CN103920244B - Capsule photon therapeutic device with adjustable light intensity - Google Patents
Capsule photon therapeutic device with adjustable light intensity Download PDFInfo
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- CN103920244B CN103920244B CN201410132874.2A CN201410132874A CN103920244B CN 103920244 B CN103920244 B CN 103920244B CN 201410132874 A CN201410132874 A CN 201410132874A CN 103920244 B CN103920244 B CN 103920244B
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Abstract
The invention discloses a capsule photon therapeutic device with adjustable light intensity. The capsule photon therapeutic device comprises a sealed capsule type shell, a power supply device, light sources and a control circuit, wherein the power supply device is sealed in the shell, the light sources are connected with the power supply device and used for emitting therapeutic light, and the control circuit is used for controlling the luminous intensity of the light sources. Due to the cooperation of the blue light emitting semiconductor light source and the red light emitting semiconductor light source, helicobacter pylori inside the irradiated stomach and the gastric ulcer portion can be quickly killed, through the pure-green and atraumatic therapeutic method and means, the side effects of toxicity accumulation, regurgitation and the like caused by medicine taking are avoided, the problem that a patient who is resistant to drugs for killing the helicobacter pylori cannot be cured through drugs is solved, and the speed of healing recovery from the gastric ulcer is greatly increased; meanwhile, intelligent therapy is achieved by adjusting the light intensity of the therapeutic light.
Description
Technical field
The present invention relates to field of medical device, particularly relate to the capsule photon treatment device of a kind of adjustable light intensity for treating the diseases such as gastrointestinal ulceration.
Background technology
Peptic Ulcers or peptic ulcer ratio are higher, are a kind of common digestive tract disease, can betide esophagus, stomach or duodenum, it is possible to betide near stomach-intestinal anastomosis mouth or containing in the Meckel diverticulum of gastric mucosa.Because gastric ulcer and duodenal ulcer are most common, therefore general so-called peptic ulcer refers to gastric ulcer and duodenal ulcer.
The treatment of gastric ulcer typically requires medication and even combines scope and stop blooding, or use operative treatment or the mode of interventional therapy, it is well known as three points of poison of medicine, medicine often forms some latent lesions to other positions or causes the accumulation of some toxin while treatment focus, then may cause new disease；According to scope, therapeutic process can bring a certain degree of misery and gastrointestinal side effect to patient；Patient body, except costly, is inevitably caused certain damage by interventional therapy or operative treatment；Therefore, means and the method for lossless treatment seems the most necessary.
Therefore, prior art has yet to be improved and developed.
Summary of the invention
The technical problem to be solved in the present invention is, for the drawbacks described above of prior art, it is provided that a kind of, capsule photon treatment device of therapeutic effect good, cost performance high, easy to use adjustable light intensity lossless to sick body.
The present invention solves that its technical problem be the technical scheme is that
A kind of capsule photon treatment device of adjustable light intensity, including fluid sealant bellows shell, the electric supply installation that is sealed in described shell be connected with described electric supply installation for sending the light source for the treatment of light and controlling the control circuit of described light source luminescent intensity.
The capsule photon treatment device of described adjustable light intensity, wherein, described control circuit includes auto-adjusting circuit, is in predetermined treatment light intensity value for regulating the luminous intensity of light source.
The capsule photon treatment device of described adjustable light intensity, wherein, described control circuit, according to treatment time, pre-sets the treatment light intensity value of different stage, and every treatment time point, described auto-adjusting circuit is automatically adjusted the luminous intensity treatment light intensity value to intended level of light source.
The capsule photon treatment device of described adjustable light intensity, wherein, in described light source is arranged on two hemispherical end of described sealed capsule shell or the side of pars intermedia.
The capsule photon treatment device of described adjustable light intensity, wherein, described light source includes one or more.
The capsule photon treatment device of described adjustable light intensity, wherein, when described light source includes multiple, multiple light sources are arranged on one end or the two ends of fluid sealant bellows shell.
The capsule photon treatment device of described adjustable light intensity, wherein, described light source is the blue semiconductor light of radiating blue light, and the peak wavelength of described blue semiconductor light radiating blue light is between 400nm-480nm.
The capsule photon treatment device of described adjustable light intensity, wherein, described light source is blue semiconductor light and/or the red light semiconductor light source of radiation HONGGUANG of radiating blue light, the peak wavelength of described blue semiconductor light radiating blue light is between 400nm-480nm, and the peak wavelength of described red light semiconductor radiation of light source HONGGUANG is between 600nm-680nm.
The capsule photon treatment device of described adjustable light intensity, wherein, in two hemispherical end of described sealed capsule shell, one end is made up of transparent material at least within.
The capsule photon treatment device of described adjustable light intensity, wherein, a diameter of 5mm-30mm of described shell, between a length of 10mm-30mm of described shell.
The capsule photon treatment device of described adjustable light intensity, wherein, described control circuit controls the optical power intensity of the treatment light that described light source sends more than 40mw/cm2。
The capsule photon treatment device of described adjustable light intensity, wherein, described control circuit controls the optical power intensity of the treatment light that described light source sends more than 60mw/cm2。
The capsule photon treatment device of the adjustable light intensity that the present invention provides, owing to using blue light-emitting semiconductor light source, and coordinate the semiconductor light source that glows, the helicobacter pylori making irradiated gastric portion stomach function regulating ulcer spot obtains quick dissipation, by the AT Therapeutic Method of pure green and means, avoid that the toxicity that causes by taking medicine is accumulative and the side effect such as regurgitation, solve the problem that the sick human medicine developed immunity to drugs for helicobacter pylori cannot be cured, substantially increase the healing resume speed of gastric ulcer.Meanwhile, by the light intensity of adjustment for the treatment of light, it is achieved intellectual treatment.
Accompanying drawing explanation
Fig. 1 is the structural representation of the capsule photon treatment device that the present invention provides.
Fig. 2 is the structural representation when mechanical switch structure connection and disconnection connected by rotational shell in the capsule photon treatment device that the present invention provides respectively.
Fig. 3 a with 3b is to be formed the structural representation when mechanical switch structure connected connects and disconnects in the capsule photon treatment device that the present invention provides by extruding respectively.
Fig. 4 a with 4b is to be formed structural representation when the another kind of mechanical switch structure connected connects and disconnects in the capsule photon treatment device that the present invention provides by extruding respectively.
Fig. 5 a and Fig. 5 b is that in the capsule photon treatment device that the present invention provides, strong magnet attracts the structural representation realized when construction of switch connects and disconnects respectively.
Fig. 6 a and Fig. 6 b is structural representation when magnetic switch fabric connectivity and disconnection in the capsule photon treatment device that the present invention provides respectively.
Fig. 7 a is the structural representation of magnetic switch structure in the capsule photon treatment device that the present invention provides.
Fig. 7 b is the structural representation of electroconductive elastic sheet in magnetic switch structure in the capsule photon treatment device that the present invention provides.
Fig. 8 is the structural representation being controlled the magnetic force vest that capsule photon treatment device guides in the capsule photon treatment device that the present invention provides by external magnet.
Detailed description of the invention
For making the purpose of the present invention, technical scheme and advantage clearer, clear and definite, the present invention is described in more detail for the embodiment that develops simultaneously referring to the drawings.Should be appreciated that specific embodiment described herein, only in order to explain the present invention, is not intended to limit the present invention.
The capsule photon treatment device that the present invention provides, for capsule-type structure, arranging in it can be with the light source of radiation therapy light, the antimicrobial therapy of gastric ulcer and helicobacter pylori is carried out by treatment light, in use, with general medicine to take mode identical, under using oral way to be taken by capsule photon treatment device, after capsule photon treatment device arrives gastrointestinal, send treatment light by light source lesions position is radiated, to reach therapeutic purposes, after treatment terminates, capsule photon treatment device can excrete with the Excretory system (rectum) of human body.
Being illustrated in figure 1 the structure chart of capsule photon treatment device, the electric supply installation 20 that including fluid sealant bellows shell 10, is sealed in described shell 10 and for sending the light source 30 for the treatment of light, described light source 30 connects electric supply installation 20.Specifically, the capsule-type shell 10 of the present invention can be structure as a whole, it is also possible to is the bonding structure of two symmetrically or non-symmetrically housings, the most preferably watertight construction.In order to reach preferable therapeutic effect, in light source 30 is arranged on two hemispherical end of sealed the capsule shell 10 or side of pars intermedia, make the treatment luminous energy of radiation of light source be applied directly to lesions position.Further, in two hemispherical end of sealed capsule shell, one end is made of clear material at least within, to avoid shell to stop or to absorb treatment light, weakens the light intensity for the treatment of light, and then causes therapeutic effect to decline.This transparent material preferably light-transmission coefficient is high, the burn into of resistance to strong acid has the human-body biological compatibility and the medical safe environment-friendly materials harmless to human non-toxic；Meanwhile, the size of the diameter of described capsule shell is preferably between 5mm-30mm, preferably 5mm-15mm；The size of the length of described capsule shell is preferably between 5mm-30mm, between preferably 5mm-20mm；Above-mentioned diameter dimension is similar to capsule for medicine or less with length dimension, it is simple to patient takes, and will not cause damage patient organ's organ over the course for the treatment of, is also beneficial to excrete after treatment terminates.Described capsule shell is water-stop, causes the LED of the inside and circuit to damage to prevent body fluid from entering capsule.
In order to realize the antimicrobial therapy of gastric ulcer and helicobacter pylori, the light source of the present invention is the blue semiconductor light of radiating blue light；The peak wavelength of described blue semiconductor light radiating blue light is preferably between 400nm-480nm；Described blue light is mainly used in killing the helicobacter pylori of stomach, and research proves, 405nm or 415n
The blue light of about m peak value has the effect well killing helicobacter pylori under certain intensity threshold.Certainly, light source can also be for the red light semiconductor light source of radiation HONGGUANG, and the peak wavelength of red light semiconductor radiation of light source HONGGUANG is between 600-680nm, and described HONGGUANG is primarily to facilitate healing acceleration and the reparation of gastric ulcer affected part ulcer wound surface tissue.
The light source of the present invention is LED, its quantity is not limited to one, can be multiple, more excellent for 1-20, during one light source, can individually use blue semiconductor light or red light semiconductor light source, during multiple light source, can all use blue semiconductor light or all use red light semiconductor light source, can also be the combination of the two, when the two combines, two hemispherical end of capsule shell can be separately positioned on, can also be simultaneously located at a hemispherical end of capsule shell, now light source uses a LED luminescence chip with two or more coloured light.
Further, in order to preferably reach therapeutic effect, the capsule photon treatment device of the present invention also includes a control circuit 40, and for controlling the luminous intensity of light source, control circuit 40 is connected with electric supply installation 20 and light source 30 respectively.During use, can control light intensity magnitude according to the seriousness of patient's disease or disease time length, so can realize optimum therapeuticing effect for the different state of an illness, light source passes through the optical power intensity size of capsule shell more than 40mw/cm2, optical power intensity here is optical power density, the optical power density that i.e. measurement of capsule sphere top records, and uses light power meter to measure optical power value, divided by the area of the sensitive film of light power meter and get final product with this optical power value.More preferably, this optical power intensity size is more than 60mw/cm2, and the described capsule photon treatment device sustainable irradiation treatment time is more than 30min, preferably over 40min.Tests prove that, optical power intensity size is more than 60mw/cm2And treatment time is preferable more than 40 minutes effects.Therefore, under the effect of control circuit, light source sends the light of different colours, can also be for the different state of an illness and carry out regulating optical power intensity size, when capsule photon reaches pre-provisioning request in treatment time in the patient, can excrete with the Excretory system (rectum) of human body.
Further, described control circuit 40 also includes auto-adjusting circuit (not shown), control circuit pre-sets a treatment light intensity value, this predetermined treatment light intensity value is optimal treatment light intensity, the actual light intensity for the treatment of light can be detected by auto-adjusting circuit over the course for the treatment of, when higher or lower than optimal treatment light intensity, the luminous intensity of regulation light source, it is made to be in optimal treatment light intensity all the time, it is to avoid light intensity is too high causes secondary damage or light intensity is too low does not has therapeutic effect to patient's lesions position.Preferably, can also be according to treatment time, the treatment light intensity value of different stage is set, every treatment time point, auto-adjusting circuit is just automatically adjusted the luminous intensity treatment light intensity value to intended level of light source, the treatment making capsule photon is more fitted lesions position disease condition and Treatment rules, and therapeutic process is more intelligent.
Further, described electric supply installation 20 is button cell, or the rechargeable battery of repeatable charging, or the combination of rechargeable battery and wireless charging circuit board.Rechargeable battery is chargeable button cell, and wireless charging board is that micro radio charging PCBA receives electromagnetic wave circuit board, and mates in vitro and be provided with wireless charging transmitting charged electrical magnetic wave circuit board and wireless charging controller for electric consumption.The button cell of the present invention can be carbon, alkalescence, zinc-silver oxide, zinc-air, lithium-manganese dioxide, NI-G rechargeable coin cell battery, any one in nickel hydride charging button cell；The number of described button cell is 1-10.
Wireless charging, also referred to as induction charging, non-contact inductive charging, be to utilize near field to sense, namely inductive, transmitted its energy to the device of electricity consumption by power supply unit (charger), this device uses the energy received to charge battery, and is used for itself running simultaneously.Owing to transmitting energy with inductive between charger and power device, not running wires to, therefore the device of charger and electricity consumption can be accomplished to expose without conductive junction point.Wireless charger make use of electromagnetic wave induction principle to be charged, and principle is similar to transformator.Sending and receiving terminal is respectively arranged with a coil, transmitting terminal coil connects cable power and produces electromagnetic signal, the electromagnetic signal of the coil-induced transmitting terminal of receiving terminal thus produce electric current and charge the battery.
Preferably, the capsule photon treatment device of the present invention also includes switching device, switching device connects electric supply installation, for controlling the break-make of electric supply installation, described switching device is mechanical switch, magnetic switch etc., as by the mechanical switch structure connected that rotates to an angle, can be to form, by extruding, the mechanical switch structure connected, can be to isolate two metal electrode shell fragments by nonconducting strong miniature Magnet, pushed open by the magneticaction of outside strong magnets or attract strong miniature Magnet to make two metal electrode shell fragments construction of switch forming electrical connection connection etc..When for mechanical switch structure, described fluid sealant bellows shell is made up of flexible material.Below in conjunction with specific embodiment, several constructions of switch are described in detail.
Fig. 2 is the mechanical switch structure connected by the anglec of rotation, it is initially in off-state, including two electrode slices (41 and 42) connecting described electric supply installation both positive and negative polarity respectively, two electrode slices (41 and 42) are disposed on fluid sealant bellows outer casing inner wall, when two housings (11 and 12) of fluid sealant bellows shell press predetermined direction rotation, two electrode slices fit.Specifically, in figure, arrow is direction of rotation, first Loadings On Hemispherical Shell 11 and the second Loadings On Hemispherical Shell 12 mutually rotate, and the preferably first Loadings On Hemispherical Shell 11 is motionless, and the second Loadings On Hemispherical Shell 12 rotates (or two ends opposite direction rotating) in the direction of arrows until two electrode slices are connected when two electrode slices are close to.When treatment, first passing through two housings of rotation, make switch in an ON state, light source igniting, user takes capsule photon and treats.
Fig. 3 a is to form, by extruding, a kind of mechanical switch structure connected, it is initially in off-state, switching device includes two electrode slices 31 connecting described electric supply installation 20 both positive and negative polarity respectively, it is arranged on the insulating part 32 in the middle of said two electrode slice 31, and abut the conductive pin 33 of described insulating part 32, two electrode slices 31 are arranged side by side, under switch is off, two electrode slices 31, insulating part 32 and conductive pin 33 reach a kind of steady statue, and when making conductive pin 33 be ejected from two electrode slices 31 by insulating part 32 by extruding shell, described conductive pin 33 connects two electrode slices 31, switching device is in connected state, as shown in Figure 3 b.Preferably, two adjacent end portions of two electrode slices 31 abutting insulating part 32 form " V " type groove, insulating part 32 is insulation ball, insulation ball is in " V " type groove, and lower end has conductive pin 33 to abut, when extruding capsule light subshell, conductive pin 33 upwards jack-up insulation ball 32, by when ejecting insulation ball 32 " V " type groove between two electrode slices, conductive pin 33 connects two electrode slices 31, and switching device is in an ON state.This " V " type groove and the design simple in construction of insulation ball, it is simple to open, and under off-state, it is difficult to the phenomenon occurring connecting.
Fig. 4 a is to form, by extruding, the another kind of mechanical switch structure connected, and is initially in off-state.It includes connecting respectively two electrode slices being arranged side by side 31 of described electric supply installation both positive and negative polarity, connects the insulating trip 34 of said two electrode slice 31 and abut the conduction conical head 36 of described insulating trip 34 and the conductive pin 33 being connected with described conduction conical head 36.In the present embodiment, two electrode slices 31 are in released state, its spacing distance is roughly equal to the width of conductive pin 33, and insulating trip 34 covers and adjoins on the end of side at two electrode slices 31, and conduction conical head 36 is connected on insulating trip 34 in the off state, when by external force squeezing action, described conduction conical head 36 can penetrate insulating trip 34, and conduction conical head 36 connects two electrode slices 31, or conductive pin 33 connects two electrode slices 31, switching device in an ON state, as shown in Figure 4 b.Insulating trip is set primarily to be easy to piercing through of conduction conical head, and then the connection of beneficially two electrode slices.Certainly, conical head in the present embodiment is mainly used in piercing through insulating trip, therefore conduction conical head 15 can be changed into the conical head of insulation, realize same switching effect, in order to avoid contact button cell, arranging insulation board 37 at button cell near the side of switching device, other switching devices are provided with insulation board too.
Fig. 5 a and 5b is to attract, by strong magnet, the construction of switch that realizes, it is initially in off-state, it includes connecting two electrode slices 31 of described electric supply installation both positive and negative polarity respectively, being arranged in the middle of two electrode slices 31 and abut the non-conductive magnetic block 35 of two electrode slices 31, abutment can be that left and right abuts, can also be for abut up and down, Fig. 5 a and 5b is the construction of switch that left and right abuts, and Fig. 6 a and 6b is the construction of switch abutted up and down.When described non-conductive magnetic block is by magnetic force sucking-off, two electrode slice connections.During use, make magnetic block 35 spin off between two electrode slices 31 by the magneticaction of outside strong magnets, make two electrode slices contact with each other, form current path, switch connection.The construction of switch design of the present embodiment is simple, and is easily achieved.After taking capsule photon, the connection of switching device only need to can be realized by external magnet.
Magnetic switch structure as illustrated in figs. 7 a and 7b, it is initially in on-state, including connecting described electric supply installation both positive and negative polarity two conductive foils (27 and 28) arranged of fitting respectively, connect on the conductive foil 28 of shell and have a magnetic part 26 with polarity, the conductive foil that magnetic part 26 lower end connects is elastic sheet, and this magnetic part 26 be to conduct electricity and can be by the magnetic material of attraction or have magnetic Magnet, magnetic red sheet.This magnetic switch structure needs to be used in combination with extraneous Magnet, and owing to magnetic part has polarity, when described magnetic part is attracted by the magnetic force of extraneous Magnet, two conductive foils are separated, make switch be off by described magnetic part.Being provided with magnetic 25 in cylindrical equipment 24 in Fig. 7 a, this magnetic 25 is non-conductive but magnetic Magnetitum or piece of magnetic material, and its pole polarity is contrary with magnetic part, and i.e. the two can be attracted each other.When capsule photon treatment device 23 is placed in cylindrical equipment 24; magnetic part 26 is attracted by magnetic 25; the elastic sheet 28 causing conduction separates with another conductive foil 27; switch is off; once capsule photon treatment device 23 is taken out from cylindrical equipment 24; elastic sheet 28 just contacts with conductive foil 27; switch connection; this magnetic switch can be prevented effectively from capsule photon and surprisingly be touched the connection phenomenon caused, and has good protective effect for some capsule photons needing special protection.
Preferably, switch element can also is that wireless control switch, can realize the connecting and disconnecting that capsule photon is powered by the way of wireless remote control；This wireless control switch has radio control circuit and wireless communication module, and when described wireless communication module receives wireless control signal, radio control circuit controls electric connection or the disconnection of switching device.After capsule photon is by being administered orally entrance digestive tract, the targeting control of some switch time can be realized according to the capsule photon gastral Position Approximate of arrival and time.Such as, when reckoning moves to stomach or gastric ulcer position to capsule photon in digestive tract, starting Digiplex control controlled in wireless board makes capsule photon electrically connect for electric forming, after reaching treatment time at stomach internal irradiation, Digiplex control radio control circuit can be started again and make capsule photon electrically disconnected for electric forming.
Further, it is additionally provided with wireless camera in the capsule photon treatment device that the present invention provides, wireless camera is preferably provided at a wherein hemispherical ends of shell, and its other end arranges treatment light source, so by wireless camera the state of an illness in gastric portion can be imaged or take pictures, to gather respective image, it is simple to lesions position is carried out macroscopic examination, it is also possible to check the therapeutic effect of capsule photon.Preferably, the present embodiment is additionally provided with a wireless transmitting unit, described wireless transmitting unit is connected with wireless camera, by wireless transmitting unit, acquired image wireless transmit is transferred out, by outside radio receiver and image processing apparatus and display, i.e. can clearly observe the disease condition in gastric portion, simultaneously, additionally it is possible to coordinate guider that gastric ulcer position is directed at and magnetic target therapy provides convenient.
Further, the enclosure of the capsule photon treatment device that the present invention provides is additionally provided with guider, for controlling capsule photon travel direction over the course for the treatment of, this guider can be structural support or the connector of the material making being easily attracted magnetically by ferrum or Magnet etc..This structural support can be button cell, natively contains ferrum or stainless steel material because of button cell, substantially can be attracted by Magnet.Described structural support can also be preferably arranged on the annular magnetosphere in two hemispherical ends of shell for being arranged in described shell in strip or the magnetic of annular arrangement；Or the multiple little strength magnetic stripe arranged ringwise or magnetic sheet；Or wrap up described button cell and have magnetic metal cylinder, to strengthen magnetic pull；Or pre-buried Magnet or magnet strip or iron plate etc. are easily by the material etc. of attraction.Certainly, in addition to structural support has magnetic, shell can also have magnetic, and specifically, fluid sealant bellows shell itself is all made up of the material of band strong magnetic；Or in fluid sealant bellows shell one or more snippets of interval be the material of band strong magnetic and the most several sections to be nonmagnetic substance make, and such mixing material is made by the special process such as post forming or injection；Certainly can also by the shell of injection, on the inwall or outer wall of described shell plated film be provided with by magnetic or can the integument made of magnetic attractive material, plated film mode is plating or evaporation coating etc..
The guide function of guider can be realized by outside strong magnet, when capsule photon treatment device is in gastric portion, capsule photon can be carried out guiding and the directivity adjustment of position by outside strong magnet, it is also possible to play fixation；Described outside strong magnet can be electric magnet or solenoid.
Preferably, based on the above-mentioned capsule photon treatment device with guide function, present invention also offers a kind of capsule photon therapy system with guide function, this system includes above-mentioned capsule photon treatment device, also include a magnetic force vest, it is provided with magnetic part, for applying external magnetic force to regulate the direction of described capsule photon treatment device to described structural support on described magnetic force vest.And described magnetic part is Magnet or solenoid, and it is arranged on the front portion of magnetic vest or rear portion or front and rear part is symmetrical arranged, or arranges ringwise around vest.
Below in conjunction with a specific embodiment, capsule photon therapy system is specifically described.If Fig. 8 is the structural representation controlling the magnetic force vest that capsule photon treatment device guides with external magnet, four pockets (T1, T2, T3 and T4) are had on vest, but it is not limited to four, these four pockets may be located at vest front portion or back, being equipped with Magnet in each pocket, four Magnet have magnetic size adjustment switch, to control the magnetic size of each Magnet, the direction of four Magnet can be towards direction as shown in the figure, it is also possible to towards other directions.Four Magnet therein can also use electric magnet, if electric magnet, then can realize the control to magnetic size by circuit；If variable electromagnetic ferrum, the regulation of magnetic size can be carried out by gradual change magnetic switch；Accordingly, because capsule photon treatment device can be by attraction or repulsion, so by the magnetic size i.e. position of scalable capsule photon treatment device regulating four Magnet, reaching the purpose guided.
Certainly, in vest, the distribution of Magnet is not limited to aforesaid way, and other modes such as, are equipped with Magnet at position, vest front and position, behind；Or vest is arranged into similar annular for one week along trunk；Described annular arrangement can also is that multiple annular magnet or annular magnet coil；Even can also is that along the trunk annular of a week (or being longitudinal) arrangement and arrange Magnet or the combination of solenoid along height direction (or crying latitude direction).
Preferably, described magnetic force vest is additionally provided with wireless monitor unit, it is provided with wireless timing unit on described wireless monitor unit, for Tong Bu with the treatment time of capsule photon treatment device, and for the ease of time synchronized, wireless timing module it is correspondingly provided with in capsule photon treatment device, when capsule photon starts to treat, the wireless timing module arranged in it starts timing, and carry out time synchronized with the wireless timing unit of wireless monitor unit on magnetic force vest, when arriving treatment time, wireless timing template stops timing, send the instruction stopping timing to wireless timing unit simultaneously, terminate timing.The design of wireless timing unit and wireless timing module can well monitor treatment time, it is to avoid the problem of over-treatment or treatment time deficiency occurs.
Further, described wireless monitor unit is additionally provided with voice broadcast unit, for sending suggestion voice after treatment is finished, to point out user close magnetic force vest and report the buttoned-up prompting of magnetic force vest, this voice broadcast unit can be the speech ciphering equipments such as buzzer.Specifically, after capsule photon treatment device completes the treatment time set, wireless timing unit sends a command to the CPU of wireless monitor unit,
CPU controls voice playing unit such as buzzer and carries out audible alarm or prompting, and correspondence voice broadcast unit can send " treat complete please close magnetic force vest " or similar voice message.And the CPU of radio detection unit completes to report to the police or after prompting action at voice broadcast unit, it is automatically adjusted on corresponding magnetic force vest the magnetic force of each magnetic further to zero, and controls voice broadcast unit and send " magnetic force vest is turned off " or similar voice message.By arranging voice broadcast unit, facilitate user over the course for the treatment of to therapeutic equipment and the control for the treatment of time, strengthen product practicality.
Carrying out, by magnetic force vest, the step that guides particularly as follows: first, capsule photon treatment device opens electric supply installation, for light source power supply so that it is send treatment light；Secondly, magnetic force vest applies external magnetic force, the internal image passed back by wireless camera device in capsule photon treatment device to capsule photon treatment device, regulates the magnetic force of each magnetic part to control the direction of capsule photon, until source alignment lesions position, and keep this position to predetermined treatment time；The predetermined treatment time treating each lesions position can be identical, it is also possible to different, specifically can be according to practical situation depending on.Furthermore, after current lesion site treatment completes, regulate the magnetic force of each magnetic part to control the direction of capsule photon, and be directed at next lesions position and treat, by that analogy, until completing whole therapeutic process, then the magnetic force of regulation magnetic force vest is to zero.
Further, after described capsule photon treatment device completes the treatment of all lesions positions, the radio detection unit arranged in magnetic force vest controls voice broadcast unit and sends voice message, to point out user to close magnetic force vest.Meanwhile, it is automatically adjusted on corresponding magnetic force vest the magnetic force of each magnetic to zero, and sends voice message by voice broadcast unit, to point out magnetic force vest to be turned off.The concrete prompting process of voice broadcast prompting and suggestion content are as it has been described above, this repeats no more again.
Capsule photon treatment device is carried out guides the direction controlled and can also is that other method, however it is not limited to the above-mentioned method coordinating magnetic force vest, it is also possible to be to be realized by the methods such as external wireless remote control or built-in gyroscope method.
Embodiment described above only have expressed the several embodiments of the present invention, and it describes more concrete and detailed, but therefore can not be interpreted as the restriction to the scope of the claims of the present invention.It should be pointed out that, for the person of ordinary skill of the art, without departing from the inventive concept of the premise, it is also possible to make some deformation and improvement, these broadly fall into protection scope of the present invention.Therefore, the protection domain of patent of the present invention should be as the criterion with claims.
Claims (9)
1. the capsule photon treatment device of an adjustable light intensity, it is characterized in that, including fluid sealant bellows shell, the electric supply installation that is sealed in described shell be connected with described electric supply installation for sending the light source for the treatment of light and regulating the control circuit of described light source luminescent intensity；Described control circuit includes auto-adjusting circuit, is in predetermined treatment light intensity value for regulating the luminous intensity of light source；Described control circuit, according to treatment time, pre-sets the treatment light intensity value of different stage, and every treatment time point, and described auto-adjusting circuit is automatically adjusted the luminous intensity treatment light intensity value to intended level of light source；Capsule-type shell is watertight construction.
The capsule photon treatment device of adjustable light intensity the most according to claim 1, it is characterised in that in described light source is arranged on two hemispherical end of described sealed capsule shell or the side of pars intermedia.
The capsule photon treatment device of adjustable light intensity the most according to claim 1, it is characterised in that described light source includes one or more.
The capsule photon treatment device of adjustable light intensity the most according to claim 3, it is characterised in that when described light source includes multiple, multiple light sources are arranged on one end or the two ends of fluid sealant bellows shell.
The capsule photon treatment device of adjustable light intensity the most according to claim 3, it is characterized in that, described light source is blue semiconductor light and/or the red light semiconductor light source of radiation HONGGUANG of radiating blue light, the peak wavelength of described blue semiconductor light radiating blue light is between 400nm-480nm, and the peak wavelength of described red light semiconductor radiation of light source HONGGUANG is between 600nm-680nm.
The capsule photon treatment device of adjustable light intensity the most according to claim 3, it is characterised in that in two hemispherical end of described sealed capsule shell, one end is made up of transparent material at least within.
The capsule photon treatment device of adjustable light intensity the most according to claim 1, it is characterised in that a diameter of 5mm-30mm of described shell, between a length of 10mm-30mm of described shell.
The capsule photon treatment device of adjustable light intensity the most according to claim 1, it is characterised in that described control circuit controls the optical power intensity of the treatment light that described light source sends more than 40mw/cm2。
The capsule photon treatment device of adjustable light intensity the most according to claim 1, it is characterised in that described control circuit controls the optical power intensity of the treatment light that described light source sends more than 60mw/cm2。
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