CN205145406U - Wireless programme -controlled photostimulation device - Google Patents
Wireless programme -controlled photostimulation device Download PDFInfo
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- CN205145406U CN205145406U CN201520785024.2U CN201520785024U CN205145406U CN 205145406 U CN205145406 U CN 205145406U CN 201520785024 U CN201520785024 U CN 201520785024U CN 205145406 U CN205145406 U CN 205145406U
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Abstract
The utility model discloses a wireless programme -controlled photostimulation device, include: the host computer, wireless sending module, the stimulator, its with wireless sending module wireless connection, just the stimulator is fixed on one's body the target animal, the optrode, it includes the base plate, sets up LED pad, the setting of base plate one end are in the afterbody interface of the base plate other end, the welding has a plurality of LED on the LED pad, the optrode welds LED's one end and implants target animal body makes a plurality of LED reachs target light sense brain district, on the optrode other end the afterbody interface exposes target animal external, the afterbody interface pass through the PFC connector with the stimulator wire is connected. The utility model discloses a device is used for on one's body the toy of the neural regulation and control technique of research light science of heredity, thereby has cancelled fiber optic modules and solved the decline of amazing in -process luminous power, the not high technical problem of amazing efficiency, the realization of whole device load a little wireless control, multiple spot nerve stimulation.
Description
Technical field
This utility model relates to a kind of light stimulus system, particularly a kind of wireless program-controlled light stimulation device.
Background technology
Light hereditism neuromodulation technology has the advantage such as high specific and high-spatial and temporal resolution, and mostly the traditional photic stimulator used by this technology is the laser instrument based on fixed wave length, then by optical fiber, light is delivered to the neural stimulation target in light sensation gene brain district.Laser instrument itself is expensive and volume large, and this makes level of integrated system not high, and wired conduction pattern of optical fiber limits regulating and controlling at somatic nerves of living animal.Solve animal is just to provide light load wireless optical stimulating system in the way that somatic nerves regulates and controls.
Current wireless optical stimulating system generally comprises host computer, wireless communication module, stimulation control module, light emitting module, fiber coupling module and optical fiber.LASER Light Source is instead of with LED and coupling fiber, as patent CN201210166377.5 Backpack type wireless optical stimulating apparatus and method thereof, and patent CN201310030139.6 is for the wireless remote control light stimulus system of animal, the instruction of host computer wirelessly sends, after stimulating control module wireless receiving to instruction, the LED controlling adjustment light emitting module according to instruction is luminous, and the light that LED sends arrives optical fiber tube through fiber coupling module, and then arriving along optical fiber stimulates target spot.Although this light source package LED has broken away from the constraint of laser instrument, need optical fiber coupling component and shorter implantable optical fiber, the light that LED sends could have been imported to brain district.But the Design and Machining of optical fiber coupling component is complicated and there is optical power attenuation, and stimulator efficiency is not high.Moreover an optical fiber can only stimulate a target spot, can not realize different depth multiple spot stimulates.
Utility model content
For above-mentioned technical problem, the utility model discloses a kind of wireless program-controlled light stimulation device, the nerve stimulation auroral poles in the implantable brain district adopting FPC Technology design to make, and coordinate and be welded on auroral poles several miniature LED most advanced and sophisticated and realize multiple spot photostimulation, device of the present utility model for study light hereditism neuromodulation technology toy with it, eliminate optic module thus solve luminous power decline in stimulating course, stimulate the technical problem that efficiency is not high.
This utility model also has an object to be, by the wireless receiving module of host computer wireless sending module and photic stimulator, realizes wireless program-controlled and regulates stimulus parameter, have multichannel multiple spot, micro-load, stimulate at body for a long time.
In order to realize according to the purpose of this utility model, provide a kind of wireless program-controlled light stimulation device, comprising:
Host computer;
Wireless sending module, it is connected with described host computer;
Stimulator, itself and described wireless sending module wireless connections, and described stimulator is fixed on it target animal; And
Auroral poles, it comprises substrate, be arranged on the LED pad of described substrate one end, be arranged on the afterbody interface of the described substrate other end, described LED pad is connected by the conductive copper wire laid on the substrate with described afterbody interface, described LED pad is welded with the multistage adjustable LED of several brightness, one end that described auroral poles is welded with LED is implanted in described target animal body and makes LED described in several arrive target light sensation brain district, described afterbody interface on the described auroral poles other end is exposed to the external of described target animal, described afterbody interface is connected with described stimulator wires by PFC connector.
Preferably, be provided with serial ports and turn USB interface in described wireless sending module, described wireless sending module turns USB interface by described serial ports and is plugged on described host computer.
Preferably, be integrated with impedance matching circuit, antenna, controller, LED drive circuit and power supply in described stimulator, described stimulator is fixed on described target animal back by knapsack, and described stimulator is of a size of 20mm × 16mm.
Preferably, described afterbody interface is provided with several scolding tin pins, described LED pad is provided with the LED welding pin with described scolding tin pin same number, scolding tin pin described in each is connected with LED welding pin described in each respectively by a described conductive copper wire.
Preferably, be provided with a positive terminal in LED welding pin described in several, described in all the other several, LED welding pin is negative pole end, and LED described in several altogether positive pole is welded in described LED welding pin.
Preferably, described in several, LED is arranged into Target Aerial Array, and each LED in described Target Aerial Array is arranged in target light sensation brain district described in each.
Preferably, described afterbody interface is arranged to plug construction, described plug construction is arranged on the external of described target animal, the outfan of described LED drive circuit is connected with extraction wire, the other end of described extraction wire is provided with described FPC connector, described plug construction and the grafting of described FPC connector.
Preferably, described auroral poles adopts flexible PCB printing to process.
Preferably, described auroral poles top layer is coated with one deck paryleneC by vacuum gas-phase plated film mode.
Preferably, described LED selects the miniature LED of the blue light of wavelength 462nm.
This utility model at least comprises following beneficial effect:
1, this utility model can be applicable to the target animals such as free movable mice in somatic nerves stimulation study, the range of activity of target animal is by the restriction of equipment;
2, this utility model has good autgmentability in addition, can the compatible auroral poles being used for the places such as brain deep, cortex, spinal cord, for light genetic technique provides a kind of effective regulation and control instrument in the relevant neural circuit of behavioristics and pathogenic mechanism research;
3, eliminate the optical fiber transmission module in traditional stimulating system, this utility model directly adopts LED to be implanted to target light sensation brain district, reduces luminous power decline, improves stimulation efficiency;
4, this apparatus structure is compact, volume is little, efficiency is high, be easy to commercialization;
5, be provided with several LED, and drive simultaneously, achieve the photostimulation of multizone multiple spot in target light sensation brain district.
Part is embodied by explanation below by other advantage of the present utility model, target and feature, part also will by research and practice of the present utility model by those skilled in the art is understood.
Accompanying drawing explanation
Fig. 1 is the structural representation of wireless program-controlled light stimulation device of the present utility model;
Fig. 2 is the structural representation of auroral poles described in a kind of embodiment;
Fig. 3 is the structural representation of auroral poles described in another kind of embodiment.
Detailed description of the invention
Below in conjunction with accompanying drawing, this utility model is described in further detail, can implements according to this with reference to description word to make those skilled in the art.
Should be appreciated that used hereinly such as " to have ", other element one or more do not allotted in " comprising " and " comprising " term or the existence of its combination or interpolation.
As illustrated in fig. 1 and 2 be a kind of way of realization according to wireless program-controlled light stimulation device of the present utility model, comprising host computer 1, wireless sending module 2, stimulator 3 and auroral poles 4.
Described host computer 1 is the interactive program operated on PC, is that user controls to adjust the operation interface of stimulus modelity, can the frequency of photic stimuli, dutycycle, amplitude three parameters regulate.
Described wireless sending module 2 is integrated with wireless receiving impedance matching 24 and antenna 23, controller 22, power supply 25 and serial ports turn USB interface 21, wireless sending module 2 turns USB interface 21 by serial ports and realizes and the communicating of host computer 1, and the interactive instruction packet of host computer 1 can be sent to described stimulator 3 by wireless sending module 2.
Described stimulator 3 is integrated with wireless receiving impedance matching 33 and antenna 34, controller 32, LED drive circuit 31 and power supply 35.Described stimulator 3 is fixed on it target animal, in the present embodiment, target animal elects mice as, stimulator 3 is fixed on mice back by knapsack, when wireless receiving module 2 by antenna 23 by after the interactive instruction packet of host computer 1 that receives, gone out by antenna 23 wireless transmission, in stimulator 3, antenna 34 receives described interactive instruction packet, this packet is reached in controller 32, according to the optimum configurations of director data bag content modification LED drive circuit 31 in controller 32, LED drive circuit 31 upgrades drive pattern.
Described auroral poles 4 is nerve stimulation auroral poles, comprise the miniature implanted substrate 42 adopting FPC fabrication techniques, be arranged on the LED pad 43 of described substrate 42 one end, be arranged on the afterbody interface 41 of described substrate 42 other end, miniature implanted substrate 42 is covered with conductive copper wire 44, described LED pad 43 is connected by the conductive copper wire 44 be laid on described substrate 42 with described afterbody interface 41, described LED pad 43 is welded with the multistage adjustable LED of several brightness, in this utility model, achieve stimulus intensity, namely LED luminance is multistage adjustable, achieve the adjustment of light intensity from 1.5 to 4.5mW, precision is 0.1mW, photic stimulator intensity is multistage accurately adjustable, the stimulation to neuron varying strength can be realized, important value is had for the activation in various degree of exploration neuron.
One end that described auroral poles 4 is welded with LED is implanted in described target animal body and makes LED described in several arrive target light sensation brain district, described afterbody interface 41 on described auroral poles 4 other end exposes and is arranged on the external of described target animal, described afterbody interface 41 is connected with LED drive circuit 31 wire in described stimulator 3 by PFC connector, thus achieve LED drive circuit 31 and the electrical connection of LED described in several, thus in conduction stimulator 3, drive the signal of telecommunication of described LED.After auroral poles 4 being implanted to target brain district, LED according to the wireless stimulus parameter flicker transmitted of host computer 1, can realize the photostimulation of brain district.
This utility model moderate stimulation device 3 is arranged on it mice, stimulator 3 conducts electricity with the auroral poles 4 be implanted in mouse brain and is connected, wireless sending module 2 is plugged on host computer 1, wireless sending module 2 and stimulator 3 wireless connections, thus making can moving freely in somatic nerves stimulation study of the target animals such as mice, range of activity is not by the restriction of equipment; Simultaneously, this utility model has good autgmentability, stimulator 3 can be compatible for being arranged on the auroral poles at the places such as brain deep, cortex, spinal cord, stimulator 3 connects with the auroral poles in any one this utility model, the photostimulation to auroral poles present position can be realized, for light genetic technique provides a kind of effective regulation and control instrument in the relevant neural circuit of behavioristics and pathogenic mechanism research; As one of technological improvement point, what this utility model adopted is mini stimulator, stimulator integrated circuit board size: 20mm × 16mm, weight 3g, the stimulator adopted in prior art does not all have so little, causes the behavioral competence limiting animal, and the mini stimulator that this utility model is arranged in animals is smaller and more exquisite, light, alleviate animal heavy burden ratio, avoid affecting the relevant experimental result of Animal Behavior Science because of heavy burden.
In this utility model, the effective wireless operating distance of stimulator and wireless sending module reaches 10m, existing wireless stimulator work limit is in wireless energy supply field, scope is generally no more than general 1m, and this utility model can realize the operating distance of 10m, when laboratory animal can be allowed to realize long, movable etc. on a large scale, relevant praxiology research is of practical significance.
In this utility model, eliminate the optical fiber transmission module in traditional stimulating system, this utility model directly adopts LED to be implanted to target light sensation brain district, eliminates this process of coupling fiber, reduces luminous power decline, improves stimulation efficiency; Eliminate optical fiber, and adopt soft auroral poles, auroral poles is frangibility not, makes optical signal transmission more stable, not easily interrupts.
In this utility model, be only made up of four parts in this device, compact conformation, volume are little, efficiency is high, be easy to commercialization.
In this utility model, adopt LED as stimulating light source, power consumption is less, makes light stimulation device of the present utility model can realize micro-load, stimulate at body for a long time.
In technique scheme, described afterbody interface 41 is provided with several scolding tin pins 411, described LED pad 43 is provided with the LED welding pin with described scolding tin pin 411 same number, scolding tin pin 411 described in each is connected with LED welding pin described in each respectively by a described conductive copper wire 44.Convenient in order to describe in the present embodiment, afterbody interface 41 is provided with 4 scolding tin pins 411, as shown in Figure 2, on described LED pad 43, correspondence is provided with 4 LED welding pin, and each LED welding pin is conducted electricity with each scolding tin pin 411 respectively by a conductive copper wire 44 and is connected.
In technique scheme, a positive terminal is provided with in LED welding pin described in several, as shown in pin bottom in Fig. 2 and 3, described in all the other several, LED welding pin is negative pole end, and LED described in several altogether positive pole is welded in described LED welding pin.Namely the positive terminal pin that all LED are public makes positive pole, and the positive pole of LED described in each welds with the positive terminal of LED welding pin respectively, and the negative pole of LED described in each welds with one of them negative pole end of LED welding pin respectively.Thus achieving the connection of LED and LED drive circuit 31, LED drive circuit 31 can control separately each LED.In the present embodiment, be welded with a LED, as shown in Figure 2, in another kind of embodiment, be welded with 2 LED, as shown in Figure 3, be understandable that, as required, multiple LED can be provided with, driven by LED drive current 31, LED is arranged on the target area of different depth simultaneously, thus achieves the photostimulation of multizone multiple spot in target light sensation brain district, by once implanting, can realize multiple spot simultaneously or the independent stimulation of each region point, effect of stimulation is better, is conducive to the behavior reaction of more fully observing mice.
In technique scheme, LED described in several is arranged into required Target Aerial Array on LED pad 43, and each LED in described Target Aerial Array is arranged in target light sensation brain district described in each.
In technique scheme, described afterbody interface 41 is arranged to plug construction, described plug construction is arranged on the external of described target animal, auroral poles 4 is fixed with the skull dental cement of mice, plug construction periphery is provided with protection tube, prevent mice from biting afterbody interface 41 by mistake, the outfan of described LED drive circuit 31 is connected with extraction wire, draw the wire that wire is band shielding, the other end of described extraction wire is provided with described FPC connector, described plug construction and the grafting of described FPC connector, thus facilitate the connection of stimulator 3 and auroral poles 4, as required, stimulator 3 can be connected with the auroral poles 4 on mice head arbitrarily, after research terminates, conveniently win stimulator 3.
In technique scheme, auroral poles needs to consider bio-compatibility and insulation processing, is coated with one deck paryleneC on described auroral poles 3 top layer by vacuum gas-phase plated film mode.
In technique scheme, described LED selects the miniature LED of the blue light of wavelength 462nm.
Specific implementation process is as follows:
Host computer 1 is the interaction control interface operated on PC, realize the regulable control of the unlatching of photostimulation or stopping and frequency, dutycycle, amplitude, real-time display light stimulus waveform, and regulating parameter is sent to wireless sending module 2 with the form of instruction bag by serial ports.Wireless sending module 2 mainly comprises holds the serial ports communicated to turn USB interface 21, controller 22, power supply 25 and wireless transmission antenna 23 and impedance matching 24 with PC, when receiving PC and holding the stimulus parameter instruction bag transmitted, controller 22 will change instruction bag and be sent to stimulator 3 by antenna 23.Stimulator 3 can be fixed on mice back, mainly comprise controller 32, LED drive circuit 31, power supply 35 and wireless receiving antenna 24 and impedance matching 33, after stimulator 3 wireless receiving to stimulus parameter instruction bag, controller 32 is according to the optimum configurations of director data bag content modification LED drive circuit 31, and LED drive circuit 31 upgrades drive pattern.Implanted auroral poles 4 mainly comprises afterbody interface 41, miniature implanted substrate 42 and LED pad and several LED, interface structure on afterbody interface 41 is used for patching the wire of the LED drive circuit 31 be communicated with in stimulator 3, miniature implanted substrate 32 is covered with conductive copper wire, one end is connected with the LED drive circuit 31 of stimulator 3 by afterbody interface 41, the other end connects with LED pad 43, thus the signal of telecommunication of conduction stimulator driving LED.After auroral poles 4 being implanted to target brain district, LED according to the wireless stimulus parameter flicker transmitted of host computer 1, can realize the photostimulation of brain district.
In this utility model, upper computer software can by language compilation such as LabVIEW or C#.
Wireless sending module in this utility model and the wireless receiving module of stimulator mate mutually, and the wireless module that NRF51822 can be adopted to carry realizes communication.
The controller of this utility model moderate stimulation device can select NRF51822, and what this processor can adopt 2.4G proprietary protocol carries out data transmission without rf-mode, and aerial speed can reach 2Mbps, is integrated with wireless module so reduce circuit size and weight.
Antenna Ceramics antenna in this utility model, selects the special impedance matching 2450BM14E0003 of NRF51822.
LED drive circuit in this utility model can select constant-current driven chip, as adopted the MBI5036 of accumulation company, has 16 road tabilized current power supply driver outputs, output current scope 3 ~ 45mA.
In this utility model, power module adopts lithium battery power supply, then by the voltage stabilizing of linear voltage stabilization chip, ADP151 voltage stabilizing can be adopted to export.
In this utility model, miniature implanted auroral poles can adopt flexible PCB printing technology to process, and LED can select the miniature LED of the blue light of wavelength 462nm.
Auroral poles in this utility model needs to consider bio-compatibility and insulation processing, and vacuum gas-phase coating technique can be adopted to plate one deck paryleneC on auroral poles top layer.
This utility model not only can be fixed on mice back, also can be fixed on mice head.
This utility model is not only applicable to mice, is equally applicable on the meiofaunas such as rat.
Although embodiment of the present utility model is open as above, but it is not restricted to listed in description and embodiment utilization, it can be applied to various applicable field of the present utility model completely, for those skilled in the art, can easily realize other amendment, therefore do not deviating under the general concept that claim and equivalency range limit, this utility model is not limited to specific details and illustrates here and the legend described.
Claims (10)
1. a wireless program-controlled light stimulation device, is characterized in that, comprising:
Host computer;
Wireless sending module, it is connected with described host computer;
Stimulator, itself and described wireless sending module wireless connections, and described stimulator is fixed on it target animal; And
Auroral poles, it comprises substrate, be arranged on the LED pad of described substrate one end, be arranged on the afterbody interface of the described substrate other end, described LED pad is connected by the conductive copper wire laid on the substrate with described afterbody interface, described LED pad is welded with the multistage adjustable LED of several brightness, one end that described auroral poles is welded with LED is implanted in described target animal body and makes LED described in several arrive target light sensation brain district, described afterbody interface on the described auroral poles other end is exposed to the external of described target animal, described afterbody interface is connected with described stimulator wires by PFC connector.
2. wireless program-controlled light stimulation device as claimed in claim 1, it is characterized in that, be provided with serial ports and turn USB interface in described wireless sending module, described wireless sending module turns USB interface by described serial ports and is plugged on described host computer.
3. wireless program-controlled light stimulation device as claimed in claim 2, it is characterized in that, impedance matching circuit, antenna, controller, LED drive circuit and power supply is integrated with in described stimulator, described stimulator is fixed on described target animal back by knapsack, and described stimulator is of a size of 20mm × 16mm.
4. wireless program-controlled light stimulation device as claimed in claim 3, it is characterized in that, described afterbody interface is provided with several scolding tin pins, described LED pad is provided with the LED welding pin with described scolding tin pin same number, scolding tin pin described in each is connected with LED welding pin described in each respectively by a described conductive copper wire.
5. wireless program-controlled light stimulation device as claimed in claim 4, it is characterized in that, be provided with a positive terminal in LED welding pin described in several, described in all the other several, LED welding pin is negative pole end, and LED described in several altogether positive pole is welded in described LED welding pin.
6. wireless program-controlled light stimulation device as claimed in claim 5, it is characterized in that, described in several, LED is arranged into Target Aerial Array, and each LED in described Target Aerial Array is arranged in target light sensation brain district described in each.
7. wireless program-controlled light stimulation device as claimed in claim 6, it is characterized in that, described afterbody interface is arranged to plug construction, described plug construction is arranged on the external of described target animal, the outfan of described LED drive circuit is connected with extraction wire, the other end of described extraction wire is provided with FPC connector, described plug construction and the grafting of described FPC connector.
8. wireless program-controlled light stimulation device as claimed in claim 1, is characterized in that, described auroral poles adopts flexible PCB to print and processes.
9. wireless program-controlled light stimulation device as claimed in claim 8, it is characterized in that, described auroral poles top layer is coated with one deck paryleneC by vacuum gas-phase plated film mode.
10. wireless program-controlled light stimulation device as claimed in claim 1, it is characterized in that, described LED selects the miniature LED of the blue light of wavelength 462nm.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520785024.2U CN205145406U (en) | 2015-10-10 | 2015-10-10 | Wireless programme -controlled photostimulation device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520785024.2U CN205145406U (en) | 2015-10-10 | 2015-10-10 | Wireless programme -controlled photostimulation device |
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| Publication Number | Publication Date |
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| CN205145406U true CN205145406U (en) | 2016-04-13 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201520785024.2U Withdrawn - After Issue CN205145406U (en) | 2015-10-10 | 2015-10-10 | Wireless programme -controlled photostimulation device |
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| CN (1) | CN205145406U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105126258A (en) * | 2015-10-10 | 2015-12-09 | 中国科学院苏州生物医学工程技术研究所 | Wireless program-control light stimulation device |
| CN110947105A (en) * | 2019-12-16 | 2020-04-03 | 南京航空航天大学 | Wired light control stimulator for light control nerves |
| CN113144428A (en) * | 2021-01-21 | 2021-07-23 | 北京工业大学 | Multichannel wireless optogenetic stimulation system and method |
-
2015
- 2015-10-10 CN CN201520785024.2U patent/CN205145406U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105126258A (en) * | 2015-10-10 | 2015-12-09 | 中国科学院苏州生物医学工程技术研究所 | Wireless program-control light stimulation device |
| CN110947105A (en) * | 2019-12-16 | 2020-04-03 | 南京航空航天大学 | Wired light control stimulator for light control nerves |
| CN113144428A (en) * | 2021-01-21 | 2021-07-23 | 北京工业大学 | Multichannel wireless optogenetic stimulation system and method |
| CN113144428B (en) * | 2021-01-21 | 2023-07-04 | 北京工业大学 | Multichannel wireless optogenetic stimulation system and method |
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