JPS59500354A - treatment equipment - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed description of the invention] name of invention treatment equipment Background of the invention The present invention relates to a treatment device that generates therapeutic radiation.

4 Overview of the invention According to the present invention, there is provided a treatment device comprising: a plate having a plurality of openings therethrough; a shield comprising a plurality of jewels each positioned in an aperture; and a radiation source. such that their radiation can be transmitted through the shielding via at least some of the gemstones. a treatment device comprising a heat and/or light irradiation source placed behind the shield; provided.

Preferably, the gemstone is of multiple types with different radiation absorption properties. Ru.

The radiation emitted in front of the shield is influenced by the path from the radiation source. Ru. In fact, the radiation emitted from the radiation source under the conditions of It may be more accurate to regard it as radiation having a form different from that of . child For convenience, the new or modified radiation rays may be referred to as "GP rays". It is possible.

The plate is generally metal and can be silver.

Alternatively, it may be copper, preferably gold plated. The disc is convex at the rear It can be a paraboloid. Or, more conveniently for large equipment, It can be flat. In some embodiments, the disk is rotatable, but not necessarily Rather, it may be fixed, depending on the desired treatment.

Preferably, the reflector is placed behind the radiation source. Its reflective surface is at least It is preferably gold (for example, it can be gold-plated copper) . ). The reflector, like the plate, can be parabolic.

The illumination source can be a number of incandescent lamps, generally arranged symmetrically in an annular row. . or one or more centrally placed electric lights, preferably aged It can be a quartz-halogen type electric light with almost no deterioration. in which case However, the lamp can provide both heat and light. These are well-equipped with shielding and reflectors. As heated, shields and reflectors are preferred.

The shield generally has an axially symmetrical arrangement of apertures and is compatible with gemstone sizes and types. It has a symbolic distribution.

The reflector is a rear-mounted conduction coil (but electrically insulated from the reflector). ) and means for supplying it with an alternating current electrical signal. It is.

In the best embodiment, the shielding is between 1000 and 1500 ppm, optimally 13 It can rotate at 50 ppm.

Believed that magnetic and other fields act on gemstones to influence the generation of GP lines. It will be done. Thus, rotation of the shield is effected by a well-shielded motor. It is preferable that

Brief description of the drawing Some embodiments of the invention will be described in more detail with reference to the accompanying drawings. Attached diagram 1 is a perspective view of a first embodiment of the device according to the invention, and FIG. 2 is a perspective view of the device according to the invention. 3 is a schematic diagram of the control device, and FIG. 4 is a distant view of the second embodiment. A close-up view and FIG. 5 are schematic vertical views in an enlarged dimension through the head of the second embodiment. It is a cross section.

Best Practice Description As seen in FIG. 1, the first embodiment of the device is mounted on four legs 12. It has a base cabinet 10'(i). The cabinet) 10 is generally horizontal. A mounting block 16 extends upwardly from the center of the top surface. child For installation, the block 16 has a generally U-shaped top cut, with a The platform 18 is placed on a pivot. The block 16 is installed by means of non-dol 20. It has a steering mechanism by which the platform 18 is selectively pivoted and can be fixed in a desired position.

The platform 18 includes a table element 22 on which a support block 24 is mounted. . Block 24 has a curved top surface adapted to support the cylindrical surface of tube 30. do. Tube 30 extends forward and rearward of block 24. At the rear end , the tube body is closed with a wall consisting of a lattice. At the front, the tube 30 is more straight It is connected or integrated with the larger diameter head 32. The head 32 is generally It has a cylindrical shape and is coaxial with the tube body 30. It is a cylindrical wall that is continuous with the tube body 30. It has 3σ. The wall 30' has an opening 31 near the front. radially from the wall An outer shell 33 is provided at regular intervals outwardly in the direction, and the outer shell It has a plurality of longitudinal vanes 34 extending radially outward from the surface. The wall portion 30' and the screen An annular space 37 between the well 33 and the front and hind leg base cabinets 10 and the tube Body 30, shell 33 and auxiliary components are made of aluminum. the shell The exterior is finished in matte black.

Referring first to FIG. 2, electric motor 3 is mounted coaxially within door 32. 6, the rotating shaft 38 of the electric motor is located at the front of the head 32. Stretch nearby.

The motor must be in a magnetically shielded form, as stray magnetic fields can impair the operation of the equipment. It is something.

A rotor 40 is coaxially mounted to the front portion of the shaft 38 to rotate therewith. It will be done. The rotor 4° is also shown in FIG. You can see that it closes in minutes. The rotor 4° consists of a disk 42 of pure silver. The row 4o is fully parabolic in shape and is coaxial with the shaft 38 and head 32. Ru. However, the rotor has a plurality of (four in this case) radial slots 44 (first ), and the disk portions 42a-d are preferably arranged so that the rotor 40 is A small size that can be shaped or bent to function as a fan. ing.

The rotor 40 is pierced by a symmetrical array of holes 43 of different sizes and Each of the holes is used for mounting a gemstone or semi-precious stone. many different types of gemstones 48 is used, and the different types and sizes of gemstones have a bar equal to the rotation of the rotor 40. arranged to give a lance. Preferably, each disk portion 42a-d is a gemstone. Emeralds with 48 similar sequences are synthetic ("crystal growth formula") while rubies, sapphires etc. can be small pieces of natural stones. Wear. - At the rear of the disk 42 in the axial direction (inside the head 32), an electric light source 45 is arranged in a circumferential shape. There is an array of Preferably there are 15 such lamps, each lamp having a Rated at 5 watts at 12V, the lamp is symmetrical for 32 turns. are arranged in A parabolic reflector 46 is attached to the rear of the light source 45 in the axial direction. It will be done. The reflector 46 is similar in size and shape to the disk 42, but has a center portion through which the shaft 38 passes. It has a central hole.

The reflector 46 does not rotate and is supported in a fixed manner. Its reflective (front) surface 47 is gold. coming. The reflector plate 46 may actually be made of pure gold, but it may be made of copper plated with gold. It's okay.

In the illustrated embodiment, the rotor 40 and the reflector 46 are maintained at a fixed interval in close proximity to each other. They are approximately 374 to 1 inch (19 to 25 ym) apart.

In the illustrated embodiment, the copper coil 5o is electrically insulated from the reflector plate. It is attached concentrically to the rear surface of 46. The coil is made of copper wire (178 inches , i.e. 3 turns), with an overlap of 374 inches (19m+n). has. The coil is adjacent to the outer edge of the reflector plate 46. 1 kHz square wave generation 51 (0.5W output) is connected to the coil 50.

At the rear end of the tube body 30, a tube is cooled to maintain the rotor 40 etc. within a desired temperature range. There is a fan (not shown) that does this. The fan draws air through a grid at the rear of the tube body 30. absorbs the air and sends the air forward into the head 32, where the air passes through the wall 3 0' through the opening 31t at the front, through the annular space 37 in the rear direction, and through the opening 3 Go outside after 5.

The base cabinet 10 contains power lines and control equipment, see FIG. It is explained as follows. The vertical rear surface 60 of the cabinet 10 is a control panel, and a plurality of switch and indicator. There, there is a light source 45 and a motor 3. A rotation controller 62 for operating each triac controls the power supplied to the triac 6 and and 64. The light source can be dimmed, for example, if required. applicable system The control/main panel includes a motor 36, a light source 45, a cooling fan motor, and a square wave generator. There is an important switch and indicator light source combined with a power supply for. input socket 66 is for connection to the mains voltage supply line.

The main components located inside the cabinet 10 are schematically shown. there A pair of transformers 70 are connected in parallel, each outputting 12V from the 240V main power supply. occurs. The rectifying means can be switched by means of a relay 72. rectification is done , the rectified output from transformer 70 has a capacity of about 33,000 microfarads. It is smoothed by means of a large smooth canopy 74. Thereby, the DC mode When operating at low mode, a very smooth 12V output is obtained.

This output, rectified or unrectified, obtained via transformer 70 is described below. As shown, it is used to power the light source 45. cabinet 10 Includes a 12V low current regulator that provides power to the square wave generator. This is on When this happens, the indicator lamp will be lit.

To use the device, it can be placed on a table. The patient being treated is sit or stand in front of the patient's body 32 and place the device on the part of the patient's body required to be treated. The handle 20 is rotated by means of the handle 20 so that the left and right sides are oriented. The device via input 66 Connected to mains power. The motor can be operated at full mains voltage, but the speed Power is supplied via a triac 64 so that the power is controlled. This is 135 0 r, p, m.

(for some purposes, 1500 r, p, m , i is required. ).

9 Power to light source 45 is increased by means of triac 62. Power to light source 45 As the power is increased, more and more heat is generated. rotor 40 and reflectors 46 can be quickly applied, especially since they are made of highly conductive metal. It gets heated. The light and heat radiation flows out through the rotor jewel 48 and becomes a CP line. may be issued. The parabolic shape of the rotor and reflector provides a focused beam of radiation. generate.

Whether the light source 44 is powered by AC power or by DC power (reset) (selectable by means of radiation 72) depends on the type of disease being treated. migraine is most likely to occur when the light source is powered by direct current; I know what works best. In some cases, the signal is provided to the copper coil 50. It may be advantageous to operate a 1 kHz square wave generator that supplies

In the apparatus shown in FIGS. 1 to 3, the rotor is 1350 to 150 O It is rotated at speeds r, p, m. However, at other speeds as well, Therapeutic effects can be obtained even if the patient is not rotating.

In such cases, when the best rotational speed is used, the large It may also be necessary to use a larger gemstone 48.

Figures 4 and 5 show non-rotating embodiments. So1014 Table 1985-50 (13 54(4) This has some other differences from the first embodiment. It's even bigger , and has a vertical axis, and disk 42 is flat. However, they are the same in most respects. The same reference numerals are used for corresponding elements.

Base cabinet 10 is mounted on a stand 80 with wheels 82. Ru. Cabinet 10 houses the orthosis and, mutatis mutandis, includes motor 36 and (because there is no coil 50), almost the same control as in the first embodiment is performed. . A tube cylinder 84 extends upwardly from a mounting 86 in cabinet 10. head Support tube 88 is slidably fitted thereto. Cylinder 84 is a small gear coupled with tube 88 It has a rack surface 90 that is interlocked with the rack surface 90. The pinion is the handle 20 on the tube 88 Or it can be rotated on a handwheel, whereby the pipe can be raised and lowered. tube 88 A head assembly is attached to the upper end portion of the head assembly. It is tube 88 and circle It is electrically connected to the controller of the cabinet 10 by a covered wire passing through the pillar 84. It will be done. It also allows the tube 88 and head assembly to be easily positioned in any position. There is a counterbalancing mechanism (not shown) that adjusts to and remains there.

The head assembly consists of a cylindrical wall 3σ and a shell spaced apart from it. 33 (having blades 34), including the do 32. rather short tube A body 30 extends upwardly from the head 32. It's not just one piece distributed around it. The fan 92 includes several (five in this case) fans 92. These are the single fans of the Jth embodiment. has the same functionality as . However, hot air rises through holes 35 in shell 33. In addition, as the circumference of the pipe goes up, the air input to the pipe is also caused by the grid on the end wall. If so, you are more likely to breathe in hot air. Therefore, there is a There is an air suction port 94 protruding from the rear of the surface.

Inside the head 32, there is a parabolic reflecting plate 46 (made of copper with a gold-plated reflecting surface). 47). This allows the passage of cooling air from fan 92 In order to Created by law.

The heat and light sources are a pair of parallel tube light sources 45 of quartz log type. this extend perpendicularly to the axis near the focal point of the reflector 46. They are about 10c+ each ++ length, each rated at 300 watts, and approximately 4 meters apart. So They extend across the head 32 and are mounted inside the wall 3σ. (Small equipment requires only one stone rated at 55 watts) (English)・Rogun electric light is used as a focal point).

The disc 42 with the jewel 48 in the opening 43 is flat and forms the end wall of the head 32. Ru.

There, for example, the temperature inside the head 32 is controlled by controlling the fan 92. A temperature sensor placed within the head 32 may be provided for use in controlling the head 32. It is Noh. The temperature of the gemstone 48 is considered to be Kana 9 important, with the best results being between 78 and 110. ''F (25-44°C).

Provide a thermal cutout on the power supply to light source 45 to prevent severe overheating It is possible (also that the sensor and/or the cut-out is in the first embodiment). It can also be used in ).

The basis for the therapeutic efficacy of the device of the present invention is not fully understood, and the features of the present invention According to medical opinion, which is not tied to a fixed theory, migraine attacks It should be noted that It is. A variety of other diseases are caused by abnormal cell function.

The activity of cells affected by abnormal function is in some form out of their natural frequency. It is believed that Transmitted and irradiated by jewel and silver rotors The radiation that occurs interacts with abnormally functioning cells to some extent, and restores them to their natural frequency. It seems possible to return to

In the present invention, even for children, conventional A device is provided that is safe to use without the risks associated with radiation therapy.

Although migraine and Z-Mati disease are mentioned as examples, other diseases may still be treatable. (believed to be Noh).

Although the present invention has been described above by reference to a preferred embodiment, the present invention Various modifications may be made by those skilled in the art without departing from the spirit of the invention and the scope of the claims. It is to be understood that such modifications and changes may be made in accordance with the appended claims. and all modifications thereof are intended to be included.

Engraving (no changes to the content) Procedural amendment (飄) February Z, 1958 Mr. Kazuo Wakasugi, Commissioner of the Patent Office 1 Display of incident PCT/GB82100322 2 Name of the invention treatment equipment 3 Person making the amendment Relationship to the incident: Patent applicant Name Prandaley 2 Gorton Nowell 4 Agent Address: 8-10-5 Toranomon-chome, Minato-ku, Tokyo 105 Date of amendment order August 2, 1982 (Shipping date) 6 Target of correction translation of the drawing 7 Contents of amendment As shown in the attached sheet (no change in content) 8 List of attached documents One translation of the drawing (2) Submission of translation of written amendment (Article 184-7, Paragraph 1 of the Patent Act) July 11, 1982 Mr. Kazuo Wakasugi, Commissioner of the Patent Office 1 Display of patent application POT/GB82100322 2 Name of the invention treatment equipment 3 Patent applicant Address: Abbey Green, Bath, Avon, England.

Church Street 4 Name: Frangley, Gorton, Nowell 4 agent Address: Shizukou Toranomon Building 5, 8-10 Toranomon-chome, Minato-ku, Tokyo Year of submission of amendment time April 11, 1983 (reception date) 6 List of attached documents Precise scope of claims An interposed shield (42, 48) is provided on the path from the financial source (45) and The shield includes a plate (42) through which a plurality of openings (43) are passed, and the openings (43). ), emerald, tonneau, garnet, and sapphire. At least one of a, ruby, diamond, olivine, and amethyst a plurality of jewels (48) including a plurality of jewels (48), thereby receiving radiation from the radiation source (45); can be transmitted through the shielding via at least some of the gemstones. Treatment device 0 characterized by 2. Ensure that the jewelry (48) is substantially within the range of 25-44℃ during use. Device according to claim 1, wherein the shield (42, 48) is heated.

3. Device according to claim 2, in which the heating is carried out by means of a radiation source (45).

4. According to any of the preceding claims, wherein the shielding (42, 48) is rotatable. Device.

5. A reflector (46) with a gold reflective surface is located behind the illumination source (45), Apparatus according to any of the claims.

6. Any of the preceding claims in which the plate (42) is silver or gold-plated copper. device by.

7. The irradiation source comprises at least one electric lamp, and the device is powered by alternating current or direct current. power supply means (70, 74)'i for selectively (72) supplying current to the lamp; Apparatus according to any of the preceding claims.

8. Preliminary jewelry (48) consisting of several forms with different radiation absorption properties Apparatus according to any of the claims.

9. Preliminary device including means (92°31.35.34) for controlling the temperature of the jewel (48) Apparatus according to any of the claims in line.

10. (New) Jewels (48) are located in some places on the shield (42), depending on their species and size. A device according to any of the preceding claims, distributed symmetrically.

Submission of translation of written amendment (Article 184-8 of the Patent Law) January 1980/, Z day Mr. Kazuo Wakasugi, Commissioner of the Patent Office 1. Display of patent application PCT/GB82100322 2. Name of the invention treatment equipment 3. Patent applicant Address: 4, Abbeyley 2 Church Street, Pass, Agin, United Kingdom Name Prangley, Gorton Nowell 4, Agent Address: Shizuko Toranomon Building, 8-10 Toranomon, Minato-ku, Tokyo 105 Telephone (50) 4) Mr. 0721 Patent Attorney (6579) Akira Aoki (3 others) 5. Date of submission of written amendment October 11, 1983 6. List of attached documents Translation of written amendment treatment equipment Background of the invention The present invention relates to a treatment device that generates therapeutic radiation.

Summary of the invention According to the invention, a therapeutic radiation beam including a thermal and/or optical radiation source is provided. In a medical treatment device, an interposed shield is provided on the path from the irradiation source. The shield includes a plate having a plurality of apertures therethrough, each of the apertures having a plurality of apertures therethrough. Each of the plurality of types of jewels (48) is positioned, and the type of the jewel is merald, toguze, gane7), sapphire, ruby, diamond, ring and amethyst, thereby reducing radiation from the irradiation source. radiation can be transmitted through the shielding via at least some of the gemstones; A treatment device is provided, characterized in that the treatment device is configured as follows.

Preferably, the gemstones are of a plurality of types with different radiation absorption properties. Ru0 The radiation emitted in front of the shield is influenced by the path from the radiation source. Ru. In fact, the radiation emitted from the radiation source under the conditions of It may be more correct to consider it to be a ray of radiation with a form different from that of . child For convenience, the new or modified radiation rays shall be referred to as ``GP radiation''. is possible.

The plate is generally metal and can be silver.

Alternatively, it may be copper, preferably gold plated. The disk has a convex rear part. It can be a paraboloid. For better convenience for large equipment, flat It can be a surface. In some embodiments, the disc is rotatable, but as desired Scope of treatment requests 1. A therapeutic radiation beam containing (corrected) heat and/or light radiation source (45) In the treatment device for the generation of irradiation, the irradiation source (45) is provided with a A shield (42, 48) is provided, said shield being pierced by a plurality of apertures (43). a plate (42), each of the openings having a plurality of pockets of a plurality of types of gemstones (48); Each piece is positioned, and the type of gemstone is: emerald, topaz, garnet. , sapphire, ruby, diamond, olivine, and amethyst. including at least one of the sources (45), so that the radiation from the radiation source (45) is at least characterized in that it is adapted to be able to be transmitted through said shielding via some of the stones. treatment device.

2. Ensure that the jewelry (48) is substantially within the range of 25-44℃ during use. Device according to claim 1, wherein the shield (42, 48) is heated.

3. Device according to claim 2, in which the heating is carried out by means of a radiation source (45).

4. According to any of the preceding claims, wherein the shielding (42, 48) is rotatable. Device.

5. A reflector (46) with a gold reflective surface is located behind the illumination source (45), Apparatus according to any of the claims.

6. Any of the preceding claims in which the plate (42) is silver or gold-plated copper. device by.

Submission of translation of written amendment (Article 184-3 of the Patent Act) December 1988 Mr. Kazuo Wakasugi, Commissioner of the Patent Office 1. Demonstration of patent output P CT/G B S 210 Q 3222, Title of the invention treatment dose 3. Patent issuer Address: 4, Abbey Greasechurch Street, Bath, Aegon, England Name: Prangley, Gorton Nounil 4, Agent Place of Birth: 105.3E Jinomon, Shimado-ku, No. 8-10 5.1 Date of submission of positive and negative statements :3 August 19, 1933 D 1, 2 6. Attached Category 1 Eyes ■ Ebara-5 translation The rotor 40 is coaxially attached to the front portion of the shaft 38 so as to rotate once therewith. It will be done. The rotor 4° is also shown in FIG. It can be seen that it is closed sufficiently. The rotor 40 consists of a disk 42 of pure silver. Applicable B The motor 40 is substantially parabolic in shape and is coaxial with the shaft 38 and head 32. There is. However, the rotor has a plurality of (four in this case) radial slots 44 (second slots). 1), and the disc portions 42a-d are arranged so that the rotor 40 It is shaped or bent to a small size to act as a fan. ing.

The rotor 40 is pierced by a symmetrical array of holes 43 of different sizes and Each hole is filled with 48 jewelry gemstones, and different types and sizes of gemstones are available. They are arranged to give equal balance to one part of the data 40. Preferably, Each disk portion 42a-d has a similar arrangement of jewels 48. jewel is emerald , tones, garnets, sapphires, rubies, diamonds, olivine ( peridot), and amethyst.

Emeralds can be synthetic ("crystal grown"), while Bees, sapphires, etc. can be pieces of natural stone.

National seal investigation report

Claims (1)

[Claims] 1. heat and/-1: for generating therapeutic radiation, including a radiation source (45); In the treatment device, a shield (42) is interposed on the path from the radiation source (45). , 48), and the shield is a plate (42) through which a plurality of openings (43) are passed. , and a plurality of jewels (48) respectively positioned in the opening (43). the radiation source (45) so that the radiation from said radiation source (45) may be applied to at least some of said gemstones; A treatment characterized in that the treatment is adapted to be transmitted through the shielding via a Device. 2. Ensure that the jewelry (48) is substantially within the range of 25-44℃ during use. Device according to claim 1, wherein the shield (42, 48) is heated. 3. Device according to claim 2, in which the heating is carried out by means of a radiation source (45). 4. According to any of the preceding claims, wherein the shielding (42, 48) is rotatable. Device. 5. A reflector (46) with a gold reflective surface is located behind the illumination source (45), Apparatus according to any of the claims. 6. Any of the preceding claims in which the plate (42) is silver or gold-plated copper. device by. 7 the irradiation source comprises at least one electric lamp and the device is powered by alternating current or direct current; further comprising power supply means (70, 74) for selectively (72) supplying current to the lamp; Apparatus according to any of the preceding claims. 8. Preliminary jewelry (48) consisting of several forms with different radiation absorption properties Apparatus according to any of the claims. 9 Included in means (92゜31.35.34)' for controlling and controlling the temperature of jewelry (48) , an apparatus according to any of the preceding claims. 1