SOMESTHESIA INDUCING DEVICE USING PULSE LASER

The present purpose of the invention and according to the construction and details provided effect between the lubricious a appended to based on the drawing of the present invention specification defined in the description are disclosed hereinafter clearly by is it will be appreciated. Drawing with an reference to. rapidly and to reduce a memory thereby, the cold air flows the present invention according to embodiment.

The present specification in a disclosure in the embodiment of, or limit the scope of the present invention are or use interpreted to will do not have to be. The art of usual techniques embodiment contemplates a user specification as various. of course is that applications. Therefore, the present detailed description of the invention any described in the embodiment to better account for the present invention are exemplary in the embodiment of the present invention and there has limited into range does not intentionally.

Described below, displayed on drawing function blocks are examples of possible implementations are. and the user makes a. Hi other implementations concept and of the description in such a range that causes no a wireless type through a wire blocks are other functions can be used. Furthermore, block is one or more functions of individual blocks of the present invention are displayed by thin but, the same one or more among the functional blocks of the present invention for executing functions or not based on the. each can be a combination of software configurations.

Furthermore, on any configuration elements as representation of open representation that corresponding components by merely be present and the user makes a refers to, excluding those additional components a is don't understood.

Other components is any component further is connected to know when the ms in the registrar connected, that different structural elements thereof connected directly to or may be is connected, intermediate the other components may be present that should understood.

Prior to a parameter the present invention, first the present disclosure for terms used in the to a longitude defined.

Also of a laser beam and laser working cycles of which Figure 1 shows a representative of the intensity of drawing in, the sub 3, main period, pulse width, [...], laser intensity of such as. are displayed.

First, groups, or with an sub, the laser 1 is lifted up and down pulse section a times, i.e. the in Figure 1 to speak period is marked as schedulable and t1. According to at high laser pulse period (high) a, includes a low (low), the interval and raised state, among other things, is separately t2 the basis of memorial day information, referred to 1/10 time as large as that of a pulse width of not more.

While main period, groups, or with an, apoptosis-forming and 30d the laser a section 1 times, i.e. period T1 to speak is marked as schedulable and the in Figure 1. Rotation envelope at this time, a laser pulse of shorter period plurality as the electron donor and formed a group, i.e. series of laser pulse group referred to, in Figure 1, such as present plurality of laser pulse very short period successively in the presence of, a three-dimensional effect is provided (high) one raised aired appear section where it is heated, thus laser pulse group are angularly to a reference value and to the envelope called.

[...] period main eventually high (high) a, includes a low (low), the interval and raised state in particular, among other things, is separately T2 the basis of memorial day information, to a called [...].

On the other hand, laser intensity of the laser is, groups, or with an a size of to mixture by the addition of an initiator, laser intensity provided with a a coefficient of. adjusted by the.

Furthermore, in the present invention is allowed to proceed for a refers to the parameters in a computer system using CRT 809 nm increases as the wavelength of the. starting point on the premise randomly choosing. 809 nm wavelength pulse laser diode lasers repetition period of width and pulse form to easily control a relatively (Repetition rate).. Furthermore, in the case of 809 nm compared to the visible wavelengths generally has high penetration depth of a human body, such as the present invention within the skin and the cells to stimulate position of a reflector according to each laser of a suitable wavelength can be.

2 and 3 also hereinafter reference to body sexual feeling angle induction device (100) according to an embodiment of the present invention on principle and operation of device on the constitution of a to longitude.

Also the present invention according to Figure 2 shows a device (100) induction body sexual feeling anglebody sexual feeling angle them to the user's are guided for to illustrate the process, is body sexual feeling angle induction device (100) according to the pulsed laser has and continues to produce the, oil body sexual feeling angle said generated pulse laser device (100) which is coupled to a optical fiber (200). transmission through.

While, body sexual feeling angle induction device (100) a generated laser by an optical fiber (200) delivered to a user through a man who would be, is optical fibers (200) for delivering laser email widow, a web page or knife by pushing a button to decide the them fibers, generally have a material of glass or plastic. Optical fiber (200) further comprises a core and cladding can consist, generally rounded uniform cladding the core has a form to sealably enfold the. Optical fiber (200) through optical beam from a laser signal light including widely known the already scheme, the present invention the other body sexual feeling angle induction device (100) generated by the pulsed laser of the optical fiber (200) being transmitted through the process description specifically for a to omit.

On the other hand, induction body sexual feeling angle device (100) and a the moiety linked fiber (200) as defined according to as end of the, 40 and vice versa laser is incident pulse directly to medium obtained by concatenating attribute device is connected. Device accessory on lens preferably employed which the form of a single chip, optical fiber lens (200) it is conducted through a focusing the electron beams by one of its points laser, which also serves make.

Furthermore, in Figure 2 only one point where a user's finger pulse laser beam reflected by the irradiation as though the memory is described but is, according to a change of a design manufacturer's zinc oxide surfaces of the spacer may be irradiation point, further each pulse lasers create interval, delivery interval and so forth and the series of by user's particular body region, which are may be loaded with.

body sexual feeling angle induction device (100) with an essentially has reaction mechanical stimulating the medium, is selectively removed using a laser source to generate is device for generating, on it does butbody sexual feeling angle induction device (100) refers to the laser of diverse attributes to laser control block for generating can be worked out.

While, body sexual feeling angle induction device (100) in laser beam serves essentially of the source such, is passed into and within the tissue user's skin is convert, and conversion heat energy that is the skin of a user with temperature rise inside a tissue in vivo to deliver heat to surrounding tissue in the step for the initial state body sexual feeling angle is the user through the.. More specifically, very short having package with the laser is medium, the skin tissue user of instantaneous when irradiated with a laser by absorption medium topically such instantaneous heating of the medium by heating to accommodate the thermal expansion is local area where it is heated, peripherally is again of thermal expansion medium delivery pressure, i.e. pressure stress wave in the form of resiliently medium and expanded inside a 2000 cells touch in skin tissue. I.e., device (100) induction body sexual feeling angle the present invention according to the laser by examining the thereby increasing the temperature, is a series of thermal expansion, pressure increase, stress wave generating and delivery set on the basis of process outputs a relay driving signal. by growing a touch.

The present invention according to reference to 3 is hereinafter body sexual feeling angle induction device (100) at a portion corresponding to the separable construction details of a to.

According to also 3, body sexual feeling angle induction device (100) a sub frequency control unit (110), power control unit (120), main frequency control unit (130), laser generation unit (140), control unit (160) includes.

First sub-frequency control unit (110) the body sexual feeling angle induction device (100) generated in a pulsed laser to control the frequency of the..

Prior, groups, or with an sub-frequency the illustrated in Figure 1 as a value corresponding to the reciprocal of sub, per unit of time of the laser pulse indicating whether a number of times cycle. index. The present invention sub-frequency in a control unit (110) the 1kHz to 100kHz sub in a range of to control the frequency that it is preferred that a.

On the other hand, sub-frequency control unit (110) has the ground device of a laser pulse, preferably laser pulse width of s s to 1000 micro micro 1 fixing portion up-changed signal is shifted down.

body sexual feeling angle induction device (100) in power control unit (120) controls the strength of the laser. Laser intensity of laser as in inverse proportion to the size of as including, generally laser intensity of the required power for emitting laser is determined according to the size of. I.e., the present power control unit (120) is allowed to proceed for a the refers to the laser generation unit (140) is an actual laser won outer power in generating when the from the travel path of the power, by controlling the a coefficient of the laser receiver and is especially.

While, when the embodiment according to the present invention, power control unit (120) the laser strength of in a range of from 1W to 1000W on the first insulating layer to realize.

body sexual feeling angle induction device (100) in main frequency control unit (130) has a sequence frequency 30d defined in Figure 1, the mainframe controls the frequency.

Prior, groups, or with an frequency main the main described in Figure 1 as a value corresponding to the reciprocal of period, per unit of time is several cycle 30d is an index indicating whether. The present invention frequency main in a control unit (130) in the range of 0.1Hz to 1000Hz to control the frequency that it is preferred that a.

Furthermore, said main frequency control unit (130) size of the simply main frequency signals can not, envelope width can be control length of. I.e., frequency main the present invention according to a control unit (130) which has a low overall main period [...] high (high) in portion, by and by controlling the length of width envelope i.e., the main period refers to the colouring substances is allowed to proceed for a ratio of width envelope contrast, i.e. duty ratio. may be used to control.

Next, body sexual feeling angle induction device (100) in laser generation unit (140) has a pre-determined storage sub-frequency, intensity or main frequency to voltage for the laser generates the actual.

More particularly, constitution: a laser generation unit (140) carrying a pulse outputs a laser beam on the side the whole bellows structure a, laser driver, includes a cooling device.

At this time, laser driver again (Laser medium) laser medium, optical pumping (Optical pumping), such as optical resonator may include a (Optical resonator).

Furthermore, cooling said laser driver optical signals a device generating heat generated by a the whole bellows structure faces, laser driver for protecting the device.

While, constitution: a laser generation unit (140) different laser beam by embodiment can be produced. For example said laser generation unit (140) the ruby laser, neodymium: YAG laser, neodymium: glass laser, laser diode, excimer laser, dye laser of a polyimide resin, such manner can be produced.

While, body sexual feeling angle induction device (100) a diameter control the laser diameter of a control unit (150) may include further.

The laser diameter a emissions delivered to tissue the skin of the user is related to the energy density, though the an increasing diameter laser generally reduces the energy density.

Diameter in the present invention a control unit (150) the, preferably in a range of from 0.01 mm to 10.0 mm to realize thereof control method having pre-fixing.

Finally, body sexual feeling angle induction device (100) the reticle sub-frequency control unit (110), power control unit (120), main frequency control unit (130) and laser generation unit (140) for controlling the control section is positioned at an (160) includes further.

Control unit (160) comprises at least one quantity calculating means and storage means may include, a general means of CPU in operations when is device (CPU) may be, suitable particular application purpose a programmable devices device (CPLD, FPGA), on demand semiconductor arithmetic device (ASIC) or microcontroller can. Furthermore, storage locking device-volatile memory device, electromagnetic or non-volatile non-volatile memory device can be any slot is utilized storage elements.

Hereinafter reference to 6 is also to 4, the present invention according to body sexual feeling angle induction device (100) using the user a to a longitude an example embodiment.

Also the present invention according to Figure 4 shows a device (100) induction body sexual feeling angle is using, intensity control of a and the laser sub-frequency the engine thereby for reducing fuel consumption of a user via a oil body sexual feeling angle. concerns a results.

With reference to, also 4 embodiment during entire relate users participating experiments body sexual feeling angle is subject or more 50% (in a warm sensation, touch) shadow sections the member whereby the response to drops when they break, the water is felt on the efficacy as an anti-indication, the 4 (a) also body sexual feeling Jr sergeantprobably is, the paths to detect whether a present response, also 4 (b) an induction a body sexual feeling cabinet meeting strength is too the pain-bl4223 that the user feels the response as to whether any of the, also touch simple body sexual feeling angle the 4 (c), in a warm sensation, of pain beam is emitted divided into step embodied in response to users who have indicated an..

Priority 4 (a) the, body sexual feeling angle induction device (100) sub-frequency laser irradiated by 1kHz is, 2kHz, 3kHz, 3.5kHz, 4kHz, when is controlled to 4.5kHz, the intensity of laser 35.03W to 20.16W body sexual feeling angle user in a range of felt takes place in mode identifying whether the first deoxygenator the experiments is shown with codes table result.

According to is, the intensity of laser from a user in the range or more 23.2W body sexual feeling angle been sequences as signal began to, the sub-frequency a 4.5kHz to is connected to have a slightly higher values of frequency in a main body caused body sexual feeling Jr sergeant.

On the other hand, the intensity of laser 23.2W at least in that range, one 3kHz is sub-frequency a user began to body sexual feeling angle no AC voltage is supplied.

Also when longitude tendency of response of 4 (a), the intensity of the laser particular value of at least, frequency of the laser pulse, i.e. a length different from each specific value is sub-frequency user their skin fact that you feel any derived body sexual feeling Jr sergeant.. Furthermore, the size of sub-frequency intensity or laser the lower values, which is designed to provide body sexual feeling angle the apparent more user tendency can be viewed.

On the other hand, response of door 4 (a) 4 (b) has also further from the results, the when felt body sexual feeling angle are subject how strength body sexual feeling cabinet meeting to arrangement whether strong, sensory anything body sexual feeling Jr sergeant simply felt that the there is or touch the quantity, with some strength or he way the pain the on the order of an optical disc apparatus regularizes whether is tables.

According to also 4 (b), laser the intensity of the range of of 29.39W to 23.2W, the frequency is in the range of the size of body of the user when 4.5kHz to 3kHz simplified which recognizing the blades are fixed touch, laser the intensity of 4kHz 30.55W the size of sub-frequency of at least a length different from each touch simple optionally with delaying by a also a subject feel feel generally but the remaining a strong with some strength that came to an multiple subject feel pain.

While, also 4 (c) has a subject the granularity body sexual feeling angle a the monitor result for data beat, was a body sexual feeling Jr sergeant with a laser to feel a tactile sensation is, an optical disc apparatus regularizes whether pain audio signal or if is in a warm sensation is tables.

According to is, a certain sub-frequency laser EDF each range touch users, in a warm sensation, whether caused pain boundary accurate but not know, the intensity of laser 29.39W 3.5kHz the size of sub-frequency or above and a a length different from each touch beyond the in a warm sensation are subject, into its original began to pressure feeling mechanical i.e., the intensity of laser in addition 30.55W the size of sub-frequency is prevented a level somewhat as 3kHz pressure feeling. to provide an ionic and/or.

Also or more also to 4 (a) 4 (c) to the, attribute noise is removed from the laser, i.e. laser EDF by controlling the sub-frequency that enables users can be brought into inducing body sexual feeling angle indicates how much of it is present which, in addition a range laser intensity, in a warm sensation in size sub-frequency, touch, to identify whether a pain generally can be derived.

Also the present invention according to Figure 5 shows a device (100) induction body sexual feeling angle is using, the engine thereby for reducing fuel consumption main frequency, and laser at the time of maintenance of the ratio of width envelope contrast period (duty ratio (duty ratio) hereinafter) of a user via a control oil body sexual feeling angle. concerns a results. (Of Figure 5 table in a transverse axis the main frequency, an duty ratio 1:3 to a reference)

With reference to, also of Figure 5 in the embodiment 4 also entirely like a tap generation block during users participating experiments body sexual feeling angle is subject or more 50% drops when they break, the water sections the member whereby the response to feel a shadow display is formed inside the tie. arrangement includes a key body and a switch.

Also 5 (a) main according to frequency and duty ratio is set to value body sexual feeling angle are subject when which indicates whether a felt, in particular the main are subject when 0.5Hz frequency, duty ratio is the simultaneous and 25%, 50%, 75% in in all the cases in a felt body sexual feeling angle was an error can occur in the.

On the other hand, the laser 75% duty ratio, i.e. the ratio of the in the periodic width 30d above a certain percentage is at the time of maintenance of the laser when 1kHz to 0.5Hz frequency for most if is either body sexual feeling angle are subject was an error can occur in the a felt.

Also while in particulars of 5 (a), the size of main frequency 5Hz to 500Hz size in a range, and in size in a range 50% to 25% duty ratio derived body sexual feeling Jr sergeant not could confirm it is.

Response of 5 (a) 5 (b) has also a sequence also further from the results the body sexual feeling Jr sergeantbody sexual feeling angle are subject when felt was is in a warm sensation, probably is, -sensitive mechanical is formed inside the tie. arrangement whether is or pain.

According to is, when at the time of maintenance of the laser frequency 0.5Hz, and 25% to 75% duty ratio when the subject is formed in a portion most laser beam reflected by the irradiation is feel in a warm sensation was response to drops when they break, the water. When 75% duty ratio laser in addition the main frequency 0.5Hz to 500Hz size in a range in response to drops when they break, the water is felt on the was in a warm sensation are subject.

On the other hand, at the time of maintenance of the laser selected by a 1kHz frequency, duty ratio user-size in a range 75% to 50% in a warm sensation pressure feeling mechanical beyond the, was shown to be felt.

Also or more also to 5 (a) 5 (b) to the, at the time of maintenance of the laser by controlling the frequency and duty ratio that enables users body sexual feeling angle induction thus, entire main period in particular the ratio of the laser pulse recording is, i.e. duty ratio increased probability of a higher user though the touch can be felt can be viewed. Furthermore, more specifically a range at the time of maintenance of the frequency, in a warm sensation to a user in a duty ratio, it is found out that whether a tactile sensation is derived.

A refer prior also Figure 6 shows a 4 the diameter of the laser further in the simulation in each time step taken better into account variable that organizes simulation result is formed inside the tie.. I.e., 4 also also Figure 6 shows a similarly to the sub-frequency and the laser control the strength of the felt is irradiation whether body sexual feeling angle are a subject, three different values according to diameter of laser by embodiment, laser surface of a subject to a oil. of the results of an see whether changed how body sexual feeling Jr sergeant.

The 6 (a) also 0.46 mm when the diameter of the laser, the 6 (b) also when 1.86 mm, 6.8 mm when the 6 (c) also concerns a in which the results of experiments on..

Also surfaces of a which the results of experiments on the 6 (c) also to 6 (a), the laser an increasing diameter in order to intensify against a (laser diameter except for the) other condition is such a state in the subject, substantially low rates and at in a warm sensation or mechanical pressure feeling felt was response to drops when they break, the water.

Furthermore, induced even associated strength and body sexual feeling cabinet meeting, laser an increasing diameter a sensory derived are subject though the strength of the perceived to be can adopt high.

Also or more also to 6 (a) 6 (c) to the, diameter of the laser by controlling the of various strengths in users can be brought into inducing body sexual feeling angle can be viewed. I.e., laser user's skin by tissue density transmitted user signal to be linearly increased or decreased a higher probability of formed by growing a touch. becomes.

The present invention according to reference to drawing or more body sexual feeling angle induction device (100) and body sexual feeling angle induction device (100) is control was longitude is that various elements to. As set out on of the present invention in the embodiment are for the purposes of exemplary disclosure is, by them the present invention is limited not. Furthermore, the present invention in the art for an of the present invention grow having knowledge of typically encountered in within range event variety of correction and may with minor modifications, a change and such modifications disc spin speed value within a range of the present invention if it may have.