) and second interface (306) are all connected with list
Piece machine (307), power module (304) are microcontroller (307), power module (304), LED drive module (308), first interface
(305) it powers with second interface (306).
6. a kind of portable near-infrared treating apparatus for analgesia as claimed in claim 5, it is characterised in that：The key-press module by
Several button (301) compositions, each described button (301) connect the first interface (305) by conducting wire (3-2a)；Institute
It states indicating lamp module to be made of several LED light (302), each described LED light (302) is by described in conducting wire (3-2a) connection
Second interface (306).
7. a kind of portable near-infrared treating apparatus for analgesia as claimed in claim 5, it is characterised in that：The cable plug
Model 3.5MM headset plugs, the model PJ-616 of the cable socket (303), the connection of the cable and cable plug
Place is equipped with protective case (3-3), and the protective case (3-3) can be heat-shrinkable T bush.
8. a kind of portable near-infrared treating apparatus for analgesia as claimed in claim 5, it is characterised in that：The LED drives mould
The model PT4115 of block (308)；The model STM32F070C6T6 or STM8S103K3T6 of the microcontroller (307).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720266783.7U CN207871278U (en) | 2017-03-20 | 2017-03-20 | A kind of portable near-infrared treating apparatus for analgesia |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720266783.7U CN207871278U (en) | 2017-03-20 | 2017-03-20 | A kind of portable near-infrared treating apparatus for analgesia |
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| Publication Number | Publication Date |
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| CN207871278U true CN207871278U (en) | 2018-09-18 |
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ID=63499241
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107088265A (en) * | 2017-03-20 | 2017-08-25 | 江苏爱思普医疗科技有限公司 | A kind of portable near-infrared treating apparatus for analgesia |
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2017
- 2017-03-20 CN CN201720266783.7U patent/CN207871278U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107088265A (en) * | 2017-03-20 | 2017-08-25 | 江苏爱思普医疗科技有限公司 | A kind of portable near-infrared treating apparatus for analgesia |
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